TW200804827A - Probe unit and probe apparatus having the same - Google Patents

Abstract

A probe unit includes first probe pins arranged along a first direction, second probe pins arranged over the first pins along the first direction and interposed between the first pins, a first supporting memer for supporting both ends of the first probe pins, a second supporting member positioned on the first supporting member to support both ends of the second probe pins, a frame for supporting the first and the second probe pins, first fixing members for securing the first and the second supporting members to the frame so as to arrange the first and the second supporting members along a second direction substantially perpendicular to the first direction, and second fixing members for fixing the first and the second supporting members to the frame so as to arrange the first and the second supporting members along a third direction substantially perpendicular to the first and the second directions.

Description

200804827 IX. Description of the Invention: TECHNICAL FIELD OF THE INVENTION A typical embodiment of the present invention is directed to a probe unit of a needle unit. More specifically, the blood body of the present invention has a probe unit that is in contact with a terminal such as a liquid day display (LCD) screen, a display screen, and the like, and a tilt: A light panel display panel Probe device for electrical reliability. The use of the eucalyptus needle to test this [prior art] 2, the display industry continues to develop to meet the display panel potential. Display I including the display panel I = large increase in the size of the panel of the monitor. Because the display device is manufactured with the display, it is necessary to thoroughly check the system when it is finished. Its flaws. , business income is reduced, etc. Therefore, it is very important to check the display panel. Here, the probe device verifies that "the line is the S device". Check the display panel before the assembly. (A) The terminal of the board is connected to the mT-traditional view of the conventional probe unit. - a conventional probe single (four) comprising a plurality of probe pins 15 and a probe, the probe pins 15 and a display panel 5, the probe pins 15 being contacted by the terminals 55 j 55 The probe pin 15 is fixed to the same gap 200804827 corresponding to the probe portion, and the probe member 2G is fixed-fixed 6 (four) combined with the truss plate (10), and the foot 15 is placed. On the terminal 55 of the display panel 50, the probe pin 15 of the pin member 2 is electrically connected to - for example, the volume of the chip is cut 65. The frequency circuit 65 provides - the money to the An electrical signal is transmitted to the terminals 55, and the foot 15 is disposed on the probe member 2'' with the same gap. The pin 15 is on the other hand. On the other hand, the lieutenant may not be re-arranged...T The foot 15 is not difficult to hang. On the other hand, the probe pin IS is located on the needle 1 cow = one of the ceramic support 25 . There are many problems in the support of the sub-seat. For example, when the ceramic support 25 is broken, the panel can include the display of the integration of one prostitute, etc. ==The terminal % of the gap arrangement. Therefore, this generation measures to prevent the gap from narrowing. It is necessary to prepare for the present invention. [0081] A typical embodiment of the present invention provides a probe unit including several fine arrangements. A probe pin that is easy to manufacture and maintain. A typical embodiment of the present invention also provides a probe device having the probe unit to effectively test an object having a finely arranged terminal. According to one aspect of the present invention, The probe unit includes: a plurality of first probe pins arranged along the first direction; and a plurality of first probe pins disposed above the first probe pins and inserted between the first probe pins a second probe pin; a first support member for supporting both ends of each of the first probe pins; disposed on the first support member to support each of the second probe pins Second support member; one_ a frame for supporting the first and second probe pins; a plurality of first fixing members fixed to the first and second support members to be fixed to the frame so as to be substantially perpendicular to the first direction Arranging the first and second support members in a second direction; and a plurality of second fixing members for securing the first and second support members to the frame such that the first direction is substantially perpendicular to the first direction The first and second support members are disposed in a third direction of the second direction. - In an exemplary embodiment of the invention, the first support member can include for supporting one end of each of the probe pins a first bracket, and a second bracket for supporting the other end of each of the first probe pins. Additionally, the second support member may include a second probe tube for supporting each of the second probe tubes a third bracket at one end of the foot and a fourth bracket for supporting the other end of each of the second probe pins. Additionally, a plurality of first slots for receiving the first probe pins can be formed at the surface portions of the first and second brackets. A second slot for receiving the second probe pins can be formed at the surface portions of the third and fourth brackets. The first probe pins can be detachably combined with the first and second brackets. The second probe pins are separably combined with the third and fourth brackets. The first bracket can be disposed on a fixed seat. The third bracket can be placed on the seats. The holders can be secured to the frame using a third securing member. The third bracket is aligned with respect to the first bracket by a plurality of fourth securing members that are in contact with both side surfaces of the third bracket. 7 200804827

The second bracket can be received on a receiving second bracket. The second bracket and the first frame can be positioned to be in contact with both sides of the fourth bracket to the frame. The bracket can be aligned with the second bracket. a solid-solid member, the fourth according to another aspect of the invention, the probe pin arranged for the probe; the plurality of pins for supporting the spindle in the first direction; and - for supporting the support members The ends of the ends are substantially perpendicular to the first side such that the support members are along the second securing member of the frame for securing the plurality and are mounted to the member along a direction substantially perpendicular to the first direction ^The second support is in accordance with another aspect of the invention: it is arranged in three directions. The outer casing, - located in the outer casing for fixing, includes a device for receiving - material;;: ϊ: * body • step i) a number of along the first side of the first - probe tube ^ if = - Probe tube ϊΐ = the first part of the first probe pin

a member (v) for supporting a second f member at both ends of the foot of the camping pin, to extend along the first and second sides to the first and second support members; And arranging the first support member bearing member to the second fixing member of the frame, and the supporting member is disposed in the third direction of the second!=?: the second/before 7L, which is used to supply electricity, the support member of the brother, and the probe pin to verify whether the object is &quot;正&quot;常:&quot;, brother-probe pin and the second precision: Detecting: The device can be accurately inspected - it is easy to catch. Manufacture and maintenance of a Clamping Needle Unit ^ 8 200804827 [Embodiment] The present invention will be described in more detail hereinafter with reference to the accompanying drawings in which FIG. However, the invention may be embodied in many different forms and should not be construed as being limited to the particular embodiments disclosed herein. The specific embodiments are provided so that this disclosure will be thorough and complete, and the scope of the invention is fully disclosed by those skilled in the art. In these figures, the size and relative sizes of layers and regions may be exaggerated for clarity. And, when an element or layer is referred to as being "on," or "directly connected to" another element or layer, the element or layer may be directly to the other element. Above or simply connected to the other element or layer, or there may be an intervening element, layer '. In contrast, when an element is referred to as being "directly on, on another element or layer, "directly connected to the element or layer, there is no intervening element or layer. The term "and/or" includes any and all combinations of one or more of the listed related parts. The terms "," "second, third, etc." may be used herein = the same elements, components, regions, layers, and/or sections, but such elements, groups, and sections are not By turning the term off. The scaled terms are used only for regions, layers or sections and other elements, components, regions, and so on, without departing from the teachings of the present invention, the domain regions, layers or sections discussed below may be referred to as second elements, components. For example, the "lower part's description of the lower part is as shown in the figures below". Therefore, the example uses the term "below, γ a: and "under" the device can be other parties = 2 = </ RTI> at 9 200804827 = azimuth)' and accordingly the explanation herein is made to the positional description, and the term used herein is used merely to describe a particular embodiment for limiting the invention. The singular terms used herein shall be used in the <RTI ID=0.0> </RTI> <RTIgt; </RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> unless the context clearly indicates that it is a single ^. It should be further understood that the term "comprising" is used in this specification.或 其他 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个 个, For example, the opening or the error may occur with the second embodiment. The exemplary embodiment of the present invention should not be construed as being limited to the specific shapes of the two regions. It is included in the manufacture (for example: :) one: the different shapes appearing. The illustrations show that the areas in the figures are not considered, and the shape is not intended to illustrate - the device - The shapes are not intended to limit the scope of the present invention. All of the terms (including technical terms and 4m) used herein are generally understood by those skilled in the art to which the present invention pertains. It should be further understood that, for example, the meanings in the commonly used dictionary == are consistent with their meanings in the context of the relevant art, and should not be interpreted in a formal or overly formal manner unless specifically defined herein.

