M426393 五、新型說明： 【新型所屬之技術領域】 本新型係有關於一種生化檢測儀器之試片訊號連接器結 ~ 構’尤指一種用以構成试片訊號連接器之元件係一體成型於生 化檢測儀器既有之元件上，而不需另外製作塑膠件及塑膠件的 射出模具’也無需額外購買連接器成品，以降低生產成本者。 【先前技術】 目刖所生產之生化檢測儀器〔如也糖檢測儀器〕，其用肇 以連接插入試片之訊號連接器，大多數的製造商是於市場上採 賭-般訊號連接器成品，再將所購來的訊號連接器成品安裝在 電_上，或是製造商自行開發模具自行製造，再安裝在電路 板上。 但是上述之方式，製造商若必需對外採購電池盒，便增 加了製造成本’如自行製造’除了生產該生化檢測儀器必需的 塑膠件及塑膠件的射出模具外，還要另外開發一套用以訊號連籲 接器，因此也增加了生產成本，且增加製程及時間，而顯其缺 點，實有改進的必要。 本案創作人有鑑於此，乃予以研究創新，揭示出本新变 所示生化檢顺H之別峨連接器結構。 【新型内容】 4 中之電路板，且於該電路板上，設置有一試片屢座，而該試片 訊號連接器係包括：多數導電端子，各該導電端子係含有一令 段，分別跨置於該試片屢座上，且於各該導電端子中段之第一 側設有焊接段，以焊接於該電路板上，而於各該導電端子令段 之第二側係延伸一訊號連接段，延伸至試片之插入路徑上者； 以2屢制部’ -體成型於該殼體中，令該生化檢測儀器組裝 元成後，該_部健制於各該導電端子上，並與該試片堡座 緊ίί該導電端子者；如是，使應用本新型之生化檢測儀器， 於。造上，便不需魏外向外採購或自行開發製造訊號連接器 成品’也不需另外製作塑膠件及塑膠件的射出模具，以降低 造成本者。 ;本新型所揭示生化檢測儀器之試片訊號連接器結構，其中 j化檢顺器進—步含有試片退出機構，賊片退出機構含 /禮置於該電路板上，而各該導電端子，係於中段形 署=折彎’使其第一側之焊接段焊接於該電路板之位置，偏 舒^生化檢測儀器之試片退出機構的滑塊位移路徑，使該滑 退出試片時不受阻礙，以糊退出試片者。 於兮ΐΐΐ所揭示生化檢測儀器之試片訊號連接器結構，其中 二。紐上係設有錄突肋，使每-導電端子之中段，為 一大肋所阻隔，並_各該導電端子位移者。 j新型所揭示生化檢測儀器之試片訊號連接器結構，其中 =電端子之焊接段，係呈U财置於該電路板之一對應 ，於_時’齡觸填滿該長孔者。或令各該焊接段， 本H其兩側係穿置、焊接於該電路板之兩洞孔間者。惟 新i並不自限該焊接段之形狀者。 本新型所揭示生化檢測儀器之試片訊號連接器結構，各該 導電端子，由試片壓座及生化檢測儀器之殼體所設之壓制部 所緊夾、定位’而該試片壓座及殼體，係該生化檢測儀器生產 時必須製造之元件，本新型並不需要額外製作職連接器之塑 膠件及塑膠件的㈣模具，因此可崎低模具開發成本，另外 製，者也無需再向外採構連接器，目此可以降低生產成本、並 可簡化製程，而顯本新型之新穎性及具產業之利用性。 本新型之可取實體’可由以下說明及所附各圖式，而得以 明晰。 【實施方式】 請參閱第-圖至第六圖所示，本新型係有關於一種生化檢 測儀器之試片訊號連接器結構，其中該生化檢測儀器係至少含 有殼體（10)及設於該殼體（1G)巾之電路板⑽），且於該電路板 (20)上，設置有一試片壓座（21)，而該試片訊號連接器係包 括：多數導電端子（30)，各該導電端子（3〇)係含有一中段 (31)，分別跨置於該試片壓座（21)上，且於各該導電端子（3〇) 之中段(31)的第一側，設有焊接段(32)，以焊接於該電路板（2〇) 上，而於各該導電端子（30)之中段(31)的第二側，係延伸一訊 號連接^又（33) ’延伸至试片之插入路徑上，以與所插入之試片 訊號連接者；以及，壓制部（4〇)，一體成型於該殼體（1〇)中， 令該生化檢測儀器組裝完成後，該壓制部(4〇)係壓制於各該導 電知子（30)上，以與該試片愿座（21)緊夾各該導電端子（3〇) 者；如是，應用本新型之生化檢測儀器，於製造上，便不需要 額外向外採購或自行開發生產訊號連接器成品或有關訊號連 接器之塑膠件及塑膠件的射出模具，以降低製造成本者。 上述之生化檢測儀器，係指如血糖檢測儀器等，惟本新型 M426393 並不自限該生化檢測儀器之種類及型式者。 本新型所揭示生化檢測儀器之試片訊號連接器結構，盆中 該生化檢職ϋ進-步含有制退出機構，賴料出機構含 有-滑塊⑽，滑置於該電路板⑽上，而各該導電端子 (30) ’係於中段(31)形成-個折彎，使位於中段⑽第一側之 焊接段(32)焊接於該電路板⑽之位置，係偏置於該生化檢測 儀器之試片退出機構的滑塊(5〇)位移路徑使該滑塊⑽在退 出試片時不受阻礙’以順利退出試片者。M426393 V. New description: 【New technical field of the invention】 This new type relates to a test piece signal connector of a biochemical detection instrument, which means that a component used to form a test piece signal connector is integrally formed in biochemistry. Detecting the existing components of the instrument, without the need to make separate injection molds for plastic parts and plastic parts, and eliminating the need to purchase additional connector products to reduce production costs. [Prior Art] The biochemical detection instruments (such as the sugar detection instruments) produced by the company are used to connect the signal connectors inserted into the test strips. Most manufacturers use the gambling-like signal connector products on the market. Then, the finished signal connector is installed on the electric_, or the manufacturer develops the mold and manufactures it on the circuit board. However, in the above-mentioned manner, if the manufacturer has to purchase the battery box externally, the manufacturing cost is increased. If the manufacturer manufactures the plastic parts and plastic parts necessary for the biochemical testing equipment, an additional set of signals is to be developed. Even the caller, which also increases the production cost, and increases the process and time, but shows its