TWI481386B - Blood test device - Google Patents
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- TWI481386B TWI481386B TW098119482A TW98119482A TWI481386B TW I481386 B TWI481386 B TW I481386B TW 098119482 A TW098119482 A TW 098119482A TW 98119482 A TW98119482 A TW 98119482A TW I481386 B TWI481386 B TW I481386B
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Description
本發明係關於一種具有採血功能的血液檢測裝置，尤指一種具有採血功能及檢測血液功能之血液檢測裝置。The invention relates to a blood detecting device with a blood collecting function, in particular to a blood detecting device with a blood collecting function and a blood detecting function.
隨著人們對健康觀念的提升，以及醫療設備的發展，現今，市面上已開始銷售可自行在家中量測血糖的血糖機。在量測血糖之前，係透過一採血機來採集血液，接著，再將採集到之血液透過測試機以進行量測血糖值。With the improvement of people's health concept and the development of medical equipment, today, the market has begun to sell blood glucose machines that can measure blood sugar at home. Before measuring blood glucose, blood is collected through a blood collection machine, and then the collected blood is passed through a testing machine to measure blood sugar levels.
在先前技術中，採血機與測試機為兩台獨立之裝置，使用時須同時攜帶兩台獨立的裝置，如此一來，對於使用者而言，會有攜帶上的麻煩。若要將量測結果傳輸至家用電腦，又需攜帶與電腦連結之傳輸線，故容易造成使用者攜帶上的困擾。In the prior art, the blood collection machine and the testing machine are two independent devices, and two independent devices must be carried at the same time, so that the user has trouble in carrying. In order to transmit the measurement results to the home computer, it is necessary to carry a transmission line connected to the computer, which is likely to cause trouble for the user to carry.
因此，為了解決上述問題，本發明一實施例之目的，是在提供一種血液檢測裝置，具有方便攜帶的功能。Therefore, in order to solve the above problems, an object of an embodiment of the present invention is to provide a blood detecting device which has a function of being convenient to carry.
本發明一實施例之目的，是在提供一種血液檢測裝置，同時具有採血機構與測試機構。It is an object of an embodiment of the present invention to provide a blood detecting device having a blood collecting mechanism and a testing mechanism.
本發明一實施例之目的，是在提供一種血液檢測裝置，具有傳輸功能。It is an object of an embodiment of the present invention to provide a blood detecting device having a transmission function.
本發明一實施例提供一種血液檢測裝置，適用於利用一採血針穿刺一使用者的一皮膚，使使用者流出一血液，並利用一測試片對血液進行測試，血液檢測裝置包含一採血機構與一測試機構。採血機構，具有一第一連接結構，且採血針可置換地設於採血機構用以穿刺使用者的皮膚；測試機構，具有一第二連接結構，且測試片可置換地耦接測試機構用以對血液進行測試。其中，第一連接結構與第二連接結構相互配合，使採血機構與測試機構選擇性地接合或分離。An embodiment of the present invention provides a blood detecting device, which is suitable for puncture a skin of a user with a blood collecting needle, causing a user to flow out a blood, and testing the blood with a test piece, the blood detecting device comprising a blood collecting mechanism and A testing agency. The blood collecting mechanism has a first connecting structure, and the blood collecting needle is replaceably disposed in the blood collecting mechanism for piercing the skin of the user; the testing mechanism has a second connecting structure, and the test piece is replaceably coupled to the testing mechanism for Test the blood. Wherein, the first connecting structure and the second connecting structure cooperate with each other to selectively engage or separate the blood collecting mechanism and the testing mechanism.