If the map is based on this correction—typically concrete—the penetration of the probe unit I = 3 is an enlarged perspective view of one of the parts A in Figure 2, and Figure 4 is a view of the B diagram in Figure 2. Figure 5 is. 2, the probe unit includes a plurality of first probe pins 110, ΙίϊγΠ 20, the first support member 130, the second support member 150, and the frame wood 170. The right first fixed member m, the plurality of second solids 200804827 = ί3, 185, a plurality of fourth fixing members 187 and a plurality of supports 190. The ϊ ϊ includes a first bracket 131 and a second bracket 141. The second support member 150_ includes a third bracket ι51 and a fourth bracket 161. The first bracket 131 and the second bracket 141 are disposed on the frame m, and the first bracket 137 is formed in the first direction in the first direction. A pin is inserted into Z if thousands; hunting oblique: two, home G1 &quot; skin is spaced apart. A plurality of second pin slots 145, and a right-hand-aligning slot 147 can be formed along the first direction in the second bracket (4). In the exemplary embodiment, the second stitch slots 145 can be The brothers have a gap G11 spaced apart from each other. The first probe pin 110 is inserted into the first and second brackets (3) and 141, and the first pin is inserted into one end of each of the first probe pins 110. Inside the slot 135. In addition, each of the first i=ends can be inserted into each of the second probe pin slots 145^4, and the probe pin 110 can be mutually I by the first gap G11. G11 can be determined based on the gap between the terminals on an object. Inside. 5 '' Brother-Gap G11 may be in the range of about 1 〇 to about one (7). 』 ίίί = placed on both sides of the first bracket 131. The second bracket 151 is mounted on the third bracket 151, and the fourth bracket 161 is positioned on the first foot slot 155 and the third alignment slot 157 along the first One of the surface portions of the one-direction shape 151. In a typical embodiment, the 155 can be separated by a second _G12. A number of fourths == 糊1 167- lions are ruined - in a typical embodiment, the fourth stitch slots 16 are spaced apart from each other by the second gap (7) 2. "The first branch 151 is aligned with the first bracket 131. In a typical implementation 200804827, the second yoke 157 can be used with respect to the first fulcrum 13, f 137. The second bracket 141 is aligned with the second bracket 161. The second alignment slot is aligned with the bracket 141. The display wood 161 is opposite to the 131 body. In the embodiment, each of the brackets 151 and (6) can be inserted into each of the other ends of the brackets at the end of the "one of the third stitches", and each of the second probes can be inserted into each of the other ends. Please wait for the second probe tube to be inside the pin socket 165. Therefore, the gap G12 is spaced apart from each other according to the seven-gap gap G12. The second one is determined based on a gap of a material terminal on the object. The deviation t L _ ΓΓ, ;; 2 can be in the range of about 10 qing to about μ μηη, in the range of two chambers, the middle of the tube; two: the m/"3 between the probe pins 120 is selected as 'the same The first gap Gn between the second probes. ', W is slightly different from the first - probe pin 110. The first probe pin 120 is inserted into the first probe pin 1U)

Separated. Ii 10: ^ Gap G13 is determined from the second probe pin 120. The gap 3:! root f the first gap G11 and the second gap J may be about 25 qing by the third gap G13. Rack (4) brother ^ "1 member 181 and 183, the second and fourth branches 141 are smashed to the frame 170. At the same time, the second fish is fourth.

3 — with the second probe pin and the C piece. The drawings illustrate in detail the above-described meta-graphs of the ten units. Figure 6 is a perspective view of the first probe pin of the probe unit of Figure 2; 200804827 Referring to Figures 2 and 6, the force-contact portion m and the - connection pin pin 110 include an integral portion. Iu, the body portion 111 can be a slab-like shape having a width wu length L11 substantially greater than the width of the wide sound w, and the weight of the light body portion 111 can be referred to in a typical embodiment. In addition, the body portion 111 forms a plurality of apertures 6. Angle ctl. The first angle α1 can be tilted by a predetermined amount in the clockwise direction. The body portion m has a first second end portion 111b of the frame 170 of the first depiction f. The first end ma of the first end is arranged opposite to the vertical plane. The contact end portion 11lb may extend substantially the top surface of the Ilia. A top surface of one of the second ends 111b of the first end of the body portion 111 extends. The terminating portion 117 is in direct contact with the terminal portion of the body portion 111 from a terminal such as a liquid crystal. The contact portion ^ := The contact portion 114 may have a tip end portion. Stretching, and then horizontally extending, 顶, = the top surface of the two end portions 11lb is vertically extended by one s t. Therefore, the connecting portion 117 can have a η strong as the ΐ ΪΪ ΪΪ 117 can have an upward elbow and tip The portion / can be i4 = the portion 11 of the portion 114 and the connecting portion 117 body Φ Φ &lt; field to form the first probe pin 11G. In the case of the industry type, the first probe pin 11G may have substantially two different shapes, and the shape of the first probe pin 110 may be slightly different. 7 斜 oblique H&quot; 7111, the contact portion 114 and the connecting portion 117 may include, a £ to 』== signal may be from the connecting portion 11J portion 4 via the body portion 111, and vice versa. The first probe pin "〇" 4 From the first-interval aspect, the first probe pins 110 are illustrated in FIG. 7 to illustrate a perspective view of the second probe pin of the probe unit of FIG. 2 200804827.

Referring to Fig. 2 and circle 7, the 哕M contact portion m and the - joint portion (four) 120 include an integral portion m, which may have a thin plate shape of a farm tool. The width W21 of 121 which is larger than the width W21 in a typical embodiment can be substantially the same as the width of the body portion of the remaining pin. Alternatively, the width of the body portion m of the t-probe pin (10) is completely different from the body portion m of the first probe pin. On the other hand, the second probe pin f2f = m is slightly shorter than the length L21 of the body portion ln of the first probe pin 11G. In the embodiment, the weight of the body portion 21 is reduced. The = type is defined as a plurality of holes 126. In addition, the body has eight teeth over the body and is tilted in the direction of the 121-pin direction - the third angle (5) ^ the first knife is for a vertical plane along the clockwise frame, the shape is relatively. The one end portion 121a of the body may be opposite to the first -==211 has a brother-end portion (2)a and the second portion of the body portion 121 from the second portion of the body portion 121 === 12 rounds. The contact portion, the line 121 of the 121:= is directly connected to the self-end coffee such as a liquid crystal display (the object behind the LCD "the two-touch portion 124 extends in a direction extending from the body portion 121. The contact The portion 124 can have an integrated circuit contact that is a touch-sensitive package (TCP). The connection portion 127 extends horizontally from the body portion 121 and then extends horizontally. Further, the connection portion 127 can have To: The hoe and the tip. 14 200804827 It can be typed: the part connected with the m ί^]Ι : ;ϊί The part of the body ϋΪ^Ϊ^12() can be slightly different. Material: 2 The connection portion f 124 and the connection portion 127 may include a conductive portion to the contact portion r24H. The body portion 121 is inserted into the probe pin in the first direction from the connection portion called the special probe-pin pin. The 120-those-Sm 7-one probe pin 110 and the second-stage __G f are about half of the first probe pins U0(1)2. ^^ or tt!: The second gap between the needle pins 120, the second gap G12 may be a large mouth, the gentleman f GU may be about 20 μm and the door J is about 20 , the third gap G13 may be a gentleman's milk needle, the 兮f is inserted between the first probe pins 11〇; - a probe: the tube = ?, the probe tube (four) And the third_yang can be based on the perspective of the frame of the probe unit in the object ^^33. Produce a = t, the frame 17G can be the first width W3, the first long ίί plus U a rectangular parallelepiped shape of H31. A receiving groove 176 is formed at one of the second faces of the second direction. The receiving groove 176 faces the first side. The receiving groove 176 has a second width W32 and a second length U2. W32 Lin - narrow view width. Scale 2 length L32 is shorter than the length - L31. In addition, the first depth can be greater than H31. In a typical embodiment, the second width (four) of the receiving groove (7) can be 15 The width of the 200804827 141 is the same. Alternatively, the degree of visibility W32 of the receiving slot 176 may be slightly different from the width of the second bracket 141.

