CN103076443A - Detector capable of discriminating calibration card and calibration card, detection system and method - Google Patents
Detector capable of discriminating calibration card and calibration card, detection system and method Download PDFInfo
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- CN103076443A CN103076443A CN2012104374423A CN201210437442A CN103076443A CN 103076443 A CN103076443 A CN 103076443A CN 2012104374423 A CN2012104374423 A CN 2012104374423A CN 201210437442 A CN201210437442 A CN 201210437442A CN 103076443 A CN103076443 A CN 103076443A
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Abstract
The invention discloses a detector capable of discriminating a calibration card, which belongs to the medical detection technical field. The detector comprises a CPU, a signal detection module, a test paper jack and a calibration card jack; the CPU is connected to the signal detection module; the detector also comprises a light source and a photoelectric converter arranged in the test paper jack; an optical sensing unit arranged opposite to the light source is arranged on the photoelectric converter; the CPU comprises a control module and a parameter contrast module which are connected, the control module is connected to the photoelectric converter; a chip read apparatus is arranged in the calibration card jack, and the chip read apparatus is connected to the control module. The invention discloses a calibration card provided with an identification code, and an automatic interpretation detection system, which uses the detector calibration card and the test paper provided with an identification hole corresponding to the optical sensing unit. The invention also relates to the automatic interpretation detection method. According to the invention, the judgment can be carried out according to the test paper and the calibration card, whether the calibration card is coupled with the test paper or not is prompted, and the test result is more accurate and reliable.
Description
Technical field
The present invention relates to a kind of medical detection technique, specifically, particularly relate to a kind of the differentiate detector of correction card, a kind of correction card, a kind of detection system and a kind of detection method of differentiating correction card of differentiating correction card.
Background technology
The detectors such as blood sugar, uric acid or cholesterol of now selling on the market because the irresistible factors such as concentration deviation may appear in different BT(batch testing) paper in process of production, usually need to arrange a correction card again and carry out parameter adjustment outside test paper.Take blood glucose monitoring system as example, because the consistance of glucose oxidase enzyme test peper in making production run poorly controlled, so in order to ensure test result accurately and reliably, usually need to after different BT(batch testing) paper are produced, before encapsulation, test paper be screened.Test paper after the detection, what the electrical characteristics biochemical reaction was close is one group, corresponding correcting code.The blood glucose meter of now selling on the market, each BT(batch testing) paper be corresponding such correction card all, and detector needs carry out parameter adjustment according to the correcting code instruction calls corresponding program on the correction card, could realize accurate the test.Therefore, in use, the user must cooperate corresponding correction card could realize correct measurement when inserting test card.Yet blood sugar, uric acid, cholesterol etc. are detector similarly, and the user mostly is the elderly, in case forget when changing another BT(batch testing) card and change simultaneously correction card, test result has just been cancelled so.Some testers may not recognize also that test makes mistakes, and detector does not have again corresponding prompting function, as easy as rolling off a log with the error checking result as effective result, make false judgment.Not only waste thus test resource, more waste user's time.And this type of detector mostly has been wound or Wicresoft is detected, the error that similar carelessness causes will more or less be tormented with serving unnecessary pain to the testee, more priorly be, larger such as the test result deviation, error result may make the testee too optimistic or pessimistic to the situations such as blood sugar, uric acid, cholesterol of oneself so, and then causes the delay for the treatment of time or body and mind is caused to a certain degree negative effect.
In addition, also have on the market another kind of detector of exempting from correction card, be built on the detector by the correction program that will preset, exempted the user and should insert the trouble that test paper inserts correction card again.Yet, because the internal memory of detector is limited all the time, and predeterminable correction program also can only batch arrange based on the existing test paper of producing, test paper output if any new lot, owing to not for the correction program of respective batch test paper, utilizing existing detector and new lot test paper can't draw accurately test in the detector.Therefore, the detector that similarly can differentiate correction card can only use the test paper of the particular batch that pre-set programs built-in with it be complementary, and it needs to specify particular batch usually to batch the having relatively high expectations of test paper.By contrast, need the detector of correction card owing to having used independent correction card, need only during use and insert correction card, the correcting code that detector reads on the card can be finished parameter correction, and therefore, this detector is wider to test choice of paper face, without special specific aim, adaptability is stronger.
