CN205037919U - Food safety inspection ware - Google Patents
Food safety inspection ware Download PDFInfo
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- CN205037919U CN205037919U CN201520666647.8U CN201520666647U CN205037919U CN 205037919 U CN205037919 U CN 205037919U CN 201520666647 U CN201520666647 U CN 201520666647U CN 205037919 U CN205037919 U CN 205037919U
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- sensor
- electrode
- food safety
- safety inspection
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Abstract
The utility model discloses the electron physics principle is used to the technical scheme and products produced thereby, the science, it designs the new face food safety inspection ware who creates the high performance -price ratio rationally to integrate many data fusion, a food safety inspection ware relates to and holds the microprocessor control circuit by being provided with of having more data fusion, the display, the USB interface of being connected with other equipment, the drawing liquid pump, operating button, the shell and the extension of shell lateral wall of operation pump button are provided with test needle constitution, there is the sensor array data synchronous sampling information of the general response electrical characteristics signal of different guangZhous to carry out the energy conversion, its precision is high, operation or convenient to carry, the present invention has simple and compact structure, low cost, etc, there are practical value and investment value.
Description
Technical field
The utility model relates to a kind of food safety inspection device of multi-data fusion.
Background technology
Sensor is at electronics, automobile, Aero-Space, agricultural, fire-fighting, chemical analysis, biology and environmental protection, obtain in the various different industries such as customs's detection and apply the most widely, wherein semiconductor transducer has fast response time, good stability, less energy consumption, the advantages such as the life-span is long, along with living standard improves constantly, food safety detection product requirement is also improved thereupon, owing to analyzing the conductivity of thing, temperature, PH matter, quality, pressure, the chemical reaction occurred in the change procedure of color certainly exists predictable data acquisition information, the sensor array synchronous data sampling information that the utility model includes different broad-spectrum response electrical characteristics signals carries out energy conversion, science designs the food safety inspection device of novelty or creationary multi-data fusion, volume is little, lightweight, simple and compact for structure and precision is high, be easy to carry, handled easily, with practical value and investment value.
Summary of the invention
The utility model food safety inspection device technical purpose, its solution prior art of Creative Design that scheme and products thereof is novel is: a kind of food safety inspection device, microprocessor-based control circuit is held by being provided with, display, the USB interface be connected with miscellaneous equipment, drawing liquid pump, action button, the shell of operating pumps button and side wall of outer shell is extended has testing needle to form, it is characterized in that comprising: testing needle is provided with the opening catheter and insulation sleeve that at least one thermocouple sensor and/or at least one piezoelectric sensor and/or at least one electrochemical sensor and/or at least one chromaticity transducer and/or sensor array and drawing liquid pump extend, described testing needle output multi-channel radio frequency identification signal is processed in the microprocessor of control circuit by transmission circuit, described at least one thermocouple sensor and/or at least one piezoelectric sensor and/or at least one electrochemical sensor and/or at least one chromaticity transducer and/or sensor array are provided with the electrode arranging the modified silicon wafer of different array pattern at ceramic jacket side surface uniform fold, this electrode comprises the auxiliary electrode that an outside surface covers the working electrode of conductive film and/or the reference electrode of an outside surface covering conductive film and/or an outside surface covering conductive film, often kind of array pattern has different broad-spectrum response electrical characteristics signals, to contact with tester at the conductive material of each single layer of conductive electrode and become equivalent differentiating circuit, there is certain reaction at different temperature in the tester of variable concentrations and different components, organic or inorganic molecule has the voltage characteristic of most sensitive temperature, the source electrode of sensor array, drain electrode, gate voltage characteristic or current characteristics have serial response data signal, described microprocessor control circuit is provided with signal processor, in the microprocessor of the control circuit described in being inputted by transmission circuit after described data register and the data of DLC (digital logic circuit) and sensor radio frequency identification signal contrast, described electrochemical sensor has the device detecting and analyze electro-chemical reaction.
