CN206450683U - A kind of diagnostic test system - Google Patents
A kind of diagnostic test system Download PDFInfo
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- CN206450683U CN206450683U CN201621285559.4U CN201621285559U CN206450683U CN 206450683 U CN206450683 U CN 206450683U CN 201621285559 U CN201621285559 U CN 201621285559U CN 206450683 U CN206450683 U CN 206450683U
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Abstract
The utility model provides a kind of diagnostic test system, including：Terminal, including shell, ELISA test strip mechanism and power module are tested, the ELISA test strip mechanism and power module are in shell, and ELISA test strip mechanism is used to detect test strips and obtain actual test value MSurvey；Batch read module, for reading test strips batch information；Batch calibration system, is connected with ELISA test strip mechanism and batch read module signal, for by the actual test value M from ELISA test strip mechanismSurveyThe corresponding batch calibration data of batch according to test strips is calibrated, and obtains calibration value MJudge.The prod of different batches can be calibrated when actual user uses using diagnostic test system of the present utility model, to improve test result accuracy.
Description
Technical field
The utility model is related to area of medical diagnostics, more particularly to diagnostic test system.
Background technology
Quick diagnosis detects that meaning is derived from can be other beyond patient bed side, nursing dept., ward or clinical laboratory immediately
Place is carried out, and it is mainly characterized by, and simple to operate, easy to use, result is quick, device miniaturization, is also referred to as detected by bed.So
Test mode why favored by people, its main cause be it adapt to current social development efficiently allegro work
Mode, meets the requirement of people in time, patient can be made to obtain diagnoses and treatment as early as possible.
Quick diagnosis technology is an important development direction of clinical examination.Quick diagnosis product largely concentration is answered at present
In following classification：Infectious disease class；React the steroids of reproduction level；Drugs class；Applications of Cardiac Markers class；Autoantibody class；It is excellent
Raw good child-rearing class；Also other are such as：Fecal occult blood (FOB), c reactive protein, microdose urine protein etc..
Quick diagnosis test reagent strip belongs to a kind of conventional quick diagnostic tool, and such as very early pregnancy is with ovulation tests test paper
In the market the maximum project of proportion is detected for household person.
Further, since the reason such as technology, raw material and processing technology, the test paper that quick diagnosis industry is produced in vitro
Certain difference between batch is certainly existed between bar batch.The presence of difference between batch, causes the product of different batches for same sample
There is deviation in testing result, and its size directly affects the precision of measurement result, just because of this, for larger quick of difference between batch
Diagnosis test paper can only carry out qualitative detection, and be difficult to more accurately quantitatively detect.
And for the adverse effect for controlling difference between batch to bring, most of producer can be directed to reducing difference between batch, reduce between criticizing
Difference needs to take strict technological standards, raw material screening, the method such as sampling Detection of dispatching from the factory, although adopting for these measures can be with
Differences between batches are reduced as far as possible, but on the one hand can not be tackled the problem at its root, on the other hand undoubtedly also to research and development and life
Production proposes higher requirement, and adds substantial amounts of material resources and human cost.
In addition, external quick diagnosis test system, when user is Shi Jishiyong, is not that information reads complicated, accuracy at present
Low, being exactly can category of test be single, disposable cost is high.
Utility model content
The utility model is than larger, and to need for external quick diagnosis industry test paper production difference between batch at present
By a kind of present situation of the less difference between batch of method that is various complicated and expending huge cost, one kind of proposition can be achieved effective batch
Between difference calibration diagnostic test system.
Diagnostic test system of the present utility model is by reading product batches information and by between the batch and standard items
Difference between batch offset data, so as to be calibrated come the detection data to terminal client, every time using the test strips of different batches
When being tested, test result is compensated, the result judgement deviation that differences between batches are caused is reduced, so as to reduce factory
Remain to improve product test accuracy while to the research and development requirement and production requirement of difference between batch.
The diagnostic test system that the utility model is provided, including：
Test terminal, including shell, ELISA test strip mechanism and power module, the ELISA test strip mechanism and power supply mould
Block is in shell, and ELISA test strip mechanism is used to detect test strips and obtain actual test value MSurvey；
Batch read module；
Batch calibration system, is connected with ELISA test strip mechanism and batch read module signal, for that will come from test strips
The actual test value M of testing agencySurveyThe corresponding batch calibration data of batch according to test strips is calibrated, and obtains calibration value
MJudge。
Batch calibration system at least includes：
For obtaining and/or storing batch calibration information MSampleBatch calibration information acquisition module；
For by actual test value MSurveyCalibration meter is carried out according to batch calibration information corresponding with the batch of test strips to be measured
Calculate and obtain calibration value MJudgeTest data calibration module.
As further preferred, the batch calibration system also includes：
Threshold value storage module；
Determination module, is connected with test data calibration module and threshold value storage module, for according to calibration data MJudgeAnd
Threshold value judges that detection sample belongs to positive findings or negative findings；
Result of determination output module, is connected with determination module, for exporting result of determination.
As further preferably, the diagnostic test batch calibration system also includes：
Communication module, with batch read module, batch calibration information acquisition module, ELISA test strip mechanism, test data
One or more of connection in calibration module, result of determination output module；
Selectable, diagnostic test of the present utility model also includes cloud server communication module with batch calibration system,
Communicate, and be connected with batch calibration information acquisition module with cloud server, for transferring batch calibration letter from cloud server
Cease MSampleIt is transferred to batch calibration information acquisition module.
Still more preferably, the diagnostic test batch calibration system also includes：
Memory module, is connected with the result of determination output module, for storing result of determination.
The reagent strip testing agency of the utility model diagnostic test system includes：
Light channel structure, including the incident optical channel passed through for incident light and the reflection optical channel passed through for reflected light, it is described
Incident optical channel and reflection optical channel constitute V-type path channels, and the incident optical channel includes the inspection for being used to launch detection light beam
Light-metering source, the detection line that the detection light source includes being used to launch detection line detection light beam detects light source and for launching nature controlling line
The nature controlling line detection light source of light beam is detected, the reflection optical channel includes detector, and the detector includes being used to receive and examine
The p-wire detection of the detection line detection light beam surveyed after line reflection after testing and the nature controlling line detection light beam after Quality Control line reflection
Unit；And
Detector data processing module, is connected with the detector, is obtained for the signal according to detector and exports reality
Border test value MSurvey。
It is further improved for the detection suitable for variety classes prod, diagnostic test system of the present utility model,
Also include：Category identification system, batch calibration system is supplied to for identification agent bar species and by reagent strip kind of information；It is right
Answer, the batch calibration system is used for the actual test value M from ELISA test strip mechanismSurveyAccording to the batch of test strips and
Species is calibrated, and obtains calibration value MJudge。
The plug of prod for convenience, as preferred, diagnostic test system of the present utility model is held provided with prod
Receive chamber, prod accommodating chamber is corresponding with ELISA test strip mechanism position, detected with placing prod for ELISA test strip mechanism, institute
Prod accommodating chamber one end is stated provided with prod entrance, prod accommodating chamber is interior to clamp ejecting mechanism provided with prod.
