CN202330428U - Multifunctional detector for automatically determining detection modes and detection test piece for multifunctional detector - Google Patents
Multifunctional detector for automatically determining detection modes and detection test piece for multifunctional detector Download PDFInfo
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- CN202330428U CN202330428U CN2011202891869U CN201120289186U CN202330428U CN 202330428 U CN202330428 U CN 202330428U CN 2011202891869 U CN2011202891869 U CN 2011202891869U CN 201120289186 U CN201120289186 U CN 201120289186U CN 202330428 U CN202330428 U CN 202330428U
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Abstract
The utility model relates to a multifunctional detector for automatically determining detection modes and a detection test piece for the multifunctional detector. The multifunctional detector comprises a body, a test piece slot, a mode selection unit and an operator. The detection test piece comprises a working electrode, a reference electrode and at least one judgment pin, wherein the judgment pin and the working electrode are electrically connected in a plurality of modes and respectively defined for a plurality of detection modes to detect different physiological signals; after the detection test piece is inserted into the test piece slot, the operator reads the potentials of the working electrode and the judgment pin and determines the electric connection mode of the judgment pin and the working electrode; and the mode selection unit is controlled to select corresponding detection modes for detection of the detection test piece. Therefore, by the utility model, the detection modes of the detection test piece can be automatically determined and selected, so convenience for use is realized.
Description
Technical field
The utility model relates to a kind of physiological signal detector, particularly a kind of multi-tester of automatic differentiation detecting pattern and detection test piece.
Background technology
For weak the elderly, laid-up patient all the year round; Hypertension, diabetes, gout, cardiovascular obstruction, anaemia or the like are for sending out disease well, and most the elderly have the latent factor that brings out above-mentioned disease, for the very first time is found symptom; The elderly, patient must be in monitoring voluntarily like physiological signals such as blood pressure, blood sugar, cholesterol, uric acid and protohemes; When physiological signal presents abnormal data, can do suitable disposal immediately, healthy to safeguard.
See also shown in Figure 1ly, at present existingly detect test piece 1 and come out, detect test piece 1 and can detect various physiological signals according to its kind with interpretoscope 2; After splashing into user's a corpse or other object for laboratory examination and chemical testing,, insert interpretation in the special-purpose interpretoscope 2 again like blood, uric acid or the like; But physiological signals such as measuring blood, uric acid, protoheme and triglyceride; But it should be noted that for correct and detect and the raising precision, must be according to detecting the physiological signal that test piece 1 will detect; Select corresponding detecting pattern, with the correct measurement physiological signal.
Yet,, select correct detecting pattern to different detection test piece 1 for the elderly; Its degree of difficulty is arranged; Especially when needs detect a plurality of different physiological signal, select false retrieval to survey pattern more easily, and the physiological signal that causes being detected is incorrect; It can let the user can't find the bright alert news of health immediately, or does the disposal that makes mistake and the health that jeopardizes the user.
The utility model content
Therefore, the fundamental purpose of the utility model is to provide a kind of and can differentiates the multi-tester of detecting pattern and the detection test piece of use thereof automatically, with when detecting test piece insertion multi-tester, selects correct detecting pattern automatically.
For realizing above-mentioned purpose, the utility model has been taked following technical scheme.
A kind of multi-tester of automatic differentiation detecting pattern; Collocation one detects test piece and uses; This detection test piece comprises a working electrode, a reference electrode and at least one judgement pin, and this working electrode, this reference electrode be arranged side by side in an end limit of this detection test piece with this at least one judgement pin, and the electric connection mode of this judgement pin and this working electrode is a plurality of; And definition uses for a plurality of detecting patterns respectively, and this multi-tester comprises: a body; One test piece slot, this test piece slot is located on this body, and supplies to detect the test piece insertion; One mode selecting unit, this mode selecting unit are located in this body and selective this detecting pattern; An and arithmetical unit; This arithmetical unit is located in this body; And electrically connect this mode selecting unit and this test piece slot; This arithmetical unit reads the current potential of learning this working electrode and this judgement pin, and judges and learn the electric connection mode of this judgement pin and this working electrode, and then controls this mode selecting unit and select this corresponding detecting pattern to detect for this detection test piece.
