TWI238257B - Insert kit and electronic device handling apparatus - Google Patents

Abstract

The object of the present invention is to provide a guide core detachably mounted on an insert kit body, and the insert kit body enabling the guide core to be detachably mounted. The guide core and the insert kit body enabling the guide core to be detachably mounted include: a supporting part for supporting the external terminal face of an area array electronic device to make the external terminal of the area array electronic device expose to a connection terminal direction of a slot; and a hanger bearing part for removably engaging to the hanger par of the insert kit body. The insert kit body includes: an electronic device guiding part for guiding an electronic device to the guide core mounted on a guide core device opening, wherein the guide core mounted on a guide core device opening has an electronic device input opening communicated with the guide core device opening; and a hanger part for removably engaging to the hanger bearing part of the guide core.

Description

1238257

V. Description of the invention (1) The technical field to which the invention belongs The present invention relates to the testing of electronic components under electronic components, and the electronic component testing device can perform subcomponent handling and split insertion kits in the storage space. In order to supply the tested electronic components to the test, and use the electrical installation of the plug-in kit. Prior technology: During the manufacturing process, the performance and function of sub-components must be tested with electronic components. As this: an electronic component test device composed of an electronic component transfer device and an electronic component device

One example of an electronic and electronic component testing device for testing 1C devices in a manufacturing device such as a semiconductor device is known as a component connection device and a tester. And wait for various tests that will complete the transfer machine as an electrical test IC component. By contact, = electronic component transfer device—Example: When a force is applied to the IC component under test, the same 1C component installed in the slot is classified according to the test result. U: Component The moving device is also known as an example of a two-piece connection device: through the slot and the test head, make the device and the main step for testing 罟 λ hit f > and make the device connected Connection (electrical connection) 1c Test using the 1C component of the transfer machine, for example: as follows :: Only the Ic component to be tested is transported to the Ic slot provided with this, the leather holder is pressed, The connection terminal installed in the IC slot C slot and the IC component under test 1C component under test through the IC slot and the test head and test

1238257 1 1 ............. V. Description of the invention (2) A '-J is connected electrically. In addition, the test signal provided to the μ test head from the test host device through the cable is applied to the test device c, and the response signal read from the test IC device is returned to the test host through the test head. Device, from which the electrical characteristics of the C component under test can be measured. Regarding the IC component testing device using the transfer machine, tested 1 (: The component is placed in a tray and sent to the transfer machine. After the test is completed, each 丨 c component is reloaded into various categories according to the respective test results. The tray is used to store the IC components before and after the test (hereinafter referred to as "customized trays") and the trays that are circulated in the transfer machine (hereinafter referred to as "test trays"). When the types are different, the C component will be transferred between the custom tray and the test tray before and after the test. [The test tray 2 is equipped with a plurality of electronic component storage bodies called plug-in kits. , And the 1C component to be tested is stored in the device and is transferred to the test head after being inserted into the test kit in the test tray, and is stored in the state of the plug kit. It is pressed to the test head. If the device is used with multiple plugs The test tray of the connector kit allows multiple IC components to be tested at the same time. The connector kit corresponds to various types of structured objects such as the type of package of the IC component to be tested. For example, as shown in Figure 19, She stole ⑽ A-type IC components and other area array electronic component plug-in kits 16. The plug-in kit body 17 of the plug-in kit body 17 forms a component guide 17] ^, which will guide the tested IC element 2V to the guide core. (Guide core) 18, 1C element 2 is stored in the guide core 18 through the guide of the component guide 1 7 1 a. An opening is formed at the lower end of the guide core 8 丨 82 to make the external terminal 22 of the 1C element 2 It can be exposed in the direction of the connection terminal of the socket, and the peripheral edge portion 1 of the opening portion 182 (:

1238257 V. Description of the invention (3) :: The terminal φ (the inside of the outer surface of the package body of the IC tl member 2 and the arrangement surface of the external terminal 22) is supported. -The plexi is set in the plug-in kit 16 'to prevent it from being accommodated in the guide core 1-8 1c: A latch mechanism is provided (for example, JP 200 1 -3351 No. 8 No. 2 in case of falling out or misalignment of the pieces 2) Bulletin). This mechanism includes an interlock, a latch portion n5b is formed at the -end of the latch 175, and is connected to the first arm portion 52: l75e, and a force application point i75a is set at the first arm portion md. At 417 5d, a through hole is formed to serve as the center of rotation. Here, the insertion pin makes the lock i 7 5 guide leather supportable on the plug kit body i 7 = this latch mechanism. When the lever piece 19 is approaching the plug-in kit body 1 7 ti and the external force is input from the force application point 175a, the flash lock portion is moved to cover the housing which is stored in the guide core as shown in the figure. ^ Of ^ the top of element 2 to prevent the 1C element 2 from falling out or staggered position (closed position) 'on the other hand' when leaving the input force point 1753 with the plug kit body 17 from the lever piece 19 When the external force is released, the latch portion i75b, as shown in FIG. 19 (b), will be moved away from the top of the guide core 18 (1 :: element 2 to a position where 1 (: element 2 can be accessed). (On position) Summary of the invention:

As shown in FIG. 1 g, in the plug kit 16, the plug kit body 17 and the guide core 18 are formed as a single body, and the guide core 18 cannot be exchanged. The plug-in kit 16 is OK, and the size of 1 = 1 is determined according to the structure of the guide core 18. If it cannot be exchanged, 18, the size of the plug-in kit 16 that can accommodate IC components is limited. Whenever I c When the component sizes are different, a plug kit 6 must be made. but

1238257

V. Description of the invention (4) 的 The structure of the plug-in kit 16 other than the guide core 18 can be used with almost the same thing regardless of the size of the I c element, so whenever 1 (: It is very inefficient to make a plug-in kit. The size and the plug-in kit 16 can accommodate a variety of sizes [c element, which can correspond to the latch mechanism of multi-size 1C components, that is, the opening and closing of the second part f5 n5b (The amount of movement between the open position and the closed position) = lock. The amount of opening and closing of the latch portion 17 ", if the angle of rotation of the latch 175 can be increased, the amount of opening and closing will increase 'but, As above, turn up, so the lever piece 19 near the plug kit body 17 not only acts 7d at 5d, the force = 175a, but also interferes with the arms 175d, me, and the rotation of the arm md ^ is also restricted by the lever piece 19 If the rotation of the arms $, e, and i75e is restricted, the rotation angle of the flash lock portion 1-5b i lock portion 175b cannot be increased at the same time. Therefore, the first object of the present invention is to improve 1 — Installed on the body of the plug-in kit off the ground. /, ¥ heart, so that the second object of the present invention can be released A plug-in sleeve is provided to disengage the guide core here. The third object of the present invention is to provide a plug-in sleeve to detachably install the guide core here, including the opening and closing amount of the interlocking mechanism. Larger can correspond to a variety of 1 (: components. In addition, the fourth object of the present invention is to describe the plug socket of the plug kit body: including the above-mentioned guide core and the upper part, including the plug kit. And provide-electronic relocation

1238257

V. Description of the invention (5) Ontology feature 0 In order to achieve the above-mentioned object, the guide core and plug-in kit of the plug-in kit and the electronic component transfer device provided by the present invention include the following special features (1) The core (gui de cor-like way) is installed on the body of the plug-in kit; its clothing can expose the surface r, the support section, and the connection terminal. The external terminals of an array electronic component are exposed to support the aforementioned surface array. -Type electronic components' external terminals are detachable: they can be connected to the aforementioned plug-in. The so-called "plug-in kit" in the invention means that the electronic component under test can be supplied while the electronic component under test is stored. Electronic component testing device for testing electronic component storage body; and "plug kit body" Bei Ij is' can be installed in the same temple with the guide core, guide the test electronic component (guide) to the device's guide The core is a component of the plug-in kit, and the "lead core" is to support the electronic component under test, and supply the electronic component under test to the test performed by the electronic component test device. The components of the kit. The above definitions of “plug kit”, plug kit body ”and“ guide core ”are not intended to limit the functions included in the plug kit, plug kit body, and guide core. The relevant guide core is installed in the plug-in kit body, and in the guide core installed in the plug-in kit body, the tested electronic component can be guided through the plug-in kit body (gU i de). Moreover, the tested electronic The component, through the support of the guide core, exposes the external terminal to the connection terminal of the slot

1238257 V. Description of the invention (6) ί: ϊ ϊ ΐ = The pieces are connected in the state supported by the guide core, = the pieces are connected to the terminals of the socket and the test of the electronic component under test is performed. The electronic component of the object related to the invention of the guide core of the invention J is a surface array type = :. Here, the "area array type electronic component" means that the external terminals (such as an array) on the outside of the package body of the electric lamp are arranged and formed. Two types are not particularly limited, and represent Specific examples can be listed: pr (baU δΓΐά —y). LGA (land grid array (pm grid array). CSP (chip size package # & m C 70 pieces. Also, the shape of the external terminals of the area array type electronic components, Shapes that are not limited include, for example, external terminals in the shape of a ball (ba i 丨), flat "; ^ nd), pins (P soil n), and the so-called external terminal surface of a 2-row type electronic component" , Means the surface on which the external terminals are arranged on the outside of the package body of the surface array type 70. Α ΛΑ The structure of the guide core support part of the present invention enables the area array type electronic element I = the external terminal can be directed to the slot. The direction of the connection terminal is exposed, and there is no particular limitation on the external terminal surface that can support the electronic components in the ^ column. ^ Specific examples of the k-like structure... Connection terminal side of the slot Exposed, supporting the structure of the external terminal surface of the surface array type electronic component through the periphery of the opening portion. The guide core related to the present invention includes a structure of a hook receiving portion, so that the guide core can be detachably mounted on the plug kit body, As long as it can be detachably engaged with the hook portion of the plug kit, the structure is not particularly limited. In addition, the position and number of the hook support fork portion are only required if the hook portion and the hook receiving portion can be engaged.

1238257 5. Description of the invention (7) There is no particular limitation on the engagement of the guide core on the body of the plug-in kit. For example, by providing one or more hook receiving portions at opposite positions around the support portion, the guide core related to the present invention can be installed on the plug kit body in a stable state. ~ The guide core related to the present invention is installed on the plug kit body through the engagement of the hook portion of the plug kit body and the hook receiving portion of the guide core, and is supported by the hook portion of the plug kit body and the hook of the guide core. The engagement of the part is released and detached from the plug kit body. Therefore, if a guide core 'related to the present invention can be used to make a plug-in kit, the guide can be exchanged. Furthermore, in the plug-in kit using the guide core related to the present invention, it is possible to store electronic components of various sizes by simply replacing the guide core. * (2) The preferred form of the guide core as described in (1) is characterized in that the other guide core includes a hook entry hole through which the aforementioned hook portion can be entered, and the aforementioned hook receiving portion can and enter the aforementioned hook entry hole. The aforementioned hook portion is engaged. The anger related to this form includes a hook entry hole, as long as the hook part of the plug kit body can be accessed, the shape, structure, size, position, etc. are not particularly limited, and the shape of the hook part of the plug kit body can be followed , Structure, size, location, etc. are appropriately determined. For example, one or more hook access holes may be provided at opposite positions of the flanges provided around the support portion. β The position of the 'hook receiving part' in the guide core related to this form. σ It is necessary that the hook receiving part can engage with the hook entering the hook entry hole.