Summary of the invention
Based on this, the invention reside in the defective that overcomes prior art, a kind of detector of differentiating correction card is provided, whether this detector can point out correction card and test paper to mate.
The present invention also has a purpose to be to provide a kind of correction card, is used in conjunction with detector, test paper, and detector can be judged voluntarily according to test paper and correction card, and whether prompting correction card and test paper mate.
The present invention also has a purpose to be to provide a kind of detection system of differentiating correction card, has the detector and the test paper that cooperatively interact, and this detector can judge voluntarily according to test paper and correction card, and whether prompting correction card and test paper mate.
Another object of the present invention is to provide a kind of detection method of differentiating correction card, whether the method mates correction card and test paper first judges, and again according to judged result, whether choice carries out trace routine.
For realizing purpose of the present invention, provide following technical scheme: a kind of detector of differentiating correction card comprises CPU, signal detection module, test paper socket, correction card socket; Described CPU connects signal detection module; Also comprise light source and the photoelectric commutator be located in the test paper socket; Described photoelectric commutator is provided with the photoinduction unit, and this photoinduction unit and light source are oppositely arranged; Described CPU comprises interconnective control module and parameter comparison module, and this control module also connects photoelectric commutator; Be provided with chip reader in the described correction card socket, this chip reader is by the digital to analog converter link control module.
After test paper inserts detector, the triggering light source is opened, and on the test paper according to parameter comparison program default in the parameter comparison module, be provided with the identifying hole of varying number and corresponding different photoinduction unit, light source sees through this identifying hole and shines on the photoinduction unit, and light signal is sent to digital to analog converter after being changed into electric signal by the photoinduction unit, again convert the electrical signal to digital signal, be sent to the control module among the CPU; Simultaneously, the chip reader in the detector reads the correcting chip on the correction card, obtains the digital signal of correction card identification code, and is sent to the control module among the CPU; Control module enters execution parameter contrast program in the parameter comparison module according to the RST that receives, and the signal on correction card and the test paper is compared, thereby obtain this correction card and the test paper batch result of whether mating.
The below describes further technical scheme:
In certain embodiments, described photoinduction unit is provided with at least two photoinduction unit.According to the parameter comparison program quantity that needs in actual conditions analysis and the definite detector arrange, according to the mathematical combination formula, need to determine what photoinduction unit just can distinguish the test paper of required batch of quantity.As in the situation that batch less, the photoinduction unit that equates with test paper batch sum can be set in the detector, in the time of first batch, there is 1 photoinduction unit to receive light signal and it is changed into electric signal, CPU will receive the signal of 1 photoinduction unit; Second batch, there are 2 photoinduction unit to receive light signal and it is changed into electric signal, CPU will receive the signal of 2 photoinduction unit; The 3rd batch, there are 3 photoinduction unit to receive light signal and it is changed into electric signal, CPU will receive the signal of 3 photoinduction unit; By that analogy.But when batch more, as continue to make in this way and then will beat more hole at test paper, more photoinduction unit is set, in the situation of the limited space that test paper can be used for punching, this method is inconvenient to implement.At this moment can be according to mathematical combined method, be numbered with number, setting program by giving different photoinduction unit: as receive and the electric signal of the 1st photoinduction unit enter first subparameter contrast program; As receive the electric signal of the 2nd photoinduction unit, enter second batch subparameter contrast program; As receiving simultaneously the electric signal of the 1st, the 2nd photoinduction unit, then enter the 3rd batch of parameter comparison program.According to the permutation and combination formula (
If always total n photoinduction unit receives that the converter of light signal has m, and be so always total
Plant combined method) to calculate, can there be 64 kinds of array modes 6 photoinduction unit, therefore, can satisfy the expression of 64 kinds of different identification codes by the various combination of 6 photoinduction unit.
In certain embodiments, be provided with spaced baffle plate between the described photoinduction unit.Baffle plate is spaced with adjacent identifying hole and photoinduction unit with identifying hole and its corresponding photoinduction unit, avoids the light interference between different identifying holes, guarantees that the interpretation of detector is accurate.