本發明一實施例提供一種血液檢測裝置，適用於利用一採血針穿刺一使用者的一皮膚，使使用者流出一血液，並利用一測試片對血液進行測試，血液檢測裝置包含一採血機構與一測試機構。採血機構，具有一第一連接結構，且採血針可置換地設於採血機構用以穿刺使用者的皮膚；測試機構，具有一第二連接結構，且測試片可置換地耦接測試機構用以對血液進行測試。其中，第一連接結構與第二連接結構相互配合，使採血機構與測試機構選擇性地接合或分離；當採血機構與測試機構接合時，血液檢測裝置形成為一長條形結構，長條形結構具有一第一端及一第二端，第一端沿長條形結構的一長軸方向相對於第二端，且當採血機構與測試機構接合，採血針設於採血機構，測試片耦接測試機構時，採血針位於第一端且選擇性地沿長軸方向穿出採血機構；而測試片位該第二端；當採血機構與測試機構接合時，第一連接結構及第二連接結構位於長條形結構的第一端及第二端間。An embodiment of the present invention provides a blood detecting device, which is suitable for puncture a skin of a user with a blood collecting needle, causing a user to flow out a blood, and testing the blood with a test piece, the blood detecting device comprising a blood collecting mechanism and A testing agency. The blood collecting mechanism has a first connecting structure, and the blood collecting needle is replaceably disposed in the blood collecting mechanism for piercing the skin of the user; the testing mechanism has a second connecting structure, and the test piece is replaceably coupled to the testing mechanism for Test the blood. Wherein, the first connecting structure and the second connecting structure cooperate with each other to selectively engage or separate the blood collecting mechanism and the testing mechanism; when the blood collecting mechanism is engaged with the testing mechanism, the blood detecting device is formed into a long strip structure and has a long strip shape The structure has a first end and a second end, the first end is along a long axis direction of the elongated structure relative to the second end, and when the blood collecting mechanism is engaged with the testing mechanism, the blood collecting needle is disposed in the blood collecting mechanism, and the test piece is coupled When the test mechanism is connected, the blood collection needle is located at the first end and selectively passes through the blood collection mechanism along the long axis direction; and the test piece is located at the second end; when the blood collection mechanism is engaged with the testing mechanism, the first connection structure and the second connection The structure is located between the first end and the second end of the elongated structure.
本發明血液檢測裝置係透過採血機構與測試機構之連接結構，將採血機構與測試機構選擇性地接合成一體，讓使用者不再需要同時攜帶兩台獨立的裝置。再者，血液檢測裝置更具有傳輸介面，可將量測而得的生理資訊直接輸出至電腦系統，增加血液檢測裝置的實用性與便利性。The blood detecting device of the invention selectively connects the blood collecting mechanism and the testing mechanism into one body through the connection structure between the blood collecting mechanism and the testing mechanism, so that the user no longer needs to carry two independent devices at the same time. Furthermore, the blood detecting device further has a transmission interface, and can directly output the measured physiological information to the computer system, thereby increasing the practicability and convenience of the blood detecting device.
請同時參考第1圖與第2圖，第1圖顯示本發明一實施例血液檢測裝置之外觀示意圖，第2圖顯示第1圖之血液檢測裝置分解示意圖，血液檢測裝置100外觀包含一採血機構101、一測試機構102、顯示裝置102a、以及按鈕B1與B2。Please refer to FIG. 1 and FIG. 2 simultaneously. FIG. 1 is a schematic view showing the appearance of a blood detecting device according to an embodiment of the present invention, and FIG. 2 is a schematic exploded view of the blood detecting device of FIG. 1. The blood detecting device 100 includes a blood collecting mechanism. 101. A test mechanism 102, a display device 102a, and buttons B1 and B2.
採血機構101內部可置換地設有一採血針(圖未示)，使用者可利用採血機構101內的採血針穿刺皮膚，使其流出血液，且採血針為可更換式之結構，讓使用者使用完畢後即可拋棄採血針，避免重複使用而造成疾病的傳染。The blood collection mechanism 101 is replaceably provided with a blood collection needle (not shown). The user can use the blood collection needle in the blood collection mechanism 101 to puncture the skin to flow out of the blood, and the blood collection needle is a replaceable structure for the user to use. After the completion, the blood collection needle can be discarded to avoid the infection caused by repeated use.
測試機構102包含顯示裝置102a，測試機構102能夠可置換地耦接測試片103。當使用者按下按鈕B1，使採血機構101之採血針適於穿出採血機構101以穿刺皮膚，使其流出血液。使用者再將血液滴至測試片103，血液流入測試片103，測試機構102透過測試片103上之電極測試到適當血液量時，測試機構102會自行啟動，並量測血液中之一生理資訊(例如；血糖值)，接著由使用者透過按鈕B2，選擇想要顯示於顯示裝置102a之生理資訊，使用者即可透過顯示裝置102a了解其測試結果。其中，本實施例之顯示裝置102a可由液晶顯示器LCD(Liquid Crystal Display)或未來任何可能之顯示裝置所實現。另外，測試片103使用完畢後，可由使用者進行更換，避免測試片103進行第二次使用。The test mechanism 102 includes a display device 102a that is replaceably coupled to the test strip 103. When the user presses the button B1, the blood collection needle of the blood collection mechanism 101 is adapted to pass through the blood collection mechanism 101 to puncture the skin and cause it to flow out of the blood. The user then drops the blood to the test piece 103, the blood flows into the test piece 103, and when the test mechanism 102 passes the electrode on the test piece 103 to the appropriate blood volume, the test mechanism 102 starts up by itself and measures a physiological information in the blood. (for example, blood glucose level), then the user selects the physiological information to be displayed on the display device 102a through the button B2, and the user can understand the test result through the display device 102a. The display device 102a of the present embodiment can be implemented by a liquid crystal display (LCD) or any possible display device in the future. In addition, after the test piece 103 is used, it can be replaced by the user to prevent the test piece 103 from being used for the second time.
