CN209197251U - A kind of cooling device of high-temperature medium level gauging - Google Patents
A kind of cooling device of high-temperature medium level gauging Download PDFInfo
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- CN209197251U CN209197251U CN201821862621.0U CN201821862621U CN209197251U CN 209197251 U CN209197251 U CN 209197251U CN 201821862621 U CN201821862621 U CN 201821862621U CN 209197251 U CN209197251 U CN 209197251U
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Abstract
The utility model relates to the technical fields of high-temperature medium level gauging auxiliary equipment can be improved high-temperature medium cooling effect more particularly to a kind of cooling device of high-temperature medium level gauging；Further, it is possible to which liquidometer is avoided measurement error occur；Including cooler bin, feed liquor flange and liquid flange out, cooler bin is internally provided with cooling chamber, it is connected on the left of cooler bin and is equipped with inlet, liquid flowing valve is provided with and communicated on the left of inlet, feed liquor flange is fixed on the left end of liquid flowing valve, connection setting and liquid outlet on the right side of cooler bin, liquid valve door is provided with and communicated on the right side of liquid outlet, liquid flange is fixed on the right end of liquid valve door out, and cooling tube is provided with and communicated between liquid flowing valve and liquid valve door, and cooling tube is located in cooling chamber；It further include fuel tank, oil pump, heat exchanger, pressure tester and supercharging device, fuel tank is fixed on cooling chamber bottom left, and fuel tank internal is provided with oil pocket, and oil return opening is provided with and communicated on the left of top of oil-tank, is provided with and communicated with oil filler on the right side of top of oil-tank.
Description
Technical field
The utility model relates to the technical fields of high-temperature medium level gauging auxiliary equipment, are situated between more particularly to a kind of high temperature
The cooling device of matter level gauging.
Background technique
It is well known that high-temperature medium level gauging is a kind of for liquidometer measurement high-temperature medium liquid level with cooling device
When, cool down to high-temperature medium, liquidometer is avoided to contact the aging and damage for causing liquidometer with high-temperature medium for a long time,
It is widely used in a variety of applications in the field of high-temperature medium level gauging；Existing high-temperature medium level gauging includes with cooling device
Cooler bin, feed liquor flange and liquid flange out, cooler bin are internally provided with cooling chamber, are connected on the left of cooler bin and are equipped with inlet, into
Liquid flowing valve is provided with and communicated on the left of liquid mouth, feed liquor flange is fixed on the left end of liquid flowing valve, on the right side of cooler bin connection setting with
Liquid outlet is provided with and communicated with liquid valve door on the right side of liquid outlet, and liquid flange is fixed on the right end of liquid valve door out, liquid flowing valve with go out
Cooling tube is provided with and communicated between fluid valve, cooling tube is located in cooling chamber；Existing high-temperature medium level gauging cooling dress
It sets in use, being connected to liquid flowing valve with high-temperature medium container by feed liquor flange, then by going out liquid flange for liquid out
Valve is connected to liquidometer, and cooling tube is windingly laid on inside cooler bin, opens liquid flowing valve and liquid valve door,
It flows into high-temperature medium in cooling tube, by the natural cooling in cooling tube, reduces the temperature of high-temperature medium, then pass through
Liquid valve door high-temperature medium flows into liquidometer, and liquidometer is made to carry out level gauging to the high-temperature medium in container；Existing height
Warm medium level gauging finds that the self-heating for relying only on high-temperature medium is cooling in cooling device use, leads to the cooling of cooler bin
Effect is poor；Also, high-temperature medium flows high in the high-temperature medium pressure and liquidometer being easy to make in liquidometer in cooling tube
There is deviation in the pressure of warm medium, and liquidometer measurement is caused error occur.
Utility model content
In order to solve the above technical problems, the utility model, which provides one kind, can be improved high-temperature medium cooling effect；Also, energy
Liquidometer is enough avoided the cooling device of the high-temperature medium level gauging of measurement error occur.