In certain embodiments, described signal detection module is that the fluid analysis quality testing is surveyed module, comprises at least one in blood sugar test module, cholesterol detection module, uric acid detection module, blood ketone detection module, triglyceride detection module, lactate detection module, the ketoboidies detection module.Also can according to the actual requirements, other fluid analysis quality testings be set survey projects module.
For realizing another object of the present invention, following technical scheme is provided: a kind of correction card, described correction card is provided with correcting chip, is provided with identification code in the described correcting chip.Be used in conjunction with detector, test paper, detector can be judged voluntarily according to test paper and correction card, whether prompting correction card and test paper mate.And also be provided with the correction parameter of proofreading and correct for the different batches test paper in this correcting chip, tester can draw correct test result according to these correction parameters.
For realizing another object of the present invention, provide following technical scheme: a kind of detection system of differentiating correction card, adopt test paper, the detector of the above-mentioned correction card differentiated, above-mentioned correction card, described test paper is provided with the identifying hole corresponding with above-mentioned photoinduction cell position in the position of inserting detector test paper socket, this identifying hole when inserting detector between photoinduction unit and light source, its quantity and position are set according to photoinduction cell position corresponding to specific electric signal, and this specific electric signal is electric signal corresponding with the correcting code of this test paper batch correction card that is complementary in the parameter comparison module.Which is/several photoinduction unit matches required electric signal corresponding to batch the be complementary correcting code of correction card of this test paper, then be provided with in the corresponding position of test paper with this/identifying hole that several photoinduction unit is corresponding.The light that light source is sent can shine this by this identifying hole/several photoinduction unit on.
After test paper inserts detector, the triggering light source is opened, and the default parameter comparison program of basis on the test paper, be provided with the identifying hole of varying number and corresponding different photoinduction unit, light source sees through this identifying hole and shines on the photoinduction unit, and light signal is sent to digital to analog converter after being changed into electric signal by the photoinduction unit, again convert the electrical signal to digital signal, be sent to CPU; Simultaneously, the chip reader in the detector reads the correcting chip on the correction card, obtains the digital signal of correction card identification code, and is sent to CPU; CPU enters the parameter comparison program according to the RST that receives, and the signal on correction card and the test paper is compared, thereby obtain this correction card and the test paper batch result of whether mating.
The below describes further technical scheme:
In certain embodiments, described identifying hole is located at the blank parts between the conducting wire on the test paper.Because the test paper area is limited, and will avoid conducting wire on the test paper during punching, the blank parts punching that can insert at test paper detector interts between the conducting wire, can utilize like this space to keep test paper length constant, saving resource.
In certain embodiments, described identifying hole is located at the blank parts between the conducting wire on the test paper, and this way can take full advantage of limited space, keeps test paper length constant, saving resource.
In certain embodiments, the front end that described test paper inserts detector test paper socket is provided with punching section, and described identifying hole is located in this punching section.The front end that inserts the detector part at test paper adds one section position that is specifically designed to punching, work it out like this test paper longer, but punching can be comparatively concentrated, and can avoid punching because of carelessness in the punching process conducting wire on the test paper, the situation that the conducting wire on the test paper is damaged occurs.
In certain embodiments, described test paper is fluid analysis thing test paper, comprises at least a in blood sugar test paper, cholesterol test test paper, uric acid test paper, blood ketone test paper, triglyceride test paper, lactic acid test paper, the ketoboidies test paper.Also can according to the actual requirements, arrange with other fluid analysis quality testings and survey the corresponding test paper of projects module.
In certain embodiments, the aperture of described identifying hole is less than or equal to 2mm.Because test paper is less, the hole is beaten to such an extent that I is saved the space, strengthens span, and the errors such as test paper calcellation are punched in two holes that minimizing punching process may occur.
In certain embodiments, described identifying hole is at least a in circular, the polygon.Wherein, polygon can be selected triangle, square etc.; Only need the light transmission of light source is got final product.The identifying hole circular, circular design is so that punching is convenient.
