CN204988359U - Multirow jar body measuring device - Google Patents
Multirow jar body measuring device Download PDFInfo
- Publication number
- CN204988359U CN204988359U CN201520659370.6U CN201520659370U CN204988359U CN 204988359 U CN204988359 U CN 204988359U CN 201520659370 U CN201520659370 U CN 201520659370U CN 204988359 U CN204988359 U CN 204988359U
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- China
- Prior art keywords
- tank body
- control circuit
- circuit board
- cable
- water joint
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- Expired - Fee Related
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Abstract
The utility model provides a multirow jar body measuring device which characterized in that: including main body cover, first jar of body temperature sensor, first jar body pressure sensor, second jar body temperature sensor, second jar body pressure sensor is still including absorption solar energy and with its photovoltaic module board that converts the electric energy into, be equipped with storage battery, control circuit board, display screen in the shell, fixed or the on -fixed of photovoltaic module board in the shell is outside to be connected through the third cable inside the shell storage battery and control circuit board, it can charge and supply power to control circuit board to storage battery, first jar of body temperature sensor connects a water joint through first cable, a water joint through the lead wire with control circuit board connects, second jar body temperature sensor passes through the second cable and is connected with the 2nd water joint, the 2nd water joint through the lead wire with control circuit board connects.
Description
Technical field
The utility model relates to fields of measurement, particularly relates to for a kind of multirow tank body measurement mechanism.
Background technology
Existing tank body measurement mechanism, the numerical value of a tank body can only be measured, and for the sake of security, need to install and measure device at each tank body, can not reach and two tank bodies are measured simultaneously, and measurement range can reach two or more, and existing low-temperature measurement price is very expensive, part goes back dependence on import, cryogenic tank is filled with high costs, be unfavorable for socioeconomic development.
Utility model content
The purpose of this utility model is to provide a kind of multirow tank body measurement mechanism, by the first pot temperature sensor, second pot temperature sensor and the 3rd pot temperature sensor, measure the temperature of temperature or the outer temperature of tank body or valve body in the first tank body respectively, the temperature of temperature or the outer temperature of tank body or valve body in second tank body, the temperature of temperature or the outer temperature of tank body or valve body in 3rd tank body, pass through microprocessor, carry out intellectual analysis judgement, data result analysis obtained by wireless transmission is transferred to administrative center or user, the utility model adopts passive power source mode of movement, safety and environmental protection, clean convenient, lastingly energy-conservation, with light packsly just to move.
In order to solve the problems of the technologies described above, the utility model adopts technical scheme:
A kind of multirow tank body measurement mechanism, is characterized in that: comprise main body cover, the first pot temperature sensor, first tank body pressure transducer, second pot temperature sensor, the second tank body pressure transducer, also comprises and absorbs sun power and the photovoltaic module plate being converted into electric energy; Battery pack, control circuit board, display screen is provided with in described shell; Described photovoltaic module plate is fixed or on-fixed connects battery pack and control circuit board described in described enclosure in described housing exterior by the 3rd cable, and it can power to battery charging and to control circuit board; Described first pot temperature sensor connects the first water joint by the first cable, and described first water joint is connected with described control circuit board by lead-in wire; Described second pot temperature sensor is connected with the second water joint by the second cable, and described second water joint is connected with described control circuit board by lead-in wire; Described first tank body pressure transducer is connected with the 3rd water joint by the 3rd cable, and described 3rd water joint is connected with described control circuit board by lead-in wire; Described second tank body pressure transducer is connected with the 4th water joint by the 4th cable, and described 4th water joint is connected with described control circuit board by lead-in wire; Described display screen records numerical parameter for showing sensor, upper cover is provided with above described main body cover, cover on described and be provided with for the perspective portion of display screen display with for manually-operated keyboard, described upper cover draw-in groove and main body cover clamp and seal, corner stud is fixed, thus the parts that can take out in main body cover, described draw-in groove sealing adopts polytetrafluoroethylmaterial material sealing; Described main body cover inside or outside are provided with acousto-optic warning unit, described outside establishes acousto-optic warning unit to adopt fixing on-fixed in main body cover, and described acousto-optic warning unit on-fixed main body cover adopts cable mode or wireless transmission method to be connected with Dominating paths electroplax.