A kind of cooling device of the high-temperature medium level gauging of the utility model, including cooler bin, feed liquor flange and go out
Liquid flange, cooler bin are internally provided with cooling chamber, are connected on the left of cooler bin and are equipped with inlet, be provided with and communicated on the left of inlet into
Fluid valve, feed liquor flange are fixed on the left end of liquid flowing valve, connection setting and liquid outlet on the right side of cooler bin, connection on the right side of liquid outlet
It is provided with liquid valve door, liquid flange is fixed on the right end of liquid valve door out, is provided with and communicated between liquid flowing valve and liquid valve door
Cooling tube, cooling tube are located in cooling chamber；It further include fuel tank, oil pump, heat exchanger, pressure tester and supercharging device, fuel tank is solid
It is scheduled on cooling chamber bottom left, fuel tank internal is provided with oil pocket, and oil return opening is provided with and communicated on the left of top of oil-tank, and top of oil-tank is right
Side is provided with and communicated with oil filler, and fuel door is provided on oil filler, and fuel tank bottom right side is provided with and communicated with oil outlet, and oil outlet is right
Side is provided with and communicated with flowline, and heat exchanger is fixed on cooling chamber bottom, and heat exchanger is located on the right side of fuel tank, and flowline and heat exchanger are left
The connection of side input terminal, heat exchanger right side are provided with heat exchanger tube, and oil pump is fixed on cooling chamber bottom right, and oil pump is located at the heat exchanger right side
Side, heat exchanger tube right end are connected to oil pump input terminal, and cooler bin is internally provided with cooling pipe, and cooling pipe is uniformly arranged from left to right
On the lateral wall of cooling tube, the left end of cooling pipe is connected to the return port, and the right end of cooling pipe is connected to the output end of oil pump；Pressure
Power tester is fixed on above liquid flowing valve, and liquid flowing valve top is provided with and communicated with test mouth, and the test lead of pressure tester is worn
It crosses test mouth and extend into inside liquid flowing valve, supercharging device is fixed on cooler bin bottom right side, and liquid valve door bottom end is provided with
Boost port, the output end of supercharging device pass through boost port and extend into inside liquid valve door, and pressure tester and supercharging device are logical
Cross wireless transmission method connection.
A kind of cooling device of high-temperature medium level gauging of the utility model, the cooling tube are stainless using high temperature resistant
Steel material.
A kind of cooling device of high-temperature medium level gauging of the utility model, the liquid flowing valve bottom end and liquid valve
Door bottom end is located in same level.
A kind of cooling device of high-temperature medium level gauging of the utility model, further includes multiple groups cooling fin, cooler bin
Bottom and bottom are respectively arranged with two groups of radiating grooves, and multiple groups cooling fin is uniformly fixed to two groups of radiating grooves from left to right respectively
It is interior.
A kind of cooling device of high-temperature medium level gauging of the utility model further includes two groups of radiator fans, cooling
Case left side top and right hand top are provided with and respectively communicated with two groups of thermovents, and two groups of radiator fans are separately mounted to two groups of thermovents
In.
A kind of cooling device of high-temperature medium level gauging of the utility model, further includes flow rate adjustment device, flow velocity
Regulating device is located at the top of oil pump, and the input terminal of flow rate adjustment device bottom is connected to the output end of oil pump, and flow velocity adjusts dress
The output end set is connected to the right end of cooling pipe.
A kind of cooling device of high-temperature medium level gauging of the utility model, further includes hygrosensor, and temperature is visited
Device is surveyed to be fixed on above liquid valve header.
A kind of cooling device of high-temperature medium level gauging of the utility model further includes access panel, cooler bin left side
Bottom is provided with and communicated with access hole, and on the left of access hole, the top of access panel and cooler bin are rotatablely connected access panel lid.
