M312665 八、新型說明： 【新型所屬之技術領域】 ’尤指一種試片結構適用於 的試片退出機構及使用該機 本創作係一種試片結構 不需使用手去拔起廢棄試片 構之裝置。 【先前技術】 隨著人們壽命不斷的增長，目前M312665 VIII. New description: [New technical field] 'In particular, the test piece exit mechanism used for the test piece structure and the use of the test piece. The test piece structure does not need to use the hand to pull up the waste test piece structure. Device. [Prior Art] As people’s lives continue to grow, they are currently
之如何ΪΓ土會資源的支出已成為各國努:的 =t㈣咸:病-種居家護理 成本降低並同時讓醫院二= 居家護理其他家庭成員，或者μ院中看診: 病患以及14人貝，都常常需要使用儀器設備來檢測被 k查者的生理狀態或病情的情況，如血壓計、血糖計、 體脂肪計等等生理感測裝置。值得一提的是，在這些生 理感測裝置中，例如血糖計，會使用被檢查者的血液樣 本’這些血液樣本在檢查的過程中及使用後的丟棄，要 特別的小心處裡，以免病菌進一步的傳染。 在此’特別針對血糖檢測裝置這種生理感測裝置來 進一步說明，血糖檢測裝置等這種生理感測裝置已有揭 示於中華民國專利公告號第594006號中，其主要係由一 血糖測試單元及一試片所組成。其中，前述試片係由一 第一基板、一第二基板及一反應層所組成。前述第一基 板之第一表面適當位置上設有電極，且前述第一基板上 相對電極之另一側設有若干金手指，前述電極延伸出若 5 M312665 干引線’且一直逹通到前述試片之金手指上；前述第二 基板相對於前述第一基板之電極之位置上，設有一血液 注入口，俾使血液在檢測時可以注入；而前述反應層上 則具有檢測用之化學反應成份。 明參閱弟十一 A圖及第十一 B圖，係顯示習知生物 感測器之俯視作動示意圖，而上述之血糖檢測裝置亦包 含在其中。首先，在試片3〇〇〇的結合構造上，係將反應 層附著於前述第一基板之電極上，姐且將前述第二基板 與前述第一基板結合，形成一試片3000，其中，值得一 提的是，在習知的試片3000中，其形體多為矩形或單純 之四邊形。 任便用血糖檢測裝置這種生理感測裝置時，需要同 时準備一試片3000及一測試單元2000，前述測試單元 2000内具有一連接器2100，可將前述試片3000插入至 前述測試單元2000之連接器21〇〇内，使得前述試片3〇〇〇 之金手指嵌入至前述連接器21〇〇内的檢測部，再將血液 滴入前述試片之血液注入口。開始檢測時，血液料 即會透過電極、引線以及金手指傳入檢測單元。、’、 在檢測完成以後，需要把試片3000由 之連接器2⑽上拔出去棄，此時，^ 3000，則碰觸到制者的錢機會就很高，而= 使用者如家人或醫護人員的感染風險 ：：： y個报危險的動作。為了確保;也用=: 觸即可把廢棄試片_丢棄的試片退出;二= M312665 機構之裝置與方法運用，來保障家人、使用者或醫護人 員的安全。 【新型内容】 本創作之目的在於提供一種試片結構，並提供配合 本創作試片退出機構之使用。 本創作之另一目的在於提供一種試片退出機構及使 用前述機構之裝置與方法，來確保當使用生物感測裝置 時，在使用後需要丟棄試片而不需使用手去將其拔起丟 棄，並進一步保障使用者或醫護人員的安全。 本創作之再一目的在於提供一種試片退出機構及具 有前述機構之裝置，來確保當使用者或醫護人員使用生 物感測裝置時，在使用後需要丟棄試片而不會使用手去 將其拔起丟棄，並進一步保障使用者或醫護人員的安全。 達到上述目的之一種試片結構，呈一長條狀之本 體，前述本體一端設有一血液注入口，相對前述血液注 入口之另一端設有複數個金手指，其特徵在於前述本體 靠近該金手指之一端兩側邊各形成一止擋部，俾使前述 本體之金手指插入一電連接器時，一試片退出機構利用 該止擋部退出前述本體。 又，前述之試片結構在於前述前端之寬度小於前述 本體之寬度，且前述前端的兩側邊向外凸出後形成前述 本體之寬度。 值得一提的是，前述本體靠近該前端之兩側邊緣之 對應位置形成一止擋部，該止擋部的抵接面垂直於前述 金手指插入一電連接器的方向。 7 M312665 此外，本創作亦提供一種具有試片退出機構之裝 置，包含：一殼體，開設一插入口，前述插入口在一插 入方向接收一試片；以及一種試片退出機構，安裝於該 殼體内，包含：一第一構件，包括一第一本體、一第一 固定座及一第一彈簧，前述第一本體設有一第一導槽， 且前述第一本體前端具有一退出座且形成一第一斜部， 前述第一固定座固定於該殼體内側且配合前述第一導槽 以界定前述第一本體在第一方向滑動，前述第一彈簧賦 予前述第一本體在前述第一方向上有一回復的彈力；及 一第二構件，包括一第二本體，一第二固定座及一第二 彈簧，前述第二本體設有一第二導槽，且前述第二本體 前端具有一外露於該殼體之按鈕且形成一第二斜部，前 述第二固定座固定於該殼體内側且配合前述第二導槽以 界定前述第二本體在第二方向滑動，前述第二彈簧賦予 前述第二本體在前述第二方向上有一回復的彈力；其 中，前述退出座對準該插入口，且前述第一方向與該插 入方向大致相同；其中，前述第一斜部與第二斜部相抵 接，而前述第一構件與第二構件相互作用使該第一方向 與第二方向呈一夾角。 較佳地，前述退出座具有一對抵頂部。 較佳地，前述第一導槽設有兩第一通孔，前述第一 固定座係由一第一導引軸貫穿，前述第一導引軸套設於 前述第一導槽之兩第一通孔，前述第一彈簧設於前述第 一固定座一側之第一導引軸上。 8 M312665 較佳地，前述第二導槽設有兩第二通孔，前述第二 固定座係由一第二導引軸貫穿，前述第二導引軸套設於 前述第二導槽之兩第二通孔，前述第二彈簧設於前述第 二固定座一側之第二導引軸上。 如此，本創作提供使用生物感測裝置之使用者或是 醫護人員一個更安全的生物感測使用裝置及方法，在檢 測完後，不需使用手去將沾有血液等測試液的試片拔起 丟棄，而直接利用本創作之裝置及方法即可輕鬆且安全 的將試片退出丟棄。 本創作之前述目的或特徵，將依據後附圖式加以詳 細說明，惟須明瞭的是，後附圖式及所舉之例，祇是做 為說明而非在限制或縮限本創作。 【實施方式】 雖然本創作將參閱含有本創作較佳實施例之所附圖 式予以充分描述，但在此描述之前應瞭解熟悉本行之人 士可修改本文中所描述之創作，同時獲致本創作之功 效。因此，須暸解以下之描述對熟悉本行技藝之人士而 言為一廣泛之揭示，且其内容不在於限制本創作。 請參閱第一圖，係顯示本創作具有試片退出機構之 裝置之試片1000立體示意圖。本創作之試片1000呈一 長條狀之本體，而前述本體前端設有一血液注入口 1100,而相對前述血液注入口 1100之另一端設有複數個 金手指1300,而在前述試片1000内部設有連接前述血液 注入口 1100及前述金手指1300之引線。值得一提的是， 在試片1000之金手指1300那端隅兩側邊各形成一止擋 9 M312665 部1200，且該止擋部12〇〇的抵接面垂直於前述金手指 1300插入一電連接器的方向。而金手指1300那端隅之寬 度小於前述本體之寬度，金手指1300那端隅的兩側邊向 外=出後形成前述本體之寬度，如第一圖所示。本創作 之試2 1000結構可使前述本體之金手指1300插入一電 連接為日寸，一試片退出機構利用該止擋部1200退出前述 本體而後會對前述試片退出機構做一詳盡的說明。 一接著請芩閱第二A圖至第二€圖，係顯示本創作具 有j片退出機構之裝置之試片1000與退出機構前緣及連 接為2100作動示意圖。本創作之試片1000在使用時， 係，入一連接器2100内，如第二A圖及第二B圖所示； 值得:提的是，前述連接器21〇〇係固定於測試單元2〇〇〇 内之電路板上而不會移動，而連接器21〇〇在一插入方向 :接受一試片1〇00，且前述試片1〇〇〇之金手指13〇〇那 端隅之止擋部1200,恰好坐落於退出座3111之抵頂部 12上，而g欲退出试片1 〇〇〇時，即透過退出座3 j 1 1 _ 向刎進，而前述退出座3111之抵頂部3112即可推擠前 述試片1000之止擋部1200,使得試片1〇〇〇離開連^器 2100而退出，如第二c圖所示。 ασ 請參閱第三Α圖及第三Β圖，係顯示本創作具有試 片退出機構之裝置之俯視示意圖及作動示意圖。其中: 測試單元2000中退出機構與連接器210〇彼此的作動關 係可以更進一步的窺視，前述測試單元2〇〇〇 一端開設二 插入口（圖未示），而前述插入口在插入方向可接受一試片 1000之插入，而試片退出機構安裝於前述測試單元⑽ 10 M312665 之殼體内。前述連接器2100係固定在測試單元2〇〇〇内 之電路板上，且不會有移動的情況；而前述退出機構之 按钮3340在受力後，會經由第二斜部3315及第一斜部 3215使其受力轉向，進而將退出座3211往前推，俾使試 片1000退出。本創作即利用受力使得退出機構向前推， 而連接器2100固定在測試單元2000上則產生一相對的 位移，推使位於連接器2100上之試片1〇〇〇,使之可以退 出。 ’ 請進一步參閱第四圖，係顯示本創作第二B圖a_a 剖線示意圖。在第四圖中可以更清楚的了解，連接器 2100、試片2000以及本體3110彼此空間上的配置狀況， 連接器2100設於退出座3111之上方，而試片1〇〇〇插入 連接器2100時，其止擋部12〇〇剛好抵住退出座31n之 抵頂部3112，如第四圖所示，故配合著第三A圖及第三 B圖的兒明’當別述連接2100固定不動的情況下，前 述退出座3111之抵頂部3112在退出機構推動時，可將 試片1000推離退出前述連接器2100。 接下來詳盡描述本創作試片退出機構之結構，前述 退出機構係包含一第一構件3200及一第二構件3300,首How the expenditure of the earthenware resources has become a national standard: = (four) salty: sickness - the cost of home care is reduced and at the same time let the hospital 2 = home care other family members, or see in the hospital: patients and 14 people It is often necessary to use equipment to detect the physiological state or condition of the person being investigated, such as a sphygmomanometer, a blood glucose meter, a body fat meter, and the like. It is worth mentioning that in these physiological sensing devices, such as blood glucose meters, the blood samples of the examinee are used. 'The blood samples are discarded during and after the inspection, and special care should be taken to avoid the bacteria. Further infection. Herein, the physiological sensing device such as the blood glucose detecting device is further described. The physiological sensing device such as the blood glucose detecting device has been disclosed in the Republic of China Patent Publication No. 594006, which is mainly composed of a blood glucose testing unit. And a test piece. The test piece is composed of a first substrate, a second substrate and a reaction layer. An electrode is disposed at a suitable position on the first surface of the first substrate, and a plurality of gold fingers are disposed on the other side of the first substrate, and the electrode extends from the 5 M312665 dry lead and continues to pass the test a gold finger on the sheet; a position of the second substrate relative to the electrode of the first substrate; a blood injection port is provided to enable blood to be injected during detection; and the reaction layer has a chemical reaction component for detection . Referring to the brothers 11A and 11B, the top view of the conventional biosensor is shown, and the above blood glucose detecting device is also included. First, in the bonding structure of the test piece 3, the reaction layer is attached to the electrode of the first substrate, and the second substrate is combined with the first substrate to form a test piece 3000. It is worth mentioning that in the conventional test piece 3000, the shape is mostly a rectangle or a simple quadrilateral. When the physiological sensing device such as the blood glucose detecting device is used, it is necessary to prepare a test piece 3000 and a test unit 2000 at the same time. The test unit 2000 has a connector 2100 therein, and the test piece 3000 can be inserted into the test unit 2000. In the connector 21, the gold finger of the test piece 3 is inserted into the detecting portion in the connector 21, and blood is dripped into the blood injection port of the test piece. At the beginning of the test, the blood material is introduced into the detection unit through the electrodes, leads and gold fingers. , ', after the test is completed, the test piece 3000 needs to be removed from the connector 2 (10) and discarded. At this time, ^ 3000, the chance of touching the maker's money is high, and = the user is like a family member or Risk of infection for health care workers::: y report dangerous actions. In order to ensure; also use the =: touch to take out the discarded test piece _ discarded test piece; second = M312665 institutional device and method to protect the safety of family, users or health care workers. [New Content] The purpose of this creation is to provide a test piece structure and to provide use in conjunction with the exit mechanism of this creative test piece. Another object of the present invention is to provide a test strip exit mechanism and an apparatus and method using the same to ensure that when using a bio-sensing