shortcomings, there is a need for improvement. In view of this, the creators of this case have been researching and innovating to reveal the structure of the connector of the biochemical inspection H in this new change. [New content] The circuit board of 4, and a test piece is arranged on the circuit board, and the test piece signal connector includes: a plurality of conductive terminals, each of the conductive terminals includes a segment, respectively And a soldering section is disposed on the first side of the middle portion of each of the conductive terminals for soldering on the circuit board, and a signal connection is extended on the second side of each of the conductive terminal segments a segment extending to the insertion path of the test piece; the body is formed in the housing by the 2-parts, and after the biochemical detection device is assembled, the _ portion is made on each of the conductive terminals, and The conductive terminal is tight with the test piece; if so, the biochemical detection instrument of the present invention is applied. Once created, it is not necessary to purchase from outside or to develop and manufacture the signal connector.] There is no need to make separate injection molds for plastic parts and plastic parts to reduce the cause. The test piece signal connector structure of the biochemical detection instrument disclosed in the present invention, wherein the j-detection step further comprises a test piece exit mechanism, and the thief piece exit mechanism is placed on the circuit board, and each of the conductive terminals , in the middle section = bend 'make the welding section of the first side welded to the position of the circuit board, the sliding path of the test piece exiting mechanism of the biochemical detection instrument is off, so that the sliding exits the test piece Unhindered, withdraw from the tester with a paste. The test piece signal connector structure of the biochemical detection instrument disclosed by Yu Wei, two of them. The upper part is provided with a recording rib so that the middle section of each of the conductive terminals is blocked by a large rib, and each of the conductive terminals is displaced. j. The test piece signal connector structure of the newly disclosed biochemical detection instrument, wherein the welding section of the electric terminal is placed in the corresponding one of the circuit board, and the long hole is filled at the time of _. Or, for each of the welding segments, the two sides of the H are placed and welded between the two holes of the circuit board. However, the new i does not limit the shape of the welded section. The test piece signal connector structure of the biochemical detecting instrument disclosed in the present invention, each of the conductive terminals is clamped and positioned by the pressing portion of the test piece pressure seat and the casing of the biochemical detecting instrument, and the test piece is pressed and The casing is the component that must be manufactured when the biochemical testing instrument is produced. The new type does not require the additional (4) mold for the plastic parts and plastic parts of the connector. Therefore, the mold development cost can be reduced, and the system does not need to be used again. The external