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It is not particularly limited. The hook receiving portion may be continuous with the inside surface of the hook entry hole, for example, and may be provided near the exit of the hook entry hole. In the guide core related to this form, the hook receiving portion is arranged to be engaged with the hook entering the hook entry hole, and the guide core can be approached to the device of the plug-in kit. This allows the electronic component to be reliably guided from the plug-in kit body to the guide core. κ w (3) The preferred form of the guide core as described in (1) or (2) above, f is characterized in that: the aforementioned guide core includes a guide shaft inserting socket, and the guide shaft is inserted to perform relative to the foregoing Positioning of the aforementioned guide core of the slot. Set, on the slot side (for example, for the slot; seat = Ϊ the peak position. Thus, the correct position of the broken test electronic component supported by the guide core can be set relative to the slot. The 70 external electronic terminals and the connection terminals of the slot can be reliably connected with 0 (4) The plug kit body related to the present invention, as described above (1 y ~

According to any of 5, the guide core can be detachably installed on the component body, which is characterized in that it includes: an electronic component guide, including: the guide opening is provided with the aforementioned guide core; and the electronic component enters 〇, communicates Front: The device port can guide the electronic components to be installed on the guide core device and the escape escape guide core; and the hook portion is detachably engaged with the hook included in the guide S.

2192.5760-PF (Nl) .ptd

1238257 V. Description of the invention In the body of the plug-in kit related to the present invention, the electronic component guide includes a core guiding device port and an electronic component inlet, and the core guiding device port and the electronic component inlet are connected, and can be connected from the electronic The electronic component guide entered by the component inlet is directed to a guide provided at the core device opening. The guide core is installed at the core guide device port of the plug-in kit body related to the present invention, and the test core is guided by the electronic component guide of the plug-in kit body at the guide core installed at the guide core device port. Components are moved here. In addition, the electronic component to be tested is supplied to the electronic component testing device for testing while being supported by the guide core. After testing the electronic components, you

The guide of the electronic component guide is moved from the electronic component inlet to the plug-in unit in and out. The structure of the hook part of the related plug kit body of the present invention enables the guide # to be detachably installed on the plug kit body, as long as it can be detachably engaged with the ^ hook bearing fork portion of the guide core, It is not limited to a specific type. The position and number of hook portions can be appropriately determined according to the position and number of hook receiving portions included in the guide core.

Regarding the plug-in kit body related to the present invention, the guide core I is set on the plug body through the engagement of the hook part of the plug-in kit 2 and the hook receiving part of the guide core, and at the same time, through the plug-in kit body, Disengagement of the hook between the hook portion and the guide core causes the guide core to be detached from the main body of the plug-in kit. Therefore, right = if the plug kit body related to the present invention is used, a plug kit with a guide core can be produced. Regarding the use of the plug J = kit related to the present invention, only the guide core can be exchanged to accommodate quilts of various sizes =

1238257 V. Description of the invention (10) (5) The preferred form of the plug kit body described in (4) above, characterized in that the aforementioned hook portion is designed to enter the aforementioned hook entry hole of the guide core. At the same time, the hook can be engaged with the hook receiving portion in a state where the hook enters the hole.

The hook part included in the body of the plug-in kit related to this form can enter the hook entry hole included in the guide core, as long as it can be engaged with the hook receiving part in the state of entering the hook entry hole, the shape, structure and size The position and position are not particularly limited, and can be appropriately determined according to the shape, structure, size, and position of the hook entry hole of the guide core and the receiving portion. The plug kit body related to this form is designed so that the hook portion can be engaged with the hook receiving portion in the state of entering the hook entry hole, so that the guide core can approach the device of the plug kit body. Thereby, the electronic component can be surely guided from the plug-in sleeve body to the guide core.

Also, when the hook receiving portion is provided near the hook entry hole, the hook portion is engaged with the hook receiving portion in a state exposed to the hook entry hole. Even in such a state, as long as the hook portion enters the hole from the hook If the entrance of the hook and the hook receiving part are engaged, it is also included in the statement "the state of entering the hook entry hole and the hook part is engaged". The hook portion of the plug-in kit body described is designed to move forward (0) (6) to (4) or (5) above, and is characterized in that the direction in which the aforementioned hook receiving portion engages is about The plug kit body related to this form hangs the hook portion downward

1238257 V. Description of the invention (11) The moving direction of the receiving part of the inscription J allows the guide to be installed in the body of the plug-in kit, and at the same time, 'hangs the card in the opposite direction (the release card that moves with the receiving part of the hook) (Moving direction), the guide core can be disengaged from the plug-in kit body. The device for the guide core in the plug-in kit body and the disengagement (exchange) can be easily performed. (7) The foregoing (6 is characterized in that the foregoing generates a turning motion-about this form of moving on a certain track The side where the hook receiving portion engages easily moves in the opposite direction). By detachment (exchange), (8) The aforementioned (6 best forms, characterized in that the aforementioned hook receiving portion is stuck in this form) The elastic member is pressed in the direction in which the elastic member is engaged as an elastic member, such as). In the preferred form of the plug-in kit body described in the above description, the hook portion is designed to be able to plug the kit body with the rotation axis as the center, and the hook portion is centered on the rotation axis # =, so that the hook portion can be reliably and easily moved toward You can also move the hanging part and make the hook part sure and tolerant at the same time (the engagement between the hook part and the hook receiving part is released. ☆ For the plug kit body, the guide core device and Gu Yi are surely performed. The part of the plug-in kit main body described is pressed toward the w-universal direction through the elastic member. The insertion technique of Guan Zhi is too μ, the position, etc., the type of the body, the elastic member, and so on. You must bear the hook part toward the hook. • You can use ί to limit it. Is used as a toslon sprlng

1238257 • --- 5. Description of the invention (12) The engagement of the receiving part related to this form is due to the elastic photography hook. P and the hook support make the role of the guide core on the plug kit strong, and the device can be stabilized. (9) The plug described in (8) above: The plug kit body includes a limiter iLfi.丨 Movement in the direction of the mouth or slewing motion is restricted. In the state of the plug-in guide core related to this form, the hook part also holds the ρ so that it is not attached to the shape bear + / and is held in the limiter part. When the receiving part is engaged: make the outer part: J J ::: hold: make the hook part and the hook receiving part han part to face and hang the external force. After releasing the action of the external force = after the opening of the device, release ξ ϊ !! The force moves the hook part toward the hook receiving part: the side moves due to the engaging direction of the elastic hook receiving part or the I-rotating movement rabbit hook fishing part ' Engagement with the hook receiving part before the stage of hanging, = the movement in the engaging direction restricted by the limiter part or the rotation movement is restricted ^ = engagement between the receiving part and the hook receiving part.限制 Restricted state 4 Regarding the body of the plug kit related to this form, as long as it can restrict the oxygen limiter part of the hook part. Also, restrict the operation; to restrict it, did not / did not hinder the hook m one 2l92-5760-PF (Nl) .ptd page 16 1238257

5. Description of the invention The engagement of the (13) part and the hook receiving part is not particularly limited. UU) the better shape of the plug-in kit body described in (9) above, characterized in that the plug-in kit body includes a clip &

Then, the direction of the hook receiving part's disengagement movement or rotation movement is described. D As for the body of the plug kit related to this form, the shape and structure of the jig receiving part, as long as it can be moved by the jig (ji), the hook receiving part can be disengaged or rotated ㈣ :: Add limited. The jig ’, for example, makes the package: Urgent 5: The structure of the Ministry. For the plug kit body related to this form, the clip is: hanging = connection setting, can move with the hook at the same time = turn; when the hook has the pressing force from the text to the clamp, the hook is facing And ^ 7 fork part of the disengagement direction movement or rotary motion. After that, when the pressing force = come from the release of the pressing force, the hook portion is moved or rotated by the engagement with the hook receiving portion due to the squeeze of the elastic member. It is possible to use the fixture to mount the main body of the plug kit according to this form, using the jig, it is possible to perform the device of the guide core on the plug kit body, and the detachment (replacement), 皞 (11) the plug described in (10) above. The preferred shape of the kit body = 丄 It is characterized in that: the aforementioned plug kit body includes a clamp access hole; ^ with the clamp 2 into 'and set the aforementioned clamp receiving portion' so that the said clamp entering the clamp hole can press the aforementioned clamp to bear Way, come

1238257 V. Description of the invention (14) The aforementioned fixture receiving portion is provided. With regard to the plug-in kit body related to this embodiment, the jig receiving portion can be compressed by letting the jig into the jig entry hole, and the jig receiving portion can be released by pushing the jig out of the jig entry hole. Therefore, in the plug-in kit body related to this form, the fixture can be easily moved into and out of the plug-in kit body by inserting and withdrawing through the fixture into and out of the fixture inlet hole. (12 states) It specifically mentions that the surface of the clamp inlet and the receiving portion is limited to the contact surface of the clamp, and the inclined Tongshuang bearing receiving portion is resolved toward the receiving portion and the clamp is moved or has a pressing force. The recorder can withstand the insertion of the aforementioned clips of the clamp, the clamp is specific, and the force of the hook portion entry hole squeezes in the direction of the clamp toward the hook. When the pressing part of the clip is mounted on the hook, the receiving part is the product receiving part, the receiving part of the kit body, and the jig and the hook are supported. Press into the bearing section. As a result, the card body of the receiving part is added to the part and the hook device by the clamping force, and the aforementioned contact is made, for example, it is designed to be able to slide into the receiving hole of the receiving part phase of the receiving part, toward the hook. The clamp accepts the entry hole of the receiving part, and the hook part moves in the same direction.) The aforementioned (11 sign lies in: after clamping the hole and sliding forward to squeeze the entry of the state of the relevant part of the form. It is designed to cross-cut the clamp toward the time. The moving part of the flaming appliance is in addition to the engaging direction. The receiving part is also a rotary motion fixture receiving part. The better shape of the fixture is before the entrance. Before the fixture is covered by the hook, the fixture is hidden from the direction that the fixture is engaged with the fixture. When the clamps are in place, when the clamp part, the hook receiving part, and the hook part are released from the engagement, they are moved or lost by the elastic member.