device, it is necessary to discard the test piece after use without using a hand to pull it up and discard it. And further protect the safety of users or medical staff. A further object of the present invention is to provide a test strip withdrawal mechanism and a device having the foregoing mechanism to ensure that when a user or medical staff uses a biosensing device, the test piece needs to be discarded after use without using the hand to remove it. Pull up and discard, and further protect the safety of users or medical staff. A test piece structure that achieves the above object is a long strip-shaped body, and a blood injection port is disposed at one end of the body, and a plurality of gold fingers are disposed at the other end of the blood injection port, wherein the body is adjacent to the gold finger A stop portion is formed on each of the two sides of the end, so that when the gold finger of the body is inserted into an electrical connector, a test strip ejecting mechanism uses the stop portion to withdraw from the body. Further, in the above test piece structure, the width of the front end is smaller than the width of the main body, and the both side edges of the front end are outwardly convex to form the width of the main body. It is worth mentioning that the corresponding position of the body near the side edges of the front end forms a stop portion, and the abutting surface of the stop portion is perpendicular to the direction in which the gold finger is inserted into an electrical connector. 7 M312665 In addition, the present invention also provides a device having a test piece ejecting mechanism, comprising: a casing, an insertion opening, the insertion port receiving a test piece in an insertion direction; and a test piece withdrawal mechanism mounted on the The first housing includes a first body, a first fixing base and a first spring. The first body is provided with a first guiding slot, and the front end of the first body has an exit seat. Forming a first inclined portion, the first fixing seat is fixed to the inner side of the casing and cooperates with the first guiding groove to define the first body to slide in a first direction, and the first spring gives the first body to the first body a second member includes a second body, a second fixed seat and a second spring, the second body is provided with a second guiding groove, and the front end of the second body has an exposed Forming a second inclined portion on the button of the housing, the second fixing seat is fixed to the inner side of the housing and engaging the second guiding groove to define the second body to slide in the second direction, The second spring gives the second body a resilient force in the second direction; wherein the exit seat is aligned with the insertion opening, and the first direction is substantially the same as the insertion direction; wherein the first inclined portion Abutting the second inclined portion, and the first member interacts with the second member such that the first direction forms an angle with the second direction. Preferably, the aforementioned exit seat has a pair of abutting tops. Preferably, the first guiding slot is provided with two first through holes, the first fixing seat is penetrated by a first guiding shaft, and the first guiding shaft is sleeved on the first of the first guiding slots. The through hole, the first spring is disposed on the first guiding shaft on the side of the first fixing seat. 8 M312665 Preferably, the second guiding slot is provided with two second through holes, the second fixing seat is penetrated by a second guiding shaft, and the second guiding shaft is sleeved on the second guiding slot The second through hole is disposed on the second guiding shaft on the side of the second fixing seat. In this way, the present invention provides a safer biosensing device and method for a user or a medical staff using a biosensing device. After the test, the