connector is used to reduce the production cost and simplify the process, and the novelty and industrial utilization of the novel are obvious. The preferred entity of the present invention can be clarified by the following description and the accompanying drawings. [Embodiment] Please refer to the first to sixth figures. The present invention relates to a test piece signal connector structure of a biochemical detection instrument, wherein the biochemical detection instrument has at least a housing (10) and is disposed thereon. a circuit board (10) of the casing (1G), and a test piece pressure seat (21) is disposed on the circuit board (20), and the test piece signal connector includes: a plurality of conductive terminals (30), each The conductive terminal (3〇) includes a middle section (31) which is respectively disposed on the test piece press seat (21) and is disposed on the first side of the middle section (31) of each of the conductive terminals (3〇). a soldering section (32) for soldering to the circuit board (2〇), and a second signal side of the middle section (31) of each of the conductive terminals (30) extending a signal connection ^ (33) 'extending And the insertion portion of the test piece is connected to the inserted test piece signal; and the pressing portion (4〇) is integrally formed in the casing (1〇), so that after the biochemical detection instrument is assembled, the Pressing portion (4〇) is pressed on each of the conductive electrons (30) to clamp the conductive terminals (3〇) with the test piece holder (21); Application of this novel biochemical testing instruments, in manufacturing, it does not require additional development or purchase their own outwardly emitted signal connector finished mold or the relevant signal and connected plastic pieces of plastic connector member to reduce manufacturing costs by. The above-mentioned biochemical detection instrument refers to a blood glucose detecting instrument, etc., but the novel M426393 does not limit the type and type of the biochemical testing instrument. The test piece signal connector structure of the biochemical detection instrument disclosed in the present invention, the biochemical inspection operation step in the basin includes an ejection mechanism, and the feeding mechanism includes a slider (10), which is slid on the circuit board (10), and Each of the conductive terminals (30) is formed in the middle section (31) to form a bend, so that the welding section (32) located on the first side of the middle section (10) is welded to the circuit board (10), and is biased to the biochemical detecting instrument. The slider (5〇) displacement path of the test piece exit mechanism causes the slider (10) to be unimpeded when exiting the test piece to smoothly exit the tester.
，第一、二圖所不’本新型所揭示生化檢測儀器之試 片訊號連接器結構’其中於該試片壓座⑻上係設有多數突肋 (211) ’使每一導電端子(3〇) ’為一突肋⑵^所阻隔，並限制 各該導電端子(30)位移者。The first and second figures do not have the test piece signal connector structure of the biochemical detection instrument disclosed in the present invention, wherein a plurality of protruding ribs (211) are provided on the test piece pressure seat (8) to make each conductive terminal (3) 〇) 'Blocked by a protruding rib (2)^ and limits the displacement of each of the conductive terminals (30).