Diagnostic test of the present utility model is particularly suitable for use in entering fast diagnosis reagent bar with batch calibration method and system
Row batch is calibrated, so as in the case of without high cost control difference between batch, eliminate the influence that difference between batch is brought so that quickly examine
Disconnected test agent bar can also realize half-quantitative detection.
The fast diagnosis reagent bar can be the reagent strip based on immunochromatography technique, such as colloid gold reagent bar, latex
Particulate reagent strip etc..Diagnostic categories can also apply to the various classifications of immunochromatography technique, include but is not limited to：HCG is (early
It is pregnant) detected with LH (ovulation level)；The detection of infectious disease class antigen or antibody；Drugs class is detected；Applications of Cardiac Markers is detected；Itself
Antibody class is detected；The detection of Infection of Toxoplasma Gondii, rubella, herpes simplex virus I/II, cytomegalovirus IgM etc..
The utility model applies wireless communication technique, Internet technology, mobile terminal APP technologies, by prod batch
Calibration information is transferred to client's test interpretation pen, the prod of different batches is calibrated when actual user uses, to carry
High test result accuracy.In a preferred approach, by optoelectronic information technology, realize for prod category identification, in increase
Product tests the multifarious disposable cost for reducing actual use user simultaneously.
Brief description of the drawings
Fig. 1 is shown as testing terminal schematic diagram
Fig. 2 is shown as batch calibration system embodiment schematic diagram
Fig. 3 is shown as a kind of schematic diagram of embodiment of batch calibration system
Fig. 4 is shown as the schematic diagram of another embodiment of batch calibration system
Fig. 5 is shown as the schematic diagram of another embodiment of batch calibration system
Fig. 6 is shown as the schematic diagram of another embodiment of batch calibration system
Fig. 7 is shown as a kind of flow chart of the utility model diagnostic test system
Wherein, figure a is mobile terminal operating process, and figure b is that (test pen is test terminal one to test terminal operation flow
Plant preferred form)
Fig. 8 is shown as light channel structure birds-eye perspective
Fig. 9 is shown as light channel structure schematic diagram
Figure 10 is shown as the schematic diagram of batch calibration system preferred embodiment
Figure 11 is shown as the schematic diagram of another preferred embodiment of batch calibration system
Figure 12 is shown as the applicable prod schematic diagram of the utility model diagnostic test system
Figure 13 is shown as category identification system schematic top plan view
Figure 14 is shown as the photoelectricity identification mechanism schematic diagram of category identification system
Figure 15 is shown as the color lump identification mechanism schematic diagram of category identification system
Figure 16 is shown as testing a kind of explosive view of embodiment of terminal
Figure 17 is shown as the schematic diagram of subelement in prod clamping ejecting mechanism
Figure 18 is shown as prod clamping ejecting mechanism schematic diagram
Figure 19 is shown as prod holder schematic diagram
Figure 20 is shown as matching the prod schematic diagram used with prod clamping ejecting mechanism
Figure 21 is shown as prod and the schematic diagram that coupon clamping ejecting mechanism is fixed is tested in test terminal
Dotted line represents optional annexation in Fig. 5,6,10,11, and dotted line frame represents selectable unit.
Reference：
1 shell
2 ELISA test strip mechanisms
21 incident optical channels
22 reflection optical channels
23 detection light sources
231 detection lines detect light source
232 nature controlling lines detect light source
233 color lump recognition detection light sources
24 detectors
25 detection windows
26 bottom plates
3 power modules
100 batch read modules
200 batch calibration systems
210 batch calibration information acquisition modules
220 test data calibration modules
230 threshold value storage modules
240 determination modules
250 result of determination output modules
260 communication modules
261 test strips batch information transmission units
262 batch calibration information MSampleTransmission unit
263 actual test value MSurveyTransmission unit
264 calibration value MJudgeTransmission unit
265 result of determination transmission units
266 category identification information transmission modulars
270 cloud server communication modules
280 memory modules
300 cloud servers
400 category identification systems
4 diagnostic test rods
40 p-wires
41 detection lines
42 nature controlling lines
43 color lumps
44 detection holes
5 displays
6 photoelectricity identification mechanisms
61 photoelectricity recognition detection light sources
62 photoelectric sensors
7 category identification system control switch
71 first switches
72 second switches
8 prod accommodating chambers
81 prod entrances
82 prods clamp ejecting mechanism
821 clamping limbs
8211 prod clamping parts
8212 clamping matching blocks
822 driving members
823 clamping limbs loosen button
824 prod expelling means
825 prod locating parts
83 slide rails or slideway
Embodiment
Illustrate embodiment of the present utility model below by way of specific instantiation, those skilled in the art can be by this theory
Content disclosed by bright book understands other advantages of the present utility model and effect easily.The utility model can also be by addition
Different embodiments are embodied or practiced, and the various details in this specification can also be based on different viewpoints with answering
With, without departing from it is of the present utility model spirit under carry out various modifications or alterations.
Fig. 1 is referred to Figure 21.It should be noted that the diagram provided in the present embodiment only illustrates this in a schematic way
The basic conception of utility model, so only display is with relevant component in the utility model and layout rather than according to reality in schema
Component count, shape and size during implementation are drawn, and the quantity of each component can be a kind of random change during its actual implementation, and
Its assembly layout kenel may also be increasingly complex.
A diagnostic test system is present embodiments provided, including：
Test terminal as shown in Figure 1, including shell 1, ELISA test strip mechanism 2 and power module 3, the test strips inspection
Mechanism 2 and power module 3 are surveyed in shell 1, ELISA test strip mechanism 2 is used to detect test strips and obtain actual survey
Examination value MSurvey；
Batch read module 100, for reading test strips batch information；
Batch calibration system 200, as shown in Fig. 2 be connected with ELISA test strip mechanism 2 and the signal of batch read module 100,
For by the actual test value M from ELISA test strip mechanismSurveyThe corresponding batch calibration data of batch according to test strips is carried out
Calibration, obtains calibration value MJudge。
Compared with prior art, primary theing improvement is that of the present utility model adds batch read module and batch school
Barebone.
Batch read module 100 can be one-dimensional bar code scanner, two-dimensional code reader, textual scan identifier, number
Word and/or alphabetical scanning recognition device, colour recognition device or image scanning identifier.One-dimensional bar code, the code reader category of Quick Response Code
In prior art, word, the scanning recognition of numeral also belong to prior art, and color, figure can also use existing color scanning
Device or graphic scanner obtain corresponding information.And pass through one-dimension code, Quick Response Code, word, numeral, letter, color or figure
The corresponding relation artificially set between batch can understand batch information.Batch read module need to be with being arranged in test strips
Batch information matches, and batch information may be disposed in color or image.Test strips can be typically packaged in prod, test strips
Batch information may be provided on prod.
Batch read module can be integrated in test terminal, and batch read module may also be disposed on mobile terminal (such as mobile phone)
In, read batch information by installing decoding software using existing hardware in mobile phone (such as camera).
Those skilled in the art understand, and the decoding process of batch information as described above can utilize meter of the prior art
Calculation machine, integrated circuit modules, PLD or existing software module are realized.