test piece with blood and other test liquids is not required to be pulled out after the test. Discarding, and directly using the device and method of the creation, the test piece can be easily and safely discarded. The above-mentioned objects and features of the present invention will be described in detail with reference to the accompanying drawings, which are to be construed as illustrative and not restricting or limiting. [Embodiment] Although the present invention will be fully described with reference to the drawings containing the preferred embodiments of the present invention, it should be understood that those skilled in the art can modify the creations described herein and obtain the creations. The effect. Therefore, it is to be understood that the following description is a broad disclosure of those skilled in the art and is not intended to limit the invention. Please refer to the first figure, which is a perspective view showing a test piece 1000 of the device having the test piece exit mechanism. The test piece 1000 of the present invention has a long strip-shaped body, and a blood injection port 1100 is disposed at the front end of the body, and a plurality of gold fingers 1300 are disposed at the other end of the blood injection port 1100, and the test piece 1000 is inside. A lead wire connecting the blood inlet 1100 and the gold finger 1300 is provided. It is worth mentioning that a stop 9 M312665 portion 1200 is formed on each side of the end of the gold finger 1300 of the test piece 1000, and the abutting surface of the stop portion 12 is perpendicular to the gold finger 1300. The direction of the electrical connector. The width of the gold finger 1300 is smaller than the width of the body, and the sides of the gold finger 1300 are outwardly outward to form the width of the body, as shown in the first figure. The test 2 1000 structure of the present invention can insert the gold finger 1300 of the main body into an electrical connection for a day, and a test piece exit mechanism uses the stop portion 1200 to withdraw from the body, and then a detailed description of the test piece exit mechanism is performed. . First, please refer to the second A to the second figure, which is a schematic diagram showing the operation of the test piece 1000 and the leading edge of the exit mechanism and the connection of the device with the j-piece exit mechanism. The test strip 1000 of the present invention is inserted into a connector 2100 when used, as shown in the second A diagram and the second B diagram. It is worth mentioning that the connector 21 is fixed to the test unit 2 The board on the board does not move, and the connector 21 is in an insertion direction: accepting a test piece 1〇00, and the gold finger 13 of the test piece 1 is closed at the end The stop portion 1200 is located just on the top portion 12 of the exit seat 3111, and when the g is to exit the test piece 1 ,, the exit block 3 j 1 1 _ is pushed forward, and the aforementioned exit seat 3111 is at the top. 3112 can push the stop portion 1200 of the test piece 1000 so that the test piece 1 〇〇〇 exits the connector 2100 and exits, as shown in the second c. Ασ Please refer to the third and third diagrams for a schematic view and a schematic diagram of the device with the test piece exit mechanism. The test unit 2000 has an action relationship between the ejecting mechanism and the connector 210, which can be further peeked. The test unit 2 has two insertion ports (not shown) at one end, and the insertion port can be inserted in the insertion direction. The insertion of a test piece 1000 is accepted, and the test piece withdrawal mechanism is installed in the housing of the aforementioned test unit (10) 10 M312665. The connector 2100 is fixed on the circuit board in the test unit 2〇〇〇, and there is no movement; and the button 3340 of the exit mechanism is subjected to the second inclined portion 3315 and the first oblique