Be provided with sealed insulation cover between at least one thermocouple sensor that the technical program is further described and/or at least one piezoelectric sensor and/or at least one electrochemical sensor and/or at least one chromaticity transducer and/or sensor array, prevent sensor radio frequency identification signal from mutually disturbing.
The electrode signal input terminal of at least one thermocouple sensor that the technical program is further described and/or at least one piezoelectric sensor and/or at least one electrochemical sensor and/or at least one chromaticity transducer and/or sensor array and the signal output terminal signal input terminal corresponding with transmission circuit and signal output terminal fix assemble welding.
The further described case surface of the technical program is provided with display and/or action button and/or operating pumps button, the testing needle that described shell side end wall is provided with extension is provided with the opposite side end wall away from this testing needle the USB interface be connected with miscellaneous equipment, and this USB interface terminal and the terminal corresponding to microprocessor control circuit fix assemble welding.
The further described operating pumps button low coverage of the technical program is provided with drawing liquid pump, and the opening catheter that during operation operating pumps button, test fluid is extended by drawing liquid pump enters.
Above-described food safety inspection device, food safety inspection device is formed on well known materials substrate.
The utility model has the advantage of: the utility model relates to the food safety inspection device of multi-data fusion, technical scheme and products thereof new innovative designs application food safety inspection device, the sensor array synchronous data sampling information of different broad-spectrum response electrical characteristics signals is had to carry out energy conversion, technical solutions of the utility model and products thereof applying electronic physics principle, science, reasonable Integration Design goes out to have the food safety inspection device of novelty or creationary multi-data fusion, volume is little, lightweight, simple and compact for structure and precision is high, be easy to carry, handled easily, with practical value and investment value.
Accompanying drawing illustrates:
Fig. 1 is the utility model embodiment elevational perspective view;
Fig. 2 is Fig. 1 the utility model embodiment side perspective;
Fig. 3 is Fig. 1 the utility model embodiment birds-eye perspective;
The testing needle elevational perspective view of Fig. 4 corresponding to Fig. 1;
The thermocouple sensor elevational perspective view of Fig. 5 testing needle corresponding to Fig. 1;
Fig. 6 is the thermocouple sensor birds-eye perspective of Fig. 5 testing needle;
The piezo-electric pressure sensor elevational perspective view of Fig. 7 testing needle corresponding to Fig. 1;
Fig. 8 is the piezo-electric pressure sensor birds-eye perspective of Fig. 7 testing needle;
The electrochemica biological sensor elevational perspective view of Fig. 9 testing needle corresponding to Fig. 1;
Figure 10 is the electrochemica biological sensor birds-eye perspective of Fig. 9 testing needle;
The color shades emission sensor elevational perspective view of Figure 11 testing needle corresponding to Fig. 1;
Figure 12 is the color shades emission sensor birds-eye perspective of Figure 11 testing needle;
The acidity-basicity sensor elevational perspective view of Figure 13 testing needle corresponding to Fig. 1;
Figure 14 is the acidity-basicity sensor birds-eye perspective of Figure 11 testing needle;
The microprocessor control circuit figure of Figure 15 corresponding to Fig. 1;
Wherein:
1-shell;
2-USB interface;
3-microprocessor-based control circuit;
4-display;
The signal that the signal of 4a-display inputs or outputs terminal/USB interface inputs or outputs terminal;
5-action button;
The signal of 5a-action button inputs or outputs terminal;
6-drawing liquid pump;
7-operating pumps button;
8-testing needle;
801-sealed insulation cover;
802-thermocouple sensor;
The signal of 802d-thermocouple sensor inputs or outputs terminal;
803-piezo-electric pressure sensor;
The signal of 803d-piezo-electric pressure sensor inputs or outputs terminal;
804-electrochemica biological sensor;
The signal of 804d-electrochemica biological sensor inputs or outputs terminal;
805-color shades emission sensor;
The signal of 805d-color shades emission sensor inputs or outputs terminal;
806-acidity-basicity sensor;
The signal of 806d-acidity-basicity sensor inputs or outputs terminal;
9-signal circuit;
10-catheter;
11-array pattern/working electrode/source electrode;
12-array pattern/reference electrode/drain electrode;
13-array pattern/auxiliary electrode/grid;
14-ceramic jacket;
31-synchronous acquisition integrated circuit;
32-data register;
33-DLC (digital logic circuit);
34-mimic channel;
35-interrogator;
36-reader;
37-signal exports;
The reverse-biased control of 38-;
39-signal processor.