In certain embodiments, described identifying hole is that the aperture is the circle of 1mm.For guaranteeing that the luminous energy that light source sends is received by the photoinduction unit by identifying hole smoothly, the hole can not be too little; And the aperture is larger, and drilling process is simpler, and with the easier accurate control of the corresponding relation of photoinduction unit; But test paper is less, the situation that test paper is punched in two holes that the larger punching process in aperture more may occur; Therefore the circular identifying hole in 1mm aperture is to consider the preferred version of making after the above-mentioned situation.
For realizing another object of the present invention, following technical scheme is provided: a kind of detection method of differentiating correction card may further comprise the steps:
1) adopts the detection system of the above-mentioned correction card differentiated, test paper and correction card are inserted respectively in the test paper socket and correction card socket of detector;
2) in the detector with test paper on the photoinduction unit of identifying hole relevant position accept light signal, and convert light signal to electric signal, be sent to digital to analog converter, again convert the electrical signal to digital signal, be sent to CPU; Simultaneously, the chip reader in the detector reads the correcting chip on the correction card, obtains the digital signal of correction card identification code, and is sent to CPU;
3) enter the parameter comparison program, whether the contrast correction card is identical with digital signal on the test paper, obtains comparing result.
The below describes further technical scheme:
In certain embodiments, in the step 3), when comparing result is coupling, enters follow-up correction program, and detect; When comparing result when not mating, prompting correction card mistake, and stop down-stream.
In certain embodiments, comprise that also step 4) draws testing result after, testing result is exported with readable form.Can for by display screen output, also can print on the paper and export.
Whether the method mates correction card and test paper first judges, and again according to judged result, whether choice carries out trace routine.Avoided being conducive to economize on resources owing to distinguishing the waste of the test paper that error may cause, also avoided the elderly because neglect the possibility that has misdeemed testing result and caused serious consequence.
The below describes the advantage of aforementioned techniques scheme:
The detector of differentiating correction card of the present invention, by the parameter comparison program among the CPU, whether contrast is consistent with the signal in the test paper from the identification code in the correction card, thereby obtains the result whether correction card and test paper mate, and realizes the purpose of automatic discrimination correction card.Use easylier, test result has been avoided more accurately and reliably because the testing result distortion of in time not changing correction card or having used wrong correction card to cause economizes on resources environmental protection on the one hand.Also avoided on the other hand the elderly because neglect the possibility that has misdeemed testing result and caused serious consequence.Detector of the present invention is more suitable for the elderly and uses, for the elderly provides more easily detector.
Correction card of the present invention is used in conjunction with detector, test paper, and detector can be judged voluntarily according to test paper and correction card, and whether prompting correction card and test paper mate.
The detection system of differentiating correction card of the present invention, have the detector and the test paper that cooperatively interact, this detector can be according to test paper and correction card institute band signal, judge voluntarily, enter the relevant parameter contrast program that pre-sets in the detector, realize whether the automatic discrimination correction card mates.Use easylier, test result more accurately and reliably.
The detection method of differentiating correction card of the present invention provides a kind of new approaches, namely first whether correction card and test paper is mated to judge, and again according to judged result, whether choice carries out trace routine.Avoided being conducive to economize on resources owing to distinguishing the waste of the test paper that error may cause, also avoided the elderly because neglect the possibility that has misdeemed testing result and caused serious consequence.
Description of drawings
Fig. 1 is the embodiment 1 described detection system schematic diagram of differentiating correction card;
Fig. 2 is the embodiment 2 described detection system schematic diagram of differentiating correction card;
Fig. 3 is the embodiment 2 described testing process schematic diagram of differentiating the detection system of correction card;
Fig. 4 is the embodiment 2 described detection system photoelectric detective circuit structural representations of differentiating correction card;
Fig. 5 is test paper schematic diagram among the embodiment 1;
Fig. 6 is test paper schematic diagram among the embodiment 2.
Description of reference numerals: 1. light source; 2. test paper; 3. photoinduction unit; 4.CPU; 5. identifying hole; 6. conducting wire.