after the force is applied. The portion 3215 deflects the force, and pushes the exit seat 3211 forward to release the test piece 1000. The creation utilizes a force to push the exit mechanism forward, and the connector 2100 is fixed to the test unit 2000 to generate a relative displacement, pushing the test piece located on the connector 2100 to be retracted. Please refer to the fourth figure for a cross-sectional view of the second B diagram a_a of this creation. As can be more clearly understood in the fourth figure, the connector 2100, the test piece 2000, and the body 3110 are spatially arranged with each other, the connector 2100 is disposed above the exit seat 3111, and the test piece 1 is inserted into the connector 2100. When the stop portion 12 〇〇 just abuts against the top portion 3112 of the exit seat 31n, as shown in the fourth figure, the third A picture and the third B picture are matched with the other words when the connection 2100 is fixed. In the case where the abutting top portion 3112 of the ejector seat 3111 is pushed by the ejector mechanism, the test strip 1000 can be pushed away from the connector 2100. Next, the structure of the exit mechanism of the original test piece is described in detail. The foregoing exit mechanism includes a first member 3200 and a second member 3300.
先請參閱第五圖，係顯示本創作具有試片退出機構之I 置之第一構件3200立體分解圖；前述第一構件32〇〇係 包括一第一本體3210、一第一固定座3220及一第一彈楚 3230。 劳、 第一本體3210内適當位置設有一第一導槽3213，前 述；槽3213上設有兩個第一通孔3214，第一本體321〇 M312665 之前端則具有一退出座3211，且第一本體3210之右邊— 側形成一相對第一本體3210凸出的第一斜部3215。前述 退出座3211具有一對抵頂部3212,俾使可用於抵住試片 1000。第一固定座3220，其約略於中間部位係由一第— 導引軸3221貫穿，並設置於前述第一本體3210内之第 一導槽3213’且弟一固定座3220兩側具有第一固定座置 部3222’而前述第一固定座翼部3222則被牢固地固定在 測試單元2000内之電路板上，而貫穿前述第一固定座 3220之第一導引軸3221相對於退出座3211之另一端套 設第一彈簧3230,而後將前述第一導引軸3221套設入前 述第一導槽3213之兩個第一通孔3214内，前述第—固 定座3220配合前述第一導槽3213以界定前述第一本體 3210在第一方向滑動，前述第一彈簧3230賦予前述第— 本體3210在前述第一方向上有一回復的彈力，其中，前 述退出座3211對準該插入口，且前述第一方向與該插入 方向大致相同。其组裝完成之俯視示意圖如第三A圖所 示。 接著，請參閱第六圖，係顯示本創作具有試片退出 機構之裝置之第二構件3300立體分解圖；前述第二構件 3300係包括一第二本體3310、一第二固定座3320及— 第二彈簧3330。 第二本體3310内適當位置設有一第二導槽3313,前 述導槽3313上設有兩個第二通孔3314，第二本體3310 之右端則具有一外露於該測試單元2000之殼體之按鈕 3340,且第二本體3310之左邊一側形成一相對第一本體 12 M312665 3210第-斜部3215之第二斜部3315。第二固定座332〇, 其約略於中間部位係由一第二導引軸3321貫穿，並設置 於刖述第二本體3310内之第二導槽3313，且第二固定座 3320兩侧具有第二固定座翼部3322，而前述第二固定座 翼部3322則被牢固地蚊在測試單A 2_内之電路板 上，而貫穿前述第二固定座332()之第二導引軸3321相 近^按紐334G之端隅套設第二彈簧則，峨將前述第 V弓軸3321套攻入前述第二導槽3313之兩個第二通Referring to the fifth figure, the first component 3200 is shown in the figure. The first member 32 includes a first body 3210, a first fixed seat 3220, and A first bullet Chu 3230. A first guiding slot 3213 is disposed at a suitable position in the first body 3210. The slot 3213 is provided with two first through holes 3214. The front end of the first body 321 〇 M312665 has an exit seat 3211, and the first The right side of the body 3210 - the side forms a first inclined portion 3215 that protrudes from the first body 3210. The aforementioned exit seat 3211 has a pair of abutment tops 3212 that can be used to hold the test strip 1000. The first fixing base 3220 has a first guiding groove 3213 ′ which is disposed in the first body 3210 and has a first fixing on both sides of the fixing body 3220. The first fixing wing portion 3222 is fixedly fixed on the circuit board in the testing unit 2000, and the first guiding shaft 3221 extending through the first fixing seat 3220 is opposite to the exit seat 3211. The other end is sleeved with the first spring 3230, and then the first guiding shaft 3221 is sleeved into the two first through holes 3214 of the first guiding groove 3213. The first fixing seat 3220 is engaged with the first guiding groove 3213. The first spring 3230 is slid in a first direction, and the first spring 3230 is provided with a resilient force in the first direction of the first body 3210, wherein the exit seat 3211 is aligned with the insertion port, and the foregoing One direction is substantially the same as the insertion direction. The top view of the assembled assembly is shown in Figure 3A. Next, referring to the sixth figure, an exploded perspective view of the second member 3300 of the device having the test piece ejecting mechanism is shown; the second member 3300 includes a second body 3310, a second fixing seat 3320, and Two springs 3330. A second guiding slot 3313 is defined in the second body 3310. The second guiding hole 3313 is provided with two second through holes 3314. The right end of the second body 3310 has a button exposed to the housing of the testing unit 2000. 