A kind of embodiment of batch calibration system 200 as shown in figure 3, including：
Batch calibration information acquisition module 210, for obtaining and/or storing batch calibration information MSample；
Test data calibration module 220, for by actual test value MSurveyAccording to corresponding with the batch of test strips to be measured batch
Secondary calibration information carries out calibration and calculates acquisition calibration value MJudge.Test data calibration module 220 can from batch read module 100, batch
Actual test value M is obtained in secondary calibration information acquisition module 210 and ELISA test strip mechanism 2SurveyAnd the batch with test strips to be measured
Corresponding batch calibration information.
The test strips batch information is obtained after being read by batch read module from reagent strip or prod.
The batch calibration information can be pre-stored in batch calibration information acquisition module, or be obtained through communication module from outside
.The batch calibration information being stored in batch calibration information acquisition module may be updated.Batch calibration information acquisition module may be used also
The batch calibration information M of matching is transferred according to the test strips batch information from batch read moduleSample。
The actual test data are obtained after being tested by ELISA test strip mechanism reagent strip.
The test data calibration module calculates calibration value using following equation：
MJudge=MSurvey+(MMark-MSample) (1)
Wherein MJudgeFor calibration value, MSurveyFor actual test value, MMarkFor the standard testing value of standard items, MSampleSampled for the batch
Test average of the sample to standard items.
Calculated through above-mentioned calibration, each equal corresponding standard value of measured value is calibrated, so as to effectively prevent due to production
The adverse effect that product official written reply difference is brought for testing result.
More stable production raw material and electronic component are can select, a collection of standard testing strips bar and ELISA test strip is produced
Mechanism, after being tested using this batch of standard reagent bar standard items (master sample of concentration known) obtained test value average as
Standard testing value is MMark。
Before dispatching from the factory, the test value average obtained after the sampling samples of the batch reagent strip are detected to standard items as
MSample。
Those skilled in the art understand, and the calculating process of calibration value as described above can be calculated using of the prior art
Machine, integrated circuit modules, PLD, other hardware or existing software module are realized.
The batch calibration system of present embodiment can be in the lump integrated in ELISA test strip mechanism in test terminal.Batch is read
Modulus block is also selectively integrated in test terminal.The test terminal selectively includes display unit, batch calibration
System can reach the batch calibration of test result and obtain half-quantitative detection result.
The another embodiment of batch calibration system as shown in figure 4, including：
Batch calibration information acquisition module 210, for obtaining and/or storing batch calibration information MSample；
Test data calibration module 220, for by actual test value MSurveyAccording to corresponding with the batch of test strips to be measured batch
Secondary calibration information carries out calibration and calculates acquisition calibration value MJudge.Test data calibration module 220 can from batch read module 100, batch
Actual test value M is obtained in secondary calibration information acquisition module 210 and ELISA test strip mechanism 2SurveyAnd the batch with test strips to be measured
Corresponding batch calibration information.
Threshold value storage module 230, for storing threshold T hrdMark；
Determination module 240, is connected with test data calibration module 220 and threshold value storage module 230, for according to calibration
Data MJudgeAnd threshold value judges that detection sample belongs to positive findings or negative findings；
Result of determination output module 250, is connected with determination module 240, for exporting result of determination.
The threshold T hrdMarkAs positive threshold value, can be according to the difference of Testing index, according to being anticipated with statistics
Count and determine after the clinical samples and normal person's pattern detection of justice, the determination of threshold value belongs to routine techniques.
Determination module 240 judges calibration data M using following equationJudgeBelong to positive findings or negative findings：
If 1) MJudge≥ThrdMarkAs a result it is positive (2)
If 2) MJudge＜ ThrdMarkAs a result it is negative (3)
The display unit that result of determination may be output in test terminal, also may be output to outside and carries display unit
Device such as mobile terminal etc..
Those skilled in the art understand, and calculating process, the calibration number decision process of calibration value as described above can be utilized
Computer of the prior art, integrated circuit modules, PLD, other hardware or existing software module are come real
It is existing.
The batch calibration system of present embodiment can be in the lump integrated in ELISA test strip mechanism in test terminal.Batch is read
Modulus block is also selectively integrated in test terminal.The test terminal selectively includes display unit, batch calibration
System can reach the batch calibration and the interpretation of testing result of test result.
Another embodiment of batch calibration system as shown in figure 5, including：
Batch calibration information acquisition module 210, for obtaining or storing batch calibration information MSample；
Test data calibration module 220, for by actual test value MSurveyAccording to corresponding with the batch of test strips to be measured batch
Secondary calibration information carries out calibration and calculates acquisition calibration value MJudge。
Threshold value storage module 230, for storing threshold T hrdMark；
Determination module 240, is connected with test data calibration module 220 and threshold value storage module 230, for according to calibration
Data MJudgeAnd threshold value judges that detection sample belongs to positive findings or negative findings；
Result of determination output module 250, is connected with determination module 240, for exporting result of determination.
Communication module 260, selectively including following one or more units：
Test strips batch information transmission unit 261, for transmitting test strips batch information.The transmission of test strips batch information is single
Member can be connected with batch read module 100, selectable, can also be with batch calibration information acquisition module 210 or test data school
Quasi-mode block 220 is connected, and test strips batch information is transferred into batch calibration information acquisition module or test data calibration module.
Batch calibration information MSampleTransmission unit 262, for transmitting batch calibration information MSample.Batch calibration information MSampleTransmission is single
Member can be connected with batch calibration information acquisition module 210 and test data calibration module 220, for batch calibration information MSampleBiography
It is defeated.
Actual test value MSurveyTransmission unit 263, for transmitting actual test value MSurvey.Actual test value MSurveyTransmission unit can be with
ELISA test strip mechanism 2 and test data calibration module 220 are connected, by actual test value MSurveyIt is transferred to test data calibrating die
Block.
Calibration value MJudgeTransmission unit 264, for transmitting calibration value MJudge.Calibration value MJudgeTransmission unit can be with test data
Calibration module 220 and determination module 240 are connected, and will transmit calibration value MJudgeIt is transferred to determination module.
Result of determination transmission unit 265, for transmitting result of determination.Result of determination transmission unit can be exported with result of determination
Module 250 is connected, for exporting result of determination.
The communication module includes wired communication element and/or wireless telecommunications element.Each unit can be adopted selectively
Data are transmitted with the mode of wire communication or wireless telecommunications, the wireless telecommunications can be wifi wireless telecommunications, bluetooth channel radio
The wireless communication modes such as news, the wire communication can be had using the communication interface for setting matching through suitable data line transfer
The prior art that line mechanics of communication and wireless communication technique can skillfully be grasped by those skilled in the art is realized.For example, exist
Test and all can on terminal setting wireless signal transmitting module and/or reception of wireless signals module, general mobile terminal (such as mobile phone)
Provided with wireless signal transmitting module or receiving module.
Based on the presence of communication module 260, each module of batch calibration system except can with it is integrated on the same device in addition to,
It can also split into different equipment.
Batch read module 100 can be placed in test terminal, or, can also possess the equipment of reading device using other
In reading mechanism, such as mobile terminal.