Embodiment
Embodiment one:
With reference to figure 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, a kind of food safety inspection device, microprocessor-based control circuit 3 is held by being provided with, display 4, the USB interface 2 be connected with miscellaneous equipment, drawing liquid pump 6, action button 5, the shell 1 of operating pumps button 7 and shell 1 sidewall is extended has testing needle 8 to form, it is characterized in that testing needle 8 is provided with the opening catheter 10 and sealed insulation cover 801 that at least one thermocouple sensor 802 and/or at least one piezoelectric sensor 803 and/or at least one electrochemical sensor 804 and/or at least one chromaticity transducer 805 and/or sensor array 806 and drawing liquid pump 6 extend, described testing needle 8 output multi-channel radio frequency identification signal is processed in the microprocessor of control circuit 3 by transmission circuit, described at least one thermocouple sensor, described at least one thermocouple sensor 802 and/or at least one piezoelectric sensor 803 and/or at least one electrochemical sensor 804 and/or at least one chromaticity transducer 805 and/or sensor array 806 are provided with the electrode arranging the modified silicon wafer of different array pattern 11/12/13 at ceramic jacket 14 side surface uniform fold, this electrode comprises the auxiliary electrode 13 that an outside surface covers the working electrode 11 of conductive film and/or the reference electrode 12 of an outside surface covering conductive film and/or an outside surface covering conductive film, often kind of array pattern 11/12/13 has different broad-spectrum response electrical characteristics signals, to contact with tester at the conductive material of each single layer of conductive electrode and become equivalent differentiating circuit, there is certain reaction at different temperature in the tester of variable concentrations and different components, organic or inorganic molecule has the voltage characteristic of most sensitive temperature, to the source electrode 11 of semiconductor transducer, drain electrode 12, grid 13 voltage characteristic or current characteristics have serial response data signal, described microprocessor control circuit 3 comprises the synchronous acquisition integrated circuit 31 of data filtering and/or separation and/or transducer, data register 32, DLC (digital logic circuit) 33, mimic channel 34, interrogator 35, reader 36, signal exports 37, reverse-biased control 38, microprocessor control circuit 3 integration packaging of signal processor, the voltage of DLC (digital logic circuit) 33 pairs of sensors of described data register 32 discre value and checking data, electric current, impedance, frequency response, pressure, temperature, humidity, number percent solubility, density, whether illuminance intensity and potential of hydrogen input detect data and are set or reset or whether data change by the sensor radio frequency identification signal transmission circuit 9 input microprocessor control circuit 3, the device of described electrochemica biological sensor 804 detect analytes redox electro-chemical reaction, sealed insulation cover 801 is provided with between further described at least one thermocouple sensor 802 and/or at least one piezoelectric sensor 803 and/or at least one electrochemical sensor 804 and/or at least one chromaticity transducer 805 and/or sensor array 806, prevent sensor radio frequency identification signal from mutually disturbing, further described at least one thermocouple sensor 802 and/or the electrode signal input terminal of at least one piezoelectric sensor 803 and/or at least one electrochemical sensor 804 and/or at least one chromaticity transducer 805 and/or sensor array 806 and the signal output terminal signal input terminal corresponding with transmission circuit and signal output terminal 802d/803d/804d/805d/806d fix assemble welding, further described shell 1 surface is provided with display 4 and/or action button 5 and/or operating pumps button 7, the testing needle 8 that described shell 1 side end wall is provided with extension is provided with the opposite side end wall away from this testing needle 8 USB interface 2 be connected with miscellaneous equipment, this USB interface 2 terminal and the terminal 4a corresponding to microprocessor-based control circuit 3 fix assemble welding, operating pumps button 7 low coverage described is further provided with drawing liquid pump 6, the opening catheter 10 that during operation operating pumps button 7, test fluid is extended by drawing liquid pump 6 enters, transmit microprocessor control circuit 3 by transmission circuit 9 after the radio frequency identification signal to test fluid scanning of color shades emission sensor 805 to process, above-described food safety inspection device, food safety inspection device is formed on well known materials substrate.