採血機構101與測試機構102分別具有連接結構11、12，連接結構11、12為相互配合，使採血機構101與測試機構102可以由使用者選擇性地接合與分離。The blood collection mechanism 101 and the testing mechanism 102 have connection structures 11, 12, respectively, and the connection structures 11, 12 are cooperative with each other, so that the blood collection mechanism 101 and the testing mechanism 102 can be selectively engaged and separated by the user.
另外，採血機構101之連接結構11為具有一向內部延伸的凹口，測試機構102之連接結構12則具有與採血機構101相對應的之凸塊，該凸塊係為自測試機構102向外延伸之結構，使用者可將採血機構101與測試機構102接合，接合後之血液檢測裝置100係成一長條形結構。In addition, the connecting structure 11 of the blood collecting mechanism 101 has a notch extending inwardly, and the connecting structure 12 of the testing mechanism 102 has a corresponding bump corresponding to the blood collecting mechanism 101, and the protruding portion is extended from the testing mechanism 102. The user can connect the blood collection mechanism 101 to the testing mechanism 102, and the joined blood detecting device 100 is formed into an elongated structure.
在本實施例中，長條形結構實質上為一長方體結構，且具有六個方形表面，長方體結構具有一第一端P1及一第二端P2，第一端P1沿長方體結構的長軸方向AA’相對於第二端P2，且當採血機構101與測試機構102接合時，採血機構101係設置於第一端P1側，測試機構102係設置於第二端P2側。相對應地，採血針位於第一端P1且選擇性地沿長軸方向AA’穿出採血機構101；而測試片位於第二端P2。In this embodiment, the elongated structure is substantially a rectangular parallelepiped structure and has six square surfaces. The rectangular parallelepiped structure has a first end P1 and a second end P2, and the first end P1 is along the long axis direction of the rectangular parallelepiped structure. AA' is opposite to the second end P2, and when the blood collection mechanism 101 is engaged with the testing mechanism 102, the blood collection mechanism 101 is disposed on the first end P1 side, and the testing mechanism 102 is disposed on the second end P2 side. Correspondingly, the lancet is located at the first end P1 and selectively passes through the blood collection mechanism 101 along the long axis direction AA'; and the test piece is located at the second end P2.
血液檢測裝置100之連接結構11係具有出一容置空間R，連接結構12具有沿長軸方向AA’突出的傳輸介面T，使用者可透過傳輸介面T將測試機構102耦接至一電腦系統，並將生理資訊傳輸至電腦系統，其中傳輸介面T可為一通用序列匯流排(USB)傳輸介面所滿足。The connection structure 11 of the blood detecting device 100 has an accommodating space R. The connecting structure 12 has a transmission interface T protruding along the long axis direction AA'. The user can couple the testing mechanism 102 to a computer system through the transmission interface T. And transmitting physiological information to the computer system, wherein the transmission interface T can be satisfied by a universal serial bus (USB) transmission interface.
在一實施例中，容置空間R係可提供傳輸介面T保護功能，避免因傳輸介面T長時間裸露在外而損壞(例如：泡水或日曬)。In an embodiment, the accommodating space R can provide a transmission interface T protection function to avoid damage due to the long exposure of the transmission interface T (for example, water or sunlight).