The side walls 171 may be vertically disposed on both sides of the receiving groove 176. This may partially protrude from the top surface 170a of the frame 170. A stepped portion of L _ is formed in the second direction along the second direction in the receiving groove 176. In the embodiment, the bottom surface of the receiving groove 176 includes a first yoke 76b and a third wire 176e. _ three bottom surface w - above the bottom surface 176b, and the second bottom surface 176b is disposed on the first bottom surface. Further, the first bottom surface 176a, the second bottom surface 176b, and the second surface 4 may be substantially parallel to each other. In order to arrange the second bracket 141, the solid bottom surface 1 has the same visibility. Alternatively, the width of the holder 173 may be slightly different from the width of the first bracket 131. Fixed Ϊ 3 seats = 3 faces from: if / 1 separate. In a typical embodiment, the same. Therefore, the arrangement of these and the like can be formed substantially between the side walls m. The work space may be disposed on the fixing base 173 and the fixing base 173. The frame _, a is disposed on the water surface/the surface on which the water level is located. The flat surface and the top surface of the frame (10) are arranged in a first bracket 2 = solid =: &gt; U is in contact with the stepped portion l73b. 16 200804827 , , fixed f 173 has a sloping back 173c. In a typical embodiment, the tilt angle α4 of the first-back surface 173c may be substantially the same as the i-th degree (XI of the first probe pin = θ. The tilt angle α4 of the back surface 173e and the first probe The first angle of the pin 110 may be slightly different. The I-terminal slot 178 is formed on the top surface 170 of the frame 170. The terminal slot 178 is in communication. The integrated circuit such as the TCP is disposed outside the terminal slot, and A groove or a stepped portion may be formed at the frame 170. A second fixing hole, a plurality of second fixing holes 183a, a plurality of third fixing holes, and a second fixing hole 187a passing through the frame 170 The side wall 171 is formed. = 兮箄 / = 181 &amp;, the second fixing hole 183a, the third fixing hole 185a a "specifically, a fixing hole 183a, the second fixing hole i85a ', along the second direction, the Chuanbei order arrangement hand---------------------------------------------- The slotted hole _ can be inclined with respect to the first direction. The solid can be along the axis of the first direction and the second side of the second axis ΐ · hole 181 & Exposed to each of the first fixing holes (8)a in the second direction, the first fixing members m are in surface contact with the fourth 牟14t-f to press the second direction The second bracket 141 is a pair of *141-back--3 fixed adjacent to the first fixing holes (8)a. In the embodiment, the second fixed money 3a can be relatively up=2: typical ^ The two fixed holes of the f can not be arranged along the tilt direction of one of the planes by the first tilting, and the other direction can be corrected with respect to the scales. 17 200804827 The second fixing hole 183a can be arranged toward the first bottom surface 176a. Each of the second fixing holes 1 is inserted into the inner core of the second fixing hole 1. The U end portion passes through the first bottom surface |76a of the receiving groove "6" The second fixing member is in contact with each other to be positioned along the first direction and the third direction: the Hth third fixed point 1 is adjacent to the second fixing holes 183a. The t holes can be run. Arranging with respect to the first direction obliquely - in the plane - oblique direction. Further, the second, extending relative to the second direction The line-symmetric cloth is placed. #—日疋孔咖—The third fixing members (8) are respectively inserted into the first mother member and the third fixing member 1 is bent into one end portion. The face is exposed. The fixing member (8) and the bottom of the support base are in contact with the support member 19() in the third direction. The fourth fixed holes 187a are adjacent to the third _187a 170. The four fixing holes 187a are insertable into the fourth fixing holes respectively with respect to the axis extending in the second direction = every ϊΐ ΞΞ ΞΞ Ζ 187. The surface of the wide member 187 is contacted by both sides of the second bottom branch 151 of the receiving groove 176, so as to be pressed along the first direction, and the younger brother: a plurality of fixing holes may pass through the "Γ7〇 forming bracket=Fig. does not illustrate the first bracket of the first support member in Fig. 2 and the second and the second frame 2. The first support member 130 includes the The first bracket (3) 18 200804827 The first bracket 131 spans each of the first probe pins 11〇111a for arranging the first probe pins 11 by the first and second intervals. The first bracket 131 is placed on the fixing base 173. In a typical embodiment of the present invention, the first bracket 131 has a cross section of a beam of L. The first bracket 131 can have a seat with the seat : The third width paste is substantially the same width side. Alternatively, the width W41 of the first width 131 is slightly different from the second base of the fixing base 173. The first branch (four) has a tilting lying 131^^^ The second angle α2 of the first probe pin 110 is substantially the same. Alternatively, the tilt angle α5 of the top surface 131a may be slightly smaller than the first leg 110 The angle α2. The claw-side brother, such as the needle officer, the first-speaking slot 135 is formed along the second direction at the first bracket &quot;^ face 131b. The first stitch slot 135 along the f The number of pin-pin fields 135 may be more than the number of the probe-pins &amp; the number of pin-pin slots 135 may be 135 may be slightly different from the first probe The needle pin ι 〇, G41 is spaced apart from each other. The width of the first probe pin 11G wn is generally 1 = there is no ^ iwn 135 contact post, slightly the same width W42. a portion of a probe pin 110. 11: is inserted into the first pin slots 135. When the contact pins U0 are disposed in the first probe tube, the first probe tubes are arranged in FIG. The first door $1 is shown to be automatically spaced apart from each other by the parental gap G11. 19 200804827 The younger brother-丨37 is in the same direction as the first bracket 131 The first backing slot 137 is located at the adjacent, outermost one-pin slot 135. The first alignment slots 137 are designed to be aligned with the = pin (not shown). Correspondingly, the alignments are respectively inserted-aligned into the slot 137 0. The paste is inserted into the scale, the first force is fine with the third jaw, or the ί|ί 支木海 first bracket 141, the third bracket 151 and the fourth bracket 161. The formation of the length I1% can be along the top surface 131 &amp; of the first square ^1. Here, the two columns of the first slope: = and Two rows of the first alignment slots 137 may be formed in the first bracket (3) for receiving each of the first probe pins 11 〇 131 J ! . The day 136 is smashed into the first end of the first probe pin in Fig. 6. The second first combination groove 136 is formed along the first direction. In the second typical ί brother;, the height of hu is roughly the same as the height of Cong. In addition, the two-pin 110 of the slot 13 is moved in the first direction: and the two ends 3 of the port nlb are arranged. The second bracket 141 is placed in the second width of the receiving slot 176. "The width of the second 20 200804827 frame 141 W43 may be slightly different from the connection of the second bracket (4) may have - substantially The same height H42. Alternatively, == the receiving, the first degree D31 of m is slightly different height ϋ41 has a flat top surface 141a with the second bracket 141. The 哕145 is formed along the second direction In the second branch _ (five) = brother: the pin inserts the two-pin slot 145 to produce the first square two: the top surface. The first = foot; slot: the number and the number, the first - the first object The number of numerators 145 may be more than that. In a typical embodiment of the present invention, the gaps G42 are spaced apart from each other, and the gap (10) and the first gap G11 of the ^^=110 are substantially The same is selected. The other option is that the slot (4) can be arranged by a different one than the first probe pins 。 Γ 。 。 该 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The width of 11G is substantially the same as the width of the frame 4 and the other two pins 145 can have the same with the first probe pin 11 〇 Qiu L L j slightly The width of the micro is different. The connection points 117 of the first probe pins 110 are respectively inserted into the second pin insertions=inserts__丨45m dependencies; when the shelves=up, the first probe pins (10) Can automatically be in Figure 4