Preferably, described control circuit board comprises: microprocessor, storage element, power control circuit, wireless transmission unit, dormancy unit and reset circuit.
Preferably, described power control circuit controls described photovoltaic module plate to described battery charging, and described photovoltaic module plate is after described battery pack is full of, and cut off electric current by described power control circuit, steering controling circuit plate and metering circuit plate are powered.
Preferably, described dormancy unit at set intervals, sends instruction to described power-supply controller of electric, after described power-supply controller of electric receives instruction, namely powers to described control circuit board and metering circuit.
Preferably, the valve inner that described first pot temperature sensor is placed the outside temperature for monitoring the first tank body valve body of the valve body of the first tank body or is positioned over the first tank body for monitoring the temperature in the first tank body valve, or is positioned over the first tank body shell for monitoring the temperature in tank body shell or tank.
Preferably, the valve inner that described first pot temperature sensor is placed the outside temperature for monitoring the first tank body valve body of the valve body of the first tank body or is positioned over the first tank body for monitoring the temperature in the first tank body valve, or is positioned over the first tank body shell for monitoring the temperature in tank body shell or tank.
Preferably, described first tank body pressure transducer be placed in the first tank interior certain be placed in tank body top or middle or bottom, described second tank body pressure transducer be placed in the second tank interior certain be placed in tank body top or middle or bottom.
Preferably, described first tank body pressure transducer is placed in the first tank body pipeline, described first tank body pipeline is connected to tank interior by the first tank body top or middle or bottom, described second tank body pressure transducer is placed in the second tank body pipeline, and described second tank body pipeline is connected to tank interior by the second tank body top or middle or bottom.
Preferably, described first cable is connected with control circuit board by the first water joint, described second cable is connected with control circuit board by the second water joint, described 3rd cable is connected with control circuit board by the 3rd water joint, described 4th cable is connected with control circuit board by the 4th water joint, control circuit board is connected with microprocessor by integrated circuit, sensor is recorded signal and is sent to microprocessor.
Preferably, described acousto-optic warning unit comprises hummer, LED flashlamp, preferably adopts the flashlamp of color redness, or the red green flashlamp replaced, and described hummer, flashlamp can manually arrange.
According to an embodiment of the present utility model, be provided with perforate at described main body cover, described first cable connects battery pack and the control circuit board of described photovoltaic module plate and enclosure through described perforate.
According to an embodiment of the present utility model, described main body cover is cube, circle, right cylinder or circle and the square cube combined, and described perspective portion is located at the surface of shell away from described bottom surface sections.
According to an embodiment of the present utility model, described shell is pentagonal prism body, and its first side is used for photovoltaic module plate described in fixed placement; The second side that itself and described first side are separated by is the bottom surface for being positioned over plane; Described second side and the 3rd side are not ipsilateral; It is alternate establishes perspective portion on the 4th side of described first side and the 3rd side.
According to an embodiment of the present utility model, described battery pack is connected by pluggable connector with between photovoltaic module plate and control circuit board.
After adopting technique scheme, the utility model compared with prior art has following outstanding advantages: by pressure transducer and temperature sensor, measure pot temperature and pressure respectively, for monitoring the good operation of tank body, two kinds of different referential datas are provided, make measurement data more accurate, measurement result is more reliable, and measurement scheme is more complete; In addition, passive power supply is more conducive to mobile installation.
Accompanying drawing explanation
Fig. 1 is a kind of multirow tank body measurement mechanism structural representation of the utility model embodiment.
Fig. 2 is a kind of multirow tank body measurement mechanism main body upper cover and the sensor connection diagram of the utility model embodiment.
Main body cover, 2, bottom panel, 3, photovoltaic module plate, 4, battery pack, 5, the 5th cable, 6, main body cover upper cover, 7, display screen, 8, Dominating paths electroplax, 9, the first cable, the 10, second cable, the 11, first pot temperature sensor, 12, the first tank body pressure transducer, 13, the first water joint, the 14, second water joint, 15, panalarm, 16, the second pot temperature sensor, 17, the 3rd cable, the 18, the 3rd water joint, the 19, second tank body pressure transducer, 20, the 4th cable, the 21, the 4th water joint.