需注意者，採血機構101與測試機構102接合時，第一連接結構11及第二連接結構12位於長條形結構的第一端P1及第二端P2之間。一實施例中，連接結構11及第二連接結構12接合之處係位於血液檢測裝置100之中間，但本發明不應以此為限，亦可式設計需求改變其接合位置。一般而言，測試機構102具有記憶體，當使用者量測完血液的一生理資訊後，測試機構102會將生理資訊記錄於記憶體，待需使用時才透過傳輸介面T傳輸至電腦系統。It should be noted that when the blood collection mechanism 101 is engaged with the testing mechanism 102, the first connection structure 11 and the second connection structure 12 are located between the first end P1 and the second end P2 of the elongated structure. In one embodiment, the joint structure 11 and the second joint structure 12 are joined in the middle of the blood detecting device 100, but the invention should not be limited thereto, and the design position may change the joint position. In general, the testing mechanism 102 has a memory. After the user measures a physiological information of the blood, the testing mechanism 102 records the physiological information in the memory and transmits it to the computer system through the transmission interface T when the user wants to use it.
一實施例中，傳輸介面T可設置於第二端P2，測試片103之插入口設置於連接結構11及第二連接結構12接合之處。由於使用者使用傳輸介面T之時機少，故為方便使用，傳輸介面T設置於連接結構11及第二連接結構12接合之處為較佳。In one embodiment, the transmission interface T can be disposed at the second end P2, and the insertion opening of the test piece 103 is disposed where the connection structure 11 and the second connection structure 12 are joined. Since the user has less time to use the transmission interface T, it is preferable that the transmission interface T is disposed at the junction where the connection structure 11 and the second connection structure 12 are joined for convenience.
請參閱第3圖，第3圖為本發明一實施例血液檢測裝置300之示意圖，使用者將採血機構101與測試機構102結合成一長方體結構。長方體結構具有一側邊S、一第一端P1及一第二端P2。血液檢測裝置300與血液檢測裝置100之差異在於，使用者將採血針設於採血機構101，測試片103耦接測試機構102時，採血針及測試片103皆位於長方體結構的側邊S，透過使用者按壓按鈕B1，採血針係選擇性地沿垂直於側邊S的方向自孔洞H穿出採血機構101，並穿刺皮膚，使其流出血液，血液再透過位於長方體結構的側邊S之測試機構102進行測試。其餘構造與血液檢測裝置100相同，為求簡潔，在此不另重複贅述。Please refer to FIG. 3. FIG. 3 is a schematic diagram of a blood detecting device 300 according to an embodiment of the present invention. The user combines the blood collecting mechanism 101 and the testing mechanism 102 into a rectangular parallelepiped structure. The rectangular parallelepiped structure has a side S, a first end P1 and a second end P2. The difference between the blood detecting device 300 and the blood detecting device 100 is that the user sets the blood collecting needle to the blood collecting mechanism 101, and when the test piece 103 is coupled to the testing mechanism 102, the blood collecting needle and the test piece 103 are located at the side S of the rectangular parallelepiped structure, through When the user presses the button B1, the blood collection needle selectively passes through the blood collection mechanism 101 from the hole H in a direction perpendicular to the side S, and punctures the skin to flow out of the blood, and the blood is transmitted through the side S of the rectangular parallelepiped structure. The institution 102 performs the test. The rest of the configuration is the same as that of the blood detecting device 100, and for the sake of brevity, details are not repeatedly described herein.
需注意者，採血針及測試片103皆位於長方體結構的側邊S，使用者透過採血針流出血液後，只需平移使用者之手指的該流血部位至測試片103，且移動距離短，可避免血液滴濺於測試片103外的地方。It should be noted that the blood collection needle and the test piece 103 are located on the side S of the rectangular parallelepiped structure. After the user sheds the blood through the blood collection needle, the user only needs to translate the bleeding part of the user's finger to the test piece 103, and the moving distance is short. Avoid splashing blood outside the test piece 103.
