201019235 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種檢測試片讀取機，特別是有關於一種 應用於光反應訊號生物檢測之檢測試片讀取機，以及一種配置 可拆卸式韌體裝置之檢測試片讀取機。 【先前技術】 基於人類對抗慢性病的需求，儀器製造商開發出多款應用 0 於醫療照護的檢測儀器，例如：電子式耳溫搶或電子式血壓 計。至於在生化或免疫檢測儀器方面，則是以檢測血糖、尿酸 或總膽固醇等較為常見，其檢測系統可區分為光反應式與電化 學式，其中又以電化學式的系統價格較為便宜也較為普遍。 然而，不論是生化或是免疫檢測，都必須使用正確的試片 以進行檢測。舉例來說：欲檢測血糖必須選擇血糖專用的試 片，如果是檢驗總膽固醇則必須選擇總膽固醇專用的試片。除 了選擇正確類型的檢測試片外，接下來的步驟是確認其包裝盒 上的批號、使用期限是否正確，待試片插入檢測儀器後，最後 Φ 將試劑的校正資料輸入至儀器中，此一步驟是因為不同批次所 製造的檢測試片其校正參數亦會有些許的差異。然而，上述之 檢測方式會有以下的風險：1.可能拿錯不同類型的檢測試片， 2.可能拿到已過期的檢測試片，3.可能拿到不同批號的檢測試 片，上述之情況皆是不允許發生之錯誤，因為都會影響檢測結 果的正確性。 除此之外，隨著生技產業的發展與檢測技術的進步，針對 不同生物標的物（Bio-Maker )的檢測試片也不斷地被開發出 來，使得新的檢測試片無法適用於舊有的檢測設備上。為了解 201019235 決此一問題，傳統的做法是要求使用者將檢測設備送回製造商 或代理商處’由製造商或代理商更新後，再交回給使用者繼續 使用’此種服務的方式會造成使用者在使用上的不便與困擾。 【發明内容】 為了改善並解決上述先前技術不盡理想之處，本發明之一 主要目的係提供一種檢測試片讀取機，透過内建的條碼讀取器 讀取檢測試片上的條碼資訊，可自動偵測並得知檢測試片之類 型、批號、使用期限與批次的校正資料，再由資料庫模組中選 擇相對應之光反應方程式’執行特定的檢測程序，故可有效地 避免人為的使用錯誤，導致影響檢驗結果的正確性。 本發明之另一主要目的係提供一種配置有—輸入鍵盤之 檢測試片讀取機，故進—步可提供手動輸人的功能。 本發明之又一主要目的係提供一種配置有可拆卸式韌體 裝置之檢測試片讀取機，透過更換可拆卸式㈣裝置，即可更 新勤體程式’免除檢測設備運送所產生之風險以及往返所浪費 之時間，方便使用者的使用。 本發明之再—主要目的係提供-種配置有可拆卸式勒體 裝置之檢測試讀取機，透過由製造商隸理商所提供經確效 後的勃體裝置’藉以保障知體I置中的資料完整性，以確保檢 測設備的穩定性和檢測結果的正確性。 μ 本發明之還有-主要目的係提供—種配置有可拆却式物 體裝置之檢測試片讀取機’經由更換韌體裝置即可更新光反應 方程式之資料庫，使得檢測結果更精準。 ， 依據上述之目的，本發明首先提供一種檢測試片讀取機， 包括一殼體與一設置於殼體上的顯示器；〆輸送機構，用以承 載-檢測試片’使檢測試片移人殼體内或使檢測試片自殼體内 201019235 移出；一條碼讀取器，設置於殼體内，用以讀取檢測試片之條 碼資訊；一光學讀取器’設置於殼體内’用以讀取檢測試片之 光反應訊號；及一主機板，設置於殼體中，用以與顯示器、輪 送機構、條碼讀取器及光學讀取器電性連接’其中檢測試片讀 取機之特徵在於：進一步包括一配置於殼體上的輸入鍵盤及一 配置於主機板上之韌體裝置，可藉由輸入鍵盤輸入一辨識碼 後，使韌體裝置進行檢測，其中韌體裝置包括：一資料庫模組’ 儲存有複數種類別的檢測試片之光反應方程式’及一運算模 組，於資料庫模組中對應出檢測試片的光反應方程式後’再依 據光學讀取器所提供之檢測試片的光反應訊號進行運算’用以 產生一檢測結果。 本發明接著提供一種配置可拆卸式韌體裝置之檢測試片 讀取機，包括一檢測試片讀取機以及一韌體裝置《韌體裝置包 含一第一電性連接端、一資料庫模組與一運算模組，係可拆知 地經由第一電性連接端與檢測試片讀取機中的第二電性連接 端電性連接，其中檢測試片讀取機之特徵在於：資料庫模組儲 存複數個檢測試片之光反應方裎式，當韌體裝置之第一電性連 Φ 接端自第二電性連接端接受一輸入訊息後，運算模組於資料庫 模組中選擇一對應之光反應方程式，並再執行其結果之計算。 【實施方式】 由於本發明係揭露一種檢測試片讀取機，其中所利用之生 物檢測過程、相關檢測試片及機構作動等基本結構原理，已為 相關技術領域具有通常知識者所能明瞭，故以下文中之說明， 不再作完整描述。㈣’以下文中所對照之圖式，係表達與本 發明特徵有關之結構示意，並未亦不需要依據實際尺寸完整繪 製，盍先敘明。 201019235 首先請參考第1圖，係本發明之檢測試片讀取機之示意 圖。如第1圖所示’檢測試片讀取機10其包括：殼體ι〇〇、 顯示器200、輸送機構300、條碼讀取器400、光學讀取器500、 主機板600、操作開關700、輪入鍵盤800以及介面裝置9〇〇 等。在本實施例中，檢測試片讀取機1〇中的顯示器2〇〇、輸 送機構300、條碼讀取器400、光學讀取器500、操作開關700、 輸入鍵盤800與介面裝置900均可透過可撓性排線（Flexible Bus)與主機板600電性連接。當然，檢測試片讀取機1〇中的 β 顯示器200、輸送機構300、條碼讀取器400、光學讀取器500、 操作開關700、輸入鍵盤800與介面裝置900也可以直接與主 機板600電性固接在一起。以上，均為本發明的實施方式。 此外，在本發明之檢測試片讀取機1〇中，還包括一個韌 體裝置30’如第1B圖所示。韌體裝置30係與主機板6〇〇上 的電性連接端610電性連接，其包括一電路基板（未顯示於圖 中），並於電路基板之一端形成電性連接端32，用以與電性連 接端610電性連接；同時，韌體裝置3〇之電路基板上還配置 一資料庫模組34與一運算模組36，其中資料庫模組34中儲 〇 存有複數個檢測試片之光反應方程式。 接著，說明本發明之檢測試片讀取機10之運作過程.顯 示器200設於殼體100上，可用以顯示檢測狀態或是檢測結 果。輸送機構300用以承栽—個配置有條碼之檢測試片2〇， 並依預先設定的路徑水平移動，使檢測試片20可自動移入殼 體100内或自殼體100内移出；為了使檢測試片2〇上的條碼 能夠被掃瞄，故本發明之輪送機構3〇〇可以是一種透明的栽 板，或是在承載檢測試片20之位置處形成透明的載板，亦或 是在檢測試片20放置處形成一裸露之結構；因此，配置於殼 201019235 體100中的條碼4取器400可以快速且穩定的掃描檢測試片 20上的條碼’以讀取檢測試片2()上之條碼資訊。此檢測試片 20上條碼的類型除可以是一維條瑪(〇狀以则油加如代〇如) 之外，也可以是二維條碼（Tw〇 Dimensi〇ns Barc〇de)的型式， 而條碼中所存放的條碼資訊包括：檢測試片2G賴別、製造 日期、製造批號、有效日期或是批號的校正資料。 此外，本發明之條碼讀取器4〇〇會有以下兩種讀取方式， 第一種讀取方式為：當檢測試片2〇被移入殼體内時，輸送機 構300依據預先設定的路徑移動’並在移動的過程中即可同時 讀取檢測試片20上的條碼資訊；第二種讀取方式為：當檢測 试片20被輸送機構300移動至路徑終點後，再讀取檢測試片 20上的條碼資訊。报明顯地，本發明經由條碼讀取器4〇〇讀 取檢測試片20上的條碼資訊後，可以依據條碼資訊的内容， 正確地知道此檢測試片20的類別、製造日期、製造批號、有 效日期或是批號的校正資料。故在檢測的過程中，可以有效地 避免誤用不正確或是已經過期之檢測試片，以確保檢測結果的 正確性。確認檢測試片20仍在有效期限内之後，條碼讀取器 400會將檢測試片20的類別訊息傳送到勃體裝置3〇上的運算 模組36中，用以選擇資料庫模組34中所對應的光反應方程 式，並執行其後續的檢測程序。 在此進一步說明’檢測程序會隨著不同的檢測試片而有部 分的差異’以冷光檢測方式而言，其放光反應為自體性發光， 因此不需要照射光源即可產生光訊號反應。