3340, and a left side of the second body 3310 forms a second inclined portion 3315 opposite to the first body 12 M312665 3210. The second fixing base 332 is substantially parallel to the middle portion and is disposed by a second guiding shaft 3321, and is disposed on the second guiding groove 3313 in the second body 3310, and the second fixing seat 3320 has a second side The second fixing wing portion 3322 is fixedly mosquitoes on the circuit board in the test sheet A 2_, and penetrates the second guiding shaft 3321 of the second fixing seat 332 (). Similar to the end of the button 334G, the second spring is sleeved, and the second V-axis shaft 3321 is tapped into the second second pass of the second guiding groove 3313.
述第/蚊座3細配合前述第二導槽33U 黎ΜΐίΠ 一本體3310在第二方向滑動，前述第二彈 予前述第二本體3310在前述第二方向上有一 回仅^力。其組農完成之俯視示意圖如第三Α圖所示。 „ 3200 ^ 而今、f笙一 Μ 構件3300之弟一斜部3315相抵接， 二^二-件與第二構件相互作用使該第—方向與第 十度之夾角，使之在受力時，力可以由前 於此，ί再次失=3進而達到退出試片的功效。 按當使用者按下 、、目，丨#留-Λ弟—構件3300會向左移動，因為設置在 動〔故^!00—内電路板上之第二固定座3320不會移 壓缩在第!構件在第二導引軸3321上滑動並 ^在弟—導引軸3321上之第二彈簣如 部^ , 共第一斜部3315則由其斜切面使彼此 13 M312665 在其斜切面上移動。而第一構件3200因第一固定座 ，定，所以在第-導引軸3 22 i上移動時推擦前述第 黃3230,並且將退出座3211往前端移動，進一步使 頂部3212可將位於連接器21〇〇上固定不動之試片咖 退出。而在動作完成後，前述第一彈簧及前述二 彈黃3330可使第一構件32〇〇及第二構件33〇〇恢復至 初始位置。 ' 本創作亦可提供不同的實施態樣，以下即以其實施 例加以詳盡說明，請參閱第七A圖及第七B圖，係顯示 本創作具有試片退出機構之裝置另一實施態樣之俯視示 意圖及作動示意圖。其係利用本體3110之移動，來達到 退出试片1000之功效，其基本結構與原理皆與上述相 同，不同之處在於本實施例少一力的轉向機構。 請參閱第八圖，係顯示本創作具有試片退出機構之 裝置另一實施態樣之退出機構之立體分解圖。試片退出 機構包括一本體3110、一固定座3120及一彈簧3130。 本體3110内適當位置設有一導槽3113,該導槽3113 上設有兩個通孔3114,本體3110之前端則具有一退出座 3111，而相對退出座3111之另一端的背面設有一外露於 該殼體之推紐3140。前述退出座具有一對抵頂部3112， 俾使抵住試片1000。固定座3120設置於前述本體311〇 内之導槽3113,且其係由一導引轴3121貫穿，且固定座 3120兩侧具有固定座翼部3122’而前述固定座翼部3122 則被牢固地固定在測試單元2000内之電路板上，而貫穿 前述固定座3120之導引軸3121相對於退出座3111之另 14 M312665 一端套設一彈簧3130,而後將前述導引軸3121套設入前 述導槽3113之兩個通孔3114内，前述固定座3120配合 前述導槽3113以界定前述本體3110在一預設方向滑 動，而前述彈簧3130賦予前述本體3110在前述預設方 向上有一回復的彈力，其中前述退出座3111設於一試片 1000的插入方向，且該插入方向與前述預設方向大致相 同。其組裝完成之俯視示意圖如第七A圖所示。 . 請配合參閱第九A圖及第九B圖，係顯示本創作第 • 七A圖及第七B圖之背面俯視示意圖。由此，可更進一 步的了解其作動情況。其中，當使用者按下推鈕3140時， 本體3110會向前移動，因為設置在測試單元2000上之 固定座3120不會移動，故使得本體3110在導引轴3121 上滑動並壓縮在導引軸3121上之彈簧3130,進一步使得 抵頂部3112可將試片退出。而在動作完成後，前述彈簀 3130可使本體3110恢復至原初始位置。 此外，請再參閱第十圖，係顯示本創作具有試片退 出機構之裝置再一實施態樣之俯視示意圖。本創作可提 供一測試單元2000,前述測試單元2000正面係具有若干 操作鈕2400及一顯示螢幕2500,係用來操作前述測試單 兀^000及觀看檢測結果。前述測試單元2〇〇〇内部設有 &第二連接器2200、一第二連接器23〇〇及一運算單元， 月述第一連接器2200則配合使用本創作如第三A圖或第 七A圖之試片退出機構及試片1〇〇〇,而前述第二連接器 2300則配合使用習知試片3〇〇〇，其正面示意圖如第十 戶斤元。 _ 15 M312665The second/mosquito 3 is closely matched with the second guiding groove 33U. The main body 3310 slides in the second direction, and the second elastic body of the second body 3310 has a force in the second direction. The top view of the completed group is shown in the third figure. „ 3200 ^ Nowadays, the slanting portion 3315 of the member 3300 abuts, and the two-two-piece interacts with the second member to make the angle between the first direction and the tenth degree, so that when subjected to force, The force can be from this before, ί again loses = 3 and then achieves the effect of exiting the test piece. Press when the user presses, the head, 丨#留-Λ弟-member 3300 will move to the left, because the setting is moving ^!00—the second mount 3320 on the inner circuit board does not move and compress the second spring on the second guide shaft 3321 and the second magazine on the guide shaft 3321. The first inclined portion 3315 is moved by its chamfered surface to move each other 13 M312665 on its chamfered surface. The