請參閱第4圖，第4圖為本發明一實施例血液檢測裝置400之示意圖，血液檢測裝置400與血液檢測裝置100差異在於，血液檢測裝置400為一多角柱結構。在本實施例中，血液檢測裝置400之多角柱的角的數量可以大於四個，使血液檢測裝置400便於旋轉，此外當角的數量大到一預定值時可視為一圓柱體結構。同樣地，圓柱體結構具有第一端P1與第二端P2，第一端P1沿圓柱體的長軸方向BB’相對於第二端P2，血液檢測裝置400具有兩個圓形表面C1、C2，圓形底面C1、C2分別位於第一端P1與第二端P2，且採血機構101設於第一端P1，測試機構102設於第二端P2。採血機構101之側面設置有按鈕B1，按鈕B1設於血液檢測裝置400之連接結構接合處與第一端P1間；相同地，測試機構102之側面設置有按鈕B2與顯示裝置102a，按鈕B2設於血液檢測裝置400之連接結構接合處與第二端P2間。其餘構造與血液檢測裝置100相同，為求簡潔，在此不另重複贅述。Referring to FIG. 4, FIG. 4 is a schematic diagram of a blood detecting device 400 according to an embodiment of the present invention. The blood detecting device 400 differs from the blood detecting device 100 in that the blood detecting device 400 is a polygonal column structure. In the present embodiment, the number of corners of the polygonal column of the blood detecting device 400 may be greater than four, so that the blood detecting device 400 is facilitated to rotate, and further, when the number of corners is large to a predetermined value, it may be regarded as a cylindrical structure. Similarly, the cylindrical structure has a first end P1 and a second end P2, the first end P1 is along the long axis direction BB' of the cylinder with respect to the second end P2, and the blood detecting device 400 has two circular surfaces C1, C2. The circular bottom surfaces C1 and C2 are respectively located at the first end P1 and the second end P2, and the blood collection mechanism 101 is disposed at the first end P1, and the testing mechanism 102 is disposed at the second end P2. The button B1 is disposed on the side of the blood collection mechanism 101, and the button B1 is disposed between the connection structure of the blood detecting device 400 and the first end P1. Similarly, the side of the testing mechanism 102 is provided with a button B2 and a display device 102a, and the button B2 is provided. The connection between the connection structure of the blood detecting device 400 and the second end P2. The rest of the configuration is the same as that of the blood detecting device 100, and for the sake of brevity, details are not repeatedly described herein.
請同時閱參閱第5圖與第6圖，第5圖顯示使用者利用血液檢測裝置400採血之示意圖，第6圖顯示使用者利用血液檢測裝置400之進行血液量測之示意圖。在本實施例中，血液檢測裝置400將採血機構101與測試機構102進行結合後，大幅增加血液檢測裝置400的便利性，使用者在將手指置放在採血機構101前，接著，再按下位於第一端P1附近的按鈕B1使採血針彈出，由採血針穿刺皮膚，讓手指流出血液，即完成採血的動作。因此，較佳地使按鈕B1位於按鈕B2及第一端P1間，較佳地位於連接結構接合處及第一端P1間。接著，使用者只需旋轉血液檢測裝置400，即可使採血機構101與測試機構102之位置互換，接著讓手指上流出的血液，滴入位於安裝於第二端P2側之測試機構102的測試片103。當測試機構102透過測試片103上之電極測試到適當血液量時會自行啟動，以完成測試動作。最後，使用者可以再按下位於第二端P2附近的按鈕B2，即由顯示裝置102a顯示血糖值。因此，較佳地使按鈕B2位於按鈕B1及第二端P2間，較佳地位於連接結構接合處及第二端P2間。Please refer to FIG. 5 and FIG. 6 at the same time. FIG. 5 is a schematic diagram showing blood collection by the user using the blood detecting device 400, and FIG. 6 is a schematic view showing blood measurement by the user using the blood detecting device 400. In the present embodiment, after the blood detecting device 400 combines the blood collecting mechanism 101 and the testing mechanism 102, the convenience of the blood detecting device 400 is greatly increased, and the user puts the finger in the blood collecting mechanism 101, and then presses it again. The button B1 located near the first end P1 ejects the blood collection needle, and the blood collection needle punctures the skin, allowing the finger to flow out of the blood, that is, the blood collection operation is completed. Therefore, the button B1 is preferably located between the button B2 and the first end P1, preferably between the junction of the connection structure and the first end P1. Then, the user only needs to rotate the blood detecting device 400 to exchange the position of the blood collecting mechanism 101 and the testing mechanism 102, and then let the blood flowing out of the finger drop into the test of the testing mechanism 102 installed on the side of the second end P2. Slice 103. When the test mechanism 102 passes the electrode on the test piece 103 to test the appropriate amount of blood, it will start by itself to complete the test action. Finally, the user can press the button B2 located near the second end P2, that is, the blood glucose level is displayed by the display device 102a. Therefore, the button B2 is preferably located between the button B1 and the second end P2, preferably between the junction of the connection structure and the second end P2.