而螢光檢測方式則 需要透過一光源之照射，使其接受能量後造成能階的轉換並產 生光訊號反應。舉例來說：當檢測試片2〇上的材料為一種發 光劑材料時，便不需經過光源裝置的照射即可產生出放光反 201019235 應；而使用螢光方式呈色之檢測試片20則需要經過光源裝置 的照射後，使檢測試片20上的螢光材料產生光訊號反應。因 此，本發明之檢測試片讀取機10中可以選擇性地配置有光源 裝置（未顯示於圖中）。以螢光檢測方式為例：當檢測試片20 經過條碼讀取器400確定其為一種螢光方式呈色之檢測試片 20時，檢測試片讀取機10即會提供一光源對檢測試片20持 續進行照射’之後即可透過光學讀取器500來讀取檢測試片 20上特定之光反應參數，並傳送到韌體裝置30上的運算模組 36中。 如前所述’在本發明的勃體裝置47 ’其包括有資料庫 模組34及運算模組36 »在資料庫模組34中儲存有多種類型 的檢測試片20的光反應方程式’例如··測試血糖、膽固醇或 血紅素等之光反應方程式。因此，當運算模組36透過條碼讀 取器400讀出檢測試片20上之條碼資訊’並根據條碼資訊中 的試片類別從資料庫模組34選擇一對應之光反應方程式；再 將條碼資訊中的批次校正資料，與光學讀取器500所讀取到的 特定光反應訊號載入光反應方程式中’經計算後產生一檢測結 果。在此要強調的疋’本發明中的檢測結果’其可以是經過運 算後的數值（value )’其也可以是尚未經過處理之原始資料 (raw data)。而此一檢測結果可經由顯示器200顯示，或是透 過介面裝置900進行傳送。例如：當檢測試片2〇為一血醣的 檢測試片時，檢測試片20被載入至檢測試片讀取機1〇後，此 時條碼讀取器400會自動讀取檢測試片20上之條碼資訊，其 内容包括：類別、製造日期、製造批號、有效曰期或是批號的 校正資料等；之後運算模組36會依據條碼資訊的内容從資料 庫模組34中選擇出血聽試片之光反應方程式；再將批次校正 9 201019235 資料與光學讀取H 5G0所讀取到的肢光反應訊號載入方程 式中，經運算H到檢觀果^在本實施例中的資料庫模組 34 ^ a δζ,^ιι ( write once memory ) » # ,#； 其也可以是-種由非揮發性記憶體元件所組成 ，此非揮發性記 憶體元件可以是：—次_式唯讀記憶體(OTP-ROM)、快閃記 憶體（flash _〇ry)、可擦拭可規劃式唯讀記憶體(EpR〇M) 或是電氣可擦拭唯讀記憶體(EEPR〇M)等。201019235 VI. Description of the Invention: [Technical Field] The present invention relates to a test strip reader, and more particularly to a test strip reader for photoreaction signal biodetection, and a configuration Test strip reader for the detachable firmware unit. [Prior Art] Based on the needs of humans against chronic diseases, instrument manufacturers have developed a variety of applications for medical care, such as electronic ear thermometers or electronic blood pressure monitors. As for biochemical or immunoassay instruments, it is more common to detect blood sugar, uric acid or total cholesterol. The detection system can be divided into photoreactive and electrochemical, and electrochemical systems are cheaper and more common. However, whether it is biochemical or immunological testing, the correct test strip must be used for testing. For example, if you want to test blood sugar, you must choose a blood glucose-specific test piece. If you are testing total cholesterol, you must select a test piece for total cholesterol. In addition to selecting the correct type of test strip, the next step is to confirm the batch number and the expiration date on the package. After the test piece is inserted into the test instrument, finally Φ enter the calibration data of the reagent into the instrument. The procedure is because there are some differences in the calibration parameters of the test pieces produced in different batches. However, the above detection methods may have the following risks: 1. It is possible to take different types of test strips, 2. may get expired test strips, 3. may get test samples of different batch numbers, the above The situation is not allowed to occur, because it will affect the correctness of the test results. In addition, with the development of the biotechnology industry and the advancement of detection technology, test strips for different biomarkers (Bio-Maker) have been continuously developed, making new test strips unsuitable for the old On the detection device. In order to understand 201019235, the traditional approach is to require the user to send the test equipment back to the manufacturer or agent. 