If not, = a gap G11 is arranged spaced apart from each other. U T &gt; ^? The second alignment pad 147 is formed at the top surface 141a of the second support 141 along the second direction. The second alignment slots 147 are located adjacent to the second red socket #145. The second alignment slots 147 are designed to be inserted into the second alignment slot four brackets 161 respectively with the alignment tube second alignment pins, or to the first bracket (3), the second The wood 41 is the second bracket 151 and the fourth bracket 161. Article 21 200804827 The second end m combination groove 146 for receiving each of the first probe pins 11 is formed on the front side of one of the second brackets (4). The slot 146 is designed to correspond to the second end portion ^ of the first probe tube (four) in FIG. The second combination groove 146 is formed along the first direction. In the embodiment, the second combination groove 146 may have a height Η12 with the second probe tt 111b of the first probe pin 11G. Slightly different heights (10). * One end 146 is inserted into the second combination slot. The second end portion Ulb can be tightly inserted into the second implanting member 9 to stop the first probe tube 110 from moving in the first direction. . Illustrating the third and fourth brackets of the second support member in FIG. 2 and the second support coffee including the third end of the third probe tube The bracket 151 is fixed to the holders 190. , * above. In the second example of the beam, the third bracket (5) may be substantially always green. ^^^^76##Width W32 151 Heart the first-two=two:;. The third pin slot 1/2 pin slot 155 along the _ direction. At the top surface 151a. The number of the third stitch slots 155, etc., is the same in the embodiment. Another option A brother, the number of needles can be greater than the number of second probes ί4 brothers three-pin slots (5) can be more than the number of 22 200804827 Dream by type 3 in the specific embodiment of the 'turn to the third pin slot 155 ϋϊ 舰 The ship is spaced apart. The third pin slot (5) can have a width of 2 ίί Π ΐ foot 12G W21 宽度 上 之 咖 咖 咖 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 Width view. The second probe pins 12 are inserted into the third pin slots 155a. When the contact 0 knives are inserted into the third pin slots 155 to dispose the second probe battalion third brackets (5), the second probe tubes 2 can be as shown in FIG. The second gaps G12 are arranged spaced apart from each other. The second alignment slots are along the second side at the third bracket (5) i2=5ia. The third alignment slots 157 are located adjacent the outermost third pin slot 155. The third alignment slots 157 are designed to correspond to alignment pins (not shown). The alignment pins are respectively inserted into the third alignment slots. = The first bracket 131, the second bracket 141, the third bracket 151 are aligned with the third bracket 15 or the third bracket 15 or the third bracket 151. And the fourth bracket 161. A first combination 154 combined with the first end portion 121 & of the second probe pin 120 is formed at one of the back faces 151b of the second bracket 151. As shown in Figure 7, the first combination lever 154 is It is designed to correspond to the shape of the first fixing groove 122 of the second probe pin 12〇. Therefore, the first-combination rod 154 is shaped along the first direction. When the 122 can have a rectangular cross section, the first set j 154 is substantially the same rectangular cross section as the cross section of the first fixing groove 122. In a typical embodiment, the first combination rod 154 There may be a height H51 which is substantially the same as the width H13 of the first fixing groove 122. Alternatively, the first combination groove 154 may have a height H51 slightly different from the height H13 of the first fixing groove 122. 23 200804827 The first combination rod 154 is inserted into the first fixing groove 122 of the second probe pins 12 . Here, the first combination rod 154 is tightly inserted into the first fixed sample 122 L is for preventing the second probe pins 120 from moving in the first direction. The lower surface of one of the second brackets 151 A plurality of jaws 156 are formed. In a blood specific embodiment, the jaws 156 can have a width of the same as the width of the holders, and the width is W56. Alternatively, the jaws 156 can have i such 1 degree W55 of the support 190 has a slightly different width W56. /,, support, the claws 156, the third bracket 151 can be disposed on the two sides of the fixed seat 173 for the frame 170 In the exemplary embodiment, the holders 190 are substantially ί phase! ^: 5 疋 Between the sidewalls 171, the gap B3! 8 in the holder 173 Further, etc., the legs 190 may have a map W55. The gap B31 between the phase walls 171 is slightly different in width =:==touch shape. The second bracket (5) two = lunar surface 190c may be opposite to the second second T skewed moon surface 190c. The (2)b, won the i; work: equal to the pin 12. The second worm is hunted by 5 haidi two gaps G12 separated from each other 24 200804827. The second bracket is placed within the receiving slot 176. Above the second bracket 141 in the receiving slot 176. The fourth bracket 161 includes a fixed portion 163. In a typical embodiment, the fixed portion 163 can be a wedding knife 166. The top surface 163a has a flat surface at one point (6). The needle is in the form of a needle. The solid portion is formed at the top surface 163 &amp; of the mosquito portion 163. The number of the second leg slots 165 is the same as the fourth needle of the second lion f-tube body. The same is selected as the number of the dead phase probe pins 120 of the fourth pin slot 165. In the exemplary embodiment of the present invention, the second embodiment is The spacing is arranged, the gap: (3) the second gap G12 of the foot 120 is substantially different from the second needle (10) by the second probe pin (10) === The gaps G52 are arranged spaced apart from each other. The fourth pin is slightly different from the width of the second probe pin 12 w w / 65 may have a width slightly different from the width W21 of m. The second 忒:foot;=27 are respectively inserted into the fourth stitches and inserted into the fourth stitch slot 丨65 to arrange the second mortises 120 to the fixed portion 163 The upper two brothers and one slave are separated from each other by the second gap G12. A wooden, ten-footed, automatic outer four-like slot 167 is formed in the second direction along the fixed portion 163. The fourth alignment slot 167 is located adjacent to the outermost Hi-°5 The four alignment slots 167 are designed to align with the alignment pins C-Guga 141 d ί in the alignment slots 167 to align the pins ztT II with the fourth bracket 161, or The second bracket 151 and the fourth bracket (6) are aligned with the first bracket (3) ΐίΞΐ wood. The X-part 25 200804827 is in the shape of a second end i2 164 of the second probe pin 120, and the fixed portion 63 is at the front side. As shown in the figure = - the combination cup 164 is designed to correspond to the second probe 1. Therefore, when the second combination rod (6) has a rectangular cross section along the second working, the second combination "ΐ: the rectangular surface of the fixing groove 123 having substantially the same cross section. ^ - Typical implementation In the example, the second combination groove 164 may have a height Η 14 of the height Η 14 which is substantially the same height 2. The other is g; the j 3.164 may have a slightly lower height than the height m4 of the second fixing groove 123. a second combination rod 164 such as a height of g is inserted into the second fixing groove 3 of the second probe pins (10). The second combination rod 164 can be tightly inserted into the second fixing groove (2) The second probe pin 12 is prevented from moving in the first direction. The support portion 166 is formed on two sides of a lower surface of the fixed portion 163. The support portions 166 have a cross-section The support members 166 can be symmetrically disposed on opposite sides of the lower surface of the fixed portion 163. The fourth bracket 161 including the fixed portion 163 and the support portions 166 can have two receiving slots 176 The second width W32 is substantially the same width W53. g is selected to include the fixed The sub-frame 163 and the fourth bracket 161 of the support portions 166 may have a width slightly different from the second width W32 of the receiving groove 176. The probe unit (8) is manufactured in detail hereinafter with reference to the drawings. Figure 11 through Figure 17 are perspective and cross-sectional views illustrating a method of manufacturing the probe unit of Figure 2. Referring to Figures 11 and 12, the first support member 130 and the frame 17 In a typical embodiment, the first bracket 131 can be placed on the fixing base 73. The second bracket 141 can be disposed on the first bottom plate 176a of the receiving slot 176. The first bracket m and the second bracket 141 are disposed such that the first combination slot 136 of the first bracket 131 and the second combination slot 146 of the second bracket 141 are opposite each other. After determining the position of the second direction of the certain square, the width=the width of the branch 176 is substantially the same as the bracket 141. After the first ancient is inserted into the receiving slot 6, the second receiving slot is the inner state: the second bracket (4) is Inserting the set can be determined. The wood 41 is relative to the first direction , the first bracket (3) and the second branch iufa: 疒ίΐ 131 support the second end portion 111b of the first probe pins no. The younger one* 141 supports the first one The probe pin 110 is combined with the first bracket 131 at the -: ^^ port 7^. The 接触, βΧ$^Π1α - the contact portion 114 of the probe pin can be cut; Within the slot 135. The fork of the yuemu 131 has the same as the first, - the combination slot: 3 llla can move with the first direction. (4) The needle praises U0 may not follow the first - using the above process, all The first probe brackets m are combined. Therefore, the first probe pins 11 are at the first ends; the first gaps are arranged as spaced apart from each other as shown in FIG. 7 and FIG. 15, the holders 190 are disposed in the two embodiments of the holder 173. In the embodiment, the holders 190 can be placed in the receiving slot Lmi_ and the third bottom plate mc. on. The holders are just inserted into the frame 170 by the first: inner: ίίίί member 185 inserted into the third fixing hole _185 of the frame 170. Here, the third fixing members are exposed to the third fixing members (8) to receive: ij: inverse, the position of the mt holder 190 with respect to the second direction is determined. The holder 185 of the holder 90 presses the holders 190 in the third direction. When the first: fixed ship surface is separated from the second bottom plate 176b $, the inclination of the top surface of the support can be adjusted by the member members 185. A hand 16ΗΓίΓϋ 51 is placed on the holders 190. Then the fourth bracket is the fourth cut, which is known as the bracket 141. Here, the third bracket 151 and the first fixing rod 154 of the frame and the fourth supporting shaft third bracket 151 are arranged to tightly connect the third wire (5) to the fourth (4), wherein the third bracket 151 is opposite to the fourth bracket 151 The first determination =_ and =_ block = both sides aligned with each other, and later;: = 1 is: the first to; =, the position of the direction is determined = 161 is inserted into the receiving slot 176. Here, the receiving slot 176. Therefore, one of the fourth brackets receives the slot 176 while the fourth bracket (6) is set in the first direction. In addition, the fourth alignment slot 167 of the fourth bracket 161 and the second object _7 of the second bracket 141 can be substantially aligned with the third bracket (5) and the fourth branch along the second direction. End portion 121a. On the other hand, = 51 supports the first second end portion 121b of the second probe pins 120. The X-four strips 161 support the second probe pins 120 12 〇 the first-fixing slot 122 Di Er 154 is inserted into the second probe pin fixing slots 122, so that 4, the first combination rod 154 moves with the first. The second probe pins (four) 120 may be placed in the third bracket without the contact portion 124 in the third pin slot 1 of the first direction frame (5): J the two probe pins m can be The third probe pin 12G is the first to purchase 191 f. Further, the third gaps G13 indicated by the second and the third probes 3 are referenced to the figure, and the llla is spaced apart. The first pieces (8) are respectively inserted into the frame frame to support the frame 151 and the fourth frame. The second probe pins 120 are in contact with the third 141d. Continued to 辇筮一田~ The location of the younger brother 141 on the back of the 141, to tightly connect the second to 14118^ the f move the second bracket

The first base plate gamma and the second bottom plate 176b GH 141c to the receiving groove 176 and thus the first probe pin 110 and the second bracket 141 "and the human pin 12 〇 is combined with the fourth bracket 161: G = The second end portion 11lb of the crucible 110 is inserted into the second bracket ί; Here, the connection portion 117 of the first probe pin 11 〇 29 200804827 is positioned in the second branch. Further, the second probe pins m are connected to the slot 145. The fourth pin slot 165 is in the middle. The connection #刀127 is located on the miscellaneous four bracket 161. As shown in FIG. 4, it is fixed to the second bracket. 141. The second fixing members 183 are inserted into the first portion of the frame 170 to be exposed; the second fixing members 183 183 161 to fix the younger one bracket 141 and the fourth bracket 161. Thus, the pin terminal 110 is probed with the second probe pins 12. In addition, the second fixing member 5 is slanted to the first side of the first leg: ^=83 is inserted into the frame 17 〇, the fourth bracket ΐ6ι can be touched by the second wire 141 The second alignment slot is inside. = = the fourth fixing hole 187a of the frame 170 is fixed, and the exposed end of the member 187 and the side of the holder m are pressed against the side of the holder. The second bracket 151 and the brackets 19 are fixed on the first surface. Here, the third bracket 151 and the brackets 190 are slightly movable in the first direction according to the depth at which the fourth fixing members 187 are inserted into the frame 170. Therefore, the first alignment slot 137 of the first bracket 131 can be aligned with the third alignment slot 157 of the third bracket 151 by 30 200804827 by slightly moving the first bracket 151 and the brackets 190'. . As described above, the contact portion (3) of the first bracket 131 and the second probe: probe pin 110 = frame (4); Πί的^弋 from the second branch portion = skin electricity = the =: branch C is The exposed connection 161 supports the *a road material two bracket 151 and the fourth bracket portion 124 ϋ the official foot 120. The contact portion of the second probe pin 120 is exposed to the ΐ 体 body wire 161 == 聊=〇, etc. The first contact points 114, 124 can be located at a = upper phase ^ (1) - one; -r Zhao and the second exploration ^ A gap G11 is arranged apart from each other. The foot and the straw are from the younger brother 7, from the first to the; the member 181, m μ also ~ the first brother, the second and the fourth fixed Ί mouth, the 寻弟一板针管110 and the second poor According to a typical embodiment of the present invention, the first probe pins are aligned with the 200804827 special brother, and the 12G can be quickly, easily and accurately arranged - the probe pin m and the second The probe pin 12A can have two; in addition, the probe unit of the present invention can be easily repaired. 3 gaps. Figure 1 is a diagram - the illustration is based on the present invention - a typical concrete diagram 2 is Figure 18 '"r portion - enlarged perspective view" 8 21 ... with reference to Figures 18 to 21, - probe unit 2 〇〇 includes a wide picture, pin U0 and the second probe pin (10). Therefore, it is specifically for the first probe pin 110 and the second probe pin 120. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The second truss 231 and the second bracket 241 are disposed on the frame 270. The =5 f dry-aligning slot 237 is formed at a surface portion of the stem 231 in a first direction. In a typical embodiment, the legs 235 may be spaced apart from each other by a first gap G21. A plurality of second second ί: the second alignment slot 247 may be formed along the first direction; The second pin _245 can be inserted into the first and second brackets 231, 241 by the = probe pin U0. "In the specific embodiment, each - the (four) - probe Pin 11G - end A first inserted into the first pin slot 235. Each of the first probe tubes 32 200804827 can be inserted into each of the second pin slots 245. Therefore, Γίί can be The first gap G11 is spaced apart from each other. Here, the gap G11 can be arranged on both sides of the three solid brackets according to n 1. The second bracket bracket 241 is placed on the second bracket bracket 241 by using ί et al. The second branch 261 is positioned in the second direction slot 257 along the first side