需注意者，採血針及測試片103分別位於圓柱體結構之第一端P1與第二端P2，使用者透過採血針流出血液，只需旋轉圓柱體結構，使第一端P1與第二端P2之位置互換，即不需移動該流血部位至測試片103，可避免移動使用者之手指的流血部位時，因晃動而產生之血液滴濺於測試片103外的地方。It should be noted that the blood collection needle and the test piece 103 are respectively located at the first end P1 and the second end P2 of the cylindrical structure, and the user flows out of the blood through the blood collection needle, and only needs to rotate the cylindrical structure to make the first end P1 and the second end. The position of P2 is interchanged, that is, the bloody portion is not required to be moved to the test piece 103, and when the bleeding portion of the finger of the user is moved, the blood generated by the shaking is splashed outside the test piece 103.
綜上所述，本發明血液檢測裝置係透過採血機構與測試機構之連接結構，將採血機構與測試機構選擇性地接合成一體，讓使用者不再需要同時攜帶兩台獨立的裝置。再者，血液檢測裝置更具有傳輸介面，可將量測而得的生理資訊直接輸出至電腦系統，增加血液檢測裝置的實用性與便利性。In summary, the blood detecting device of the present invention selectively connects the blood collecting mechanism and the testing mechanism through the connection structure between the blood collecting mechanism and the testing mechanism, so that the user no longer needs to carry two independent devices at the same time. Furthermore, the blood detecting device further has a transmission interface, and can directly output the measured physiological information to the computer system, thereby increasing the practicability and convenience of the blood detecting device.
100、300、400．．．血液檢測裝置100, 300, 400. . . Blood test device
101．．．採血機構101. . . Blood collection mechanism
102．．．測試機構102. . . testing agency
102a．．．顯示裝置102a. . . Display device
103．．．測試片103. . . Test piece
B1、B2．．．按鈕B1, B2. . . Button
C1、C2．．．圓形表面C1, C2. . . Round surface
11、12．．．連接結構11,12. . . Connection structure
H．．．孔洞H. . . Hole
R．．．容置空間R. . . Housing space
S．．．側邊S. . . Side
T．．．傳輸介面T. . . Transmission interface
P1．．．第一端P1. . . First end
P2．．．第二端P2. . . Second end
第1圖顯示本發明血液檢測裝置一實施例之外觀示意圖。Fig. 1 is a view showing the appearance of an embodiment of the blood detecting device of the present invention.
第2圖顯示第1圖之血液檢測裝置分解示意圖。Fig. 2 is a schematic exploded view of the blood detecting device of Fig. 1.
第3圖為本發明血液檢測裝置一實施例之示意圖。Fig. 3 is a schematic view showing an embodiment of the blood detecting device of the present invention.
第4圖為本發明血液檢測裝置一實施例之示意圖。Fig. 4 is a schematic view showing an embodiment of the blood detecting device of the present invention.
第5圖顯示使用者利用血液檢測裝置採血之示意圖。Fig. 5 is a view showing a blood drawing by a user using a blood detecting device.
第6圖顯示使用者利用血液檢測裝置之進行血液量測之示意圖Figure 6 shows a schematic diagram of blood measurement by a user using a blood detecting device.
100．．．血液檢測裝置100. . . Blood test device
101．．．採血機構101. . . Blood collection mechanism
102．．．測試機構102. . . testing agency
102a．．．顯示裝置102a. . . Display device
103．．．測試片103. . . Test piece
B1、B2．．．按鈕B1, B2. . . Button
11、12．．．連接結構11,12. . . Connection structure
T．．．傳輸介面T. . . Transmission interface
P1．．．第一端P1. . . First end
P2．．．第二端P2. . . Second end
Claims (16)
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| TW098119482A TWI481386B (en) | 2009-06-11 | 2009-06-11 | Blood test device |
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| TWI481386B true TWI481386B (en) | 2015-04-21 |
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| TWI658268B (en) * | 2017-11-29 | 2019-05-01 | 國立清華大學 | Detecting method for blood |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM291525U (en) * | 2005-12-20 | 2006-06-01 | Health & Life Co Ltd | Disposable biosensor |
| TW200701951A (en) * | 2005-05-05 | 2007-01-16 | Bayer Healthcare Llc | Reconfigurable integrated lancet system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW200701951A (en) * | 2005-05-05 | 2007-01-16 | Bayer Healthcare Llc | Reconfigurable integrated lancet system |
| TWM291525U (en) * | 2005-12-20 | 2006-06-01 | Health & Life Co Ltd | Disposable biosensor |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI658268B (en) * | 2017-11-29 | 2019-05-01 | 國立清華大學 | Detecting method for blood |
| US10883961B2 (en) | 2017-11-29 | 2021-01-05 | National Tsing Hua University | Detecting method for blood |
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