Embodiment two:
The electrode arranging the modified silicon wafer of different array pattern 11/12/13 at ceramic jacket 14 side surface uniform fold is provided with reference to having at least one thermocouple sensor 802 and/or at least one piezoelectric sensor 803 and/or at least one electrochemical sensor 804 and/or at least one chromaticity transducer 805 and/or sensor array 806 described in embodiment one, this electrode comprises the auxiliary electrode 13 that an outside surface covers the working electrode 11 of conductive film and/or the reference electrode 12 of an outside surface covering conductive film and/or an outside surface covering conductive film, often kind of array pattern 11/12/13 has different broad-spectrum response electrical characteristics signals, to contact with tester at the conductive material of each single layer of conductive electrode and become equivalent differentiating circuit, the above ceramic jacket 14 is in known shape, material substrate is formed the source electrode 11 of the modified silicon wafer of known different array pattern 11/12/13 shape, drain electrode 12, grid 13 electrode, this source electrode 11 electrode, drain 12 electrodes, the contact of grid 13 electrode pair tester becomes the voltage of equivalent differentiating circuit, electric current, impedance, frequency response, pressure, temperature, humidity, number percent solubility, density, it is all different that illuminance intensity and potential of hydrogen input detect data, and the known shape of so-called ceramic jacket 14 is triangle cylindricality, water chestnut cylindricality, square column type, cylindrical, curved surface column etc., so-called array pattern 11/12/13 is triangle, saw shape, rhombus, square, circular, the shapes such as curved are evenly distributed on ceramic jacket 14 outside surface, and this concrete array pattern shape 11/12/13 of implementing is with reference to enforcement Fig. 1, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14.
Embodiment three:
With reference to figure 1, a kind of food safety inspection device of Figure 15 relates to by the synchronous acquisition integrated circuit 31 being provided with microprocessor control circuit 3 and comprising data filtering and/or separation and/or transducer, data register 32, DLC (digital logic circuit) 33, mimic channel 34, interrogator 35, reader 36, signal exports 37, reverse-biased control 38, microprocessor control circuit 3 integration packaging of signal processor 39, the synchronous acquisition integrated circuit 31 of data filtering and/or separation and/or transducer, data register 32, DLC (digital logic circuit) 33, mimic channel 34, interrogator 35, reader 36, signal exports 37, reverse-biased control 38, the components and parts of signal processor 39 are wrapped up in cartridge chip by market business purchase and are carried out integration packaging or chip production enterprise production integration packaging.
Embodiment four:
With reference to figure 1, Fig. 2, Fig. 3, Fig. 4, Figure 11, a kind of food safety inspection device of Figure 12 relates to by being provided with operating pumps button 7, impel drawing liquid pump 6 that volume deformation occurs during pressing operation pump button 7, because volume deformation causes gas or fluid flow to change, the opening catheter 10 that drawing liquid pump 6 extends is inside and outside produces certain pressure reduction, make gas or liquid be inhaled in catheter 10 or discharge outside catheter 10, transmit microprocessor control circuit 3 by transmission circuit 9 with other sensor radio frequency identification signals after the radio frequency identification signal of chromaticity transducer 805 pairs of test fluid scannings to process simultaneously, the display product freshness that the redox reaction radio frequency identification signal of electrochemical sensor 804 is shown by display 4 with the stress radio frequency identification signal of piezoelectric sensor 803 through result or is connected with miscellaneous equipment by USB interface 2, drawing liquid pump 6 applies the triangle cabin body known elastic force plasticity backing material being formed opening shape, water chestnut cabin body, shelter body, cylindrical compartment body, the shapes such as curved surface cabin body.