2192-5760-PF (Nl) .ptd Page 18 1238257

motion. Therefore, with regard to the plug-in kit body related to this form, it is possible to easily and reliably perform the device of the guide core on the plug-in kit body and detachment f. ， Yet another. The preferred form of the plug-in device = body described in any of (4) to (1 2), the special plug-in sleeve of the aforementioned plug-in kit ^ is close to and away from the main body of the plug-in kit. Thousands of movements, then = the description of the drive body, then the ancient and & from the Huler body 'Xiangzhi a, +. + Approaching the direction of rotation and movement: ask the lock, in the bucket ::: component guidance The part is in the open position and the front part represents the swivel movement between the closed position and the closed position; and the arm movement product: ΐ: the swivel movement of the movable part and the swivel part of the aforementioned flash lock part. When the driving body is farthest away, the aforementioned driving body is used for the aforementioned ii; ί j 5 2 The center of rotation of the user's part is located at the position of the opposite body ΠΓ, ΐ: It is closer to the aforementioned movement from the vertical plane toward the direction It is located at the center of rotation of the "body action part." This drive body is attached to the parallel plane of the approaching and departing direction, and does not interfere with the aforementioned arm when moving. Designed to be docked: pieces The main body, the driving body, for example: the direction of the quilt. Near and far from the outside of the body: Sub :: Entering surface "" refers to the outer surface where the connector is set, two private = electronic components of the guide part of the sub-portion. All components enter the surface. Designed to move in the direction of electronic advance or retreat of the plug kit body, the structure of the drive body

1238257 V. Description of the invention (16) The manufacturing, location, etc. are moved in and out of the connected openings. The components are moved in and the devices in the plugging kit are moved. The drive body is facing away from the connector sleeve. Regarding the example of the body, it can be proposed for the driving body to act as: it can also be the driving body acting portion in the direction of the driving body acting on the moving body acting portion, or it can be accepted, away from the plug about the movement and latch of this shape. The driving direction of the lock driving body is adjusted. For example, 'Move out. In the case of the entry, the direction of the direction of the energy element is not to hinder electricity: the drive body can pass through the electric drive body, for example, subject to the force, approaching the device in the direction of the above device, it is better to squeeze. The state of the device is called the sub-component setting and sub-components. For example, the spring-applied spring is applied to the tested socket, and it is the component that drives the moving body of the elastic body such as the pressing force of the electronic moving body being tested by the electronic electronic component inlet. Enter the mouthpiece to enter the mouthpiece to perform the movement of the electronic and electronic components in the direction of the plug-in kit. When the component is moved away from the part that is the farthest and farthest from the phase phase, the lever can be set. State-dependent action (, to return to The lever plate body (lever plate) of the relevant part of the drive kit in the state of the drive body can also be configured with a large raised portion, so that the protrusion can be used as a drive body, and the 3 lever rod can directly act as an indirect member. Example The starting part directly acts on the body of the plug-in kit, that is, the force of the plug-in kit near the plug-in rotating shaft as the center to move the body away from the square of the drive body), and then moves back to the linkage. The action causes the force of the driving body to approach the body of the kit). The driving body acts toward it (that is, it moves). The driving body works When the action part of the part is rotated, the latch 2192-5760-PF (Nl) .ptd Page 20 1238257 V. Description of the invention (17) The part will move from the open position to the open position. When the core is moved out of the electronic component guide in the locked state and guided by the electronic component sub-component, the position (i.e., to prevent the central part of the mounted electronic component port from moving) The element is placed in the “open position I ilb ', the open position, and the lead state of the lead. Also, the position of r, and the guide state of the guide. When the guide bow of the flashing bow丨 And the electronic component is not because the electronic element did not fall out of the socket. Ask the nearby and front lock section of the flash lock section will be the closed position of the part guide, the position "refers to the open state" can be carried in The "guided position" is "in the closed state, the lock cannot be moved in, the lock is in the open position, and it is carried in and out. The guide core method cannot be passed by the electronic component. side Nearby or from the closed position, the electronic component means that the state of the battery cell refers to the "electronic element", and when the state of the guide core is at the same time, the electric core is at the same time. 5 When the latch guide comes to the electronic component The part of the guide core device mouth, for example: In the case where the inner side of the core device is attached with J 'and the latch, the flashing rotary movement guide is located through the sub-component and can pass through the electronic component of the guide part of the guide. The sub-element can or can be guided by the electric lock part in the closed position), the guide core supports the transfer of the central part near the central part, such as the end lock part, between the core guide devices.

About this shape, when the flash lock is installed, the flash lock part: the front kit body 'When the flash lock part is located at the closed guide core device port;: Ϊ 二: ΐThe direction of the plug assembly can be installed It is better to squeeze, = m sub-elements can prevent the electric early_: 70 electronic parts are kept at the position of the guide core 7L pieces. Example: latch

2192-5760-PF (Nl) .pic Page 21 1238257 V. Description of the invention (18)-Front part 2, because the electronics will be supported by the guide core installed in the guide core device port of the plug kit body Squeezing the component towards the entrance of the electronic component to the outside, can: the deviation of the position of the two electronic components ... When the front end of the flash lock part can ^ violate the electronic parts supported by the guide 3; ;Cattle;? Touching makes the rotary movement of the flash lock part restricted, although = the closed position of the lock part 'and the electronic element m component guide part are in a different situation. : Just set "statement. In addition, the flash lock two = the position is included in the size of the closed electronic components ;: 'Feng will be included in the position of the guided state ☆ "closed :; to =; pieces of the guide related to this form The "insert" axis and the rotation axis of the flash lock part are: the rotation surface of the driving part of the kit 2 'is preferably set to be perpendicular to the inside of the guide of the connector element. In addition, although the driving body's moving direction is perpendicular or slightly different from the center line, it may be extended. i ^ Turn the center line and the return of the latching part. Returning to the driver action part 4 = It is better to return the month b (that is, it is better to make the rotary shafts of both the rotary lock parts the same). The economic institutions are linked. Turning around the person: The movement can be done through a brief situation, for example: it can be linked by the rotation movement of the person who splits the line 肀 ~ line in a consistent situation. The sigma, sigma actuating limb action portion and the latching portion make adjustments related to this form so as not to hinder the structure and configuration of the arm of the electronic element ________. Arm, for example, when the moving person and moving body of the driving member are farthest away, it is moved along the electron element 2192-5760-PF (Nl) .ptd page 22

1238257 V. Description of the invention (19) The inner side of the guide part is provided. Regarding the plug kit body related to this form, when the driving body is farthest away, 'the driving body acting part, including the centerline of rotation of the driving body acting part, is closer to the driving body than a vertical plane relative to the driving body's approaching and distant direction' The driving body acting part which is acted on in the approaching direction of the driving body includes the rotation center of the driving body acting part, and rotates toward a plane perpendicular to the approaching and detaching direction of the driving body. When the driving body acting part rotates in this way, the driving body acting part when the driving body is farthest away includes the centerline of rotation made by the driving body, the closer it is to the direction of the driving body close to and away from direction 2, the plane of the tongue, The larger the turning angle of the driving body action portion. With regard to the main body of the plug-in kit of the present invention, the driving body, including the center of rotation of the driving body acting portion, is located at the phase of the oblique, soil attached, and close to the plane of the driving body acting portion parallel to the driving body. Turning back, and returning to the action part of the driving body == turning back of the flashing lock part is related to this form = turning angle also increases, so turn off. Therefore, with regard to this aspect, the rotation angle of the latch portion also changes the amount of closing (of the open position and the closed position ^ = the connector body, the opening of the electronic component of the latch portion falls out < is a phase action I) Larger can prevent the deviation of various sizes. In addition, because the movement of the driving body jeopardizes the movement of the arm, the driving body v to I, the driving body will not be affected by the rotational movement. The rotation of the driving body can be confirmed through the arm, and the part of the latch can be kept large. The amount of opening and closing. 'Also interlock, so that the latch can be ensured. Page 23 ZI92 · 5 Lone Qi (N)). Pid 1238257

V. Description of the invention (20) (14) The cutting instrument described in the above (13) is characterized in that: the preferred form of the medium moving body is broadcast from the direction of the driving body: the part is penetrated by the elastic member Moving away from the direction of the body of the plug-in socket kit related to this form = this = the action of the cylinder when the moving body is moving toward the body ^ & stomach n # t ^ τ, the moving body is subject to elasticity J 讣By moving in the direction of the driving body, the companion and the moving part of the driving body return to the ground. ^ & The approach part of the drive body also makes two movements with the drive body. = = =, the flash lock u W will move the movement, and the boat will not recognize it ^, and the swing movement of the flash lock will be reversed. "Movement", that is, the emotional movement of the approaching flash lock portion from the open position to the closed position by Yu Zai = zhe ί ΐ, "The slave drive body leaves the flash lock portion from the closed position toward the legacy drive body. The part moves from the closed position to the open position. Therefore, with regard to the plug-in kit related to this form; by moving the drive body toward and away from the plug-in kit body 2, the flash lock portion that can be pivoted from the open position to the closed position can be moved back to the open position again. Position, or swivel from the closed position to the open position, and swivel again to the closed position. ▲ (15) The preferred form of the plug kit body according to the item (13) or (u) above, characterized in that: when the driving body is farthest away, the driving body action portion is located near the driving body . ^ Regarding the plug-in kit body related to this form, the driving body moves a longer distance while acting on the acting part of the driving body, and is acted upon by the driving body. Page 24 2192 * 5760-FF (Nl) .ptd 1238257 V. Invention Explanation (21) The swivel angle of the swivel movement of the action part also increases, and the swivel angle of the latch part that generates swivel movement in conjunction with the swivel movement of the drive body action part also changes. Therefore, regarding the plug kit body and latch related to this form, The lock (the amount of movement of the open position and the closed position) is large, which can prevent a variety of ::: The electronic element falls out or the position is misaligned. 'Passing on' 16iJ =) ~ (15) The ^ direction 2 ^ of the body of the plug-in kit body: When the aforementioned driving body acts in a direction close to the aforementioned driving body, the driving body acting portion is generated To enable the aforementioned latching portion to shift back and forth from the aforementioned closed position, two ::: rotary movement of the body action portion -... ^ Regarding the plug kit body related to this form, when one piece is moved into the plug kit ·, Move the device inside the tested electrical and electronic devices closer to the electronics. The sub-components are moved into the socket to squeeze the drive body. If you move the φ direction and move through the device, you can make the H body close to the electronics. The direction of the component's entry surface is revolved with respect to the insertion position related to this form. The private ambassador moved into the plug-in kit body due to the parts will be tested by the electronic element: the linkage will be tested through this device: ： In the rotation of the lock part, π to transfer the flash lock part back: Pieces into the plug-in kit to reliably move the electronic components into the plug-in, you can use the plug-in kit body 2l92-5760-mN as described in (1 6): .ptd page 25 1238257 V. Description of the invention ( 22) The shape is characterized in that the rotation centerline of the driving body action portion and the rotation centerline of the latch portion are consistent. Regarding the plug kit body related to this form, the rotation centerline of the action part of the driving body and the rotation center of the interlocking part are the same, and the building M @ & 口 "line is the same, so that the structure of the latch mechanism can be purified early. 08) The preferred form of the plug kit body described in the above (17) is characterized in that when the driving body is farthest away, the driving body acting portion and the latching portion, sentence Lingyu, ten, snail I 0 3 escapes the centerline of rotation, which is opposite to the direction perpendicular to the driving body's approach and departure direction ^ ^ 4 cy, < Brown / 7 U soil and ten faces, located on the opposite side. Interpolation related to this form The connector body is set to the closed position on the driving body. Therefore, when the driving body acting portion is pivotally moved from the action of the moving body direction, the flash lock portion ^ is moved to the open position, so that the driving body acting portion can be rotated The movement is linked to the turning movement of the latch. The main body of the plug-in kit described in (1 7) or (1 8) is described in the following: The centerline of the rotation is located near the entry of the electronic component. Farthest when driving body The front of the interlocking part includes the center of rotation, and it is located close to the level of the driving body, which is parallel to the direction, and is located near the mouth of the centering device. Kit body, latch in closed position

Page 26 1238257 V. The seventh end of the description of the invention (23), including the center of rotation, is located near a plane parallel to the direction of the drive body, and it is also located near the guide core device. The rotation of the latch portion moves the moving distance of the end portion before the latch portion becomes longer, so the amount of opening and closing of the latch portion increases. (20) In a preferred form, the position of the driving body relative to the position on the front and the reverse side is drawn with respect to the horizontal centerline drawn by the movement, and the flat-use portion which is horizontal is generated as a solid-action portion, and the arm is closed. , If it is close to the far side. When the distance is the farthest, the end portion includes the aforementioned (1 7) ~, which is characterized in that: when the drive body of the plug-in kit body described in the connection (1 9) between the drive portion and the drive body of the arm portion is at the farthest position, As mentioned above, for the plane of rotation that the heart line is vertical and the near-return direction is parallel, the interposition related to the phase shape will be provided in the driving body and the protruding part in front of the protruding moon placed on the arm ~ the front of the large rising part.