Batch calibration information acquisition module 210 can be placed in test terminal, or, test strips batch information acquisition module
100 can also be placed in the equipment that other possess reading device, such as mobile terminal.
Test data calibration module 220, which can be placed in test terminal, can also be placed in other-end equipment such as mobile terminal
In.Test data calibration module can be direct with batch read module, batch calibration information acquisition module and ELISA test strip mechanism
Being connected can be also indirectly connected to by communication module.When detection data calibration module 220 is calibrated with batch read module 100, batch
When data obtaining module 210 and ELISA test strip mechanism 2 are not located in same equipment, detection data calibration module 220 can be with
Test strips batch information transmission unit 261, batch calibration information M are set up using being matched in equipmentSampleTransmission unit 262, reality
Test value MSurveyTransmission unit 263, to obtain test strips batch information, batch calibration information MSampleWith actual test value MSurvey, so as to count
Calculate and obtain calibration value.
Threshold value storage module 230, determination module 240, result of determination output module 250 can be placed in test terminal also
It can be placed in other-end equipment such as mobile terminal, generally, three is located in same equipment.Determination module 240 with
Test data calibration module 220 and threshold value storage module 230 can be joined directly together, and can be also indirectly connected to through communication module.For example
When threshold value storage module 230, determination module 240 are not located in same equipment with test data calibration module 220, mould is judged
Block 240 can utilize the matching in equipment to set up calibration value MJudgeTransmission unit 264 obtains calibration value MJudge, so as to further obtain
Obtain and export result of determination.
Result of determination output module 250 can export result of determination into display unit or storage element.Display unit or
Storage element can detect the terminal display unit or storage element that carry, also using the display unit on external equipment or
Storage element shows or stored result of determination such as the display screen, storage card, internal memory of mobile terminal.When needs are in external equipment
When display or storage result of determination, or judged result output module is not located in same equipment with display device or memory module
When, it can be matched in equipment and set up result of determination transmission unit 265.
The batch calibration system of present embodiment can reach the batch school of test result by the data interaction of multiple devices
The interpretation of accurate and testing result.
The another embodiment of batch calibration system as shown in fig. 6, including：
Batch calibration information acquisition module 210, for obtaining or storing batch calibration information MSample；
Test data calibration module 220, for by actual test value MSurveyAccording to corresponding with the batch of test strips to be measured batch
Secondary calibration information carries out calibration and calculates acquisition calibration value MJudge。
Threshold value storage module 230, for storing threshold T hrdMark；
Determination module 240, is connected with test data calibration module 220 and threshold value storage module 230, for according to calibration
Data MJudgeAnd threshold value judges that detection sample belongs to positive findings or negative findings；
Result of determination output module 250, is connected with determination module 240, for exporting result of determination；
Communication module 260, ibid a kind of embodiment；
Cloud server communication module 270, is communicated with cloud server 300, with the phase of batch calibration information acquisition module 210
Even, for obtaining batch calibration information M from cloud serverSampleIt is transferred to batch calibration information acquisition module 210.
Memory module 280, selectively with result of determination output module 250 and/or the phase of result of determination transmission unit 265
Even, for storing result of determination.
Batch sampling Detection is carried out to batch products before reagent strip product export, and obtains sample testing average (MSample) and
Other batch calibration informations, and these data are uploaded into cloud server 300.Cloud server 300 preserve and safeguard it is all go out
The batch information and batch sample value and calibration information of factory's product.
Cloud server communication module 270 can be joined directly together with batch calibration information acquisition module 210, or through batch school
Calibration information MSampleTransmission unit 262 is connected with batch calibration information acquisition module 210.For obtaining batch calibration from cloud server
Information MSampleIt is transferred directly to batch calibration information acquisition module 210 or through batch calibration information MSampleTransmission unit 862 is by batch school
Calibration information MSampleIt is transferred to batch calibration information acquisition module 210.
Cloud server communication module 270 can also be placed in other-end equipment such as mobile terminal in test terminal
In, preferably, the excellent remote communicating function based on mobile terminal such as mobile phone, recommendation sets cloud server communication module 270
It is placed in mobile terminal.Cloud server communication module 270 can send to cloud server and transfer batch calibration information MSamplePlease
Instruction is asked, and receives the batch calibration information M of cloud server transmissionSampleInformation and other calibration informations.
Cloud server communication module 270 can also be connected (not shown) with batch read module 100, can be according to test strips
Batch information sends the batch calibration information M that matching is transferred from cloud serverSampleRequest instruction, receiving cloud server hair
The matching batch calibration information M sentSampleAfterwards, by the batch calibration information M of matchingSampleIt is transferred to batch calibration information acquisition module 210.
Likewise, cloud server communication module 270 can be joined directly together with batch read module 100, or through test strips batch information
Transmission unit 261 is connected.
Or, cloud server communication module 270 need not be connected with batch read module 100, directly according to customer instruction
Batch calibration information M is transferred or updated in transmissionSampleRequest instruction, receiving cloud server transmission batch calibration information MSample
Afterwards, by batch calibration information MSampleIt is transferred to batch calibration information acquisition module 210 and is stored in batch calibration information acquisition module
In 210, in specific test, export matching according to test strips batch information by batch calibration information acquisition module 210
Batch calibration information.
When cloud server communication module 270 and batch calibration information acquisition module 210 are located in same equipment, batch
Calibration information acquisition module 210 directly can obtain batch calibration information from cloud server communication module 270.Work as cloud server
When communication module 270 is not located in same equipment with batch calibration information acquisition module 210, batch calibration information acquisition module
210 can pass through batch calibration information MSampleTransmission unit 262 obtains batch calibration information from cloud server communication module 270.
When cloud server communication module 270 and batch read module 100 are located in same equipment, cloud server leads to
Interrogate module 270 directly can obtain test strips batch information from batch read module 100.When cloud server communication module 270 with
When batch read module 100 is not located in same equipment, cloud server communication module 270 can be passed by test strips batch information
Defeated unit 261 obtains batch information from batch read module 100.
Memory module 280 includes but is not limited to for non-voltile memory, random access memory or hard disk etc..Memory module
280 be able to can also be placed in other-end equipment such as mobile terminal in test terminal, also can be at test terminal or other ends
Memory module is all provided with end equipment.For with result of determination output module 250 be located at same equipment memory module, can directly from
Result of determination output module 250 obtains result of determination.Storage for not being located at same equipment with result of determination output module 250
Module, can be obtained from result of determination output module 250 by result of determination transmission unit 265 and store result of determination.
The batch calibration system of present embodiment can be reached based on internet cloud data by the data interaction of multiple devices
Batch calibration, the interpretation and storage of testing result of test result, are preferred embodiment.
As a specific case, the batch calibration system of present embodiment can be arranged at mobile terminal and test
In terminal.The communication module 260 of matching is set on mobile terminal and test terminal, wherein, batch read module 100, high in the clouds clothes
Business device communication module 270, memory module 280 are arranged in mobile terminal, test data calibration module 220, threshold value storage mould
Block 230, determination module 240, result of determination output module 250 are arranged in test pen.During operation, as shown in fig. 7, using movement
Calibration information is transferred from Cloud Server according to batch information after the batch information of terminal scanning test strips (being located in prod), passed through
Calibration information and batch information are transferred to test pen by communication module.By test pen collecting test value, and according to threshold value and
Calibration information from mobile terminal and batch information calculate calibration value, further according to calibration value result of determination, and by result of determination
Mobile terminal storage is transferred to through communication module or is shown.