601, upper cover perspective portion, 602, upper cover keyboard.
801, microprocessor, 802, storage unit, 803, power control circuit, 804, reset circuit, 805, wireless transmission unit, 806, dormancy unit.
Embodiment
For enabling above-mentioned purpose of the present utility model, feature and advantage become apparent more, are described in detail embodiment of the present utility model below in conjunction with accompanying drawing.
Set forth a lot of detail in the following description so that fully understand the utility model.But the utility model can be much different from alternate manner described here to implement, those skilled in the art can when doing similar popularization without prejudice to when the utility model intension, and therefore the utility model is by the restriction of following public concrete enforcement and concrete accompanying drawing.
Embodiment one
Fig. 1 shows a kind of multirow tank body measurement mechanism, main body cover 1 is fixed on rigid rack body, described photovoltaic module plate 3 fixed by rigid rack body or on-fixed outside in described main body cover 1, and it is inner to be connected to described main body cover 1 by the 5th cable 5, described main body cover 1 is provided with the upper cover perspective portion 601 shown for display screen 7, for can pass through the numerical parameter on shell 1 reading displayed screen, described upper cover 6 clamps with draw-in groove and main body cover 1 and seals, corner stud is fixed, thus the parts that can take out in main body cover, described draw-in groove sealing adopts polytetrafluoroethylmaterial material sealing.
Battery pack 4, the control circuit board 8 of process sensor data, the display screen 7 of display value parameter as redundant electrical power is provided with in main body cover 1; Photovoltaic module plate 3 is connected to described battery pack 4 and control circuit board 8 by the 3rd cable 5, and photovoltaic module plate 3 can charge to battery pack 4 when generating electricity and power to control circuit board 8; Described control circuit board 8 comprises microprocessor 801, storage unit 802, power control circuit 803, reset circuit 805, wireless transmission unit 805, satellite positioning unit, power control circuit 803 is powered to metering circuit by photovoltaic module plate 3 when photovoltaic module plate 3 generates electricity, powered to metering circuit by battery pack 4 when photovoltaic module plate 3 does not generate electricity; Pressure transducer 12 connects described Dominating paths electroplax 8 by the second cable 10; Described display screen 7 is for showing sensor values parameter, and it is inner that described display screen 7 is positioned at main body cover 1, and through main body cover 1 perspective, portion 6 is visual, can protect display screen 7, extends its serviceable life.
Described main body cover 1 is provided with the perforate for threading, and the battery pack 4 of described photovoltaic module plate 3 and main body cover 1 inside and control circuit board 8 couple together through described perforate by described 3rd cable 5, reduce coiling.
Because the serviceable life of accumulator is shorter than device itself usually, need change it when battery damage, in order to the convenience changed, arrange described battery pack 4 and be connected by pluggable connector with between photovoltaic module plate 3 and control circuit board 8, the line connecting battery pack 4 is pluggable.
The utility model arranges photovoltaic module plate 3 and battery pack 4, sun power is converted to electric energy for metering circuit by photovoltaic module plate 3 and power supply is provided, store electric energy in battery pack 4 simultaneously, use accumulator to power when photovoltaic module plate 3 does not receive sun power, power-on time is lasting, and clean energy, movability is strong, main body cover 1 is by battery pack 4, control circuit board 8, display screen 7 is all fenced, and perspective portion 601 is set in the display area of display screen 7, by the display on perspective portion 601 visual display 7, good protective effect can be played.