2192-5760-PF (Nl).? Td Page 27 The morphological phase drive body is vertical, the phase phase is used but the transfer is reversed ', so that this shape can satisfy the direction of the interposition. Because the opposite side, the arm It can be fixed and related. The relative orbit of the adapter is relative to the condition that can be used as a latch to ensure that the latch is connected to the rotation. The adapter electronic arm, body, and arm are used to drive the drive body. As a result, the swivel lock can be installed on the centerline of the center, and can move relative to the follower body. This can be moved to have a larger body, which is driven perpendicular to a flat body, such as: ^-^ The movement of the driving body stored between the entry surfaces is performed on the driving body with respect to the approaching direction, so that the driving body passes through the opening and closing amount of the arm. Moving body action part ’is opposite to the driving body surface 1238257

5. Description of the invention (24) The end part becomes the driving body acting part, and the driving body acts as the center of rotation 蛲 A, and the driving body acts. M mouth arm is located on the opposite side with respect to the gyrus. The close-away direction is horizontally good opening "21L! The better opening of the plug-in kit body described in (4) to (20) above ... It is characterized by: In order to make the front? Involved in the aforementioned connector, the Nerva spp. And the door M <% assisting action part can be moved at the same time as the 6 red and 'K' movements. 'The receiving part that houses the driving part action part is placed in the receiving part. .乩 Plug kit body. And the body of the plug-in kit of electronic = i = ::, the receiving part, for example, the recessed part of the in-use part. The sigh can be used to accommodate the driver as a plug socket related to this form to be contained in the body of the connector 矣 Dushi carving ^, because the driver's action part can be ^^^^ ίί ^ #, | § ^^^ " " " Γ The return of the moving body action part; Second = This can ask the lock part to have a large swivel movement. (22) The guides described in (1) to (3) of the plug sockets related to the present invention are characterized by including the plug kit body described in. 刖, ", and the aforementioned ⑷ ~ ⑺). Shape-related plug sets) ~ 记载 Included guide cores: Workbooks / 'can play the aforementioned (1 (…) Any item including plug-in sets? The main body is = (23)% of the above (22) < A preferred form of the plug-in kit, which is 2192-5760-PF (Nl) .ptd Page 28 1238257 V. Description of the invention (25) The feature is that the aforementioned plug-in kit transfers the electronic component to be tested to the component test device The connection part of the test head is also placed on the carrying tray. Brother is installed in the connection part of the test head of the type 5 Pei test of the two sub-components, and the test head of the test electronic component is installed. The magic β-type head is here to break the plug assembly body of the test electronic component related to this form, which is feasible: the tested electronic component is moved toward the connection part, the efficiency is also included in the test of the sub-component, and the test-tomb The connection part was tested again because The number of raw "mouth, out. Test of multiple electronic components. Niu Cheng can simultaneously carry out (24) the electronic components related to the present invention can be moved through: in the plug-in kit to store the surface array type electronic features. The external terminal and the connection phase of the socket are connected; the connection of the surface array type electronic component is described, and the above-mentioned plug-in kit includes (2 ^ all pieces of moving and mounting kit). 4) The plugs described in item (2) or the plugs described in (23) or "23) related to this form include the foregoing embodiments: The following is a description of the present invention with reference to the drawings About this hairpin .. of the electronic component testing device-real 2192 ~ S760-PF (Nl) .ptd Page 29 1238257 V. Description of the invention (26) Removal of the test device of the IC test dress of the embodiment The method of the flow of the tray, the structure of the tester structure of the IC container, the test tray of the custom tray IC test device is used in this IC test package, Figure 8 (a) is a top view of the main body; Figure; Figure 9 (a) is the table Figure 9 (b) Figure is the 9 (a by being installed here This plug-in connector on the package body of the package body along A-A sectional view of FIG; section 12 (a

The overall side view; Fig. 2 is a perspective view showing the IC; Fig. 3 is a perspective view showing the test jc; Fig. 4 is a perspective view showing the test device; Fig. 5 is a perspective view showing the 1C. ; Figure 6 is a partially exploded perspective view showing a part used in this disc; Figure 7 is an exploded view showing a plug kit related to the present invention iz represents a plug kit constituting the plug kit 8 (b) The figure is the top view of section A—A of Figure 8 (a), which does not constitute the guide core of this plug-in kit;) Section AA of the figure; Figure 10 illustrates the hook mechanism of the warp body. Partial cross-sectional view of the paper sequence; Figure 11 (a) is this figure; Figure 1 1 (b) is Figure 11 (a) Figure 11 is a diagram showing the latches provided on the socket body Sectional view of the mechanism when the latch portion is in the closed position (equivalent to Fig. 1 (b)); Fig. 12 (b) is a sectional view showing the latch mechanism in the open position; Fig. 1 3 It is an exploded perspective view showing the structure near the test head socket of this IC component test device; FIG. 14 is a view showing this 1C component

Partial cross-sectional view of the structure near the test head slot of the test device; Figures 15 and 15 show when the guide core is mounted on the plug-in kit body via a hook mechanism provided on the plug-in kit body, and via the The hook mechanism of the plug kit body is a side view of a clamp used when the guide core is removed from the plug kit body.

2192-5760-PF (Nl) .ptd Page 30 1238257 V. Description of the invention (27) and 'Figure 3 is used to understand the processing method of the tested 1C component of the C component testing device related to this embodiment. In the drawing, some components are actually arranged in the up-down direction, but are shown in a planar manner here. Therefore, the mechanical (three-dimensional) structure will be described with reference to FIG. 2. First, the overall configuration of the c-component tester according to this embodiment will be described. As shown in FIG. 1, the c-component test device related to this embodiment includes: a transfer machine 1, a test head 5, and a test main device 6. Transfer machine i, sequentially transfer the 1C components of the electronic components to be tested to the slots provided at the upper connection portion 9 of the test head 5 ', and store the I c components that have completed the test in a predetermined tray according to the test results. . IC device test device 10 IC components to be tested include: B G A, L G A, P G A, C S P, and other surface array type IC devices. The slot of the connecting portion 9 is electrically connected through the test head 5 and the cable 7 and the test main device 6. The ic component that can be detached from the slot can pass through the test head 5 and the cable 7 and the test main device. 6 Electrically connected. After the IC device installed in the slot is applied with the test electrical signal from the test main device 6, the response signal read from the IC device is transmitted back to the test main device 6 through the cable 7, This can test the performance and function of IC components. In the lower portion of the transfer machine 1, a control device, which is mainly used to control the transfer machine 1, is built. A space portion 8 is provided in this portion. In this space portion 8, the test head 5 is configured to be freely exchangeable, and an IC component can be attached to and detached from the slot of the connection portion 9 provided on the upper side of the test head 5 through a through hole formed in the transfer machine 1.

2192-576〇.PF (Nl) iPtd Page 31 1238257

The device 1 'is 10c below the 1C device, which is the 1c component-like separation state of the electronic component to be tested. The state (high temperature) or a temperature lower than normal temperature. Figure Γ JJ testing device, transfer machine 1, as shown in Figure 2 And structure: In the above, the cabin composed of the constant temperature tank 101, the test grab room 102, and the heat removal tank 103 is up to 100. As shown in FIG. I, the connection part 9 ′ provided in the test head 5 is inserted into the interior of the test chamber 102 to test the components. Unsubscribe il As shown in Figure 2 and Figure 3, the components of the IC component test device 10 for relocation include: IC storage section 200, which stores the test pieces that are about to be performed or classifies the IC components that have completed the test. Storage; load section 300 ”, will send the tested component sent by C to shoulder 2,000 丨 c component into the cabin section 1㈣; grab the room ~ contains the test head 5; unloading section 400, will be in the cabin section 1 〇〇Complete the sorting and removal of IC components. In addition, 丨 c components are stored and transported by the test tray inside the transfer machine}. 1C components are stored before the transfer machine 1, as shown in Figure 5 A large amount is stored in the custom tray KST, and in this state, it is supplied to the 1C storage section 200 of the transfer machine 1 as shown in FIG. 2 and FIG. 3. Therefore, the IC components are stored in the transfer machine 1. During transportation, the custom tray KST is transferred to the test tray TST (refer to Figure 6). Inside the transfer machine 1, as shown in Figure 3, the I c element is loaded on the test tray TST. Move, apply high or low temperature stress, test (check) whether it works normally, and classify according to the test result. Next, the inside of the transfer machine 1 will be described in detail individually.

First, the parts related to the IC storage unit 2000 will be described.

2192-5760-PF (Nl) .ptd Page 32 1238257 V. Description of the Invention (29) As shown in Figure 2, Γ is set in the IC storage section 200: it is used to store the pre-test IC memory 201 before the test, And the post-test IC memory 202 which classifies and stores the 1C components and :: 2 two fruits after the test. Test = front ic storage 201 and post-test 1 (: storage 2 002, as shown in Figure 4): frame-shaped tray support frame 20 3, and the lifting platform 204 that can be raised and lowered from the tray support frame . On the tray support, the custom tray KST can be overlapped with one another. // Through the lifting platform 204, the custom tray KST is moved upward and downward. As shown in the figure 2 in the figure 1, the tester 1C storage 201, The custom tray KST, which is used to store the 1C parts before the test, is stacked and supported here, and the KST is stacked and supported here. The clothing racks of the "2"; "front 1C storage 201 and post-test 1c storage 202, because The structure is the same or slightly the same, so the IC memory 201 before the test can be used with the 1C memory 202 after the test, and vice versa. Therefore, the number of the 1C memory 201 and the 1 (: memory) after the test The number of 002 can be easily changed according to the date, day, date, and time. As shown in Figure 3, “two” STK-B is set as the pre-test IC memory 2 in this example. 1. Adjacent to each other, there are 2 empty spaces that can be transported to the unloading department 400. ^

Let's treat it as 1C storage 202 after the test. In addition, in this adjacent area, ro ~ E is used as the 1C storage 202 after the test, and 8 storages are set ^ ",] STK — 2 ..... STK — 8 is used. The composition can be tested according to the test. Rape: Tian Xiding, 8 types to be contained. In other words, in addition to the good product and the β-split κ σσ, you can

2192-5760-I ^ (Nl) .ptd Page 33 1238257

Reclassified into high-quality components with high-speed operating speed, medium-speed components, low-speed components, or defective components that require retesting. The second part is related to the loading section 30o.