Above to a kind of method for designing provided by the utility model, device and a kind of food safety inspection device, apply specific case herein to have carried out detailed enforcement lock to principle of the present utility model and embodiment and state, so itself and be not used to restriction the utility model one of ordinary skill in the art, do not departing within the scope of method of the present utility model and core concept thereof, for helping the explanation understanding embodiment of the present utility model, according to method of the present utility model and core concept thereof, various change can be done in specific embodiments and applications with additional, therefore in sum, protection domain of the present utility model only defined by accompanying claim.
Claims (5)
1. a food safety inspection device, microprocessor-based control circuit is held by being provided with, display, the USB interface be connected with miscellaneous equipment, drawing liquid pump, action button, the shell of operating pumps button and side wall of outer shell is extended has testing needle to form, it is characterized in that testing needle is provided with the opening catheter and insulation sleeve that at least one thermocouple sensor and/or at least one piezoelectric sensor and/or at least one electrochemical sensor and/or at least one chromaticity transducer and/or sensor array and drawing liquid pump extend, described testing needle output multi-channel radio frequency identification signal is processed in the microprocessor of control circuit by transmission circuit, described at least one thermocouple sensor and
/or at least one piezoelectric sensor and
/or at least one electrochemical sensor and
/or at least one chromaticity transducer and
/or sensor array is provided with the electrode arranging the modified silicon wafer of different array pattern at ceramic jacket side surface uniform fold, this electrode comprise outside surface cover conductive film working electrode and
/or outside surface cover conductive film reference electrode and
/or the auxiliary electrode of an outside surface covering conductive film, the source electrode of sensor array, drain electrode, gate voltage characteristic or current characteristics have serial response data signal, described microprocessor-based control circuit is provided with signal processor, in the microprocessor of the control circuit described in being inputted by transmission circuit after described data register and the data of DLC (digital logic circuit) and sensor radio frequency identification signal contrast, described electrochemical sensor has the device detecting and analyze electro-chemical reaction.
2. food safety inspection device according to claim 1, is characterized in that: described at least one thermocouple sensor and
/or at least one piezoelectric sensor and
/or at least one electrochemical sensor and
/or at least one chromaticity transducer and
/or be provided with insulation sleeve between sensor array, prevent sensor radio frequency identification signal from mutually disturbing.
3. food safety inspection device according to claim 1 and 2, is characterized in that: described at least one thermocouple sensor and
/or
At least one piezoelectric sensor and
/or at least one electrochemical sensor and
/or at least one chromaticity transducer and
/or the electrode signal input terminal of sensor array and the signal output terminal signal input terminal corresponding with transmission circuit and signal output terminal fix assemble welding.
4. food safety inspection device according to claim 1, it is characterized in that: described case surface is provided with display and/or action button and/or operating pumps button, the testing needle that described shell side end wall is provided with extension is provided with the opposite side end wall away from this testing needle the USB interface be connected with miscellaneous equipment, and this USB interface terminal and the terminal corresponding to microprocessor control circuit fix assemble welding.
5. food safety inspection device according to claim 1, is characterized in that: described operating pumps button low coverage is provided with drawing liquid pump, and the opening catheter that during operation operating pumps button, test fluid is extended by drawing liquid pump enters.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520666647.8U CN205037919U (en) | 2015-08-31 | 2015-08-31 | Food safety inspection ware |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520666647.8U CN205037919U (en) | 2015-08-31 | 2015-08-31 | Food safety inspection ware |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205037919U true CN205037919U (en) | 2016-02-17 |
Family
ID=55296815
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520666647.8U Expired - Fee Related CN205037919U (en) | 2015-08-31 | 2015-08-31 | Food safety inspection ware |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205037919U (en) |
-
2015
- 2015-08-31 CN CN201520666647.8U patent/CN205037919U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160217 Termination date: 20170831 |