CN204679505U - The quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network - Google Patents
The quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network Download PDFInfo
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- CN204679505U CN204679505U CN201520331900.4U CN201520331900U CN204679505U CN 204679505 U CN204679505 U CN 204679505U CN 201520331900 U CN201520331900 U CN 201520331900U CN 204679505 U CN204679505 U CN 204679505U
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Abstract
The utility model discloses the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network, comprise the terminal node be distributed in immunity-chromatography test strip quantitative testing device, external coordination node and quantitative testing conditions monitoring system.The foundation of device primary responsibility radio sensing network, and the collecting work completing target component and temperature, humidity, light intensity, finally gather and be sent in the quantitative testing conditions monitoring system of host computer, then processed data by monitoring system.The utility model 1) accuracy that quantitatively detects and validity can be ensured, 2) detection efficiency is improved, multiple stage quantitative testing device Simultaneously test, 3) researchers can be made better to optimize quantitative testing device, and 4) can be used for the auxiliary optimization Production design trying bar.
Description
Technical field
The utility model relates to immunity-chromatography test strip quantitative test technique field, particularly the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network and method.
Background technology
The trend of " POCT " of immunochormatography owing to meeting modern medicine and advocate, has high specificity, method of operating is simple, efficiency is high, sensitivity high and become the most frequently used a kind of sidestream immune chromatography method for quick.Rapidly, range of application expanding day, almost covers all aspects that immunology diagnosis detects in immunity-chromatography test strip determination techniques development in recent years.
Current researchers have paid much attention to the research of immunity-chromatography test strip quantitative test, mainly adopt the information collecting device of photoelectric reflection and image acquisition two kinds of modes and carry out signal transacting to obtain quantitative testing result.But due to the examined environment of immunochromatography quantitative testing device, the impact as intensity of illumination, temperature and humidity is very large; And because existing quantitative testing device once all can only detect one, in order to realize high-level efficiency, general curative mechanism can use multiple stage pick-up unit to operate simultaneously, therefore in order to 1) accuracy that quantitatively detects and validity can be ensured, 2) detection efficiency is improved, multiple stage detects pick-up unit Simultaneously test, and 3) researchers can be made better to optimize quantitative testing device, and 4) can be used for the auxiliary optimization Production design trying bar.
Utility model content
The object of utility model is the deficiency overcoming prior art, there is provided a kind of immunity-chromatography test strip based on radio sensing network quantitative testing conditions monitoring system, this System and method for is not only conducive to improving the accuracy of detection and repeatability that immunity examination bar quantitatively detects, improve detection efficiency simultaneously, and researchers can be made better to optimize the Production design of quantitative testing device and examination bar, and being easy to operation, result of use is good.
The utility model solves the technical scheme that its technical matters adopts: provide a kind of immunity-chromatography test strip based on radio sensing network quantitative testing conditions monitoring system, comprising: be distributed in the terminal node in immunity-chromatography test strip quantitative testing device, external coordination node and quantitative testing conditions monitoring system;
Described terminal node for gathering target component, and the target component information collected by wireless network transmissions to external coordination node;
Described external coordination node is responsible for developing and managing of the wireless network of whole immunity-chromatography test strip quantitative testing conditions monitoring system and is sent to quantitative testing conditions monitoring system after the target component received being gathered carrying out processing and showing.
Preferably, the terminal node be distributed in described in immunity-chromatography test strip quantitative testing device comprises sensor assembly, terminal node processor module, terminal node radio receiving transmitting module and terminal node power module; Described sensor assembly gathers target component and processes to terminal node processor module, and described terminal node radio receiving transmitting module is used for reception and the transmission of data; Described terminal node power module is that modules is powered.
Preferably, described sensor assembly comprises light sensor, Temperature Humidity Sensor and A/D change-over circuit; Described light sensor and Temperature Humidity Sensor respectively by the transmission or analog signal of the Lighting information that collects and humiture information to A/D change-over circuit; Described A/D change-over circuit transfers to terminal node processor module after the analog quantity received is converted to digital quantity.