The test terminal of diagnostic test system includes shell 1, ELISA test strip mechanism 2 and power module 3.Power module 3
Can be that the component being arranged in test terminal is powered.
ELISA test strip mechanism 2 can be using the optics quantitative detector for being applied to test strips in the prior art, and optics is quantitative
Detector, which is generally comprised, can be irradiated to the light source in ELISA test strip area, can detect the detecting element of ELISA test strip area optical information
And data processing unit.
In a preferred embodiment, reagent strip testing agency 2 includes light channel structure and detector data processing module,
Light channel structure as shown in FIG. 8 and 9, including supplies the incident optical channel 21 that incident light passes through and the reflection optical channel passed through for reflected light
22, the incident optical channel 21 and reflection optical channel 22 constitute V-type path channels, and the incident optical channel 21 includes being used to launch
The detection light source 23 of light beam is detected, in general, test strips are provided with p-wire 40, and p-wire 40 can then further comprise detection
Line 41 and nature controlling line 42, and the detection light source 23 may include the detection line inspection corresponding with the detection line 41 and nature controlling line 42
Light-metering source 231 and nature controlling line detection light source 232, the reflection optical channel 22 include detector 24, and the detector 24 includes surveying
Try line detection unit.Those skilled in the art can be according to detection line in test strips 41 and the position of nature controlling line 42, appropriate adjustment inspection
The angle of the angle in light-metering source 23 and incident optical channel 21, i.e., described detection line detection light beam need to be with detection line in test strips 41
Position is engaged, and the nature controlling line detection light beam need to be engaged with the position of nature controlling line in test strips 42, specifically, the inspection
Survey line detects that light source 231 and nature controlling line detection light source 232 send detection line detection light beam and nature controlling line detection light beam, detection respectively
Line detects that light beam and nature controlling line detection light beam are irradiated in detection line 41 and nature controlling line 42 in test strips through incident optical channel respectively,
And reach detector 24 through reflecting optical channel after being reflected respectively through detection line 41 and nature controlling line 42.When in use, test strips exist
Measure after sample, its detection line 41 and nature controlling line 42 can be corresponded to and developed the color, and detection light beam reaches nature controlling line by incident optical channel 21
42 and detection line 41, and formed on nature controlling line 42 and detection line 41 and detect light source 232 and detection line detection light source with nature controlling line
231 corresponding hot spots, detection light beam enters reflected light passage 22 after being reflected further across nature controlling line 42 and detection line 41, and
Detector 24 is projected, and can be by for receiving and detecting that the detection line after line reflection after testing detects light beam and through nature controlling line
The p-wire detection unit of nature controlling line detection light beam after reflection obtains the detection signal of detection line 41 and nature controlling line 42.
Detection light source and detector in light channel structure can select the various detection lights suitable for ELISA test strip in this area
Source and detector, detect that the species of light source and the species of detector match.Detector 24 interpretation luck use up it is anti-
Law is penetrated, detection line and the detection information of nature controlling line are obtained by detector 24.It is described in the embodiment of the utility model one
Detection light source 23 can be that the detection unit in LED, the detector 24 can pass through for RGB sensors (RGB color sensor)
RGB sensors obtain the detection signal of detection line and nature controlling line on prod.
Detector data processing module, the signal for self-detector in future is converted to actual test value MSurveyAnd export.Tool
Body, detected signal value can be converted to by testing concentration value according to the relation between detected signal value and testing concentration.
In one embodiment, the detection unit of detector is RGB sensors, the frequency based on the square-wave signal from RGB sensors
Rate value, can obtain rgb value, according to rgb value in test and the standard curve of testing concentration, can correspond to and obtain testing concentration value
It is used as actual test value.
Further, light channel structure may also include bottom plate 26, and the V-type path channels are located on 26, and the bottom plate 26 can
To be pcb board.Such as in the embodiment of the utility model one, fixing end and the reflection optical channel 22 of the incident optical channel 21
Fixing end is connected by the method for rivet hot with bottom plate 26, and the fixing end of incident optical channel 21 is the light relative to incident optical channel 21
The other end of line exit end, the fixing end of reflection optical channel 22 is the another of the light incidence end relative to reflection optical channel 22
End.
In light channel structure, position of the detection light source 23 in incident optical channel 21 be not specifically limited, only needs energy
Enough reach transmitting detection light beam and make detection light beam formed in detection line or nature controlling line reflex to up to detector purpose i.e.
Can.In one embodiment, the detection light source 23 is located on bottom plate 26, with the structure and the group of part more convenient for light path
Dress.
In light channel structure, position of the detector 24 in reflection optical channel 22 be not specifically limited, and only needing can
Reach the purpose for receiving the detection light beam that reflection is formed on detection line or nature controlling line.In one embodiment, the detection
Device 24 is located on bottom plate 26, with the assembling of structure and part more convenient for light path.
In light channel structure, the light exit side of the incident optical channel 21 and the light incident side of reflection optical channel 22 are mutually connectable
Connect and constitute detection window 25, in use, the detection line and nature controlling line of test strips can be placed in detection window 25, make detection light
Beam can form hot spot and reflect in detection line and nature controlling line, so as to project detector 24.
The bottom plate 26 and V-type path channels can be located in the shell 1 of test terminal, and are additionally provided with the shell 1
Prod accommodating chamber for accommodating prod, the prod accommodating chamber is engaged with the position of detection window 25, so as to survey
The detection line and nature controlling line of test strips can be exposed under detection window in coupon.
Display 5 can also be included by testing terminal, the display 5 can with the detector 24 of ELISA test strip mechanism and/
Or the connection of batch calibration system signal, to show actual test value MSurveyAnd/or calibration value MJudge.Display 5 can be located at shell 1
Outer surface, with convenient use person obtain information.The display can be such as LCDs.
Pcb board (printed circuit board (PCB)) can typically be included by testing in terminal, pcb board can be used as bottom plate 26.At least one
The electrical connection divided can be electrically connected by pcb board, for example, can be by the original paper (such as MCU chip) on pcb board to letter
Number handled and transmitted.
In order that the detection with multiple different classes of test strips can be applied by obtaining diagnostic test system of the present utility model,
In further preferred embodiment, as shown in Figure 10 and Figure 11, diagnostic test system also includes：
Category identification system 400, batch calibration system is supplied to for identification agent bar species and by reagent strip kind of information
System；Corresponding, the batch calibration system is used for the actual test value M from ELISA test strip mechanismSurveyAccording to test strips
Batch and species are calibrated, and obtain calibration value MJudge。
Category identification system 400 can be connected with batch calibration system, specifically can be with the phase of batch calibration information acquisition module 210
Even, batch calibration information acquisition module can be transferred according to the kind of information from category identification system and test strips batch information with
The calibration value M of test strips matchingJudge。
Determination module 240, can be according to calibration data MJudgeAnd the corresponding thresholding of test strips species from category identification system
Value judges that detection sample belongs to positive findings or negative findings.