如第三圖所示，本新型所揭示生化檢測儀器之試片訊號連 接益結構，其中各該導電端子⑽)之焊接段⑽，係呈u型， 穿置於該電路板⑽)之-對應長孔(22)中，於焊接時，係令焊 錫填滿該長孔(22)者。或如第四_示，令各該焊接段(32)， 呈U型，其兩側係穿置、焊接於該電路板⑽)之兩洞孔(烈、 24)間者。惟本新型並不自限該焊接段(32)之形狀者。 如第一、六圖所示，本新型所揭示生化檢測儀器之試片 訊號連接器結構’各該導電端子（3〇)係由試片壓座（21)及生化 檢測儀器之殼體（10)所設之壓制部⑽所緊夾、定位，而該試 片壓座（21)及殼體（1〇)，係該生化檢測儀器生產時必須製造之 元件，本新型並不需要額外製作，因此可以降低模具開發成 本，另外製造者也無需再向外採構連接器，因此可以降低生產 7 M426393 成本、並可簡化製程’而顯本新型之新穎性及具產業之利用性。 本新型揭7F之結構、形狀’可料違本新型之精神及範 _下予以修飾制’本新型财自我局限於上述之實施例中。 【圖式簡單說明】 第一圖·係本新型之立體分解圖。 第二圖：係、第—圖中之導電端子已安裝於電路板上之立體分解 圖。 第三圖：係本新型之導電端子安裝於電路板後之立體圖。 第四圖：係本新型另一導電端子之實施例安裝於電路板後的立 體圖。 第五圖.係應用本新型生化檢測儀器之可取外觀立體示意圖。 第六圖：係第五圖之局部剖面圖。 【主要元件符號說明】 (10)殼體 （20)電路板 （21)試片壓座 (211)突肋（22)長孔 （23)洞孔 (24)洞孔 （30)導電端子 （31)中段 (32)焊接段（33)訊號連接段（40)壓制部 (50)滑塊As shown in the third figure, the test piece signal connection structure of the biochemical detection instrument disclosed in the present invention, wherein the welding section (10) of each of the conductive terminals (10) is u-shaped and is placed on the circuit board (10) - corresponding In the long hole (22), when the solder is soldered, the solder fills the long hole (22). Or as shown in the fourth example, each of the welded segments (32) is U-shaped, and the two sides are placed between the two holes (strong, 24) of the circuit board (10). However, the present invention does not self-limit the shape of the welded section (32). As shown in the first and sixth figures, the test piece signal connector structure of the biochemical detection instrument disclosed in the present invention 'each of the conductive terminals (3〇) is a test piece pressure seat (21) and a biochemical detection instrument housing (10). The pressed portion (10) is clamped and positioned, and the test piece press seat (21) and the casing (1〇) are components that must be manufactured when the biochemical test instrument is produced, and the present invention does not require additional production. Therefore, the mold development cost can be reduced, and the manufacturer does not need to use the connector to the outside, so the cost of producing 7 M426393 can be reduced, and the process can be simplified, and the novelty of the novel and the industrial utilization can be demonstrated. The structure and shape of the present invention can be modified in accordance with the spirit and scope of the present invention. The present invention is self-limited to the above embodiments. [Simple description of the diagram] The first diagram is a three-dimensional exploded view of the new model. The second figure: the exploded view of the conductive terminals in the system and the figure has been mounted on the circuit board. The third figure is a perspective view of the new type of conductive terminal mounted on the circuit board. Figure 4 is a perspective view of an embodiment of another conductive terminal of the present invention mounted on a circuit board. Fig. 5 is a perspective view showing the appearance of the biochemical detection instrument of the present invention. Figure 6 is a partial cross-sectional view of the fifth figure. [Description of main component symbols] (10) Housing (20) Circuit board (21) Test piece pressure seat (211) Projection rib (22) Long hole (23) Hole (24) Hole (30) Conductive terminal (31 Middle section (32) Weld section (33) Signal connection section (40) Pressing section (50) Slider