Embodiment one
First pot temperature sensor 11 is recorded temperature in the first tank and is transmitted to microprocessor 801 by the first cable 9, first cable 9 is connected with control circuit board 8 by the first water joint 13, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the temperature threshold value preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment two
First pot temperature sensor 11 records the temperature of tank body shell, transmitted to microprocessor 801 by the first cable 9, first cable 9 is connected with control circuit board 8 by waterproof first joint, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the temperature threshold value preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment three
The temperature (not shown) that first pot temperature sensor 11 records the first tank body valve body (not shown) is transmitted to microprocessor 801 by the first cable 9, first cable 9 is connected with control circuit board 8 by the first water joint 13, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the temperature threshold value preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment four
First tank body pressure transducer 12 is installed and abhiseca portion (not shown), record the absolute pressure value in tank, transmitted to microprocessor 801 by the second cable 10, second cable 10 is connected with control circuit board 8 by the second water joint 14, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the pressure threshold preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment five
First tank body pressure transducer 12 is installed and is filled with bottom, record the relative pressure in tank, transmitted to microprocessor 801 by the second cable 10, second cable 10 is connected with control circuit board 8 by the second water joint, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the pressure threshold preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment six
Second pot temperature sensor 16 is recorded temperature in the second tank and is transmitted to microprocessor 801 by the 3rd cable 17, 3rd cable 17 is connected with control circuit board 8 by the 3rd water joint 18, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the temperature threshold value preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment seven
Second pot temperature sensor 16 records the temperature of tank body shell, transmitted to microprocessor 801 by the 3rd cable 17, 3rd cable 17 is connected with control circuit board 8 by the 3rd water joint 18, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the temperature threshold value preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment eight
The temperature (not shown) that second pot temperature sensor 16 records the second tank body valve body (not shown) is transmitted to microprocessor 801 by the 3rd cable 17, 3rd cable 17 is connected with control circuit board 8 by the 3rd water joint 18, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the temperature threshold value preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment nine
Second tank body pressure transducer 19 is installed and abhiseca portion (not shown), record the absolute pressure value in tank, transmitted to microprocessor 801 by the 4th cable 20, 4th cable 20 is connected with control circuit board 8 by the 4th water joint 21, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the pressure threshold preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment ten
Second tank body pressure transducer 19 is installed and is filled with bottom, record the relative pressure in tank, transmitted to microprocessor 801 by the 4th cable 20, 4th cable 20 is connected with control circuit board 8 by the 4th water joint, control circuit board 8 is connected with microprocessor 801 by integrated circuit, sensor is recorded signal and be sent to microprocessor 801, microprocessor 801 is transferred and is preset the liquid gas type preset being stored in storage unit 802 and the pressure threshold preset, microprocessor 801 carries out contrast according to the numerical value that the critical value preset and sensor record and judges, if normal, then mourn in silence, if improper, then start warning device 15.
Embodiment ten
Described data processing equipment 8 carries out analyzing and processing through microprocessor 801 pairs of sensor data measureds, and the storage data that storage element 802 is preset is conducted interviews transfer, by analyze contrast draw judgement, if belong to normal range, then by data storing in storage element 802; If belong to non-normal range, then powered to wireless transmission unit 805 by power control circuit 803, start radio alarming transmission unit 805, on the other hand the data storing of up-to-date measurement is prepared against inquiry to storage unit 802, described wireless transport module 805 sends alerting signal to wireless interface receiving end, and described wireless interface receiving end is provided with alarm device.
Embodiment 11
When after intelligent system cisco unity malfunction, by manual operation or wireless remote operation keyboard button 602, keyboard button 602 by signal cable by command routing to reset circuit 804, reset circuit 804 restores the system to original state automatically;
Although the utility model with preferred embodiment openly as above; but it is not for limiting claim; any those skilled in the art are not departing from spirit and scope of the present utility model; can make possible variation and amendment, the scope that therefore protection domain of the present utility model should define with the utility model claim is as the criterion.