When category identification system and batch calibration information acquisition module be not in same equipment, as shown in Figure 10, lead to
News module 260 can also further comprise category identification information transmission modular 266, for transmitting test strips category identification information.
Category identification system 400 can also be connected (not shown) with cloud server communication module 270, cloud server communication
Module can send the batch for transferring matching from cloud server according to test strips batch information and category identification information and calibrate letter
Cease MSampleRequest instruction, receiving cloud server transmission matching batch calibration information MSampleAfterwards, the batch of matching is calibrated and believed
Cease MSampleIt is transferred to batch calibration information acquisition module 210.Likewise, cloud server communication module 270 can be with category identification system
System 400 is joined directly together, or is connected through category identification information transmission modular 266.
Or, category identification system 400 need not be connected with cloud server communication module 270, cloud server communication mould
Block directly sends according to customer instruction and transfers or update batch calibration information MSampleRequest instruction, receiving cloud server send
Batch calibration information MSampleAfterwards, by batch calibration information MSampleIt is transferred to batch calibration information acquisition module 210 and is stored in batch
In calibration information acquisition module 210, in specific test, believed by batch calibration information acquisition module 210 according to test strips batch
Breath and category identification information export matching batch calibration information.
Reagent strip kind of information derives from colouring information and/or optoelectronic information.Specifically, as shown in figure 12, colouring information
The color lump 43 on prod is may be from, optoelectronic information is from the several detections for being set to turn on or closing being arranged on prod
Hole 44.
Category identification system may include color lump identification mechanism and/or photoelectricity identification mechanism, preferably, being while provided with color lump
Identification mechanism and photoelectricity identification mechanism, further to strengthen the accuracy of category identification.
In one embodiment, as shown in figure 13, color lump identification mechanism is tested in terminal located at described, including：
Color lump recognition detection light source 233,
Color sensor, is engaged with the position of color lump recognition detection light source 233, to receive color lump recognition detection light source
Reflected light.
Color lump identification data processing module, is connected with the color sensor, knows for the signal according to color sensor
Not and export test strips kind of information.
The matching relationship of the rgb value of predeterminable color lump and the species of test strips, utilizes color lump identification data processing module, root
According to the test strips kind of information of the information acquisition matching from color sensor.
Color sensor can be located in detector 24.Can be by switching switch (such as the duplex being located in prod accommodating chamber
Switch) switched between the identification of kind of information color lump and the detection operation of test strips p-wire.
In one embodiment, the photoelectricity identification mechanism 6 is in the test terminal, as shown in Figs. 13 and 14,
Including：
Photoelectricity recognition detection light source 61,
Photoelectric sensor 62, is engaged with the position of the photoelectricity recognition detection light source 61, to receive photoelectricity recognition detection
The light that light source is sent.
Photoelectricity identification data processing module, is connected with the photoelectric sensor, knows for the signal according to photoelectric sensor
Not and export test strips species.
The matching relationship of the species of predeterminable optoelectronic information and test strips, using photoelectricity identification data processing module, according to
The test strips kind of information of information acquisition matching from photoelectric sensor.
Those skilled in the art understand, and color lump identification data processing procedure as described above, photoelectricity identification data are treated
Journey can utilize computer of the prior art, integrated circuit modules, PLD, other hardware or existing software
Module is realized.
The position of the color lump identification mechanism or photoelectricity identification mechanism 6 should be at kind of information instruction corresponding with test strips
Position be engaged so that test strips insertion diagnostic test system after, the color lump identification mechanism or photoelectricity identification mechanism can be sentenced
Read at kind of information instruction.
Color lump recognition detection light source 233 can be that such as LED, the color sensor can be such as RGB color
Sensor etc..The position of the color lump recognition detection light source 233 and color sensor is engaged, and passes through color lump recognition detection light source
The light of 233 transmittings can be received after the color identification information reflection on diagnostic test rod 4 by color sensor, from
And can be by the species of species color identification information identifying and diagnosing prod 4.
In embodiment as shown in figure 15, the color lump recognition detection light source 233 can be just to test terminal light path machine
The incident optical channel 21 of structure or in incident optical channel, the color sensor is just to reflection optical channel 22 or located at reflected light
In passage.Because the position of incident optical channel 21 and reflection optical channel 22 is engaged, and color sensor and color lump recognition detection
The position of light source 233 is engaged, and the light launched by color lump recognition detection light source 233 can be by diagnostic test rod 4
Color identification information 43 is received after reflecting by color sensor, so as to pass through species color identification information identifying and diagnosing
The species of prod 4.
The position of photoelectricity identification mechanism 6 is engaged with diagnostic test rod 4 to be detected, specifically can be with diagnostic test to be detected
The position of species photoelectricity identification information on rod 4 is engaged, for example, the species photoelectricity identification information can be located at it is to be detected
Diagnostic test rod detection hole 44 on diagnostic test rod.In one embodiment, as shown in figure 14, the test terminal is provided with survey
Coupon accommodating chamber 8, the photoelectricity identification mechanism is in the prod accommodating chamber 8, the photoelectricity recognition detection light source and light
Electric transducer position is engaged, so that the light beam that photoelectricity recognition detection light source is sent can reach photoelectric sensor light.During detection, light
The light source that electric recognition detection light source 61 is launched by diagnostic test rod detection hole 44 or can be diagnosed prod 4 and stop, from
And allow photoelectric sensor 62 to pass through the species of the light identifying and diagnosing prod 4 received.Photoelectricity recognition detection light source 61
Can be such as various light sources suitable for photoelectric sensor, photoelectric sensor 62 can convert optical signals into telecommunications
Number device.The position of photoelectricity recognition detection light source 61 and photoelectric sensor 62 is not limited to shown position, and both are also replaceable
Position, need to only ensure that both are relative.
Further, display 5 can be connected with category identification system, to show test strips kind of information.
As a further improvement, in preferred embodiment, it is additionally provided with and plants in the prod accommodating chamber 8
The category identification system control switch 7 of class identifying system electrical connection, category identification system control switch can be trigger switch, stroke
Switch or proximity switch.When diagnostic test rod 4 inserts prod accommodating chamber 8, category identification system control switch 7 can be to planting
Class identifying system is switched, and it is opened or is closed when needed.For example, category identification system control 7 can be duplex
Switch, such as, including first switch 71 and second switch 72, plant when the insertion diagnostic test rod of diagnostic test rod 4 accommodating chamber 8 is reached
When class recognizes position, first switch 71 can be first triggered, so as to start color lump identification mechanism and/or photoelectricity identification mechanism 6, passes through color
Block identification mechanism and/or photoelectricity identification mechanism 6 are detected to species color identification information and/or species photoelectricity identification information；When examining
When disconnected prod 4 is further inserted into the arrival detecting position of diagnostic test rod accommodating chamber 8, second switch 72 can be triggered, so as to close
Photoelectricity identification mechanism 6 and color lump identification mechanism, the ELISA test strip mechanism of detection terminal are detected to diagnostic test rod 4.