'Updated by the manufacturer or agent, and then returned to the user to continue using the service. It will cause inconvenience and trouble to the user. SUMMARY OF THE INVENTION In order to improve and solve the above-mentioned prior art unsatisfactory, one main object of the present invention is to provide a test strip reader that reads barcode information on a test strip through a built-in barcode reader. It can automatically detect and know the type, batch number, expiration date and batch correction data of the test strip, and then select the corresponding photoreaction equation from the database module to perform a specific test procedure, so it can effectively avoid Man-made use errors lead to the correctness of the test results. Another main object of the present invention is to provide a test strip reader equipped with an input keyboard, so that the step can provide a manual input function. Another main object of the present invention is to provide a test strip reader equipped with a detachable firmware device, and by replacing the detachable (4) device, the risk of the transport program being exempted from being transported by the test device can be updated and The time wasted to and from the user, which is convenient for the user. A further object of the present invention is to provide a test and test machine equipped with a detachable detent device, which is provided by a manufacturer's clerk to provide a modified body device Data integrity in order to ensure the stability of the test equipment and the correctness of the test results. Further, the present invention is also directed to providing a test strip reader equipped with a detachable object device, which can update the database of the photoreaction equation by replacing the firmware device, so that the detection result is more accurate. According to the above object, the present invention firstly provides a test strip reader comprising a housing and a display disposed on the housing; and a transport mechanism for carrying the test strip to move the test strip The detection test piece is removed from the housing 201019235 in the housing; a code reader is disposed in the housing for reading bar code information of the test piece; an optical reader is disposed in the housing a photoreaction signal for reading the test strip; and a motherboard disposed in the housing for electrically connecting to the display, the wheeling mechanism, the barcode reader and the optical reader, wherein the test strip is read The pick-up machine further includes: an input keyboard disposed on the casing and a firmware device disposed on the motherboard, wherein the firmware device can be detected by inputting an identification code through the input keyboard, wherein the firmware is The device comprises: a database module 'storing a light reaction equation of a plurality of types of test strips' and an operation module, corresponding to the light reaction equation of the test strip in the database module, and then based on optical reading Optical response signals of the test strip is provided for the operator 'to generate a detection result. The present invention further provides a test strip reader configured with a detachable firmware device, including a test strip reader and a firmware device. The firmware device includes a first electrical connector and a database module. And the computing module is electrically connected to the second electrical connection end of the test strip reader via the first electrical connection end, wherein the test strip reader is characterized by: The library module stores a