Further, this judgement pin of this detection test piece that the utility model is differentiated the multi-tester of detecting pattern automatically is three, and divides into one first and judge that pin, one second judges pin and one the 3rd judgement pin.
Further, the utility model this body of differentiating the multi-tester of detecting pattern automatically is provided with a display and a control key groups.
A kind of detection test piece comprises: a working electrode; One reference electrode; And at least one judgement pin, this working electrode, this reference electrode and this judgement pin are arranged side by side in an end limit of this detection test piece, and the electric connection mode of this judgement pin and this working electrode is a plurality of, and definition uses for a plurality of detecting patterns respectively.
Further, this judgement pin that the utility model detects test piece is three, and divides into one first and judge pin, one second judgement pin and one the 3rd judgement pin.
Further, this first judgement pin, this second judgement pin and the 3rd of the utility model detection test piece judge that pin does not electrically connect with this working electrode.
Further, this first judgement pin and this second judgement pin that the utility model detects test piece do not electrically connect with this working electrode, and the 3rd judges that pin and this working electrode electrically connect.
Further, the utility model detects this first judgement pin and the 3rd of test piece and judges that pin does not electrically connect with this working electrode, and this second judgement pin and this working electrode electrically connect.
Further, this first judgement pin that the utility model detects test piece does not electrically connect with this working electrode, and this second judgement pin and the 3rd judges that pin and this working electrode electrically connect.
Hence one can see that; The utility model is a kind of multi-tester of automatic differentiation detecting pattern; Collocation one detects test piece and uses, and this detection test piece comprises a working electrode, a reference electrode and at least one judgement pin, and this working electrode, this reference electrode and this judgement pin are arranged side by side in an end limit of this detection test piece; And the electric connection mode of this judgement pin and this working electrode is a plurality of, and definition uses for a plurality of detecting patterns respectively.
This multi-tester comprises a body, a test piece slot, a mode selecting unit and an arithmetical unit; Wherein this test piece slot is located on the body; And supply to detect the test piece insertion, and this mode selecting unit is located in this body and selective this detecting pattern, this arithmetical unit is located in this body; And electrically connect this mode selecting unit and this test piece slot; This arithmetical unit reads the current potential of learning this working electrode, this reference electrode and this judgement pin, and judges and learn the electric connection mode of this judgement pin and this working electrode, and then controls this mode selecting unit and select this corresponding detecting pattern to detect for this detection test piece.
Therefore; The advantage that the utility model is compared known technology is, when detecting the test piece slot of this multi-tester of test piece insertion, judges through this current potential of judging pin; Can differentiate the detecting pattern of this detection test piece and selection automatically automatically; It can increase the convenience in the use, and can the person of avoiding the use of misuse detecting pattern, causes the physiological signal faults and damages health.
Description of drawings
Fig. 1 is the spatial structure schematic appearance of known interpretoscope.
Fig. 2 is the spatial structure schematic appearance of the utility model.
Fig. 3 is the spatial structure partial exploded view of the utility model.
Fig. 4 electrically connects the mode synoptic diagram for the utility model detects test piece one.
Another electrically connects the mode synoptic diagram to Fig. 5 for the utility model detects test piece.
Fig. 6 detects the another electric connection mode of test piece synoptic diagram for the utility model.
Fig. 7 one electrically connects the mode synoptic diagram again for the utility model detects test piece.
Embodiment
Detailed content of relevant the utility model and technical descriptioon are described further with embodiment, but will be appreciated that following embodiment is merely the usefulness that illustrates at present, and should not be interpreted as the restriction of implementing the utility model.