Embodiment
The below is elaborated to embodiments of the invention:
Embodiment 1
As shown in Figure 1, a kind of detection system of differentiating correction card adopts test paper 2, the detector that can differentiate correction card and correction card, and described detector comprises: CPU4, signal detection module, test paper socket, correction card socket; Described CPU4 connects signal detection module; Also comprise light source 1 and the photoelectric commutator be located in the test paper socket; Described photoelectric commutator is provided with photoinduction unit 3, and this photoinduction unit 3 is oppositely arranged with light source 1; Described CPU comprises interconnective control module and parameter comparison module, and this control module also connects photoelectric commutator; Be provided with chip reader in the described correction card socket, this chip reader is by the digital to analog converter link control module.Described correction card is provided with correcting chip, is provided with identification code in the described correcting chip.Described test paper 2 is provided with the identifying hole 5 corresponding with above-mentioned 3 positions, photoinduction unit in the position of inserting detector test paper socket, this identifying hole 5 when inserting detector between photoinduction unit 3 and light source 1, its quantity and position are according to specific photoinduction unit 3 set positions corresponding to electric signal, and this specific electric signal is electric signal corresponding with the correcting code of this test paper batch correction card that is complementary in the parameter comparison module.
Which is/the corresponding corresponding parameter comparison programs in several photoinduction unit 3, then be provided with in test paper 2 corresponding positions with this/identifying hole 5 that several photoinduction unit 3 is corresponding.The light that light source 1 is sent can shine this by this identifying hole 5/several photoinduction unit 3 on.
Described photoinduction unit 3 is one, and described test paper 2 has two batches.
Above-mentioned identifying hole 5 is the circular port of 1mm for pore size.Described identifying hole 5 is located at the blank parts between the conducting wire 6 on the test paper 2.Because test paper 2 areas are limited, and to avoid conducting wire 6 on the test paper 2 during punching, the blank parts punching that can insert at test paper 2 detectors, intert and between conducting wire 6, punch, as shown in Figure 5, can utilize like this space to keep test paper 2 length constant, saving resource.
Adopt the detection method of the correction card differentiated that the above-mentioned detection system of differentiating correction card carries out, may further comprise the steps, as shown in Figure 3:
1) adopts the detection system of the above-mentioned correction card differentiated, test paper 2 and correction card are inserted respectively in the test paper socket and correction card socket of detector;
2) in the detector with test paper 2 on the photoinduction unit 3 of identifying hole 5 relevant positions accept light signal, and convert light signal to electric signal, be sent to digital to analog converter, again convert the electrical signal to digital signal B, be sent to CPU; Simultaneously, the chip reader in the detector reads the correcting chip on the correction card, obtains the digital signal A of correction card identification code, and is sent to CPU4;
3) CPU4 is according to the RST that receives, contrast again pre-set programs, as there is not photoinduction unit 3 to receive light signal, then digital to analog converter is sent to CPU4 with digital signal " 0 ", compares with the digital signal of correction card identification code, if the digital signal of identification code also is " 0 ", then mate, operate correctly by signal prompt user on sound and/or the display screen, enter correction program, continue to finish ensuing trace routine; If the digital signal of identification code is not " 0 ", then do not mate, by signal prompt user identification code mistake on sound and/or the display screen, prompting user inserts correct correction card, and stops ensuing testing, until the user inserts correct correction card.
4) draw testing result after, testing result is exported with readable form.In the present embodiment, Output rusults is at the LED of tester screen display.
As shown in Figure 2, a kind of detection system of differentiating correction card adopts test paper 2, the detector that can differentiate correction card and correction card, and described detector comprises: CPU4, signal detection module, test paper socket, correction card socket; Described CPU4 connects signal detection module; Also comprise light source 1 and the photoelectric commutator be located in the test paper socket; Described photoelectric commutator is provided with photoinduction unit 3, and this photoinduction unit 3 is oppositely arranged with light source 1; Described CPU comprises interconnective control module and parameter comparison module, and this control module also connects photoelectric commutator; Be provided with chip reader in the described correction card socket, this chip reader is by the digital to analog converter link control module.Described correction card is provided with correcting chip, is provided with identification code in the described correcting chip.Described test paper 2 is provided with the identifying hole 5 corresponding with above-mentioned 3 positions, photoinduction unit in the position of inserting detector test paper socket, this identifying hole 5 when inserting detector between photoinduction unit 3 and light source 1, its quantity and position are according to specific photoinduction unit 3 set positions corresponding to electric signal, and this specific electric signal is electric signal corresponding with the correcting code of this test paper batch correction card that is complementary in the parameter comparison module.