first member 3200 is fixed by the first fixing seat, so it is pushed when moving on the first guiding shaft 3 22 i The first yellow 3230, and the exit seat 3211 is moved to the front end, further enabling the top portion 3212 to withdraw the test piece that is fixed on the connector 21, and after the action is completed, the first spring and the second spring The yellow 3330 can restore the first member 32〇〇 and the second member 33〇〇 to the initial position. Different embodiments, the following is a detailed description of the embodiments thereof. Referring to the seventh embodiment A and the seventh B, a schematic top view and an operation diagram of another embodiment of the device having the test strip exit mechanism are shown. The utility model utilizes the movement of the body 3110 to achieve the effect of exiting the test strip 1000. The basic structure and principle are the same as above, except that the steering mechanism with less force is used in the embodiment. Please refer to the eighth figure for display. The present invention has a three-dimensional exploded view of the exit mechanism of the device with the test strip exit mechanism. The test strip exit mechanism includes a body 3110, a fixed seat 3120 and a spring 3130. A guide groove 3113 is disposed at a suitable position in the body 3110. The guide groove 3113 is provided with two through holes 3114. The front end of the body 3110 has an exit seat 3111, and the back side of the other end of the opposite exit seat 3111 is provided with a push button 3140 exposed to the housing. There is a pair of abutting top portions 3112, which are placed against the test piece 1000. The fixing base 3120 is disposed in the guiding groove 3113 in the body 311, and is penetrated by a guiding shaft 3121, and the fixing base 3120 is The side has a fixed wing portion 3122' and the fixed seat portion 3122 is fixedly secured to the circuit board in the test unit 2000, and the guide shaft 3121 extending through the fixed seat 3120 is opposite to the exit seat 3111 by another 14 M312665. A spring 3130 is disposed at one end, and then the guiding shaft 3112 is sleeved into the two through holes 3114 of the guiding slot 3113. The fixing seat 3120 cooperates with the guiding slot 3113 to define the body 3110 to slide in a predetermined direction. The spring 3130 provides a resilient force to the body 3110 in the predetermined direction. The exit seat 3111 is disposed in the insertion direction of the test strip 1000, and the insertion direction is substantially the same as the preset direction. The top view of the assembled assembly is shown in Figure 7A. Please refer to the ninth A and ninth B diagrams for the back view of the seventh and seventh diagrams of this creation. This will give you a better understanding of its actions. When the user presses the push button 3140, the body 3110 moves forward because the fixed seat 3120 disposed on the test unit 2000 does not move, so that the body 3110 slides on the guide shaft 3121 and is compressed in the guide. The spring 3130 on the shaft 3121 further causes the top portion 3112 to withdraw the test piece. After the action is completed, the magazine 3130 can restore the body 3110 to the original initial position. In addition, please refer to the tenth figure again, which is a top view showing a further embodiment of the device having the test piece exit mechanism. The present invention can provide a test unit 2000. The test unit 2000 has a plurality of operation buttons 2400 and a display screen 2500 for operating the aforementioned test unit 及^000 and viewing the detection result. The test unit 2 is internally provided with a second connector 2200, a second connector 23A, and an arithmetic unit. The first connector 2200 is used in conjunction with the present invention, such as the third A diagram or the The test piece of Figure 7A is withdrawn from the mechanism and the test piece 1〇〇〇, and the second connector 2300 is used in conjunction with the conventional test piece 3〇〇〇, and the front view is as shown in the tenth household. _ 15 M312665