Preferably, described terminal node processor module is that chip processing system and/or described terminal node radio receiving transmitting module adopt additional antenna and/or described terminal node power module to adopt 5V constant voltage dc source.
Preferably, described external coordination device node comprises external coordination node processor module, external coordination node wireless transceiver module and external coordination node power module; Described external coordination node processor module is used for developing and managing and the target component received being carried out aggregation process of wireless network; Described external coordination node wireless transceiver module is used for reception and the transmission of data; Described external coordination node power module is that modules is powered.
Preferably, described external coordination node processor module is that chip processing system and/or described external coordination node wireless transceiver module adopt additional antenna and/or described external coordination node power module to adopt 5V constant voltage dc source.
Preferably, described radio sensing network adopts ZigBee technology to carry out radio communication and data transmission.
The quantitative testing conditions monitoring method of a kind of immunity-chromatography test strip based on radio sensing network, it is characterized in that: after system electrification, the channel suitable by external coordination sensor selection problem, set up a new network, and entering wireless monitor state, external coordination node real-time reception is from the networking application of the terminal node be distributed in immunity-chromatography test strip quantitative testing device; Terminal node search network, apply for by after add network, and be tied to external coordination node, then the target component information of collection is sent to external coordination node by terminal node; Described external coordination node is sent to quantitative testing conditions monitoring system after the target component received being gathered carries out processing and showing; Described quantitative testing conditions monitoring system judges whether the target component gathered meets testing requirement, then send the detection that instruction agrees to carry out immunochromatography if the judgment is Yes, then send warning information of makeing mistakes if the judgment is No, notify that the first optimum detection environment of testing staff is until meet the demands.
Preferably, the step being distributed in the terminal node in immunity-chromatography test strip quantitative testing device described in is:
A1, terminal node power module power on, terminal node initialization;
A2, terminal node search network;
A3, terminal node judge whether to find network; Then enter steps A 4 if the judgment is Yes, then proceed to steps A 2 if the judgment is No;
A4, terminal node application add network, and are tied to external coordination node;
A5, terminal node start to gather target component;
The target component collected is sent to external coordination node by A6, terminal node;
A7, terminal node judge whether the binding response receiving external coordination node; Then forward steps A 5 to if the judgment is Yes; Then enter steps A 8 if the judgment is No;
A8, terminal node remove with the binding of external coordination node and proceed to steps A 2.
Preferably, the step of described external coordination node is:
B1, external coordination node power module power on, external coordination node initializing;
B2, the channel that external coordination sensor selection problem is suitable set up a new network;
B3, external coordination node enter wireless monitor state, wait-receiving mode data
B4, external coordination node judge the data type received; If the networking application of terminal node then enters step B5; If the object parameter data of terminal node transmission then enters step B7;
B5, external coordination node are this terminal node distribution network address;
B6, external coordination node enter step B3 send the order starting receiving target supplemental characteristic to this terminal node after;
The object parameter data received is transferred to quantitative testing conditions monitoring system by B7, external coordination node.
The beneficial effects of the utility model are: accuracy and the validity that 1) can ensure quantitatively detection, 2) detection efficiency is improved, multiple stage quantitative testing device Simultaneously test, 3) researchers can be made better to optimize quantitative testing device, and 4) can be used for the auxiliary optimization Production design trying bar.
Below in conjunction with drawings and Examples, the utility model is described in further detail; But the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network of the present utility model is not limited to embodiment.
Accompanying drawing explanation
Fig. 1 is structural drawing of the present utility model;
Fig. 2 is the structured flowchart that the utility model is distributed in the terminal node in immunity-chromatography test strip quantitative testing device;
Fig. 3 is the structured flowchart of the utility model external coordination node;
Fig. 4 is the process flow diagram that the utility model is distributed in the terminal node in immunity-chromatography test strip quantitative testing device;
Fig. 5 is the process flow diagram of the utility model external coordination node.