In the third pin slot 255, the fourth pin slot 265 and the plurality of the second pin slots 265 are arranged to be separated from each other. The fourth bracket 261 is formed in the slot 267. The fourth pin slot 265 can be buried in the direction of the younger brother. In a typical embodiment, the third Pm saver is separated from each other by the gap G22. U 24 = 7 bracket 231 is aligned. The fourth bracket 261 foot 120 has another surname of β bauxite 4, - 'Gan is looking for a younger brother, the second probe, etc., the fourth pin slot 265 Therefore, the second _ G22 may be spaced apart from each other according to the object gap G22. Here, the first-to-the-probe-probe tube 24 ΐ and the fourth bracket 26 At the same time, the second branch and the second probe pins 120. The knife J is fixed to the first probe pins no elements, and the probe unit 200 is described in detail. The above-mentioned 33 200804827 Figure 22 is a perspective view illustrating the frame of the probe unit of Figure 21. Referring to Figure 22, the frame 270 can be - having a first width, a first length L61 A rectangular parallelepiped with a height-height H61. The frame 27() includes a first bottom plate 271 and a second bottom plate 275. The first bottom plate 271 is disposed lower than the second bottom plate 275 by a first depth D61. A bottom plate 271 and the second bottom plate 2 are respectively flat and flat top surfaces 271a and 275a. The first receiving groove 276 is formed at the top surface 275a of the second bottom plate 275. The first receiving groove 276 faces the first The first receiving groove 276 can have a second width W62, a second length L62 and a second depth leg. The second width W62 of the first receiving groove 276 can be opposite to the second wire 241 The widths are substantially the same. A plurality of side walls 272 can be vertically disposed on either side of the first receiving groove]. That is, the inner side surface 276b of the side wall 272 can define a first receiving groove 276. The second depth D62 can be substantially larger than the first The spine D61 is deeper. Therefore, the stepped portion 275b is formed between the first receiving groove 276 and the first bottom plate 271. The second bracket 241 and the fourth bracket 261 are disposed in the first receiving groove 276. An opening 278 communicating with the first receiving slot 276 is formed at the top of the second bottom plate 2 At 275a. The opening 278 can have a third width W63 that is substantially narrower than the second width *W62 of the first receiving slot 276. The opening 278 is formed through the second bottom plate 275 in a third direction that is substantially perpendicular to the first direction and the second direction. An integrated circuit such as a TCP is disposed in the opening 278. A fixing seat 273 is formed on the first bottom plate 271 of the frame 27A. The fixed ridge 2?1 may have a fourth width W64 that is substantially narrower than the second width w62 of the first receiving groove 276. The yoke 273 is positioned at the head of the frame 27G. The shank 273 is spaced apart from the side surface of the first bottom plate 271. In a typical embodiment, the gap between the sides of the holder 273 and the sides 171 may be substantially identical to each other. Therefore, the top surface 271 of the first bottom plate 271 is exposed by the fixing seat 273. The right dry second fixing hole 285a is formed through the top surface 271a of the first bottom plate 271 exposed through the fixing base 273. The third fixing holes 285a are used to fix the brackets 290 such as 34 200804827 to the first bottom plate 271. The fixing base 273 can have a top surface 273a placed on a flat surface, and the top surface 2 of the second bottom plate 275 is located on the horizontal surface. The second receiving groove 277 is formed at the top surface 27 of the fixing base 273. The fifth width W65 of the receiving slot = 7 can be substantially the same as the width of the first bracket 231. In the second, the receiving groove 277 is designed to correspond to the lower shape of one of the first brackets 231. The first bracket 231 is disposed in the second receiving groove 277. φ has a sloping back surface 273e. In the exemplary embodiment, the itching-inclination angle α6 can be formed with the first of the first probe pins 110 passing through the frame 270. The first fixing holes _ a 283a are in communication with the first receiving groove 276. / 弟弟一固疋孔定孔_ is formed from the side of the frame 270 to the first receiving groove. In a typical embodiment, the third segments may be arranged symmetrically by the first direction and the second direction: line symmetry. One of the axes extending in one direction of the mouth is inserted into the first-fixing holes _. Out. One end of the first solid portion of the crucible and the like is exposed through the first receiving groove 276 to the fixing member 281 and the second supporting member. The second bracket 241 is pressed in the second direction. The third fixing hole 283a is adjacent to the first fixing second fixing hole 283a and passes through the side opening of the frame 27G. In the embodiment, the second fixing hole 2仏3; ; formed in 272. They are symmetrically arranged on a typical axis. The second fixing members 283 extending in the second direction are respectively inserted into one of the second fixing members 283 and the second fixing member 283. Out. The second fixing structure 283 is exposed to the first receiving groove 276 so as to be in contact with the two directions in the first direction and the three directions, 35 200804827, FIG. 21, and a plurality of fourth fixing holes The 287a passes through the frame 27, and the fourth fixing hole 287a communicates with the first fixing holes 28ia. In the specific embodiment, the fourth mosquito holes 287a can pass through the frame 270 $. The fourth fixing members 287 such as Gu Rong ί are inserted into the fourth fixing holes 287a, respectively. The end portion of the special fixing member 287 is in contact with the first one of the first fixing holes 281 to prevent the first fixing members 281 from passing through the first five fixing holes 289a The bottom surface of the frame 270 is ΓΛΜ. 5 fixing members (not shown) can be inserted into the fifth quilts 2a, respectively. The fifth fixing members fix the frame 270 to a fixed=ΐίϊ^2ί) ί) to &quot;^ seat (not Display) support arm (not shown). In the industry, the specific fixed hole can be used as a wearable frame. /, ίί® is - the illustration of the first - the second member of the support member - and the second member and the ^i8^23, the first member 23G is wrapped with a bracket and the first bracket 231 The first end of each of the first probe pins 11 is selected such that the first probe pins 110 are arranged to each other by the first gap G21. The younger-bracket 231 is placed over the second connection 277 of the mount 273. In a typical embodiment, the first bracket 231 can include a cross section of L° such that the first bracket 231 can include a rear lower surface 231c. Thereafter, the 23lc can be placed under the first backing plate of the first holder. The fulcrum 231 may have the same width W7 as the second receiving groove 277. The first bracket 231 has a sloping top surface 231a. One of the tilting angles CX7 of the top surface 23U and the second angle (10) of the first probe pin 11's may be substantially the same. The 苐-pin slots 235 are formed in the second direction at the top surface 23U and the first back surface 231b of the first bracket 231. The first pin slot 235 is along the 36th 200804827-to ff2. In a typical embodiment, the number of the first pin slots 235 and the number of the first probe pins 110 can be substantially Same on the same. The first pin slots 235 can be substantially identical to each other by a first gap G21 of the first probe pins 11 and the gaps G71 are spaced apart from one another. The first pin slots 235 can have a width W72 that is substantially the same width W11 of the first probe pin 110. The contact portions 114 of the first probe pins 11 are inserted into a pin slot 235, respectively. When the contact portions 114 are inserted into the first pin slots 235 to arrange the first probe pins 11 () on the first bracket 231, the legs 110, the first gaps (9) are spaced apart from each other. Open layout. The first alignment slots 237 are formed in the second direction at the first bracket 231 ^ 31a and the first back surface 231b. The first alignment slots are located adjacent the most slot 235. The first-alignment slots 237 are designed to correspond to alignment feet (not shown). ^ In one exemplary embodiment, a long slot is said to be along the first side of the top-side of the brother-bracket 231. Here, the first alignment slots 237 of the first probe pins 237 may be formed on the first bracket 231 and the first end portion 111a of the first probe pins 110 The first f-two slots 236 are formed on the first back side of the first stent condition. The slot 236 is designed to be broken with the first probe tube 260 in FIG. 6 along the first direction: ΐί; the slot 236 can have a first probe tube _, the mouth Mila's return Η11 is roughly the same height H71. 236 ί第:!^ The foot of the mountain is the first end of the mountain llla is inserted into the first combination slot # 2^ meat ^ factory end llla can be tight_into the first - combination 9 to prevent the first probe tube The foot 110 moves in the first direction. 111 Guangdi - Branch 241 is labeled as the first end of each of the first probe pins 110 (10)' such that the first probe pins 11G are spaced apart by the first gap 37 200804827. The second bracket 241 is placed in the first receiving slot 276. In an exemplary embodiment of the present invention, the second bracket 241 may include a beam having a prismatic cross section f L shape. The second bracket 241 can have a width W73 that is substantially the same as the second width W62 of the first receiving slot 276. The second bracket 241 can have a height H72 that is substantially the same as the first depth D62 of the first receiving slot 276. U, &quot; Hai X first bracket 241 has a flat top surface 241a. The second pin slots 2 are formed in the second direction at the top surface 241 &amp; of the second bracket 241. The j-th pin slots 245 are arranged along the first direction. In a typical embodiment, the number of the two pin slots 245 can be substantially the same as the number of the first probe pins. In a typical embodiment of the invention, the second stitch slots can be arranged at substantially the same spacing as the first gap G21 of the first probe pins m. The second stitch 245 can have a width W74 that is substantially the same as the width WU of the needle reading 11G. The first -=,. The connection portions 117 of the official feet 110 are respectively inserted into the second pin slots %, and the portions 117 are inserted into the second pin slots 245 for arrangement. When the cymbal pin 110 is on the second bracket 241, the foot 11 〇 can be automatically spaced apart from each other by the first gap G21. The second alignment slots 247 are formed in the second direction at the second bracket 241 shell surface 241a. The second alignment slots 247 are located at = near. The paste two fresh slot 247 is designed to be aligned with the foot ^ (= t) to the shape ί Ϊ ΐ ( 10 10 10 10 10 产 产 产 产 产 可 可 可 可 可 可 可 可 可 242 242 242 242 242 242 242 242 242 242 沿 沿 沿 沿A second 38 200804827 combination slot 246 for receiving the second end of each of the first probe pins 11 is formed at a front surface 24 of the second bracket 241. The slot 246 is designed to correspond to the shape of the second end of the first probe pin of Figure 6. The second combination groove is formed along the first direction, and the second portion 246 has a height Η73 which is substantially the same as the degree Η12 between the first and second probe pins. The second end (10) of the j-th pin 110 is inserted into 246. In particular, the second end portion (10) can be inserted into the slot 246 to prevent the first probe pin from being moved along the first direction and the port frame is illustrated in FIG. a third fourth branch of the second support member and the second support member includes the third bracket (5). The third branch, 25, 1 supports each of the second probe pins 12 The equal-needle pin i2G is placed on the support 29 by the second gap G22. In an exemplary embodiment of the invention, the f251. beam shape. The third bracket 251 can be right: ^f: the struts 251 can be - straight and substantially the same width ^ has - the width - 255 of the _ frame 27g has a flat top surface 251a. The third pin slot &amp; the brother-direction is formed in the third bracket 25. The three-pin slot 255 is disposed along the first direction. In the specific embodiment of the number of δ 专 专 专 贝 具体 具体 具体 具体 具体 具体 具体 具体 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 具体 具体 具体 具体 具体 具体 具体 具体 具体 具体 具体 具体 具体Substantially 120 124. When the contact portions 124 are inserted into the third pin slots 255 to dispose 39 200804827 when the second probe pins 120 are on the third bracket 151, the second probes 120 is automatically arranged with the second gap G22 spaced apart from each other. The third alignment slots 257 are formed in the second direction at the third bracket 251 = face 251a. The (four) three alignment 25 is placed adjacent to the outermost third pin slot 255. The third alignment slots (5) are designed to correspond to pin (not shown). ·...