Which is/the corresponding corresponding parameter comparison programs in several photoinduction unit 3, then be provided with in test paper 2 corresponding positions with this/identifying hole 5 that several photoinduction unit 3 is corresponding.The light that light source 1 is sent can shine this by this identifying hole 5/several photoinduction unit 3 on.
Described photoinduction unit 3 is six.Be respectively the first, second, third, fourth, the 5th and the 6th photoinduction unit.
Be provided with spaced baffle plate between the described photoinduction unit 3.Baffle plate is spaced with adjacent identifying hole 5 and photoinduction unit 3 with identifying hole 5 and its corresponding photoelectric commutator, avoids the light interference of 5 of different identifying holes, guarantees that the interpretation of detector is accurate.
Described correction card is provided with correcting chip, is provided with identification code in the described correcting chip.Be used in conjunction with detector, test paper 2, detector can be judged voluntarily according to test paper 2 and correction card, whether prompting correction card and test paper mate.And also be provided with the correction parameter of proofreading and correct for different batches test paper 2 in this correcting chip, tester can draw correct test result according to these correction parameters.
Above-mentioned identifying hole 5 is the circular port that pore size is 1mm.Because identifying hole 5 is more, above-mentioned identifying hole 5 is arranged in the punching section of test paper 2 insertion detector test paper socket front ends, as shown in Figure 6.Work it out like this test paper 2 longer, but punching can be comparatively concentrated, and can avoid punching because of carelessness conducting wire 6 in the punching process, the situation that the conducting wire 6 on the test paper 2 is damaged occurs.
Adopt the detection method of the correction card differentiated that the above-mentioned detection system of differentiating correction card carries out, may further comprise the steps, as shown in Figure 3:
1) adopts the detection system of the above-mentioned correction card differentiated, test paper 2 and correction card are inserted respectively in the test paper socket and correction card socket of detector;
2) in the detector with test paper 2 on the photoinduction unit 3 of identifying hole 5 relevant positions accept light signal, and convert light signal to electric signal, be sent to digital to analog converter, again convert the electrical signal to digital signal B, be sent to CPU4; Simultaneously, the chip reader in the detector reads the correcting chip on the correction card, obtains the digital signal A of correction card identification code, and is sent to CPU4;
3) CPU4 is according to the RST that receives, contrast again pre-set programs, as there is not photoinduction unit 3 to receive light signal, then digital to analog converter is sent to CPU4 with digital signal " 0 ", compares with the digital signal of correction card identification code, if the digital signal of identification code also is " 0 ", then mate, operate correctly by signal prompt user on sound and/or the display screen, enter correction program, continue to finish ensuing trace routine; If the digital signal of identification code is not " 0 ", then do not mate, by signal prompt user identification code mistake on sound and/or the display screen, prompting user inserts correct correction card, and stops ensuing testing, until the user inserts correct correction card; Receive light signal such as the first photoinduction unit, then digital to analog converter is sent to CPU4 with digital signal " 1 ", compare with the digital signal of correction card identification code, if the digital signal of identification code also is " 1 ", then mate, operate correctly by signal prompt user on sound and/or the display screen, enter correction program, continue to finish ensuing trace routine; If the digital signal of identification code is not " 1 ", then do not mate, by signal prompt user identification code mistake on sound and/or the display screen, prompting user inserts correct correction card, and stops ensuing testing, until the user inserts correct correction card; By that analogy, all receive light signal such as the first, second, third, fourth, the 5th and the 6th photoinduction unit, then digital to analog converter is sent to CPU4 with digital signal " 111111 ", compare with the digital signal of correction card identification code, if the digital signal of identification code also is " 111111 ", then coupling operates correctly by signal prompt user on sound and/or the display screen, enter correction program, continue to finish ensuing trace routine; If the digital signal of identification code is not " 111111 ", (1 expression photoinduction unit receives light signal, and 0 expression does not receive.Combination by 1 and 0 represents having or not of light signal, thereby forms digital signal.) then do not mate, by signal prompt user identification code mistake on sound and/or the display screen, prompting user inserts correct correction card, and stops ensuing testing, until the user inserts correct correction card; According to aforementioned content, six photoinduction unit can arrange 64 kinds of different combinations, can satisfy different batches test paper 2 that the user has and the differentiation coupling work of correction card fully.The circuit structure of said structure as shown in Figure 4.