Compared with prior art the utility model has the following beneficial effects: passing through feed liquor flange for liquid flowing valve and high-temperature medium
Container is connected to, and is then connected to liquid valve door with liquidometer by going out liquid flange, cooling tube is windingly laid with
Inside cooler bin, liquid flowing valve and liquid valve door are opened, flows into high-temperature medium in cooling tube, opens fuel door and to fuel tank
Coolant liquid is added in inside, then so that coolant liquid is flowed through heat exchanger by the work of oil pump, and enter in cooling pipe by oil pump, cold
But liquid flows in cooling pipe flows into fuel tank eventually by oil return opening, and then coolant liquid is flowed into again by the effect of oil pump
In heat exchanger, to complete circulating for coolant liquid, the contact by cooling pipe with cooling tube makes coolant liquid in flow process
It is middle by the heat absorption of the high-temperature medium in cooling tube and to take away, and carry out the heat of the absorption in coolant liquid by heat exchanger
Release enables coolant liquid constantly to cool down for cooling tube, to be continuously available when flowing high-temperature medium in cooling tube
Cooling processing, to improve the cooling effect to high-temperature medium；In addition, high-temperature medium inflow can be detected by pressure tester
The pressure of high-temperature medium when inside cooler bin, and pressure data is transferred to supercharging device, supercharging device is in high-temperature medium stream
Pressure when high-temperature medium outflow is detected when liquid valve door, and is compared with the data of pressure tester transmission, is being flowed out
High-temperature medium pressure when becoming smaller, by supercharging device be that high-temperature medium is pressurized, thus guarantee high-temperature medium flow into cooler bin and
Pressure when flowing out cooler bin is consistent, so that the measurement of liquidometer be avoided error occur.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
It is attached marked in the figure: 1, cooler bin；2, feed liquor flange；3, go out liquid flange；4, liquid flowing valve；5, liquid valve door；6, cold
But it manages；7, fuel tank；8, oil pump；9, heat exchanger；10, pressure tester；11, supercharging device；12, flowline；13, heat exchanger tube；14,
Cooling pipe；15, cooling fin；16, radiator fan；17, flow rate adjustment device；18, hygrosensor；19, access panel.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
As shown in Figure 1, a kind of cooling device of high-temperature medium level gauging of the utility model, including cooler bin 1, into
Liquid flange 2 and out liquid flange 3, cooler bin 1 are internally provided with cooling chamber, are connected on the left of cooler bin 1 and are equipped with inlet, and inlet is left
Side is provided with and communicated with liquid flowing valve 4, and feed liquor flange 2 is fixed on the left end of liquid flowing valve 4, and connection is arranged and goes out on the right side of cooler bin 1
Liquid mouth is provided with and communicated with liquid valve door 5 on the right side of liquid outlet, and liquid flange 3 is fixed on the right end of liquid valve door 5 out, liquid flowing valve 4 with
Cooling tube 6 is provided with and communicated between liquid valve door 5, cooling tube 6 is located in cooling chamber；Further include fuel tank 7, oil pump 8, heat exchanger 9,
Pressure tester 10 and supercharging device 11, fuel tank 7 are fixed on cooling chamber bottom left, and fuel tank 7 is internally provided with oil pocket, fuel tank 7
Top left side is provided with and communicated with oil return opening, and 7 top right side of fuel tank is provided with and communicated with oil filler, is provided with fuel door on oil filler,
7 bottom right side of fuel tank is provided with and communicated with oil outlet, is provided with and communicated with flowline 12 on the right side of oil outlet, heat exchanger 9 is fixed on cooling
Bottom of chamber portion, heat exchanger 9 are located at 7 right side of fuel tank, and flowline 12 is connected to 9 left side input terminal of heat exchanger, is provided on the right side of heat exchanger 9
Heat exchanger tube 13, oil pump 8 are fixed on cooling chamber bottom right, and oil pump 8 is located at 9 right side of heat exchanger, and 13 right end of heat exchanger tube and oil pump 8 are defeated
Enter end connection, cooler bin 1 is internally provided with cooling pipe 14, and cooling pipe 14 is uniformly set in the outside of cooling tube 6 from left to right
On wall, the left end of cooling pipe 14 is connected to the return port, and the right end of cooling pipe 14 is connected to the output end of oil pump 8；Pressure tester
10 are fixed on 4 top of liquid flowing valve, and 4 top of liquid flowing valve is provided with and communicated with test mouth, and the test lead of pressure tester 10 passes through
Test mouth is simultaneously extend into inside liquid flowing valve 4, and supercharging device 11 is fixed on 1 bottom right side of cooler bin, the setting of 5 bottom end of liquid valve door
There is boost port, the output end of supercharging device 11 passes through boost port and extend into inside liquid valve door 5, pressure tester 10 and pressurization