In a typical embodiment of the present invention, a long slot can be formed along the top surface 251a of the second bracket 251. Here, the two rows of the third pins and the two rows of the third alignment slots 267 may be formed in the third bracket L and the first end portion 121a of the second probe pins 120. One electric power is at the back (four) of one of the third brackets 251. As shown in Fig. 7, the 254th is designed to be formed in the first direction with the first fixing groove 122 of the second probe pin (10). At 3d, the combination lever 254 can have a height just - substantially the same as the first fixed slot 122. The coupling rod 254 is inserted into the first fixing pin of the second probe pin 120 to prevent the 彡 彡 254 from being tightly inserted into the first 111 slot 122 Several claws 256. In a typical substantially the same = 2.56 τ has a width with the support 290, please 5 mounts 't' with the claws 256, the third bracket 251 can be arranged to be supported - in the The two sides of the fixing seat 273 of the frame 270 are vertically formed by the opening 295 including the holder 2 295 through the holders 29G. The first hole - 4 = ^ 2 = top * - the hole and the second diameter from the second hole. Here, the younger brother can have a diameter larger than the largest brother. Therefore, the opening 295 200804827 having a step shape can be formed through the holders 290. The third fixing member is inserted into the Ϊ == the third fixing hole 2 of the human miscellaneous frame 27G, the heart tS, one of the 疋 member 285, the head of the member 285 can be in close contact with the present pq, to fix the seat 29 . To: a stepped portion of the opening 295, the fourth bracket 261 supports the # blood type ri-fixing portion 263 of the second receiving bracket 276 in each of the second probes. - a support portion 266. In a typical embodiment of the present invention, the number of the two probe pins 120 is substantially the same as the pin: the slot 265 can be inserted by the second probe pin. 12 〇 第 = = ί 相 广 wide spacing arrangement. The fourth pin i slot 265 has a width W21 j = 4 with the 4 pin probe pin 12 。. The connection portion of the second probe pin 12 is in the fourth pin slot 265. When the J knife ~ is inserted into the special material ί^ίΓΐ &gt; 127 is inserted into the fine pin 姊 265 to arrange the « brother-domain official foot 12 之上 above the fixed portion 263, the pin ϋ I automatically The second gap G22 is spaced apart from each other 267. The fourth pin four alignment slot 267, which is formed at the fourth alignment slot 267, which is formed at the fourth alignment slot 267, can be designed to be aligned with the alignment pin (not shown). A second combination rod 200804827 264 combined with the second end of the second probe pins 12G is formed at one of the front faces 263b of the fixed portion 263. As shown in Fig. 7, the two combination levers 264 are designed to correspond to the shape of the second fixer of the second probe pin 12''. Therefore, the second combination lever 264 is along the first direction. In a typical embodiment, the second combination groove 264 can have a height H82 that is substantially the same as the height H14 of the first groove 123. The first combination rod 264 is inserted into the second slot 123 of the second probe pins mo. Here, the second combination lever 264 can be tightly inserted into the second factor slot 123 to prevent the second probe pins 12 from being along the first side. The support portions 266 are formed under one of the fixed portions 263. The dedicated support portions 266 are symmetrically arranged with each other on the fixed portion 2, on both sides of the face. The supporting portions 266 may have a fourth bracket 261 that is contactable with respect to the first direction, and the fixing member 283 may contact the side surface, and the second and second sides of the second bracket 261. The width including the solid portion 263 and the support portion Μ6 is substantially the same as the second width of the first receiving groove 276. The following is a detailed description of the drawing. 2 〇〇 麻 麻 18 18 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 支架 支架 支架 支架 支架 支架 支架 支架 支架 支架 支架 支架 支架In a typical embodiment, the first Φ plus slot 1 T is placed in the second receiving 77. Here, the first bracket 231 and the first bracket 236 of the second bracket 24^the bracket 231 and the first slot 246 may be disposed to face each other. The first bracket 231 is inserted into the second receiving slot 231 so as not to move in the first direction. In other words, while the 4th 23 = the second reception_ is in the middle, the first bracket 231 phase 42 277 200804827 is in the position. The second bracket 241 in the first direction and the second direction is inserted into the second receiving slot after the second bracket 231 is determined relative to the second position. W the first direction = the vertical frame = the frame 3 is placed on the first bracket but the second leg end portion 111a, and a second end portion of the first probe pin 110 The nib-one bracket 241 swings the probe pins 11G of the first probe pins no to the first bracket 231. -- a; inside. Here, the first combination slot 236 of the bracket 231 is a bracket 2313: ^==Q5 The contact portion 114 can be positioned within the first end-end nfH slot. The first - probe pin is cut; two: =: 36 (10) support process = the first probe pin (10) can be the first one of the first probe pin 110 The end 1 mountain is arranged at a distance of =9. The __(10) are spaced apart from each other. Equivalent: ϊ 2 2% of the supports are arranged on both sides of the fixed seat 273. The holder_three fixing holes 285a are placed on the holders at 261 ΐίΤΐί. Then the fourth bracket is four years 26i =: ^: on the frame 241. Here, the third bracket 251 is arranged in combination with the first mesh f (four) and the fourth bracket support ttit, and the three brackets 251 are arranged such that the third bracket 251 is in close contact with the upper ladder portion 290b. Thus, the position of the third bracket 251 relative to the second direction of the 43 200804827 is determined. The third bracket 251 is aligned with respect to the first bracket 231. In this case, the third alignment slot 257 of the third bracket 251 is aligned with the first alignment slot 237 of the first bracket 231 in the second direction. Therefore, the position of the third bracket 251 relative to the first direction can be determined. After the position of the bracket 251 with respect to the first direction and the second direction is determined, the third bracket 251 is fixed to the top surface of the brackets 29〇. The fourth bracket 261 is inserted into the first receiving groove 276. Here, the fourth bracket 261 in the first slot 276 may not move in the first direction. Therefore, while the side branch 261 is inserted into the first receiving groove 276, the position of the fourth bracket is determined. In addition, the 247 of the fourth bracket 261 of the fourth bracket 261 can be disposed along the second bracket 1 of the second bracket 251 2, the Sit t ± three bracket 251 supports the second probe The pin 12 〇 端 end = lb, the fourth bracket 261 selects the second probe tube and the shank 254 can be inserted into the second J pin $ $, the first group Γ 0 contact The portion 124 may be granulated at the third branch = 251 = the second gap G22 is found to be spaced apart from each other. The first end portion 121a of FIG. 19 can be separated from the first end of the probe tube by the first end portion 111a of the second probe pin 120 of the two professional discs as shown in FIG. The first fixing member 281, the second fixing members 283 44 200804827, the t=fixing member 287 are inserted into the frame 270, so as to firmly fix the brothers 110 and the like The second probe pin 12 is twisted to the frame 27A. In an exemplary embodiment of the invention, the first securing member 281 can be exposed to the slot 276. The fifth portion of the first fixing member 281 is in contact with the back surface 241c of the second holder 241. The first fixed 241 renal pelvis moves the second bracket 241 in the direction of 5, so that the second bracket is coupled to the stepped portion 275b of the first receiving groove 276. The second support body ^^&gt; the fourth bracket 261 can be moved together with the second bracket 241 so that the ra wood 61 also contacts the stepped portion of the first receiving groove 276 and the material 2 is/the same A probe pin 110 can be combined with the second bracket 241, and the pin (10) is combined with the fourth bracket 261. Specifically, the second end portion Ulb of the second group can be inserted into the inserted portion of the second holder 241. In addition, the second combination rod 264 of the fourth bracket 261 can be firstly probed into the second fixing groove 123. Here, the second pin ΐΐ ΐΐ ΐ 117 can be positioned on the second bracket 241 and placed in the connecting portion 127 of the four _ 26 1-pin pins 12G, and the four-pin slot of the λ Le quad wood 261 265. Tm 287 ΐ ?/ 1 ^ ® 281a &quot; etc. The fourth solid willow L / the fourth _ hole inside the numb. The first fixing member 281 moves the contact of the sturdy-solid member 281 to limit the inside. The second fixing hole inserted into the 27G is exposed to the second receiving groove 277 through the second fixing hole 277. The exposed end portion of the contact and the side of the fourth branch are fixed to the fourth bracket 261 of the third directional wheel 3, and the slope of the second direction is determined by 12G. &quot; I. The first probe hole 110 with the alignment bevel and the second probe 45 200804827 in the needle foot m, the connecting portions m are on the same plane. Moreover, the contact portions m are located substantially on - substantially the same plane. Therefore, the & section is also selectively connected to the connecting sections 117 and 127. The i-contact circuits can be easily brought into contact with the terminal of the object. ...contacting 4 knives 1M and m whistle-first fixing member 283 to move the two sides of the fourth bracket 261 to the 兮Ϊ; &quot;if:f; four alignment _67 can be relative to the second ^= etc. first The probe pins 110 are affixed to the first support members 250 such that the second probe tubes are disposed. The one of the H-foots 120 can be easily separated from the first member of the first pin 110. Therefore, the first probe first support member Hii0 can be easily repaired and replaced. Thus, the kit according to the present invention is repaired or replaced. Figure 1 is a side view of a device according to one exemplary embodiment of the present invention. The device is a side view of a device, and Figure 33 is a perspective view of a spear seven, a Japanese gentleman unit. One of the probe devices of the probe device is shown in Fig. 32 and Fig. 33'. Therefore, the same element of the zinc plant hides the main υαα 〒 the k-needle early 兀 f graphical illustration. The probe device 3: is turned on; the probe soap unit 100 and a test unit (not shown).忒 The shape of the outer casing 310 and the outer surface of the probe