plurality of light-reactive squares of the test strips. When the first electrical connection of the firmware device receives an input message from the second electrical connection terminal, the operation module is in the database module. Select a corresponding light reaction equation and perform the calculation of the result. [Embodiment] The present invention discloses a basic structure principle of a biopsy process, a related test strip, and a mechanism for using a test strip reader. The basic knowledge of the related art has been known to those skilled in the relevant art. Therefore, the description below will not be fully described. (d) The drawings referred to in the following texts are illustrative of the structure associated with the features of the present invention and are not necessarily required to be fully drawn based on actual dimensions. 201019235 First, please refer to Fig. 1, which is a schematic view of the test strip reader of the present invention. As shown in FIG. 1 , the test strip reader 10 includes a housing ι, a display 200, a transport mechanism 300, a barcode reader 400, an optical reader 500, a motherboard 600, an operation switch 700, The keyboard 800 and the interface device 9 are wheeled in. In this embodiment, the display 2, the transport mechanism 300, the barcode reader 400, the optical reader 500, the operation switch 700, the input keyboard 800, and the interface device 900 in the test strip reader 1A can be detected. It is electrically connected to the motherboard 600 through a flexible bus. Of course, the beta display 200, the transport mechanism 300, the barcode reader 400, the optical reader 500, the operation switch 700, the input keyboard 800, and the interface device 900 in the test strip reader 1 can also be directly connected to the motherboard 600. Electrically fixed together. All of the above are embodiments of the present invention. Further, in the test strip reader 1 of the present invention, a tough device 30' is also included as shown in Fig. 1B. The firmware device 30 is electrically connected to the electrical connection end 610 of the motherboard 6 , and includes a circuit substrate (not shown), and an electrical connection end 32 is formed at one end of the circuit substrate for The electrical connection terminal 610 is electrically connected to the electrical connection terminal 610. At the same time, the database module 34 and the computing module 36 are disposed on the circuit substrate of the firmware device 3, wherein the database module 34 stores a plurality of inspections. The light reaction equation of the test piece. Next, the operation of the test strip reader 10 of the present invention will be described. The display 200 is provided on the casing 100 and can be used to display the detection state or the detection result. The transport mechanism 300 is configured to carry out a test strip 2 配置 arranged with a bar code and move horizontally according to a preset path, so that the test strip 20 can be automatically moved into or removed from the casing 100; The barcode on the test strip 2 can be scanned, so the wheel mechanism 3 of the present invention can be a transparent board or a transparent carrier at the position where the test strip 20 is carried, or A bare structure is formed at the place where the test strip 20 is placed; therefore, the barcode 4 picker 400 disposed in the body 100 of