As shown in FIG. 4, the custom tray KST stored in the tray support frame 203 of the c storage 2 〇1 before testing is transmitted through the iC storage unit 2 0 0 and the device substrate 1 as shown in FIG. 2. The tray transfer arm 2 05 between 0 and 5 is carried to the lower side of the device substrate 105 of the window portion 306 of the loading unit 300. In addition, in the loading section 300, the tested part 1 (the component is temporarily placed on the custom tray KST through the XY transfer device 3 04 to the adjuster 3 05 (preciser), and the IC component under test is corrected here. After the mutual position, the 1C component to be tested that is to be transferred to the adjuster 305 is transferred to the test tray TST of the loading section 300 again by the χ_γ transfer device 304. It is used to transfer the tested I c component from the custom tray KST The X-γ conveying device 304 transferred to the test tray tst, as shown in FIG. 2, includes: two rails 301, which are mounted on the upper part of the device substrate 105, and a movable arm 302, which passes through the track The 3G1 can move back and forth between the test tray TST and the custom tray KST by 30 ° / ^ I 2 heads 303 'Supported by this movable arm 302 can move along the movable 1 in the X direction.

At the movable head 303 of the X Y conveying device 304, the suction head is faced down, and the suction head is attracting air at the same time

KST will be sucked by the test IC components, and will transfer 1 inch sand and various I-cup-like cups to τςτ mu pieces and attach the test 1C components to the test tray TS. Such as the suction head, for example, ^ L ^ Π7 ^ For example, 8 mobile heads 3 0 3 can be read by one or two people, and y ρ can be divided into 4 rows and 4 1 L pieces. Change to test tray TST.

1238257 V. Description of the Invention (31) Third, the relevant part of the cabin section 100 will be described. The test tray TST mentioned above will be tested in the loading section 300 (1: After the component is worn, it will be sent to the cabin section 100, and each test IC component will be tested in the state 4 of being mounted on the test tray TST. As shown in Fig. 2 and Fig. 3, the compartment section ι〇〇 is composed of the following units. The thermostatic bath 101 is applied to the test tray 1 loaded on the test tray TST. Thermal stress; test chamber 丨 〇2, where the thermostatic bath 101 is to be tested in a state where thermal stress is applied 丨 c component is installed in the slot on the test head 5 for testing; and heat removal tank 丨 〇 3, ^ 0 test to grab the room] 0 2 the tested I c component to be tested, the added thermal stress is removed. In the heat removal tank 1 0 3 ′ in the constant temperature tank 1 〇1 high temperature situation Then, the IC device under test is cooled down to room temperature by supplying air to it, and when a low temperature is applied to the constant temperature bath 101, the IC device under test is heated to a temperature where no condensation occurs by heating with a heater or a heater. After that, the IC device under test whose heat has been removed is carried out to the unloading section 40 〇 As shown in FIG. 2, the constant temperature tank 1 0 and the heat removal tank 103 of the cabin section 100 are arranged to protrude above the test chamber 1 102. Further, the constant temperature tank 101, as shown in FIG. The figure conceptually shows that a vertical transfer device is provided. Before the test chamber 102 is emptied, a plurality of test trays are supported by the vertical transfer device for standby. During this standby period, the IC components under test are mainly applied. High temperature or low temperature thermal stress. Test chamber 102 is located in the test chamber, and a test head 5 is arranged at the lower part of the center to test the support.

1238257 A 丨 丨 V. Description of the invention (32) = = =: On the head 5. At this point, as shown in Figure 6, the test tray TST holds all the .P! c The components are in electrical contact with the test head 5 in sequence, and all 1 (: components in the test tray TST are tested. In addition, the test tray TST that has been tested is removed from the heat removal tank 103 and the temperature of the IC component 70 is restored. At room temperature, then as the second Μ α Μ loading section 4 〇 0., the pie is out to the stand β ί white t Ϊ I as shown in the figure, on the thermostatic bath 10 and the heat removal tank 103 =, Each formed to enter the test mouth tst from the base plate 105 into the test tray tst, and the test tray TST to send to the mountain $ _ ¥ a:! Nc; user. On the device substrate 105, the device; ^ Opening for exit: = tray transfer device 108. These test trays are transported ^ set by ^ rotary rollers, etc. on a certain plate 1. Through the test tray m which is set to be discharged here, the penetration == 08 is removed from the heat The tank 103 returns to the constant temperature tank ΗΠ. The test tray TST is sent through the unloading part wo and the loading part 300, such as the R m _ shaped frame 12 in parallel and equal two: so 7, with a rectangular frame 12, Both sides, and these edge frames = hard number edge frame 13. On the side of these edge frames 13, a plurality of security tabs ^ are formed from the inside of the side 123 of the rectangular frame 12. They are arranged here The frame edge direction is projected through the plurality of mounting pieces 14 at equal intervals, and the socket receiving portion 15 between the edge frame 13 and the side 12a. The two mounting pieces 14 are configured to be inserted into the socket receiving portion. Parts i 5, 16 are constructed. Yu rape = each can be inserted into a socket; the two ends of the socket 16 are formed 2192-5760-PF (Nl) .ptd page 36 1238257 1 —_____________ 5. Description of the invention (33) Mounting holes for mounting on the mounting plate 1 4 2 1 and the plug-in kit 16 6 Fasteners are used to mount on 2 mounting pieces η to form a floating state (can be The state of the micro-movement). In this way, the plug-in kit 16 is installed in one test tray TST, for example, 4 X 16 or so. Since the IC components to be tested are stored in the plug-in kit 16, it can be tested.丨 c components are accumulated in the test tray TST 〇The IC components under test are arranged in 4 rows X 1 6 columns as shown in FIG. 6 'for example, the IC components under test arranged in 4 columns in each row can be tested simultaneously In other words, in the first test, each row is arranged in 16 of the 1, 5, 9, and 13 columns. The test I c element is tested at the same time, in the second round. The formula 'moves the test tray TST by a distance of one row so that the test I c elements arranged in the second, third, tenth, and fourteenth rows are tested simultaneously and repeated This action tests the IC components under test (the so-called 16 simultaneous j minus). The result of this test is given by the test tray TST, such as = number, and the internal allocation of the test tray TST. Tested by 1 (: component, the address determined by the 'flat number' to be memorized. An example of the tested 1C component in the plug-in kit 16, such as% ^^^. Figure 18 (a) is a side view of the 1C component being tested, and Figures 18-: 9 疋 are the bottom views of the 1C component being tested. As shown in FIG. 18, the measured word = 2 is arranged on the lower surface 23 of the package body 21 as an array of solder balls of the external terminals 22, which is r G A penalty τ Γ; In the case where the external terminal M package is arranged, the lower surface 23 'of 21 corresponds to the external terminal surface of the Ic element 2. As shown in FIG. 7, the plug-in kit 16 of the present embodiment includes a plug-in kit body 17, a guide core 18, and a tie bar piece 19.

1238257 V. Description of the invention (34) The plug-in kit body 17, as shown in FIG. 7, includes: a body portion 171, a fishing mechanism F, and a flash lock mechanism L. At approximately the center of the main body portion 171 of the plug kit body 17, as shown in FIGS. 7 and 8, a component guide portion 1 7 1 a opened in the vertical direction is provided. The component guide 17 1 a, as shown in FIG. 8, includes a component inlet 171 b at an upper end portion, and a guide hole 1 7 1 c at a lower end portion. The component access port 丨 7 丨 b and the guide core device port 〖7 丨 c are in communication, constituting 1 (: component guide is installed at the guide core 18 of the core guide device port 171c.) Therefore, the test 1 (: component, which is guided by the component guide 171a, is transported by the custom tray KST to the test tray TST via the χ-γ transfer device 304, and is carried into the guide installed at the guide core port 17lc. The core H is tested 1 (the component is tested after the test is completed). The component c is guided by the component guide 171a to form a structure that can be carried out from the component inlet. The body of the plug-in kit body 17 On the upper side of the section 1 7 1, as shown in FIG. 7, the lever piece 19 is strong across the pressure] a — a strong man, such as Le (the figure is installed here through W Mo Po H H 94. Tie piece 19 , M direction of separation) from the body part 171 of the body 17 of the plug-in kit body 17 near the second part of the body of the body 17 to the bottom (toward the main body of the plug-in kit, when the Λ pressure when the pressing force is released is Move down. When the lever piece 19 goes up; the squeezing force of the chalky elastic yellow 194 moves upward to the convex portion 191, and the toilet opens. During the movement of the recognition 4, due to the engagement / restriction formed on the lever piece Π 1 71 d; the amount of movement of the concave portion of the body portion 171 of the #connector kit body 17 upwards on the lever piece. 1 92, making the plug-in kit To the place, as shown in Fig. 7, the component inlet 171 of the body part 171 of the opening part kit body 17 is provided. May 1238257 V. Description of the invention (35) to be pulled out. The opening part 192 of the tie rod 19 is not Impeding the entry and exit of the component through the component entry port 171b 1C, and as described later, the rotation of the latch 175 is not hindered, and is formed slightly larger than the component entry port. Furthermore, as shown in FIG. 193 is provided to communicate with the core clamp receiving portion nie of the main body portion 171 of the plug kit body 17. As shown in FIG. 15, the axis GF of the clamp G can enter the core clamp receiving portion 1 through the through hole 193 of the tie rod piece 19. Within 7 1 e. As for the lower side of the main body part 1 7 1 of the plug-in kit body 17, as shown in FIG. 7, the guide core 1S is provided here. The guide core 18 is shown in FIG. 7 and FIG. As shown in FIG. 9, the component support portion 1815 is composed of a bottom plate portion and a side plate 设置 erected from the bottom plate portion; and a flange. The section 丨 83 is provided in the component support section m = side plate section, and the upper perimeter edge portion is placed on the bottom plate section of the component support section 181 as shown in Figs. 9 and 9. An opening section 182 is provided, and the component support section The bottom plate portion of 18i supports the external terminal surface of the IC device through the peripheral edge portion 188 of the opening portion 182. Moreover, the external terminals of I c supported by the component support portion 1 8 1 pass through the opening portion 1 8 2 The connection terminal exposed at the slot is on the upper end of the guide core 18, as shown in Figs. 7 and 9.

ΓΓ The cover piece is connected to the Taitong < element guide part communication hole 184. When _8 is installed with the 182 sleeve body 17 guide device opening 17b, the opening of the guide core 18 passes through the element guide The communication hole 184 is in communication with the body of the plug-in kit = part 1 ::. Thereby, the IC component can be guided from the plug-in kit main portion 171a to the component support portion ⑻ of the guide core 18. ^ ♦ The inner surface of the adjacent 183, as shown in Figures 7 and 9, forms a tapered surface.