Embodiment
Embodiment 1
Shown in Figure 1, the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network of the present utility model, comprising: be distributed in the terminal node 10 in immunity-chromatography test strip quantitative testing device, external coordination node 20 and quantitative testing conditions monitoring system 30;
Described terminal node 10 for gathering target component, and the target component information collected by wireless network transmissions to external coordination node 20;
Described external coordination node 20 is responsible for developing and managing of the wireless network of whole immunity-chromatography test strip quantitative detection system and is sent to quantitative testing conditions monitoring system 30 after the target component received being gathered carrying out processing and showing.
Further, the terminal node 10 be distributed in described in immunity-chromatography test strip quantitative testing device comprises sensor assembly 101, terminal node processor module 102, terminal node radio receiving transmitting module 103 and terminal node power module 104; Described sensor assembly 101 gathers target component and processes to terminal node processor module, and described terminal node radio receiving transmitting module 103 is for the reception of data and transmission; Described terminal node power module 104 is powered for modules.
Further, described sensor assembly 101 comprises light sensor, Temperature Humidity Sensor and A/D change-over circuit; Described light sensor and Temperature Humidity Sensor respectively by the transmission or analog signal of the Lighting information that collects and humiture information to A/D change-over circuit; Described A/D change-over circuit transfers to terminal node processor module 102 after the analog quantity received is converted to digital quantity.
Further, described terminal node processor module 102 adopts additional antenna and/or described terminal node power module 104 to adopt 5V constant voltage dc source for chip processing system and/or described terminal node radio receiving transmitting module 103.
Further, described external coordination device node 20 comprises external coordination node processor module 201, external coordination node wireless transceiver module 202 and external coordination node power module 203; Described external coordination node processor module 201 developing and managing and the target component received carried out aggregation process for wireless network; Described external coordination node wireless transceiver module 202 is for the reception of data and transmission; Described external coordination node power module 203 is powered for modules.
Further, described external coordination node processor module 201 adopts additional antenna and/or described external coordination node power module 203 to adopt 5V constant voltage dc source for chip processing system and/or described external coordination node wireless transceiver module 202.
Further, described radio sensing network adopts ZigBee technology to carry out radio communication and data transmission.
The quantitative testing conditions monitoring method of a kind of immunity-chromatography test strip based on radio sensing network, it is characterized in that: after system electrification, suitable channel is selected by external coordination node 20, set up a new network, and entering wireless monitor state, external coordination node 20 real-time reception is from the networking application of the terminal node 10 be distributed in immunity-chromatography test strip quantitative testing device; Terminal node 10 search network, apply for by after add network, and be tied to external coordination node 20, then the target component information of collection is sent to external coordination node 20 by terminal node 10; Described external coordination node 20 is sent to quantitative testing conditions monitoring system 30 after the target component received being gathered carries out processing and showing; Described quantitative testing conditions monitoring system is sentenced the 30 disconnected target components gathered and whether is met testing requirement, then send the detection that instruction agrees to carry out immunochromatography if the judgment is Yes, then send warning information of makeing mistakes if the judgment is No, notify that the first optimum detection environment of testing staff is until meet the demands.
Further, the step being distributed in the terminal node 10 in immunity-chromatography test strip quantitative testing device described in is:
A1, terminal node power module 104 power on, terminal node 10 initialization;
A2, terminal node 10 search network;
A3, terminal node 10 judge whether to find network; Then enter steps A 4 if the judgment is Yes, then proceed to steps A 2 if the judgment is No;
The application of A4, terminal node 10 adds network, and is tied to external coordination node 20;
A5, terminal node 10 start to gather target component;
The target component collected is sent to external coordination node 20 by A6, terminal node 10;
A7, terminal node 10 judge whether the binding response receiving external coordination node 20; Then forward steps A 5 to if the judgment is Yes; Then enter steps A 8 if the judgment is No;
A8, terminal node 10 remove with the binding of external coordination node 20 and proceed to steps A 2.