the shell 201019235 can quickly and stably scan the barcode on the test strip 20 to read the test strip 2 Barcode information on (). The type of the barcode on the test strip 20 may be a one-dimensional strip (in the case of a scorpion-like oil, such as a stencil), or a two-dimensional barcode (Tw〇Dimensi〇ns Barc〇de). The barcode information stored in the barcode includes: 2G detection test strip, manufacturing date, manufacturing batch number, effective date or batch number correction data. In addition, the barcode reader 4 of the present invention has the following two reading modes. The first reading mode is: when the detecting test strip 2 is moved into the casing, the conveying mechanism 300 according to the preset path. Moving 'and reading the bar code information on the test strip 20 at the same time in the process of moving; the second reading mode is: when the test strip 20 is moved to the end of the path by the transport mechanism 300, then the test is read. Bar code information on slice 20. Obviously, after reading the barcode information on the test strip 20 via the barcode reader 4, the present invention can correctly know the category, the manufacturing date, the manufacturing lot number, and the manufacturing lot number of the test strip 20 according to the content of the barcode information. Valid date or correction data for the batch number. Therefore, in the process of detection, it is possible to effectively avoid misuse of test specimens that are incorrect or have expired to ensure the correctness of the test results. After confirming that the test strip 20 is still within the expiration date, the barcode reader 400 transmits the category information of the test strip 20 to the computing module 36 on the Bosch apparatus 3 for selecting the library module 34. Corresponding light reaction equations and performing their subsequent detection procedures. It is further explained that the "detection procedure varies in part with different test strips." In the cold light detection method, the light-emitting reaction is self-luminous, so that an optical signal reaction can be generated without irradiating the light source. The fluorescent detection method needs to be irradiated by a light source to cause energy conversion after the energy is received and generate an optical signal reaction. For example, when the material on the test strip 2 is a luminescent material, the light-emitting anti-201019235 should be generated without irradiation of the light source device; and the fluorescent test strip 20 is used. Then, after the irradiation of the light source device, the fluorescent material on the test strip 20 is caused to generate an optical signal reaction. Therefore, a light source device (not shown) can be selectively disposed in the test strip reader 10 of the present invention. Taking the fluorescent detection method as an example: when the test strip 20 is determined by the barcode reader 400 to be a fluorescent test strip 20, the test strip reader 10 provides a light source detection test. After the sheet 20 continues to be irradiated, the specific light reaction parameters on the test strip 20 can be read by the optical reader 500 and transmitted to the arithmetic module 36 on the firmware device 30. As described above, the carburst device 47 of the present invention includes a database module 34 and a computing module 36. The light