Category identification system can recognize different types of prod, so as to realize that one uses, preferred scheme passes through double
Weight identifying system ensures that classification identification is correct, and one is, by optoelectronic information technology, interpretation to be carried out to the perforate on prod, to enter
Row type identification, two be to carry out type identification by the category identification color block on RGB sensor collecting test rods, by dual
After confirmation, different test judgement programs are performed further according to different prod species, different test results are finally provided.
As a further improvement, for the ease of plug prod, as shown in figure 16, test terminal is provided with prod appearance
Receive chamber 8, prod accommodating chamber 8 is corresponding with ELISA test strip mechanism 2 position, is examined to place prod for ELISA test strip mechanism
Survey, described one end of prod accommodating chamber 8 is provided with prod entrance 81, prod accommodating chamber 8 clamps ejection machine provided with prod
Structure 82.
In embodiment as in figs. 17-19, prod clamping ejecting mechanism 82 includes：Prod holder and test
Rod expelling means 824.The prod holder includes at least two clamping limbs 821 and clamping limb loosening part.In such as Figure 18,19
In shown embodiment, the clamping limb loosening part includes：Driving member 822 and clamping limb loosen button 823, described
Clamping limb loosens button 823 on the shell of the test terminal, and the driving member 822 loosens button 823 with clamping limb and consolidated
Fixed connection, and can be with clamping arm contact, will be converted into from the power for loosening button when loosening button force to clamping limb
Strut the power of clamping limb.In one embodiment, the driving member includes centrum or stage body (solid, hollow), is located at
Clamping limb loosens on the inside of button.As shown in figure 18, position of the driving member 822 generally with clamping limb 821 is engaged, for example,
The biography centrum or stage body can be extended at least partially between two clamping limbs, and the centrum or stage body loosen from nearly clamping limb
Button end to remote clamping limb loosens button end cross section and is gradually reduced.The cross section of the centrum or stage body can be with two clampings
Spacing between arm is engaged, for example, a part of of driving member end can be stretched between two clamping limbs, and not to clamping limb
Act power, and if when remainder is pushed further between two clamping limbs, because cross section gradually increases, so
Driving member eventually touches clamping limb, it is possible to act power to clamping limb 821, to cause the spacing between clamping limb to increase
Greatly.Specifically, when not pushing button, driving member is not to clamping limb formation active force, and when a key is pressed, driving member can be stretched
Enter the centre of two clamping limbs, and cause the spacing increase between two clamping limbs so that clamping limb 821 unclamps prod 4.
Further, as shown in figure 17, the clamping limb 821 is provided with prod clamping part 8211, and shown in Figure 20
Clamping matching block 8212 on prod 4 is matched, and can be fixed as shown in figure 21 so that prod is probeed into after prod accommodating chamber
Position.
In the embodiment as shown in Figure 17,18,21, the prod expelling means 824 are compression spring, and are set
In the inner terminal of prod accommodating chamber.When prod 4 probes into prod accommodating chamber 8, prod expelling means 824, which are in, to be compressed
State, once prod clamping limb 821 loosens, you can and certain extrapolation active force is provided and helps user more successfully to extract survey
Coupon 4.
The slide rail or slideway 83 probeed into for prod is additionally provided with the prod accommodating chamber 8 as shown in Figure 16 and Figure 21, it is described
Slide rail or slideway 83 extend to prod clamping ejecting mechanism 82 from the prod entrance 81.The prod coupon that can test oneself enters
Mouth 81 is stretched into, and is directed to prod clamping ejecting mechanism 82 by the slide rail or slideway 83.
The position of the ELISA test strip mechanism 2 is engaged with slide rail or slideway 83 and prod clamping ejecting mechanism 82.
It is further preferred that as shown in figure 17, it is spacing that the prod clamping ejecting mechanism 82 can also include prod
Part 825.When the prod locating part 825 can stretch into prod clamping ejecting mechanism 82 in prod 4, prod 4 is prevented
Insertion is too deep so as to cause the excessive deformation of prod expelling means 824.Prod locating part 825 can be provided at prod accommodating chamber
The rigid part of inner end, shape is unrestricted, as long as prod can be withstood when prod expelling means 824 are in Partial shrinkage
.Preferably, the prod locating part 825 is located in the middle part of prod expelling means.In embodiment as shown in figure 17, institute
It can be the straight-bar for being placed in prod accommodating chamber inner end to state prod support member 825.
Above-described embodiment only illustrative principle of the present utility model and its effect are new not for this practicality is limited
Type.Any person skilled in the art can all be carried out without prejudice under spirit and scope of the present utility model to above-described embodiment
Modifications and changes.Therefore, such as those of ordinary skill in the art without departing from the essence disclosed in the utility model
God and all equivalent modifications completed under technological thought or change, should be covered by claim of the present utility model.
Claims (29)
1. a kind of diagnostic test system, it is characterised in that including：
Terminal, including shell, ELISA test strip mechanism and power module are tested, the ELISA test strip mechanism and power module are set
In in shell, ELISA test strip mechanism is used to detect test strips and obtain actual test value MSurvey；
Batch read module；
Batch calibration system, is connected with ELISA test strip mechanism and batch read module signal, for that will come from ELISA test strip
The actual test value M of mechanismSurveyThe corresponding batch calibration data of batch according to test strips is calibrated to obtain calibration value MJudge。
2. diagnostic test system as claimed in claim 1, it is characterised in that the batch calibration system includes：
For obtaining and/or storing batch calibration information MSampleBatch calibration information acquisition module；
For by actual test value MSurveyCalibration calculating is carried out according to batch calibration information corresponding with the batch of test strips to be measured to obtain
Obtain calibration value MJudgeTest data calibration module.
3. diagnostic test system as claimed in claim 2, it is characterised in that the batch calibration system also includes：
Threshold value storage module；
Determination module, is connected with test data calibration module and threshold value storage module, for according to calibration data MJudgeAnd thresholding
Value judges that detection sample belongs to positive findings or negative findings；
Result of determination output module, is connected with determination module, for exporting result of determination.
4. diagnostic test system as claimed in claim 2 or claim 3, it is characterised in that the batch calibration information acquisition module, is surveyed
Try data calibration module, threshold value storage module, determination module and result of determination output module located at the test terminal or
In mobile terminal.
5. diagnostic test system as claimed in claim 2 or claim 3, it is characterised in that diagnostic test batch calibration system
Also include：
Communication module, is calibrated with batch read module, batch calibration information acquisition module, ELISA test strip mechanism, test data
One or more of connection in module, result of determination output module；
And/or
Cloud server communication module, communicates with cloud server, and is connected with batch calibration information acquisition module, for from cloud
End server transfers batch calibration information MSampleIt is transferred to batch calibration information acquisition module.
6. diagnostic test system as claimed in claim 5, it is characterised in that the communication module is included in test terminal
Wireless signal transmitting module, reception of wireless signals module or communication interface.
7. diagnostic test system as claimed in claim 6, it is characterised in that the cloud server communication module and test strips
Batch information acquisition module is connected, and is additionally operable to send the batch school for transferring matching from cloud server according to test strips batch information
Calibration information MSampleRequest instruction.