Further, the target component that described terminal node 10 gathers comprises temperature parameter, humidity parameter, light intensity parameter.
Further, the step of described external coordination node 20 is:
B1, external coordination node power module 203 power on, external coordination node 20 initialization;
B2, external coordination node 20 select suitable channel to set up a new network;
B3, external coordination node 20 enter wireless monitor state, wait-receiving mode data;
B4, external coordination node 20 judge the data type received; If the networking application of terminal node 10 then enters step B5; If the object parameter data that terminal node 10 transmits then enters step B7;
B5, external coordination node 20 are this terminal node distribution network address;
B6, external coordination node 20 enter step B3 send the order starting receiving target supplemental characteristic to this terminal node 10 after;
The object parameter data received is transferred to quantitative testing conditions monitoring system 30 by B7, external coordination node 20.
Above-described embodiment is only used for further illustrating the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network of the present utility model; but the utility model is not limited to embodiment; every above embodiment is done according to technical spirit of the present utility model any simple modification, equivalent variations and modification, all fall in the protection domain of technical solutions of the utility model.
Claims (7)
1. based on the quantitative testing conditions monitoring system of immunity-chromatography test strip of radio sensing network, it is characterized in that, comprising: be distributed in the terminal node in immunity-chromatography test strip quantitative testing device, external coordination node and quantitative testing conditions monitoring system;
Described terminal node for gathering target component, and the target component information collected by wireless network transmissions to external coordination node;
Described external coordination node is responsible for developing and managing of the wireless network of whole immunity-chromatography test strip quantitative testing conditions monitoring system and is sent to quantitative testing conditions monitoring system after the target component received being gathered carrying out processing and showing.
2. the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network according to claim 1, is characterized in that: described in the terminal node be distributed in immunity-chromatography test strip quantitative testing device comprise sensor assembly, terminal node processor module, terminal node radio receiving transmitting module and terminal node power module; Described sensor assembly gathers target component and processes to terminal node processor module, and described terminal node radio receiving transmitting module is used for reception and the transmission of data; Described terminal node power module is that modules is powered.
3. the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network according to claim 2, is characterized in that: described sensor assembly comprises light sensor, Temperature Humidity Sensor and A/D change-over circuit; Described light sensor and Temperature Humidity Sensor respectively by the transmission or analog signal of the Lighting information that collects and humiture information to A/D change-over circuit; Described A/D change-over circuit transfers to terminal node processor module after the analog quantity received is converted to digital quantity.
4. the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network according to claim 2, is characterized in that: described terminal node processor module is chip processing system; Described terminal node radio receiving transmitting module adopts additional antenna; Described terminal node power module adopts 5V constant voltage dc source.
5. the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network according to claim 1, is characterized in that: described external coordination device node comprises external coordination node processor module, external coordination node wireless transceiver module and external coordination node power module; Described external coordination node processor module is used for developing and managing and the target component received being carried out aggregation process of wireless network; Described external coordination node wireless transceiver module is used for reception and the transmission of data; Described external coordination node power module is that modules is powered.
6. the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network according to claim 5, is characterized in that: described external coordination node processor module is chip processing system; Described external coordination node wireless transceiver module adopts additional antenna; Described external coordination node power module adopts 5V constant voltage dc source.
7. the quantitative testing conditions monitoring system of a kind of immunity-chromatography test strip based on radio sensing network according to claim 1, is characterized in that: described radio sensing network adopts ZigBee technology to carry out radio communication and data transmission.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104820091A (en) * | 2015-05-21 | 2015-08-05 | 厦门大学 | Immunochromatographic test strip quantitative detection condition monitoring system and method based on wireless sensor network |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104820091A (en) * | 2015-05-21 | 2015-08-05 | 厦门大学 | Immunochromatographic test strip quantitative detection condition monitoring system and method based on wireless sensor network |
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