在詳細說明本創作的較佳實施例之後，熟悉該項技 術人士可清楚的瞭解，在不脫離下述申請專利範圍與精 神下可進行各種變化與改變，且本創作亦不受限於說明 書中所舉實施例的實施方式。 16 M312665 【圖式簡單說明】 第一圖顯示本創作具有試片退出機構之裝置之試片 立體示意圖。 第二A圖至第二C圖顯示本創作具有試片退出機構 之裝置之試片與退出機構前緣及連接器作動示意圖。 第三A圖顯示本創作具有試片退出機構之裝置之俯 視不意圖。 第三B圖顯示本創作具有試片退出機構之裝置之俯 視作動不意圖。 第四圖顯示本創作第二B圖A-A剖線示意圖。 第五圖顯示本創作具有試片退出機構之裝置之第一 構件立體分解圖。 第六圖顯示本創作具有試片退出機構之裝置之第二 構件立體分解圖。 第七A圖顯示本創作具有試片退出機構之裝置另一 實施態樣之俯視不意圖。 第七B圖顯示本創作具有試片退出機構之裝置另一 實施態樣之俯視作動示意圖。 第八圖顯示本創作具有試片退出機構之裝置另一實 施態樣之退出機構之立體分解圖。 第九A圖顯示本創作第七A圖之背面俯視示意圖。 第九B圖顯示本創作第七B圖之背面俯視示意圖。 第十圖顯示本創作具有試片退出機構之裝置再一實 施態樣之俯視示意圖。 第十一 A圖至第十一 B圖顯示習知生物感測器之俯 17 M312665 視作動示意圖。 【主要元件符號對照說明】After a detailed description of the preferred embodiments of the present invention, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the scope and spirit of Embodiments of the illustrated embodiments. 16 M312665 [Simple description of the diagram] The first figure shows a three-dimensional diagram of the test piece of the device with the test piece exit mechanism. Fig. 2A to Fig. 2C are diagrams showing the operation of the test piece and the exit mechanism leading edge and the connector of the device having the test piece exit mechanism. Figure 3A shows the intent of the device with the test strip exit mechanism. Fig. 3B shows the intention of the device for the creation of the test strip exit mechanism. The fourth figure shows a schematic diagram of the line A-A of the second B diagram of the present creation. The fifth figure shows an exploded perspective view of the first component of the device having the test piece exit mechanism. The sixth figure shows an exploded perspective view of the second member of the device having the test piece exit mechanism. Fig. 7A shows a plan view of another embodiment of the apparatus having the test piece ejecting mechanism. Fig. 7B is a schematic view showing the top view of another embodiment of the apparatus having the test piece ejecting mechanism. The eighth figure shows an exploded perspective view of another embodiment of the exit mechanism of the device having the test strip exit mechanism. Figure 9A shows a schematic top view of the back side of the seventh drawing of the present invention. Figure IX is a top plan view showing the seventh B of the present creation. The tenth figure shows a top view of a device with a test piece exit mechanism in this creation. Figure 11 to Figure 11B show the schematic diagram of the conventional 17 M312665 motion sensor. [Main component symbol comparison description]
1000…試片 1200…止擋部 2〇〇〇…測試單元 2200…第一連接器 2400…操作鈕 3000—試片 3111…退出座 3113-—導槽 3120—固定座 3122…固定座翼部 3140…推鈕 3210…第一本體 3212…抵頂部 3214…第一通孔 3220…第一固定座 3222…第一固定座翼部 3300…第二構件 3313…第二導槽 3315…第二斜部 3321…第二導引軸 3330…第二彈簧 11〇〇…血液注入口 1300…金手指 2100…連接器 2300—弟二連接為 2500…螢幕 3110…本體 3112…抵頂部 3114…通孔 3121…導引轴 3130…彈簧 3200…第一構件 3211…退出座 3213…第一導槽 3215…第一斜部 3221…第一導引軸 3230…第一彈簧 3310…第二本體 3314…第二通孔 3320…第二固定座 3322…第二固定座翼部 3340…按鈕 181000...Test piece 1200...stop part 2〇〇〇...test unit 2200...first connector 2400...operation button 3000-test piece 3111...exit seat 3113--guide groove 3120-fixing seat 3122...fixing wing part 3140 ... push button 3210...first body 3212...buts top portion 3214...first through hole 3220...first fixed seat 3222...first fixed seat wing portion 3300...second member 3313...second guide groove 3315...second oblique portion 3321 ...the second guide shaft 3330...the second spring 11〇〇...the blood injection port 1300...the golden finger 2100...the connector 2300—the second connection is 2500...the screen 3110...the body 3112...the top 3114...the through hole 3121...the guide Shaft 3130...spring 3200...first member 3211...exit seat 3213...first guide groove 3215...first inclined portion 3221...first guide shaft 3230...first spring 3310...second body 3314...second through hole 3320... Second fixing seat 3322...second fixing seat wing 3340...button 18