See also Fig. 2, Fig. 3 and shown in Figure 4, the utility model is a kind of multi-tester of automatic differentiation detecting pattern, and collocation one detects test piece 10A and uses; This detection test piece 10A comprises a working electrode 11, a reference electrode 12 and at least one judgement pin 13; And this working electrode 11, this reference electrode 12 are arranged side by side in the end limit of this detections test piece 10A with this judgements pin 13, and should judgements pin 13 and the electric connection mode of this working electrode 11 be a plurality of, and define respectively to a plurality of detecting patterns uses; Wherein this working electrode 11 connects power supply; Its current potential is typically expressed as " 1 ", and this reference electrode 12 is an earth terminal, and its current potential table is not " 0 ".
This multi-tester comprises a body 20, a test piece slot 30, a mode selecting unit 40 and an arithmetical unit 50; Wherein this test piece slot 30 is located on the body 20; And supply to detect test piece 10A insertion; And this mode selecting unit 40 is located in this body 20 and selective this detecting pattern, and this arithmetical unit 50 is located in this body 20, and electrically connects this mode selecting unit 40 and this test piece slot 30; This arithmetical unit 50 reads the current potential of learning this working electrode 11, this reference electrode 12 and this judgement pin 13; And judge the electric connection mode of learning this judgement pin 13 and this working electrode 11, and then control this mode selecting unit 40 and select this corresponding detecting pattern to detect for this detection test piece 10A, and this body 20 also can be provided with a display 21 and a control key groups 22; With through the information display function of this display 21 and the input function of this control key groups 22, control this multi-tester.
Please consult shown in Figure 4 again; This judgement pin 13 of this detection test piece 10A can have a plurality of with the electric connection mode of this working electrode 11; Being three with this judgement pin 13 is example; It can be divided into one first and judge that pin 131A, one second judges that pin 132A judges pin 133A with one the 3rd, and definable goes out 8 electrical connected modes of difference, and 8 detecting patterns uses are given in definition respectively; In order to measure, below enumerate this judgement pin 13 and explain as follows with the part electric connection mode of this working electrode 11 like blood sugar, uric acid, cholesterol, triglyceride or the like physiologic information.
Electric connection mode like this judgement pin 13 and this working electrode 11 is: this first judgement pin 131A, this second judgement pin 132A and the 3rd judge that pin 133A does not electrically connect with this working electrode 11, and the detection test piece 10A definable of this electric connection mode is used as measuring blood.This moment, this first judgement pin 131A, this second judgement pin 132A judged pin 133A owing to be not connected this working electrode 11 with the 3rd when detecting the test piece slot 30 of this multi-tester of test piece 10A insertion when this, and its current potential is " 0 ".
The another kind of please consulting this judgement pin 13 shown in Figure 5 and this working electrode 11 again electrically connects mode; The detection test piece 10B definable of this electric connection mode is used as measuring uric acid; Wherein this first judgement pin 131B and this second judgement pin 132B do not electrically connect with this working electrode 11; The 3rd judges that pin 133B and this working electrode 11 electrically connect, so the current potential of this first judgement pin 131B and this second judgement pin 132B is " 0 ", the 3rd judges that the current potential of pin 133B is " and 1 ".
Please consult the another electric connection mode of this judgement pin 13 with this working electrode 11 shown in Figure 6 again; The detection test piece 10C definable of this electric connection mode is used as measuring cholesterol; Wherein this first judgement pin 131C and the 3rd judges that pin 133C does not electrically connect with this working electrode 11; This second judgement pin 132C and this working electrode 11 electrically connect, so this first judgement pin 131C and the 3rd judges that the current potential of pin 133C is " 0 ", the current potential of this second judgement pin 132C is " and 1 ".
Please consult an electric connection mode again of this judgement pin 13 with this working electrode 11 shown in Figure 7 again; The detection test piece 10D definable of this electric connection mode is used as measuring triglyceride; Wherein this first judgement pin 131D does not electrically connect with this working electrode 11; This second judgement pin 132D and the 3rd judges that pin 133D and this working electrode 11 electrically connect, so this first judgement pin 131D is " 0 ", the current potential of this second judgement pin 132D and the 3rd judgement pin 133D pin is " and 1 ".