2192-5760-PF (Nl) .Ptd

1238257 V. Description of the invention (36) In order to reliably guide the 1C component to the component support portion 181. In the flange portion 183, as shown in Fig. 7 and Fig. 9 of the Q state α, each of them is set at the opposite position (left and right in Fig. 9). Kirikawa & _ set another Z hook access hole 186. At the hook access hole 186, as shown in FIG. 9, the shovel stone ◊ aiti〇c, 丄 ^ The hook receiving part 1 8 5 is arranged to be continuous with the inner side of the hook access hole 186, constituting the plug kit body! The hook portion 1723 of 7 can be engaged with the hook receiving portion 185 in the state that the hook receiving hole 186 has been entered, and at the same time, the hook portion 172a engaged with the hook receiving portion 185 can be released from the hook entering hole 186. drop out. Further, as shown in FIG. 7 and FIG. 9, the flange portion 183 is provided with a shaft fitting insertion hole 187 for the guide shaft 413 (see FIGS. 13 and 14) of the socket insertion guide 41. By inserting the guide shaft 413 into the shaft insertion hole 187, the correct position of the guide core 18 relative to the slot 40 can be determined. A hook mechanism F including a core clamp 172, a torsion spring 173, and a shaft 174 is provided on the main body portion 171 of the plug kit body 17 as shown in FIG. The core pliers 172, as shown in FIG. 7, include two hook portions 72a and 纟, 纟 in the same direction. A flat-shaped inflammation tool receiving portion 1 7 2 b between the 2 hook portions 1 7 2 a. In the core clamp 172, as shown in FIG. 7, a through hole 1 72c is provided above each of the two hook portions 72a, and the shaft 1 74 is inserted into the through hole 1 of the body portion 1 71 of the plug kit body 17 71 m (refer to FIG. 8) and the through-hole 1 7 2 c ′ of the core clamp 1 72 allow the core clamp 1 7 2 to be swiveled around the body portion 17 of the plug-in kit body 17. The shaft 174 is slightly perpendicular to the engaging direction of the hook portion 72a and the hook receiving portion 185, and is provided on the main body portion 171 of the plug kit body 17, and the hook portion 172a 'is in the engaging direction of the hook receiving portion 185. And linked

1238257 V. Description of the invention (37) The releasing direction of the receiving part 185 can be rotated. In addition, the position where the shaft 174 is provided is adjusted so that the hook portion 172a is positioned 2 (lower than the through hole 1 (: Fig. 10)) (the fishing portion i 72a) so that it can be inserted into the guide core. The hook of the guide core 18 of the device port 171c enters the hole 186. As shown in FIG. 7 and FIG. 8, the body portion 171 of the plug kit body 17 is on both sides of the element guide portion 17 1 a. The core clamp set to open in the up and down direction = today. 卩 1 7 1 e, core clamp 1 7 2 is housed in the core clamp housing section 丨 7 丨 e. The core clamp is folded 41 71 e, as shown in Figure 8, including : A restricting surface 171 which is set to be slightly perpendicular to the engaging direction of the hook portion 1 72a and the hook receiving portion 185, and a torsion spring device surface 丨 7 丨 g opposite to the restricting surface 1 7 1 f. As shown in Figures 7 and 7, the core pincer 17: 2 penetration view 72d of Yuxin Sister Containment Department_17 is inserted by one end portion i73a of the torsion spring 173, and, as shown in ff S ^ The other end portion of the spring 1 73b is installed on the Π and the mounting surface 171g. At this time, the torsion spring 173 is twisted due to the action of the torsion spring 173. The hook portion 172a is hooked to the hook. Squeeze in the direction of engagement, and engage with the hook receiving portion 185. == The rotation of the hook portion 172a, as restricted by No. 10 (the surface 171f. &Quot; Lower limit 1 plug kit body 17 is installed on In the case of guide 18, the hook of the card I is engaged with the hook of the guide core 18 in the following order: 18-phase engagement. First, the upper end of the core seal receiving section me is shown in the figure below. The shaft GF of the clamp G enters the core clamp receiving portion 1716. The two ΓΛ lever pieces 19 are provided on the upper side of the body portion 171 of the plug kit body 17 because of a through hole p communicating with the core clamp receiving portion 171e.

2192-5760-PF (Nl) .Ptd

1238257 V. Description of the invention (38) In the state of the tie bar 19, the shaft G F of the clamp G can also enter the core clamp receiving portion 1 71e. When the hook portion 1 72a is held on the restricting surface 1 71 f, the flat plate-shaped jig receiving portion 172b 'faces the engaging direction of the hook portion 172a and the hook receiving portion 185 as shown in FIG. 10 (a) (that is, , Downward from the torsion spring device surface 1 7 1 g toward the restricting surface 1 71 f), located at the entry position covering the axis GF of the clamp G, and entering from the upper opening of the core clamp receiving section 丨 7 丨 e The shaft GF of the jig G is in contact with the jig receiving part 172b, and the jig receiving part 172b can be pressed downward by sliding on the inflammation jig receiving part 172b. Thereby, as shown in Fig. 10 (b), the jig receiving portion 17 2b 'rotates toward the torsion spring device surface 171g. Along with the pivoting movement of the clamp receiving portion 172b, the hooking portion 172a pivots in a direction in which the hook receiving portion 185 can be disengaged, so that the hook receiving portion 85 can be engaged (disengaged). In this state, after the hook portion 172a is inserted into the hook entry hole ^ 86 of the guide core 18, after the shaft GF of the clamp G is withdrawn from the core clamp receiving portion 171e, it is applied to the clamp receiving portion 1 7 2b. As shown in FIG. 10 (c), the force of the torsion spring 173 causes the hook portion 172 & to rotate in the engaging direction of the hook receiving portion 185 as shown in FIG. 10 (c). Thereby, the hook and the hook receiving part 185 are engaged, and the guide core 18 is installed in the plug kit body. on. The removal of the guide core 18 of the plug kit body 17 from the plug kit body 17 above also follows the same procedure as described above. 4 means to make the missing axis G: the upper opening of the accommodating portion 171e enter the core clamp accommodating portion e: the hook portion 172a to the hook receiving portion 185 as the clamp receiving portion 172b rotates The revolving movement in the direction of closing can be separated from the hook receiving section 8-5. — Athis 爿 尺 anger ’via

Page 42 1238257 V. Description of the invention (39) Withdrawing the hook portion 172a from the hook entry hole 186 of the guide core 18, the engagement of the hook portion 17 2 a and the hook receiving portion 1 8 5 can be released, and the guide core 18 is Detachable from the plug-in kit body 17. As shown in FIGS. 7 and 11, the main body portion 171 of the plug kit body 17 is provided with a latch mechanism L including a latch 175, a torsion spring 176, and a shaft 177. The latch 175, as shown in FIGS. 7 and 1 丨, includes a force application point 175a, a latch portion 175b, and an arm portion 175c connecting the force application point 75a and the latch portion 175b. As shown in FIG. 7 and FIG. 丨 丨, the arm portion 1 75c is a second arm portion 175e and two first arm portions 1 7 disposed opposite to each other at both ends of the second arm portion 175e. 5 d, as shown in FIG. 11, when the second arm portion 1 7 5 e is accommodated in the component guide portion 171 a along the long side inner side surface of the component V lead portion 1 a 'the first The arm _175d is housed in the component guide 17 1 a along the inner side surface of the component guide 171 a in the short side direction. As shown in FIG. 7 and FIG. 11, the edge portions of the two first arm portions 1 7 5 d facing each other are provided with a force applying point 175a opposite to the display direction of the second arm portion 175e. Xiangyan = come out. In addition, as shown in FIG. 11 and FIG. 11, the two opposing first arm portions 175 d ′ are located closer to the force application point 175 a than the second arm portion 175 e, and a through hole 175 f is provided to allow the shaft 177 to insert. The interlocking portion 175b is provided at the slightly center of the second arm portion 17 5e as shown in FIG. 7 and FIG. 11 so that the interlocking portion 175b can be projected in a direction that can form an acute angle toward the display direction of the first arm portion 175d. . The through-holes 175f of the first arm portions 175d at the two opposite sides are as follows

2192-5760-PF (Nl) .ptd Page 43 1238257 V. Description of the Invention (40) As shown in Figure 7, it is inserted by one end of the shaft 177, because the other end of the shaft 177 is supported by the plug kit The shaft fixing portion 171i of the body portion 7 of the body 丨 7 allows the latch 175 to be supported to be rotatable at the body portion 171 of the plug kit body 17. As shown in Figs. 7 and 11, the two latches 1 75 supported at the two positions of the main body portion 171 of the plug kit body 17 are arranged facing each other. . As shown in FIGS. 7 and 8, the shaft fixing portion 171 i is provided with a recessed portion that can receive the end portion of the shaft 177 at the edge portion in the short-side direction of the component inlet 171 b. The respective shafts 177 are supported by a shaft fixing portion 171! Located near the component inlet 171b. In addition, the two shafts 177 inserted into the through-holes 1 7 5 f of the opposing first arm portion p5d are supported by the shaft fixing portion 171] to: return: the line is consistent ^ or the rotation center line and The approaching and detaching direction (up and down direction) of the tie bar piece 19 is slightly vertical. Taking the thus-supported shaft 177 as a return shaft, the latches 1 to 5 are configured to be capable of rotating motion. In other words, the urging point 175a and the flash lock portion 175b can rotate and move the shaft 177 as a rotary shaft, and the rotational movement of the urging point 175a and the return portion 175c of the latch portion 17 部 are linked. As shown in Figs. 8 and 11, the platform portion 171k is provided on the lower side of the inner side surface of the component guide portion 1 71a through the transmission arm. The two arm portion 175e is replaced by the platform portion 1711 ^. The squeezing causes the second arm portion η. Next Π = Therefore, when the flash lock 175 has not been received by the lever piece 19: For example, 'The lever piece 19 is located at the farthest position from the plug kit body 17 ^, the latch 1 75 is maintained as the first Figure 1 shows the state. * When the door lock 1 7 5 is held in the state shown in Figure 丨 丨

2192-5760-PF (Nl) .ptd Page 44 1238257 V. Description of the invention (41) " "-175a The approaching and distancing direction (up and down direction) of the 'rotation centerline including the shaft 177' relative to the tie rod 19 The vertical plane H1 (refer to FIG. 12) is located closer to the lever piece 19 than the lever piece 19 (that is, the force application point is “positioned higher than the axis 177). Therefore, it is subjected to the movement from the lever piece 19 to the lever piece 19 The application point of the action in the approaching direction (below) of 19 丨?, Rotating toward the planes (that is, the latch 1 75 moves downwards). Also, when the flash lock 175 is held as shown in the nth figure In the state shown, the force application point 175a 'the rotation centerline including the axis 177' is located relative to the lever piece 1 FIG. 9 Γϊ ί ΐ away from: up and down direction parallel to the plane H2 (refer to the first 2 Tian, / 就 疋 'such as As shown in Fig. 12, the distance X between the application point 1 75a and the plane H2 becomes shorter). Therefore, when H1 is rotated, the rotation angle also becomes larger .... a 'can be directed toward the plane force point s Γ. Keep in the state as shown in Figure 11 ('Shi's heart shape) ~ pull near the cauldron 19. Because Therefore, at the same time as the point 175a is moved downward, the distance between the cymbal 19 acting on the target force becomes longer, and the point 175a of the force applied by the female y 1 Q can be transferred back; The turning angle also becomes larger. Tian 5 remains in the shape as it does in Figure 11 # 士 部 175b, located in the component guide shirt] 71 Hall is not like the sun, guarding and latching). Toward the inner side Place it towards the guide core; ^ The position of the long side 171a of the two-piece guide 1 7 1 a: So 1C yuan ... Can't be guided from the children by the component = IC 7L? 丨 丨 7〗 a The guide core 1 is a bear that has been carried out. The state of V ~ 18 is also 1238257. V. Description of the invention (42) When the Tiantian lock 175 is maintained in the state shown in FIG. 11, the force application point 175a and Ask the lock part 1755, when the force application point 175a goes back to the Korean side: the position on the opposite side. Therefore, the rotary movement (that is, ask; = 1 wins, the lock part 1755 becomes upward). The door lock 75l75b is changed from When the closed position is turned to the open position and the s latch 1 75 is maintained in the state shown in FIG. 11, the door is close to the flat position, the same second position = the position near the mouth of the mouth of the mouth C Due to the closed position, the lock portion i75b = Erzhi. 卩 is located at a position like this, so that the front end portion of the lock portion 175b). The distance becomes longer (that is, the opening and closing amount of the flash lock portion i 75b becomes large and the H When the handle 175a receives the action of the lever piece 19, it is in the closed position of $ ° 5b (refer to FIG. 12 (a)), and moves B to the opening in the following order (refer to FIG. 12 (b)). When the lever piece 19 is down = the prostitute P t piece 19 is in contact with the force application point 175a, and the force application point 175a is wide downward. X to the application point 175 & of the pressing force downward by the lever piece 19, move downwards ^. The% force point is 1 7 5 a, and continues to rotate until it is accommodated in the recessed portion 1711) provided at the peripheral edge portion of the component inlet = the opening 1711). The force application point 175 & two is closed at the recess 171p, so that it can be rotated without interference with the body of the plug kit body 17; Due to the rotation of the application point 175a, first arm portion 175d rotates, and the second arm portion 175e is in the opposite direction (upward) of the application point 175a due to the rotation of the first arm portion 175d. The turning movement of the part 175e asks the turning movement. At this time, the front end portion of the latch portion 1751) is attached from the guide core ^ 1238257