reaction equation of the plurality of types of test strips 20 is stored in the database module 34. · Test the light response equations such as blood sugar, cholesterol or hemoglobin. Therefore, when the operation module 36 reads out the bar code information ' on the test strip 20 through the barcode reader 400 and selects a corresponding light reaction equation from the database module 34 according to the test strip category in the barcode information; The batch correction data in the information is loaded into the photoreaction equation with the specific photoreaction signal read by the optical reader 500, and a detection result is generated. The detection result in the present invention, which is to be emphasized here, may be an arithmetic value (value) which may also be raw data that has not been processed. The result of this detection can be displayed via display 200 or transmitted through interface device 900. For example, when the test strip 2 is tested as a blood glucose test strip, after the test strip 20 is loaded into the test strip reader 1 , the barcode reader 400 automatically reads the test strip 20 . The bar code information includes: category, date of manufacture, manufacturing lot number, valid period or correction data of the batch number, etc.; then the computing module 36 selects the hemorrhage test from the database module 34 according to the content of the bar code information. The light reaction equation of the slice; the batch correction 9 201019235 data and the optical reading of the limb light reaction signal read by the H 5G0 are loaded into the equation, and the operation H is used to check the result in the database in this embodiment. The module 34 ^ a δ ζ, ^ ιι (write once memory) » # , #; can also be a kind of non-volatile memory components, the non-volatile memory component can be: - times _ only Read memory (OTP-ROM), flash memory (flash _〇ry), wipeable programmable read-only memory (EpR〇M) or electrically erasable read-only memory (EEPR〇M).
&上述檢測的過程中’檢測試片讀取機1G會依據檢測試 =2〇上的條碼資訊，以進行各種條件餘序的韻，例如： 其條辱讀取n 4GG將所讀到的試片使㈣限與檢測當天的曰 ^，行比對後，若檢測試片2〇已超過可使用的期限，此時檢 示試片讀取機10會立即中斷測試程序，並於顯示器2〇〇上顯 檢，關訊息。又例如：若檢測試片2〇為一使用期限内之尿酸 ，試片，當其被載入至檢測試片讀取機1〇後，即會依據條 且凟取器400所讀取的條碼資訊，判斷出其為一尿酸檢測試片 且^未超過使用的期限’之後會從資料庫模組34對應出此尿 :試片的光反應方程式並載入運算模組36中，再將試片的批 =校正資料與光學讀取器5〇〇所擷取的光反應資料進行運 算’即可得到檢測結果。 此外，檢測試片讀取機10，進一步包括一輸入鍵盤8〇〇， 可逯過其輸入受測者之識別碼（例如：身份證號碼、健保卡號 馬、社會安全碼或是病歷號碼等），於輸出檢測結果時，一併 不於顯示器200或是透過介面裝置900輸出，可藉以區別檢 則結果與受測者間的關連性。此外，當檢測試片2〇上的條碼 資吼無法被條碼讀取器400正確讀取時，亦可透過輸入鍵盤 Ο Λ _ 將檢測試片20的類別、製造日期、製造批號、有效曰期 201019235 或是批號的校正資料等財動方式輸人，使檢測試片讀取機 ίο可以繼續操作。 接著，請參考第2圖，係本發明之檢測試片讀取機1〇之 另一側面示意圖。如第2圖所示，其係在第1圖之檢 取機U)之另一側面上再配置一介面裝置9〇〇，可用於輸出檢 測結果，此介面裝置900可為一印表機連接埠91〇 usb連接 淳920、RS232連接埠（未圖示）、Biuet〇〇th連接痒（未圖示）、 ZigBee連接埠（未圖示）或是Wkeless USB連接埠（未圖示）等， ❹ 可視實際需求配置。很明顯地，介面裝置900都是與主機板 600電性連接，並且配置在殼體1〇〇上。特別要說明的是，印 表機連接埠910也可以直接與一印表機模組連接，並内建於檢 測試片讀取機10中，以方便使用者即時列印檢測結果；而usb 連接埠920、RS232連接埠等，則可以與個人電腦（pc)連接， 用以儲存或是分析檢測結果；而Bluetooth連接埠（未圖示）、& During the above detection process, the test strip reader 1G will perform the rhyme of various conditional residuals according to the bar code information on the test test = 2〇, for example: its stigma reading n 4GG will be read If the test piece is compared with the 曰^ of the day of the test, if the test piece 2〇 has exceeded the usable period, the test piece reader 10 will immediately interrupt the test procedure and display on the display 2 On the spot, check the