Having a receiving step 330, the probe unit is energized with the test unit, the housing 310 is provided with a transparent shutter at the head, and the closure 315 opens and closes the housing 31. Since the shutter 315 is transparent, it is possible to see through the transparent shutter in the outer casing 31. The church step 330 supports an object 3〇1 such as a display panel. The step 33〇 is disposed in the outer casing 310. The size of the step 33〇 corresponds to the object 3()1. For example, the object 301 is sized from a few inches to a few hundred inches. Therefore, corresponding to the size of the object 3〇1, the step can be in the range of a few inches to several hundred inches. In an exemplary embodiment of the present invention, in order to reduce a space in which the step 33 is disposed, the step 330 may be obliquely arranged. Alternatively, the steps 33〇 may be arranged horizontally or vertically. A drive unit (not shown) for moving the hall stage 330 is coupled to the hall stage 330. The drive unit moves the step 330 in a vertical direction and a horizontal direction. The drive early element also tilts the church step 330. The drive unit loads the object 3〇1 into the outer casing 310. After the object 301 is tested, the drive unit unloads the object 301 from the outer casing 310. Here, the drive unit may include a known machine I, a motor, a cylinder, and the like. Therefore, for the sake of brevity, any description of the advancement of the drive is omitted here. 47 200804827 The vibrating needle single το 100 is arranged in a surrounding area around the object 3〇1, which is located on the step 33〇 that has been moved to a test position. The probe unit 1 is mounted to a plate 352 that is fixed to an inner wall of the outer casing 310. In a typical embodiment, the probe unit (8) can be mounted to the plate 351 by a retainer. Shishi 3 set! ί 320 111 sets the probe unit _ to the plate 325. The holder 320 causes the first probe pin 110 and the second probe g pin 120 to be directed toward the object 3〇1. A plurality of holders 320 are mounted to the board 325. Therefore, the plurality of probe units (10) can be determined by the fixtures i i . The number of the fixtures 320 and the probe unit 100 can be determined according to the number of terminal modules 3〇5 of the object 301. The line end group·the terminal module 305 has a plurality of ones and the other ones are arranged to be spaced apart from each other. For example, 5, the gap between the terminals 306 may be less than about 25 mm. The first probe pin 110 and the second probe pin 120 are in contact with the terminals f. In order to make the first probe pin 11G and the first probe pin 306' the first probe pin π 〇 and the second two = 24 gap, the gap between the terminals 306 may be substantially the same. . ^The above can be adjusted differently. - Detective ===== This, Lin-Terminal / ' ί two cases of this operation can be tested the object 3 〇 1. "The wood needle is connected to the test unit electrically connected to the probe unit. The person knows that the shame here omits any «this #f本发败-典财实实彳巾, A single needle of the spine pin is a probe pin m and the second probe pin m. Another 48 200804827 probe pin 120. In addition, the probe pin 1 or the other two skills SH The probe unit can accurately test the object. In addition, the port is easy to assemble and disassemble. Therefore, it can be quickly and easily ^. Therefore, the probe unit can be used to effectively test large capacity and integrated gangsters. The exemplification of the present invention should not be construed as limiting the invention. Several typical embodiments of the invention, those skilled in the art, in the specific embodiments, do not deviate from the invention in nature. And so on, many changes can be made to it. Accordingly, all the fUt application 4 patents - the 'method plus functional clauses are intended to cover the implementation of the == to capture the structure described here, not only the structural equivalents and implications, etc. The structure of the effect. Therefore, it should be understood that the aforementioned system SL should not be interpreted as a limitation. The specific embodiments disclosed, the changes to the above and other specific embodiments are determined to be included in the scope of the second patent application. The present invention is hereby incorporated by reference. The equivalent terms of the patent application scope of the towel are defined. [Simplified description of the drawings] Features ^: ==fine = and the above-mentioned and other figures of the present invention are illustrated - the conventional probe unit Cross-sectional view; 49 200804827 A diagram, 2 is a diagram illustrating a perspective view of a probe soap 7^ according to an exemplary embodiment of the present invention; FIG. 3 is an enlarged perspective view of a portion "A" of FIG. Figure 4 is an enlarged perspective view of one of the "B" portions of Figure 2; Figure 5 is an exploded perspective view of the probe unit of Figure 2. Figure 6 is a schematic view of the probe of Figure 2. The perspective of the first probe pin of the needle unit. Fig. 7 is a perspective view of the second probe pin of the probe unit

Figure 8 is a perspective view showing the frame of the probe unit of Figure 2; 9 is - a perspective view illustrating the first - support member of the first support member of Figure 2; Figure 10 is an illustration A perspective view illustrating the third and fourth brackets of the second support member of Fig. 2; Figs. 11 to 17 are perspective views and cross-sectional views illustrating a method of manufacturing the probe unit of Fig. 2, (10) i Fig. 18 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 19 is an enlarged perspective view of one of the "C" portions of FIG. 18; FIG. 20 is a portion of the "D" portion of FIG. Figure 21 is an exploded perspective view of the probe unit of Figure 18; Figure 22 is a perspective view illustrating the frame of the probe unit of Figure 18; Figure 23 is an illustration Figure 18 is a perspective view of the first and second brackets of the first support member; &quot;一/, Figure 24 is a perspective view illustrating the third and fourth brackets of the second support member of Figure 18; 25 to 31 are perspective and cross-sectional views illustrating a method of manufacturing the probe unit of Fig. π; Fig. 32 is According illustrates one exemplary embodiment of the present invention is a side view of one of the particular probe apparatus 50200804827 embodiment; FIG. 33 is a perspective view illustrating a probe unit of one of the probe apparatus 32 in FIG.