V. Description of the invention (43) The slightly central part of the port 1 7 1 c is pivotally moved toward the inner side surface in the long side direction of the component guide part 丨 7 丨 a, and is formed by a platform part 1 71 k provided below the inner side surface. The latch portion receiving portion 17 1 r is accommodated. In this way, as shown in FIG. 12 (b), the latch portion 175b is moved to a position (open position) where the component guide 丨 7 丨 a is in an open state. That is, the I c component can pass through the component guide 1 7 1 a to form an IC component that can be moved into the guide core by the component guide 丨 7 丨 a] and a state where it can be removed from the guide core 18. In the example shown in FIG. 2, the amount of movement 1 · 5 down the lever piece 19 can be converted to the latching portion 丨 7 5 b opening and closing amount 4 · 7 mm 〇 The flash lock 1 7 5 is held as丨 丨 In the situation shown in the figure ~ The first arm portion 175d and the second arm portion 175e are perpendicular to the center line of the shaft 1 to 7 because they are located close to and away from the direction plate H3 of the lever piece 19 (Cang Zhao Uth (Picture) The position on the opposite side of the lever, the orbit with the force point 1753 and the first arm 175d with f. The orbit of 卩 175e can prevent the force point 175a from acting on the latch 175 through the peripheral edge portion of the element entry opening 17ι_4192 formed on the opposite side from the plane H3. Therefore, with the pull, the arm 175c can be guided from the component: i7ia; = Ϊ: f out of the heart of the guide (component entry port = movement), and the lever piece 19 does not interfere with the overarm of "b" The portion 175c can make the rotational movement% of the urging point 175a. That is, the rotational movement surely generates an interlocking movement. The turning and latching portions are the inner sides of the short side direction of the guide portion 1713 such as & Figure, page 2192 on page 47. -5760-PF (Nl) .ptd 1238257 Description of the invention (44) As shown in Fig. 8 and Fig. 11, a spring fixing portion is provided at the lower portion, the urging point 175a is transmitted through the torsion spring 176 fixed to the spring fixing portion 171j. Push upward. Therefore, the lever piece 19 moves to the top. When the pressing force applied by the lever piece 19 to the downward force point 1 75a is released, the force point 1 7 5 is applied due to the action of the pressure spring 1 7 6 a is squeezed upward and moves upward. As a result, the latch moves from the open position to the closed position. The suction head of the X_Y transfer device 3 0 4 will test the I c component from the custom tray KST When moving to the test tray TST, the suction head moves the lever piece 19 downward (close to the plug kit body) 7)). As a result, the lever piece 19 is moved downward, and the force application point] 75a is squeezed downward. The force application point 17 5a, which is affected by the lever piece 19 _, is rotated to the side, and the lock is accompanied by this部 7 & b swivel from the closed position to the open position. As a result, the component under test is guided by the component guide 171a to a state where it can be carried into the guide 18, and is sucked onto the suction head of the XY transfer device 304 The IC component under test is moved into the guide core 18. When the 1C component under test is moved into the guide core 18, the adsorption head of the χ-γ transfer device 30 is separated from the plug-in kit body 17 by the pull rod piece 19 The pressing force from the suction head will be released, and the lever piece 丨 9 moves away from the plug kit body 17. Thus, the application point 丨 7 5a is broadcast from the lever piece 丨 g. The pressure will be relieved. The application point 丨 7 5 a will be moved upward by the pressing force from the torsion spring 丨 7 6 upward, and the flash lock 丨 75b will move from the open position to the closed position. Therefore, it is possible to prevent the tested IC components supported by the guide core 18 from falling out of the plug-in kit. Flash portion in the closed position of the lock 1 7 5 b of the distal portion, is pressed to the guide core support upper tested Shu Shu c of element 8, whereby the wrong position can be prevented from being Shu c of the test element.

2192-5760-PF (Nl) .ptd

1238257

= As shown in Fig. 13 and Fig. 14, the guide pin 32 of the holder 30 and the guide 411 of the slot guide 41 in the plug-in kit are each inserted into the guide hole 2 ′ inserted from above and below. 6 on both sides of the kit! 6: The mounting holes 21 of the mounting piece 14 of the test tray m are inserted into the plug kit 16 shown in FIG. 14 to simplify the structure. As shown in Fig. 13 and Fig. 14, the guide hole 20 of the plug-in kit 16 is a hole at a predetermined position. ❹'Take the left guide hole 2G in the figure as the position and hole. When the inner diameter of the right guide hole 20 is smaller than the right guide hole 20, the left guide 20 is fixed with the guide pin 30 in the upper part. 32 inserted for positioning,

The lower half is inserted and positioned by the pressure guide 411 of the slot guide 41. In another aspect, the guide hole 20 on the right side of the figure, the guide pin 32 of the holder 30 and the slot guide 4 The pressure guides 4 and 11 are in a loosely closed state. As shown in FIG. 13, a slot board 50 is arranged on the test head 5. The slot board 50 is shown in the test tray TST as shown in FIG. 6. For example, the slot board 50 may be arranged to correspond to the number of the IC elements 2 under test (4 rows x 4 columns) with a total of 3 columns and 4 columns in the row direction. However, if the size of each slot plate 50 can be reduced, as shown in FIG. 6, it is held on the test tray TS Ding! c Component 2 can be tested at the same time. On the test head 5, it is also possible to arrange slot plates 50 of 4 rows x 1 6 columns.

As shown in FIG. 13, the slot 40 is provided on the slot plate 50. As shown in FIGS. 13 and 14, “so that the connection terminal 44 of the slot 40 can be exposed”, the slot guide 41 is fixed. In slot 40. The connection terminal 44 of the socket 40 is a probe, and the number and position of the external terminals 22 corresponding to the 1C component 2 are set, and are elastically pressed upward by a spring outside the figure. For slot guide 4 1

2192-576〇.PF (Nl) .ptd Page 49 1238257

On both sides, two guide pins 32 formed in the holder 30 are inserted, and a pressure guide 411 is provided for positioning between the two guide pins 32. As shown in FIG. 13 and FIG. 14, the holders 30 are provided on the upper side of the test head 5 corresponding to the number of slots 40. The Z-axis driving device (for example, hydraulic red) not shown in the drawing can be used. Move up and down in the z-axis direction. As shown in Fig. 8 and Fig. 9, 'on the slightly center of the holder 30, a presser 31 is formed to press the IC component 2 under test, and guide pins 32 are provided on both sides for inserting the connector 16 The guide hole 20 and the pressure guide 411 of the slot 40. As shown in FIG. 13 and FIG. 14, when the holder 30 is lowered by the Z-axis driving device between the presser 31 and the guide pin 32, a reference limiter guide 34 is provided to limit the lower limit of the lowering. 5 The limiter guide 34 is in contact with the braking surface 412 of the slot 40 so as not to damage the tested 1C component 2 housed in the plug-in kit 16 and press the appropriate position to determine the lower limit position of the fixture 30. The fourth point is about the part associated with the unloading unit 400.

As shown in FIG. 2 and FIG. 3, the unloading section 400 is also provided with a χ-γ transporting device 404 having the same structure as the XY transporting device 304 installed in the loading section 300, and via this 乂 -yah transporting device 404 1 after the test is completed (: The component is transferred from the test tray TST which is transported to the unloading section 400 to the custom tray KST. As shown in FIG. 2, the device substrate 105 in the unloading section 400 can be removed. The custom tray KST carried to the unloading unit 400 is provided with a pair of window portions 406 and 406 so that the device substrate 105 faces the device substrate 105, and two pairs are provided in total. Although omitted in the figure, the window portions 4 〇6 The lower side is provided with a lifting platform for lifting and lowering the custom tray KST.

1238257 V. Description of the invention (47) The IC component under test after the test is completed will lower the fully-loaded custom tray u τ and transfer the fully-loaded tray to the tray transfer arm 2 05. The embodiments described above are conventional examples' for easy understanding of the present invention, and are not intended to limit the content of the present invention. Therefore, the elements proposed in the above-mentioned embodiments also include design changes and equivalent technologies that belong to the technical scope of the present invention. In the above embodiment, the following changes can be made. For example, the torsion spring 73 of the hook mechanism ρ shown in FIG. 7 may be connected to a leaf spring 173 ′ provided in the core clamp 172 as shown in FIG. 16. In addition, the interlocking machine shown in FIG. 7 carries the torsion spring 176 of L, and the plate spring 176 shown in FIG. I7 can be used. The engaging direction of the hook receiving portion 185 can be changed to an arbitrary direction. The c-component test device is not limited to the cabin-type device described in the above embodiment, and for example, a helmet-type device and a hot-plate type device may be used. … ^ Industrial advantage: 〇 According to the present invention, the first: providing i can be attached and detached to the body of the plug-in kit; according to the present invention, the second is to provide the plug-in i main body that can be attached to and removed from the guide core. . In addition, according to the present invention, "the first: providing-plugging kit": "Same way for loading and unloading of the guide core" includes a flash lock mechanism, and the flash lock is placed on the car seat ^, and can correspond to IC components of various sizes. In addition, according to the present invention, a plug-in kit is provided including the above-mentioned guide and the plug-in kit, and an electronic component transfer device is provided, including the plug-in kit.