message. For another example, if the test strip 2 is tested for uric acid within a lifetime, the test strip, after being loaded into the test strip reader 1 , will follow the strip and the barcode read by the picker 400 The information is judged to be a uric acid test piece and ^ does not exceed the period of use', and the urine: the light reaction equation of the test piece is correspondingly loaded into the calculation module 36, and then tested. The batch=correction data of the slice and the optical reaction data acquired by the optical reader 5〇〇 are calculated to obtain the detection result. In addition, the test strip reader 10 further includes an input keyboard 8 〇〇, which can input the identification code of the subject (for example, an ID card number, a health insurance card number, a social security code or a medical record number, etc.) When the detection result is output, it is not outputted by the display 200 or through the interface device 900, thereby distinguishing the correlation between the test result and the subject. In addition, when the barcode resource on the test strip 2 is not correctly read by the barcode reader 400, the type of the test strip 20, the date of manufacture, the manufacturing lot number, and the valid period can be detected through the input keyboard Ο Λ _ 201019235 Or the correction data of the batch number and other financial means to enter, so that the test strip reader ίο can continue to operate. Next, please refer to Fig. 2, which is a schematic view showing another side of the test strip reader 1 of the present invention. As shown in FIG. 2, an interface device 9 is disposed on the other side of the picker U) of FIG. 1 for outputting the detection result. The interface device 900 can be a printer connection.埠91〇usb connection 淳920, RS232 connection 埠 (not shown), Biuet〇〇th connection itch (not shown), ZigBee connection 埠 (not shown) or Wkeless USB connection 未 (not shown), etc.配置 Configurable according to actual needs. It is apparent that the interface device 900 is electrically connected to the motherboard 600 and is disposed on the housing 1 . In particular, the printer port 910 can also be directly connected to a printer module and built into the test strip reader 10 to facilitate the user to print the test results immediately; and the usb connection埠920, RS232 port, etc., can be connected to a personal computer (pc) to store or analyze the test results; and Bluetooth port (not shown),
ZigBee連接埠或是Wireless USB連接槔等，則可以透過對應 的接收器將檢測結果傳遞至另一設備中，例如：遠端的檔案伺 服器。 、 參 再接著，請參考第3圖，係本發明之檢測試片讀取機1〇 之另一實施例之示意圖。如第3圖所示，本實施例包括一檢測 試片讀取機10與一韌體裝置30，其中檢測試片讀取機1〇之 結構與第1圖之實施例相同，其差異僅在於本實施例之勒體裝 置30係可經由殼體1〇〇上的一個連接縫620與主機板6〇〇上 的電性連接端610電性連接。很明顯地，本實施例之電性連接 端610已經配置在主機板6〇〇的一端上（未顯示於圖中）並與 殼體上的一個連接縫620相對應，故韌體裝置30可以很容易 而且方便的與主機板600上的電性連接端610電性連接或是移 201019235 除。當本實施例中的韌體裝置30經由殼體100上的連接縫620 與主機板600上的電性連接端610電性連接後，其結構與第i 圖之實施例完全相同，故本實施例之檢測試片讀取機10的操 作過程即不再重複贅述。 特別要說明的是’由於本發明中的韌體裝置30係可拆知 地與主機板600上的電性連接端610電性連接，因此可以透過 更換韌體裝置30的方式’達到更新檢測試片讀取機1〇控制程 式之目的，以確保檢測設備的穩定性和檢測結果的正確性。另 • 外’由於韌體裝置30之體積非常小巧，因此製造商可以透過 快遞（Express)的方式，將新的韌體裝置3〇寄給使用者， 除檢測設備運送所產生之風險以及往返所浪費之時間， 免 用者的使用。 便使 以上所述僅為本發明之較佳實施例，並非用以限定本 之申請專利權利；同時以上的描述，對於熟知本技術發明 門人士應可明瞭及實施，因此其他未脫離本發明所揭示之專 下所完成的等效改變或修飾，均應包含在巾請專利範園中精神 ® 【圖賴單說明】 第圖係根據本發明之—種檢測試片讀取機之正 意圖。 151立體示 第圖係根據本發明之一種韌體裝置之示意圖。 第2圖係根據本發明之一種檢測試片讀取機之另〜 立體示意圖。 〜侧面之 第3圖係根據本發明之另一種檢測試片讀取機之 圖。 