As stated; When the detection test piece 10A of the utility model, 10B, 10C, 10D insert the test piece slot 30 of this multi-tester; Can read the current potential of learning this working electrode 11 and this judgement pin 13 through this arithmetical unit 50, and judge, learn the electric connection mode of this judgement pin 13 and this working electrode 11 through this working electrode 11 and current potential of this judgement pin 13; Automatically select measuring blood, uric acid, cholesterol, triglyceride with the detecting pattern of differentiating this detection test piece 10A, 10B, 10C, 10D automatically; Thereby the convenience that increase to use, and can the person of avoiding the use of misuse detecting pattern causes the physiological signal faults and damages health.
Claims (9)
1. multi-tester of automatically differentiating detecting pattern; Collocation one detects test piece and uses, and this detection test piece comprises a working electrode, a reference electrode and at least one judgement pin, and this working electrode, this reference electrode and this at least one judgement pin are arranged side by side in an end limit of this detection test piece; And the electric connection mode of this judgement pin and this working electrode is a plurality of; And definition uses for a plurality of detecting patterns respectively, it is characterized in that this multi-tester comprises:
One body;
One test piece slot, this test piece slot is located on this body, and supplies this detection test piece to insert;
One mode selecting unit, this mode selecting unit are located in this body and selective this detecting pattern; And
One arithmetical unit; This arithmetical unit is located in this body; And electrically connect this mode selecting unit and this test piece slot; This arithmetical unit reads the current potential of learning this working electrode and this judgement pin, and judges and learn the electric connection mode of this judgement pin and this working electrode, and then controls this mode selecting unit and select this corresponding detecting pattern to detect for this detection test piece.
2. the multi-tester of automatic differentiation detecting pattern according to claim 1 is characterized in that this judgement pin of this detection test piece is three, and divides into one first and judge pin, one second judgement pin and one the 3rd judgement pin.
3. the multi-tester of automatic differentiation detecting pattern according to claim 1 is characterized in that this body is provided with a display and a control key groups.
4. one kind is detected test piece, it is characterized in that comprising:
One working electrode;
One reference electrode; And
At least one judgement pin, this working electrode, this reference electrode and this judgement pin are arranged side by side in an end limit of this detection test piece, and the electric connection mode of this judgement pin and this working electrode is a plurality of, and definition uses for a plurality of detecting patterns respectively.
5. detection test piece according to claim 4 is characterized in that this judgement pin of this detection test piece is three, and divides into one first and judge pin, one second judgement pin and one the 3rd judgement pin.
6. detection test piece according to claim 5 is characterized in that this first judgement pin, this second judgement pin and the 3rd judgement pin do not electrically connect with this working electrode.
7. based on the described detection test piece of claim 5, it is characterized in that this first judgement pin and this second judgement pin do not electrically connect with this working electrode, the 3rd judges that pin and this working electrode electrically connect.
8. based on the described detection test piece of claim 5, it is characterized in that this first judgement pin and the 3rd judgement pin do not electrically connect with this working electrode, this second judgement pin and this working electrode electrically connect.
9. based on the described detection test piece of claim 5, it is characterized in that this first judgement pin does not electrically connect with this working electrode, this second judgement pin and the 3rd judges that pin and this working electrode electrically connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202891869U CN202330428U (en) | 2011-08-05 | 2011-08-05 | Multifunctional detector for automatically determining detection modes and detection test piece for multifunctional detector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202891869U CN202330428U (en) | 2011-08-05 | 2011-08-05 | Multifunctional detector for automatically determining detection modes and detection test piece for multifunctional detector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202330428U true CN202330428U (en) | 2012-07-11 |
Family
ID=46442404
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202891869U Expired - Lifetime CN202330428U (en) | 2011-08-05 | 2011-08-05 | Multifunctional detector for automatically determining detection modes and detection test piece for multifunctional detector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202330428U (en) |
-
2011
- 2011-08-05 CN CN2011202891869U patent/CN202330428U/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120711 |
|
| CX01 | Expiry of patent term |