8. diagnostic test system as claimed in claim 3, it is characterised in that the diagnostic test is also wrapped with batch calibration system
Include：Memory module, is connected with the result of determination output module, for storing result of determination.
9. diagnostic test system as claimed in claim 8, it is characterised in that the memory module located at test terminal and/or
In mobile terminal.
10. diagnostic test system as claimed in claim 1, it is characterised in that the ELISA test strip mechanism includes：
Light channel structure, including the incident optical channel passed through for incident light and the reflection optical channel passed through for reflected light, the incidence
Optical channel and reflection optical channel constitute V-type path channels, and the incident optical channel includes the detection light for being used to launch detection light beam
Source, the detection line that the detection light source includes being used to launch detection line detection light beam detects light source and for launching nature controlling line detection
The nature controlling line detection light source of light beam, the reflection optical channel includes detector, and the detector includes being used to receiving and detecting warp
Detect that the detection line detection light beam after line reflection and the nature controlling line after Quality Control line reflection detect the p-wire detection unit of light beam；
And
Detector data processing module, is connected with the detector, is obtained for the signal according to detector and exports actual survey
Examination value MSurvey。
11. diagnostic test system as claimed in claim 10, it is characterised in that the light exit side of the incident optical channel and anti-
The light incident side for penetrating optical channel interconnects and constitutes detection window.
12. diagnostic test system as claimed in claim 10, it is characterised in that the light channel structure also includes bottom plate, the V
Type path channels are located on bottom plate.
13. diagnostic test system as claimed in claim 1, it is characterised in that the test terminal also includes display, described
Display is connected with ELISA test strip mechanism and/or batch calibration system.
14. diagnostic test system as claimed in claim 1, it is characterised in that also include：
The category identification system of batch calibration system is supplied to for identification agent bar species and by reagent strip kind of information, it is described
Category identification system is connected with batch calibration system.
15. diagnostic test system as claimed in claim 14, it is characterised in that the category identification system is recognized including color lump
Mechanism and/or photoelectricity identification mechanism,
The color lump identification mechanism is tested in terminal located at described, including：
Color lump recognition detection light source,
Color sensor, is engaged with the position of color lump recognition detection light source, to receive the reflected light of color lump recognition detection light source,
Color lump identification data processing module, is connected with the color sensor, for the signal identification according to color sensor simultaneously
Export test strips kind of information；
The photoelectricity identification mechanism is tested in terminal located at described, including：
Photoelectricity recognition detection light source,
Photoelectric sensor, is engaged with the position of the photoelectricity recognition detection light source, is sent with receiving photoelectricity recognition detection light source
Light, photoelectricity identification data processing module is connected with the photoelectric sensor, for the signal identification according to photoelectric sensor simultaneously
Export test strips species.
16. diagnostic test system as claimed in claim 15, it is characterised in that the color lump identification mechanism and/or photoelectricity are known
The position of other mechanism is engaged with the position in test strips at kind of information instruction, so that test strips insert diagnostic test system
Afterwards, at color lump identification mechanism or photoelectricity identification mechanism the energy interpretation kind of information instruction.
17. diagnostic test system as claimed in claim 14, it is characterised in that the test terminal also includes display, institute
Display is stated to be connected with one or more of signal in ELISA test strip mechanism, batch calibration system, category identification system.
18. diagnostic test system as claimed in claim 15, it is characterised in that the ELISA test strip mechanism includes incident light
Passage and reflection optical channel, the incident optical channel and reflection optical channel constitute V-type path channels, the color lump recognition detection light
Source is just to incident optical channel or in incident optical channel, and the color sensor is just to reflection optical channel or logical located at reflected light
In road.
19. diagnostic test system as claimed in claim 15, it is characterised in that the test terminal is accommodated provided with prod
Chamber, the photoelectricity identification mechanism is in the prod accommodating chamber, the photoelectricity recognition detection light source and photoelectric sensor position
Put and be engaged, so that the light beam that photoelectricity recognition detection light source is sent can reach photoelectric sensor.
20. diagnostic test system as claimed in claim 19, it is characterised in that set category identification in the prod accommodating chamber
System control switch, the category identification system control switch is trigger switch, travel switch or proximity switch, and the species is known
Other system is in test terminal, the category identification system control switch and color lump identification mechanism and/or photoelectricity identification mechanism
Electrical connection.
21. diagnostic test system as claimed in claim 20, it is characterised in that the category identification system control is opened for duplex
Close.
22. diagnostic test system as claimed in claim 1, it is characterised in that the test terminal is provided with prod accommodating chamber,
Prod accommodating chamber is corresponding with ELISA test strip mechanism position, is detected with placing prod for ELISA test strip mechanism, described to survey
Coupon accommodating chamber one end is provided with prod entrance, prod accommodating chamber clamps ejecting mechanism provided with prod.
23. diagnostic test system as claimed in claim 22, it is characterised in that the prod clamping ejecting mechanism includes：
Prod holder and prod expelling means.
24. diagnostic test system as claimed in claim 23, it is characterised in that the prod holder includes at least two
Clamping limb and clamping limb loosening part.
25. diagnostic test system as claimed in claim 24, it is characterised in that the clamping limb loosening part includes：Transmission
Part and clamping limb loosen button, and the driving member loosens by key contacts with clamping limb and clamping limb, and button is loosened that will come from
Power be converted into the power for strutting clamping limb, the clamping limb loosens button on the shell of the test terminal.
26. diagnostic test system as claimed in claim 24, it is characterised in that the clamping limb is provided with prod Access Division
Part, it is corresponding with the clamping part on prod.
27. diagnostic test system as claimed in claim 23, it is characterised in that the prod expelling means are compression spring,
And located at the inner terminal of the prod accommodating chamber.
28. diagnostic test system as claimed in claim 22, it is characterised in that be additionally provided with the prod accommodating chamber for surveying
Slide rail or slideway that coupon is probeed into, the slide rail or slideway extend to prod clamping ejecting mechanism from the prod entrance.
29. diagnostic test system as claimed in claim 27, it is characterised in that the prod accommodating chamber inner end is provided with survey
Coupon locating part, so that the prod expelling means can withstand prod in Partial shrinkage.
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| CN106483283A (en) * | 2016-11-28 | 2017-03-08 | 贝知（上海）信息科技有限公司 | A kind of diagnostic test system |
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| CN106483283A (en) * | 2016-11-28 | 2017-03-08 | 贝知（上海）信息科技有限公司 | A kind of diagnostic test system |
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Effective date of registration: 20191106 Address after: 201318 West Zone, 5th floor, building 26, Lane 3399, Kangxin Road, Pudong New Area, Shanghai Co-patentee after: Becky (Shanghai) Information Technology Co., Ltd. Patentee after: Bezhi (Shanghai) Medical Technology Co., Ltd. Address before: 201318 room 4, floor 4, floor 451, room 3399, Pudong New Area Kang Xin highway, Pudong New Area, Shanghai Patentee before: Becky (Shanghai) Information Technology Co., Ltd. |