立靉示意 12 201019235The ZigBee port or the Wireless USB port can transmit the test results to another device through the corresponding receiver, for example, the remote file server. Referring to Fig. 3, there is shown a schematic view of another embodiment of the test strip reader 1 of the present invention. As shown in FIG. 3, the embodiment includes a test strip reader 10 and a firmware unit 30, wherein the structure of the test strip reader 1 is the same as that of the embodiment of FIG. 1, and the difference is only that The striker device 30 of the present embodiment can be electrically connected to the electrical connection end 610 of the motherboard 6 through a connection slot 620 on the housing 1 . Obviously, the electrical connection end 610 of the embodiment has been disposed on one end of the motherboard 6 (not shown) and corresponds to a connection slot 620 on the housing, so the firmware device 30 can It is easy and convenient to electrically connect to the electrical connection 610 on the motherboard 600 or to remove the 201019235. When the firmware device 30 in this embodiment is electrically connected to the electrical connection terminal 610 on the motherboard 600 via the connection slot 620 on the housing 100, the structure is completely the same as that of the embodiment of the first embodiment, so the present embodiment For example, the operation of the test strip reader 10 will not be repeated. In particular, since the firmware device 30 of the present invention is detachably electrically connected to the electrical connection end 610 of the motherboard 600, the replacement test can be performed by changing the firmware device 30. The chip reader 1 controls the program to ensure the stability of the test equipment and the correctness of the test results. In addition, because the firmware 30 is very small, the manufacturer can send the new firmware device to the user via Express, in addition to the risk of shipping the test equipment and the round trip. Time wasted, free of use. The above description is only the preferred embodiment of the present invention, and is not intended to limit the present patent application; the above description should be understood and implemented by those skilled in the art, so that the other embodiments are not deviated from the present invention. Equivalent changes or modifications made by the disclosure shall be included in the spirit of the patent application garden. [The diagram is based on the invention.] The diagram is based on the invention. 151 is a schematic view of a firmware device according to the present invention. Fig. 2 is a perspective view showing another embodiment of the test strip reader according to the present invention. Fig. 3 is a view showing another type of test strip reader according to the present invention. Standing signal 12 201019235
【主要元件符號說明】 檢測試片讀取機 10 檢測試片 20 韌體裝置 30 電性連接端 32 資料庫模組 34 運算模組 36 殼體 100 顯示器 200 輸送機構 300 條碼讀取器 400 光學讀取器 500 主機板 600 電性連接端 610 連接縫 620 操作開關 700 輸入鍵盤 800 介面裝置 900 印表機連接埠 910 USB連接埠 920[Main component symbol description] Test coupon reader 10 Test coupon 20 Firmware device 30 Electrical connection terminal 32 Library module 34 Operation module 36 Housing 100 Display 200 Transport mechanism 300 Bar code reader 400 Optical reading Picker 500 Motherboard 600 Electrical connection 610 Connection seam 620 Operation switch 700 Input keyboard 800 Interface device 900 Printer connection 埠 910 USB connection 埠 920