4) draw testing result after, testing result is exported with readable form.In the present embodiment, Output rusults is at the LED of tester screen display.
Whether the method mates correction card and test paper 2 first judges, and again according to judged result, whether choice carries out trace routine.Avoided being conducive to economize on resources owing to distinguishing the waste of the test paper 2 that error may cause, also avoided the elderly because neglect the possibility that has misdeemed testing result and caused serious consequence.
The above embodiment has only expressed the specific embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to claim of the present invention.Should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise; can also make some distortion and improvement; as more identifying hole is set, to be adapted to more multiple batches of test paper etc., these all belong to protection scope of the present invention.
Claims (15)
1. the detector that can differentiate correction card comprises CPU, signal detection module, test paper socket, correction card socket; Described CPU connects signal detection module;
It is characterized in that, also comprise light source and the photoelectric commutator be located in the test paper socket; Described photoelectric commutator is provided with the photoinduction unit, and this photoinduction unit and light source are oppositely arranged; Described CPU comprises interconnective control module and parameter comparison module, and this control module also connects photoelectric commutator; Be provided with chip reader in the described correction card socket, this chip reader is by the digital to analog converter link control module.
2. the detector of differentiating correction card according to claim 1 is characterized in that, described photoelectric commutator is provided with at least two photoinduction unit.
3. the detector of differentiating correction card according to claim 2 is characterized in that, described photoinduction is provided with spaced baffle plate between the unit.
4. the detector of differentiating correction card according to claim 1, it is characterized in that, described signal detection module is that the fluid analysis quality testing is surveyed module, comprises at least one in blood sugar test module, cholesterol detection module, uric acid detection module, blood ketone detection module, triglyceride detection module, lactate detection module, the ketoboidies detection module.
5. correction card, it is characterized in that: described correction card is provided with correcting chip, is provided with identification code in the described correcting chip.
6. the detection system that can differentiate correction card, it is characterized in that, adopt test paper, each described detector of differentiating correction card of claim 1-4, correction card claimed in claim 5, described test paper is provided with the identifying hole corresponding with each described photoinduction cell position of claim 1-4 in the position of inserting detector test paper socket, this identifying hole when inserting detector between photoinduction unit and light source, its quantity and position are set according to photoinduction cell position corresponding to specific electric signal, and this specific electric signal is electric signal corresponding with the correcting code of this test paper batch correction card that is complementary in the parameter comparison module.
7. the detection system of differentiating correction card according to claim 6 is characterized in that, described identifying hole is located at the blank parts between the conducting wire on the test paper.
8. the detection system of differentiating correction card according to claim 6 is characterized in that, the front end that described test paper inserts detector test paper socket is provided with punching section, and described identifying hole is located in this punching section.
9. the detection system of differentiating correction card according to claim 6, it is characterized in that, described test paper is fluid analysis thing test paper, comprises at least a in blood sugar test paper, cholesterol test test paper, uric acid test paper, blood ketone test paper, triglyceride test paper, lactic acid test paper, the ketoboidies test paper.
10. the detection system of differentiating correction card according to claim 6 is characterized in that, the aperture of described identifying hole is less than or equal to 2mm.
11. the detection system of differentiating correction card according to claim 6 is characterized in that, described identifying hole is at least a in circular, the polygon.
12. the detection system of differentiating correction card according to claim 11 is characterized in that, described identifying hole is that the aperture is the circle of 1mm.