2192-5760-PF (Nl) .ptd Page 51 1238257

FIG. 1 is a perspective view of the entire electronic test device of the IC test device according to the embodiment of the present invention. The electronic test piece is placed in a perspective view. Here is a perspective view of the transfer device of the test device. Method three-dimensional: 4 is not about the structure of the 1c container of the IC test device. FIG. 5 is a part of the test tray showing the standing position of a custom tray used in this IC test device. Used in this 丨 c test equipment exploded perspective view. Figure 7 is an exploded perspective view showing a plug kit used in this IC test device and the present invention. Figure 8 (a) is a diagram showing the composition of this plug kit The top view of the main body of the plug-in kit. Figure 8 (b) is a cross-sectional view taken along the line AA of Figure 8 (a). Figure 9 (a) is a top view showing the guide core constituting the plug-in kit. 9 (b) is a cross-sectional view of aA of FIG. 9 (a). 10 (a) ~ ((:) are illustrations for explaining the installation of the guide core via the hook mechanism provided in the body of the plug-in kit. Here is a partial cross-sectional view of the sequence of the plug-in kit body. Figure 11 (a) is a top view of the plug-in kit body. Fig. 11 (b) is a cross-sectional view taken along the line AA of Fig. 11 U. Fig. 12 (a) is a cross-sectional view showing the latch mechanism provided in the body of the plug-in kit when the latch portion is in the closed position. (Equivalent to 11th

2192-5760-PF (Nl) .ptd Page 52 1238257 Brief description of the drawing (b). Fig. 12 (b Fig. 0 is an exploded perspective view showing the structure when the latch mechanism is in an open position. Fig. 13 is an exploded perspective view showing a structure near a test head slot of the IC component test device. Fig. 14 is a view showing Partial cross-sectional view of the structure near the test head slot of this IC component test device. Figures 15 and 15 show how the guide core is mounted on the plug kit body via a hook mechanism provided on the plug kit body, and via A side view of a clamp used when a hook mechanism provided in the body of the plug-in kit is used to remove the guide core from the body of the plug-in kit. Figure 16 shows other implementations of the spring of the hook mechanism. Fig. 17 is a diagram showing another embodiment of the spring of the flash lock mechanism. Fig. 18 (a) is a side view of an IC component used as an image of the 1C component test device. ~ Figure 18 (b) is the 1C component test Figure 19 (a) is a partial perspective view showing the state of the conventional dragging start. The lower view of the device. The flash lock device of the kit is on

Section 19 (b). The figure shows the parts when this flash lock device is in the closed state.

: 192-5760-PF (Nl) .ptd

1238257 Schematic description of 1 ~ removing machine; 2 ~ IC components; 5 ~ test heads; 6 ~ test main device; 7 ~ cables; 8 ~ space parts; 9 ~ connecting parts; 10 ~ IC component test device; 12 ~ rectangular frame; 1 2 a ~ side; 1 3 ~ edge frame; 14 ~ mounting piece; 15 ~ plug-in kit storage section; 16 ~ plug-in kit; 17 ~ plug-in kit body; 18 ~ guide core; 1 9 ~ Tie bar: 20 ~ Guide hole; 21 ~ Mounting hole; 22 ~ External terminal; 23 ~ Below; 30 ~ Fixer; 31 ~ Presser; 32 ~ Guide pin; 3 4 ~ Limiter guide; 4 0 ~ Slot; 41 ~ Slot guide; 4 4 ~ Connection terminal; 50 ~ Slot plate; 100--compartment section; 101--constant temperature tank; 102--test room; 103-"heat removal tank; 105 --Device substrate; 108-^ Test tray conveying device; 171--Main body; 171a ~ component guide; 171b ~ component entry port; 171c ~ core guide device port; 171d ~ recessed part; 171e ~ core clamp receiving part; 171 f ~ limit surface; 171g ~ torsion spring device surface 171 i ~ shaft fixing portion; 171 j ~ Spring fixing part; 171k ~ Platform part; 171m ~ Through hole;

2192-5760-PF (M) .ptd Page 54 1238257 Brief description of the drawings 171r— ~ Latching part receiving part; 172 ～ Core pliers; 172a production ～ Hook part; 172b ～ Inflammation tool receiving part; 1 7 2 c ～ Through-hole; 172d '~ through-hole; 173 ~ torsion spring; 173a, ~ one end; 1 7 3b ~ other end; 174 ~ shaft; 175 ~ latch; 175a, ~ force point; 175b, -latch 175c ~ arm part; 175d ~ first arm part; 175e ~~ second arm part; 1 75f ~ through hole; 17 6 ~ torsion spring; 177 ~ shaft; 181 ~ element support part, 1 8 2 ~ opening 1 8 3 ~ flange part; 184 ~ component guide communication hole; 1 8 5 ~ hook receiving part; 186 ~ hook access hole; 1 8 7 ~ cuff drum socket; 18 8 ~ peripheral part; 1 9 i ~ convex part; 192 ~ opening part; 193 ~ penetrating hole; 194 ~ pressure spring; 20 ~ IC storage part; 201 ~ IC memory before test; 202 ~ IC memory after test, 20 ~ 3 tray support frame 204 ~ lifting table; 205 ~ pallet transfer arm; 300 ~ loading section; 301 ~ rail; 30 ~ movable ; 303~ movable head; 304~ X-Y transport device; adjuster -5 to 30; 6 ~ 30 window portion; 0~ unloading unit 40; 4 0 4~ X-Y transport device;

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2192-5760-PF (Nl) .pid Page 56

Claims (1)

| Unleash the gallbladder day 丨 positive, day. 1238257 ---------- VI. Application for patent scope 1 · A guide core, which can be disassembled, is characterized by: It is mounted on the plug-in kit The main body; the supporting part can support the aforementioned area array: to make the outside of the area array type electronic component; ::::: the external terminal direction, and the sub-circuit is in a way of disconnecting the connection terminal ^ 3. The hook part of the body of the plug-in kit may include the guide core described in item 2 of the 2 range, wherein the aforementioned anger can enter the front entrance hole, and the aforementioned hook receiving part does not enter the other hook entry hole. The aforementioned hook portion is engaged. . Such as the scope of patent application! Or the guide core described in item 2: The guide shaft is inserted into the insertion hole of the guide shaft, and the guide shaft is inserted into the positioning of the aforementioned guide core of ^ =. Contrary to other slots, Λ: a kind of plug-in kit body, α can be removed | installed with the guide core as described in the first patent application; τ Ming Xun is characterized by: The lead part includes: a anger-inducing device port, a device having a front core, and an electronic component entry port, which communicates with the foregoing core-guide device port to guide the electrical component to the aforementioned guide core installed at the foregoing core-device port; and a hook Part can be engaged with the hook receiving part included in the aforementioned guide core in a manner. 5. The plug-in kit main body according to item 4 of the scope of patent application, wherein the hook portion is designed to enter the hook entry hole of the guide core while entering the hook entry hole. Linked with the aforementioned Η 2192-5760-PFl (Nl) .ptc 1238257 ----- ^ 皇皇 9211 · _I Month π: 6. Scope of patent application-" 一 "-The receiving part is engaged. 2. ,, 6 · The plug kit body described in item 4 of the scope of the patent application, wherein the hook portion is designed to be able to move with the aforementioned hook holder.口 口 的 万 乂 、、 7. The plug kit body described in item 6 of the scope of patent application, in which the above-mentioned hook portion is designed to generate a return centered on the rotation axis 乂 乂 ,, 8 · According to the plug-in kit body described in item 6 of the scope of patent application, wherein the aforementioned hook portion is pressed toward the aforementioned card holder and person via an elastic member.丨 No. 2, 9 · The plug-in kit body described in item 8 of the scope of patent application, wherein the plug-in kit body includes a limiter portion, and the hook portion faces toward the hook receiving portion in the direction of engagement The movement or rotation is restricted. L a, 1 0 · The plug-in kit body described in item 9 of the scope of the patent application, wherein the plug-in kit body I includes a clamp receiving portion, which is knotted with the aforementioned hook portion and placed to withstand the compression of the clamp, The aforementioned hook portion is moved or revolved in a direction of releasing the engagement with the aforementioned hook bearing portion. Also, 1 1 · The plug-in kit body described in item 10 of the scope of patent application, wherein the plug-in kit body includes a clamp access hole, which allows the aforementioned clamp to enter and enter the aforementioned clamp that enters the aforementioned clamp entry hole The aforementioned clamp receiving portion may be provided by squeezing the receiving portion. ^ 义 九 具 1 2 · The plug-in kit body described in item 丨 丨 of the scope of patent application, wherein the cooler receiving part is arranged so that the clamp can enter the clamp receiving hole and contact the clamp receiving part, Slip up on the aforementioned fixture 2192-5760-PFl (Nl) .pt Page 58 1238257 Λ_JL Said ^ ------- 虎! Tiger 9211 shape is 6. Scope of patent application Move to squeeze the aforementioned fixture receiving part. Including the lock kit body described in item 4 of the scope of “Lock as claimed in the patent”, where the “flash lock mechanism” includes: a driving body acting part, which is moved toward and away from the body The driving body rotates in the close direction; the latch part, & Ϊί = the open position of the two-piece guide in the open state; the unit: the rotary movement between the closed positions in the closed state; the moving part is moved in U When the idling movement of the flash lock portion and the id of the flash lock portion are farthest away, the driving body action portion includes two; the centerline of rotation is located closer to the driving body than the "at the same time, including the front if plane". The rotation centerline of the driving portion is located near a parallel plane in a direction close to and away from the i moving body. The driving body does not interfere with the arm portion during movement. , Zhong Ciao, / 8 as described in & the scope of application of the patent application No. 13 of the plug kit body, the basin body :: squeeze Γ to the area, with the system through the elastic member is directed away from the aforementioned drive. Λ5. Λ ^ Please The main body of the plug-in kit according to item 13 of the patent, when the second and second bodies are farthest away, the aforementioned driving body action portion is located near the forward driving body. It is located in the middle of the application. The body of the plug-in kit described in item 13 of the patent scope 'its, +, and ri' just described the action of the driving body in the direction close to the aforementioned driving body, and when the front moving body acting part rotates, Enabling the aforementioned flash lock 2192-5760-PFl (Nl) .pt p.59 u Correction with 57 g _ Rotary movement of the closed position to 4 ^ '—'—' Transferring 7 and the return of the drive body action part of the aforementioned flashing part 1 7 · If you apply for _ move as a link action. The role of the driving body described above: The body of the plug-in kit described in item 3: 3, the 1 core line is the same. 〇 Is the centerline of rotation and the rotation of the latch part in the middle of the aforementioned drive V far away? Item r, the plug kit body described above, whose lock portion 'contains the above-mentioned turning middle and second, the above-mentioned driving body action portion and the above-mentioned strict -1 away direction, the plane of the binocular J is close to the above-mentioned driving body. The application is really on the opposite side. In the aforementioned center of rotation, when the drive body is farthest away from the entrance of Shibezi, the front plane is located in the vicinity of the close position 2 parallel to the approaching direction. At the same time, it is also located in the front of the guide core device. Attach the front of the plug-in kit as described in the moving application of Fanfan Tuwei / aT. The centerline of the near turn is vertical, which is relatively close to the drive body. A plane 'parallel from the direction' is located on the opposite side. Α τ 2 2 The plug-in kit body as described in item 4 of the patent application scope of the application, in order to enable the driving body acting portion to rotate and move without interfering with the plug-in kit body. An accommodating portion capable of accommodating the driving body portion. 22 · —A plug-in kit, characterized by including ... 2192-5760-PFl (Nl) .ptc Page 60 1238257