Claims (10)
1. a multirow tank body measurement mechanism, is characterized in that: comprise main body cover, the first pot temperature sensor, first tank body pressure transducer, second pot temperature sensor, the second tank body pressure transducer, also comprises and absorbs sun power and the photovoltaic module plate being converted into electric energy; Battery pack, control circuit board, display screen is provided with in described shell; Described photovoltaic module plate is fixed or on-fixed connects battery pack and control circuit board described in described enclosure in described housing exterior by the 3rd cable, and it can power to battery charging and to control circuit board; Described first pot temperature sensor connects the first water joint by the first cable, and described first water joint is connected with described control circuit board by lead-in wire; Described second pot temperature sensor is connected with the second water joint by the second cable, and described second water joint is connected with described control circuit board by lead-in wire; Described first tank body pressure transducer is connected with the 3rd water joint by the 3rd cable, and described 3rd water joint is connected with described control circuit board by lead-in wire; Described second tank body pressure transducer is connected with the 4th water joint by the 4th cable, and described 4th water joint is connected with described control circuit board by lead-in wire; Described display screen records numerical parameter for showing sensor, upper cover is provided with above described main body cover, cover on described and be provided with for the perspective portion of display screen display with for manually-operated keyboard, described upper cover draw-in groove and main body cover clamp and seal, corner stud is fixed, thus the parts that can take out in main body cover, described draw-in groove sealing adopts polytetrafluoroethylmaterial material sealing; Described main body cover inside or outside are provided with acousto-optic warning unit, described outside establishes acousto-optic warning unit to adopt fixing on-fixed in main body cover, and described acousto-optic warning unit on-fixed main body cover adopts cable mode or wireless transmission method to be connected with Dominating paths electroplax.
2. multirow tank body measurement mechanism as claimed in claim 1, it is characterized in that, described control circuit board comprises: microprocessor, storage element, dormancy unit, power control circuit, wireless transmission unit and reset circuit.
3. multirow tank body measurement mechanism as claimed in claim 2, it is characterized in that, described power control circuit controls described photovoltaic module plate to described battery charging, described photovoltaic module plate is after described battery pack is full of, cut off electric current by described power control circuit, steering controling circuit plate and metering circuit plate are powered.
4. multirow tank body measurement mechanism as claimed in claim 1, it is characterized in that, the valve inner that described first pot temperature sensor is placed the outside temperature for monitoring the first tank body valve body of the valve body of the first tank body or is positioned over the first tank body for monitoring the temperature in the first tank body valve, or is positioned over the first tank body shell for monitoring the temperature in tank body shell or tank.
5. multirow tank body measurement mechanism as claimed in claim 1, it is characterized in that, described first tank body pressure transducer be placed in the first tank interior certain be placed in tank body top or middle or bottom, described second tank body pressure transducer be placed in the second tank interior certain be placed in tank body top or middle or bottom.
6. multirow tank body measurement mechanism as claimed in claim 1, it is characterized in that, described first tank body pressure transducer is placed in the first tank body pipeline, described first tank body pipeline is connected to tank interior by the first tank body top or middle or bottom, described second tank body pressure transducer is placed in the second tank body pipeline, and described second tank body pipeline is connected to tank interior by the second tank body top or middle or bottom.
7. multirow tank body measurement mechanism as claimed in claim 1, it is characterized in that, described first cable is connected with control circuit board by the first water joint, described second cable is connected with control circuit board by the second water joint, described 3rd cable is connected with control circuit board by the 3rd water joint, described 4th cable is connected with control circuit board by the 4th water joint, and control circuit board is connected with microprocessor by integrated circuit, sensor is recorded signal and is sent to microprocessor.
8. multirow tank body measurement mechanism as claimed in claim 2, is characterized in that, described dormancy unit at set intervals, sends instruction to described power-supply controller of electric, after described power-supply controller of electric receives instruction, namely powers to described control circuit board and metering circuit.
9. multirow tank body measurement mechanism as claimed in claim 1, it is characterized in that, described cable is connected with control circuit board by water joint, and control circuit board is connected with microprocessor by integrated circuit, sensor is recorded signal and is sent to microprocessor.
10. multirow tank body measurement mechanism as claimed in claim 1, is characterized in that, described main body cover is cube, circle, right cylinder or the circular and square square body combined.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520659370.6U CN204988359U (en) | 2015-08-28 | 2015-08-28 | Multirow jar body measuring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520659370.6U CN204988359U (en) | 2015-08-28 | 2015-08-28 | Multirow jar body measuring device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204988359U true CN204988359U (en) | 2016-01-20 |
Family
ID=55122718
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520659370.6U Expired - Fee Related CN204988359U (en) | 2015-08-28 | 2015-08-28 | Multirow jar body measuring device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204988359U (en) |
-
2015
- 2015-08-28 CN CN201520659370.6U patent/CN204988359U/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: 20160120 Termination date: 20180828 |