[Main component symbol description] 10 Conventional probe unit 15 Probe pin 20 Probe component 25 Ceramic support 40 Strut plate 50 Display panel 55 Terminal 60 Retainer 65 Integrated circuit 100 Probe unit 110 First probe pin 111 body portion 111a first end portion 111b second end portion 114 contact portion 116 孑L 117 connecting portion 120 second probe pin 121 body portion 121a first end portion 121b second end portion 122 first fixing groove 123 second Fixing groove 124 Contact portion 126 孑匕51 200804827 127 Connecting portion 130 First supporting member 131 First bracket 131a Top surface 131b Back surface 131c Second back surface 131d Both sides 132 of the first bracket 131 Long slot 135 First stitch slot 136 A combination slot 137 a first alignment slot 141 a second bracket 141a flat top surface 141b a second bracket front surface 141c a second bracket 141 second front surface 141d a second bracket back surface 145 a second stitch slot 146 second Combination groove 147 second alignment slot 150 second support member 151 third bracket 151a flat top surface 151b third bracket 151 back surface 154 first combination slot 155 third pin slot 156 Claw 157 third alignment slot 161 fourth bracket 163 fixing portion 52 200804827 163a top surface 163b of fixing portion 163 front surface 164 of fixing portion 163 second combination groove 165 fourth pin slot 166 support portion 167 fourth alignment plug Slot 170 frame 170a top surface 171 of frame 170 side wall 173 fixing seat 173a top surface 173b stepped portion 173c inclined back surface 173d two sides 176 of the fixing seat 131 receiving groove 176a receiving groove 176 first bottom plate 176b receiving groove 176 second The bottom plate 176c receives the third bottom plate 176d of the groove 176, the first inner wall 178 of the receiving groove 176, the terminal groove 181, the first fixing member 181a, the first fixing hole 183, the second fixing member 183a, the second fixing hole 185, the third fixing member 185a, the third fixing hole 187 fourth fixing member 187a fourth fixing hole 190 bearing 53 200804827 190a bearing 190 top surface 190b bearing 190 lower surface 19〇c bearing 190 inclined back surface 192 upper stepped portion 193 lower stepped portion 200 Needle unit 230 first support member 231 first bracket 231a inclined top surface 231b first back surface 231c rear lower surface 232 long slot 235 first stitch slot 236 first combination slot 237 first alignment plug 241 second bracket 241a second bracket flat top surface 241b second bracket 241 front surface 241c second bracket 241 back surface 242 long slot 245 second stitch slot 246 second combination slot 247 second alignment slot 250 second Support member 251 third bracket 251a flat top surface 251b of third bracket 251 back side 252 long slot 254 of third bracket 251 first combination rod 54 200804827 255 third stitch slot 256 claw 257 third alignment slot 261 fourth Bracket 263 fixing portion 263a fixing portion 263 top surface 263b fixing portion 263 front surface 264 second combining rod 265 fourth bracket 261 fourth stitch slot 266 supporting portion 266a side 267 fourth alignment slot 270 frame 270b frame Bottom surface 271 first bottom plate 271a flat top surface 272 side wall 273 fixing seat - 273a fixing seat 273 top surface 273b second receiving groove 277 stepped portion 273c fixing seat 273 inclined back surface 275 first receiving groove 275a flat top surface 275b Stepped portion 276 of receiving groove 276 First receiving groove 276b Inner surface 276d First receiving groove 276 First inner wall 277 Second receiving groove 278 Opening 55 200804827 281 First fixing member 281a first fixed 283 second fixing member 283a second fixing hole 285 third fixing member 285a third fixing hole 287 fourth fixing member 287a fourth fixing hole 289a fifth fixing hole 290 bearing 290a bearing 290 top surface 290b bearing 290 Upper stepped portion 295 opening 300 probe device 301 object 305 terminal module 306 of object 301 terminal 310 housing 315 shutter 32 固定 holder 325 plate 330 probe device 56

Claims (1)

200804827 X. Patent application scope: ^ A probe unit comprising: f dry: a probe-probe arranged in an f-direction; a first probe above the first-probe pin and inserted into the support a needle pin two-arranged on the 郷-Siles with a m-piece; a second support member such as a temple pin at both ends of the probe pin for supporting the first support member and the second support member a fixing member for fixing the (four) frame; two supporting members to the frame for arranging the first supporting member and the second supporting member along the first supporting member and the second direction of the direction a second fixing member for fixing the whistle _+ to the frame so as to be along the - and the second; the second member ff Π a supporting member and the second supporting member opposite to the second. Patent scope! The test described in the item includes: - for the branch, each of the first - probe pins 2 g, the second support of the second support of the first support, and the mother and the probe The second supporting member includes a third squid 1 disposed on the first bracket for supporting each of the third brackets: the fourth bracket is disposed on the second bracket Waiting for the second end of the first probe pin. Teeth&gt;, the first end phase 3. As described in claim 2, the first end of each of the first probe pins is = _ some of which are used to connect a bracket a surface of the pin slot formed in the first portion for receiving each of the first probe tube slots formed at a surface of the second bracket, and a second pin of the second end portion for receiving each A third pin 57 of the first end of the second probe pin is formed at a surface of one of the third brackets, and a plurality of sockets are used for receiving each of the second probe pins. A fourth stitch slot of the second end portion is formed at a surface of one of the fourth brackets. 4. The probe unit of claim 2, wherein one of the plurality of the receiving grooves is wider than the width of the cross-frame and facing the first direction And the second direction opening, and the stepped portion of the bottom surface is formed in the second direction in the second direction of the receiving groove ·5. According to the fourth aspect of the patent application scope: the bottom plate, a place a third bottom plate disposed on the bottom plate of the first bottom plate; and driving the Si; the step includes a fixing seat disposed on the second bottom plate to be connected to the ==W paste-filament The red-width ratio surrounds the probe unit described in item 5, wherein the frame enters one end=right stem is arranged on the sides of the fixed seat to support the third branch. The probe unit according to Item 6, wherein the third-fixing of the Γ 牛 : 且 且 接触 接触 接触 且 且 且 且 接触 接触 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三Three bottom plates (four) 疋 components are assigned to the _custom. The symmetry and the probe unit described in Item 8 of the patent scope of the 4th brother and the third solid are tilted by the back side of the red contact member of the present invention. 〃 料 料 若 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针 探针Jia, Ji·Ban Rushen, the probe unit described in item 5 of the patent scope, 苴μ - 4« =. Above the bottom plate, and the fourth bracket is disposed on the second bracket to receive the first material, and is used for connecting to the back surface of the first bracket - ί, ", the combination groove is formed along the first direction The second end portion of the second probe portion for receiving the first probe pin is formed at the second bracket. The slot faces the back surface of the first bracket along the first direction. Silk - front along the frame 2 1 Fan: The back f receives the "three brackets -; the combination of the four (four) lion into the rack package] ^ person Shen Fan 2 item 2 of the probe unit, which Four legs, ί, and a pair of rods are formed along the first direction at the fourth bracket to receive the second end of the second probe pins. a probe unit, wherein - the solid-state rod is used for each of the second probe tubes 7 to specifically surround the probe unit described in item 2, wherein the frame is compared with the first a second bottom plate having a bottom plate height, and a width of the support-bracket 'the fixed branch is narrower than a width of the frame. The 疋 乂 乂 Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ mm mm The framework defines a red _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The lower part corresponds to the stepped portion formed in each of the two. Ten early G, a receiving ff narrow 'and toward the first direction and the second square frame and the fourth bracket. For receiving the second branch - as described in claim 2, the probe unit, oblique The fixing holes are formed on both sides of the frame, and the C members are respectively inserted into the fixing holes, and the second and the sturdy shackles 23. As described in claim 2, The needle is in contact with the moon surface. The hole is formed on both sides of the frame along the first direction, and the two sides of the fourth bracket are in contact with the bracket back, and the second side is a fourth unit of the probe unit, wherein the fourth unit is aligned with the second direction as described in item 2 of the patent application scope Second, the third and the second bracket. 'The probe unit for adding the 27-* patent application scope item 2, the wood or the second bracket is movably arranged in the frame $~ the second bracket The first probe pin between the two. The probe unit of the second aspect of the patent application, wherein the first to the wood or the fourth bracket are movably arranged The second probe pin between the fourth bracket of the frame. The X port (9) and the second bracket and the second piece of the second embodiment of the invention are as described in the first item, wherein each of the two Square two degrees = having a slanted contact portion along the width of the first direction and the upward direction, the contact portion extending from an upper end portion of the body portion; and extending, Ιίί妾 from the other upper end of the body portion The vertical extension 30. The two-core U-connecting portion has an upwardly curved upper end. The probe unit of the second probe H is in the form of a probe unit, each i-direction, the width of the direction, and a portion along the eve, the contact portion being substantially opposite to the longitudinal direction of the body portion: : extending from the end portion, the side portion of the contact portion: extending along the longitudinal direction of the body portion is substantially the same as the end portion, the connecting portion having an upwardly curved two pieces The = step package is inserted into the frame - the rotation-fixing member ^ reading member, and the probe element of the same, and the surface of the display panel that is in contact with the circuit panel of the display panel n 八武为电电唬 to the plane and - "two tube movements: arranged in the frame 61 200804827 includes a probe unit as described in claim 32, wherein a further number is used to fix the brackets Arranging a fixing member to the second direction opposite to the second direction of the frame for traversing a plurality of members for fixing the truss to the frame; the first direction and the second direction (10) for 34. - Needle-catching device, which =: The frame is arranged in the second direction. a casing for receiving an object; a step for fixing the object in the casing; and an arrangement of the object adjacent to the step: a plurality of ones arranged along a first direction, the probe a unit package disposed above the first probe pins and dry along the first leg, the pin pins, .m) - for supporting the ends of the probe pins between each of the j=pin pins a second bearing member, a member for supporting each of the second and second supporting members; a support member; the first support member S; the frame of the first -== meaning, Disposing the first supporting member in two directions, the first supporting member f and the second supporting member to the second supporting member and the second supporting member; the first direction is arranged in the direction of the test unit It is used to provide an electrical signal to the 4th pin probe pin to verify that the object is normal.铋 pin s foot with the 62