13. the detection method that can differentiate correction card is characterized in that may further comprise the steps:
1) adopts the described detection system of differentiating correction card of claim 6-12, test paper and correction card are inserted respectively in the test paper socket and correction card socket of detector;
2) in the detector with test paper on the photoinduction unit of identifying hole relevant position accept light signal, and convert light signal to electric signal, be sent to digital to analog converter, again convert the electrical signal to digital signal, be sent to CPU; Simultaneously, the chip reader in the detector reads the correcting chip on the correction card, obtains the digital signal of correction card identification code, and is sent to CPU;
3) enter the parameter comparison program, whether the contrast correction card is identical with digital signal on the test paper, obtains comparing result.
14. the detection method of differentiating correction card according to claim 13 is characterized in that, in the step 3), when comparing result is coupling, enters follow-up correction program, and detects; When comparing result when not mating, prompting correction card mistake, and stop down-stream.
15. the detection method of differentiating correction card according to claim 14 is characterized in that, comprise that also step 4) draws testing result after, testing result is exported with readable form.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210437442.3A CN103076443B (en) | 2012-11-05 | 2012-11-05 | Detector capable of discriminating calibration card and calibration card, detection system and method |
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| CN201210437442.3A CN103076443B (en) | 2012-11-05 | 2012-11-05 | Detector capable of discriminating calibration card and calibration card, detection system and method |
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| CN103076443A true CN103076443A (en) | 2013-05-01 |
| CN103076443B CN103076443B (en) | 2014-12-24 |
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| CN201210437442.3A Active CN103076443B (en) | 2012-11-05 | 2012-11-05 | Detector capable of discriminating calibration card and calibration card, detection system and method |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015070548A1 (en) * | 2014-01-24 | 2015-05-21 | 深圳市理邦精密仪器股份有限公司 | Identification calibration method for blood gas biochemical analysis system, and device |
| CN112603299A (en) * | 2020-11-20 | 2021-04-06 | 微泰医疗器械(杭州)股份有限公司 | Calibration method of implantable monitoring device, sensor assembly and blood glucose monitoring system |
| CN114689833A (en) * | 2022-04-02 | 2022-07-01 | 爱奥乐医疗器械(深圳)有限公司 | Test paper, test paper type determination method, detection method and detection system |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1508538A (en) * | 2002-12-16 | 2004-06-30 | 五鼎生物技术股份有限公司 | Portable multifunctional electrochemical biological detecting instrument |
| JP2009115518A (en) * | 2007-11-02 | 2009-05-28 | Sumitomo Electric Ind Ltd | Biosensor |
| CN102253085A (en) * | 2011-03-11 | 2011-11-23 | 桂林优利特医疗电子有限公司 | Correction bar, detector bar with correction code and detection device |
| CN202929036U (en) * | 2012-11-05 | 2013-05-08 | 广州万孚生物技术股份有限公司 | Detecting instrument capable of distinguishing correction card, correction card and detection system of correction card |
-
2012
- 2012-11-05 CN CN201210437442.3A patent/CN103076443B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1508538A (en) * | 2002-12-16 | 2004-06-30 | 五鼎生物技术股份有限公司 | Portable multifunctional electrochemical biological detecting instrument |
| JP2009115518A (en) * | 2007-11-02 | 2009-05-28 | Sumitomo Electric Ind Ltd | Biosensor |
| CN102253085A (en) * | 2011-03-11 | 2011-11-23 | 桂林优利特医疗电子有限公司 | Correction bar, detector bar with correction code and detection device |
| CN202929036U (en) * | 2012-11-05 | 2013-05-08 | 广州万孚生物技术股份有限公司 | Detecting instrument capable of distinguishing correction card, correction card and detection system of correction card |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015070548A1 (en) * | 2014-01-24 | 2015-05-21 | 深圳市理邦精密仪器股份有限公司 | Identification calibration method for blood gas biochemical analysis system, and device |
| CN112603299A (en) * | 2020-11-20 | 2021-04-06 | 微泰医疗器械(杭州)股份有限公司 | Calibration method of implantable monitoring device, sensor assembly and blood glucose monitoring system |
| CN114689833A (en) * | 2022-04-02 | 2022-07-01 | 爱奥乐医疗器械(深圳)有限公司 | Test paper, test paper type determination method, detection method and detection system |
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