Device 11 is connected by wireless transmission method；Liquid flowing valve is connected to high-temperature medium container by feed liquor flange, then
Liquid valve door is connected to liquidometer by going out liquid flange, cooling tube is windingly laid on inside cooler bin, is opened
Liquid flowing valve and liquid valve door flow into high-temperature medium in cooling tube, open fuel door and coolant liquid is added to fuel tank internal, so
So that coolant liquid is flowed through heat exchanger by the work of oil pump afterwards, and entered in cooling pipe by oil pump, coolant liquid flows in cooling pipe
It is dynamic to be flowed into fuel tank eventually by oil return opening, then coolant liquid again by oil pump effect, in inflow heat exchanger, to complete
Coolant liquid circulates, the contact by cooling pipe with cooling tube, makes coolant liquid in flow process by the height in cooling tube
The heat absorption of warm medium is simultaneously taken away, and discharges the heat of the absorption in coolant liquid by heat exchanger, enables coolant liquid
It is enough constantly to cool down for cooling tube, so that cooling processing is continuously available, to mention when flowing high-temperature medium in cooling tube
Cooling effect of the height to high-temperature medium；In addition, can be detected when high-temperature medium flows into inside cooler bin by pressure tester
The pressure of high-temperature medium, and pressure data is transferred to supercharging device, supercharging device flows through liquid valve Men Shijian in high-temperature medium
Pressure when pyrometry medium flows out, and compared with the data of pressure tester transmission, in the high-temperature medium pressure of outflow
It is high-temperature medium pressurization by supercharging device when becoming smaller, to guarantee when high-temperature medium flows into cooler bin and flows out cooler bin
Pressure is consistent, so that the measurement of liquidometer be avoided error occur；The oil pump is directly bought from market, when use
Power on and operated according to appended specification, therefore details are not described herein.
A kind of cooling device of high-temperature medium level gauging of the utility model, the cooling tube 6 use high temperature resistant not
Rust steel material；Cooling tube can be improved to the tolerance of high-temperature medium using high temperature resistant stainless steel material production cooling tube, avoid
Cooling tube is contacted with high-temperature medium for a long time to be used for the service life and impacts, to improve the service life of described device.
A kind of cooling device of high-temperature medium level gauging of the utility model, 4 bottom end of liquid flowing valve and out liquid
5 bottom end of valve is located in same level；Liquid flowing valve bottom and liquid valve door bottom are arranged in same level, it can be with
High-temperature medium is set to keep identical liquid level pressure when entering cooler bin and outflow cooler bin, to prevent height of liquid level different band from coming
Pressure difference increases the work load of supercharging device.
A kind of cooling device of high-temperature medium level gauging of the utility model, further includes multiple groups cooling fin 15, cooling
1 bottom of case and bottom are respectively arranged with two groups of radiating grooves, and multiple groups cooling fin 15 is uniformly fixed to two groups from left to right respectively and dissipates
In heat channel；When high-temperature medium flows through cooler bin, has partial heat and distributed by cooling tube to cooler bin, radiated by multiple groups
This partial heat can be given out cooler bin by piece, and heat build-up is avoided to influence the cooling effect of cooling pipe and cooling tube, thus
Guarantee the cooling effect of cooler bin.
A kind of cooling device of high-temperature medium level gauging of the utility model further includes two groups of radiator fans 16, cold
But 1 left side top of case and right hand top are provided with and respectively communicated with two groups of thermovents, and two groups of radiator fans 16 are separately mounted to two groups
In thermovent；Further the heat in cooler bin can be distributed by two groups of radiator fans, guarantee the low temperature of cooler bin
Environment accelerates cooling rate when high-temperature medium flows through cooler bin；Two groups of radiator fans be directly bought from market and
Come, when use powers on and operates according to appended specification, therefore details are not described herein.
A kind of cooling device of high-temperature medium level gauging of the utility model, further includes flow rate adjustment device 17, stream
Velocity modulation regulating device 17 is located at the top of oil pump 8, and the input terminal of 17 bottom of flow rate adjustment device is connected to the output end of oil pump 8, stream
The output end of velocity modulation regulating device 17 is connected to the right end of cooling pipe 14；Cooled down by the adjustable coolant liquid of flow rate adjustment device
Flow velocity in pipe, so as to the flow velocity of the high low adjustment coolant liquid of temperature according to high-temperature medium, to guarantee described device pair
The cooling effect of high-temperature medium；The flow rate adjustment device is directly bought from market, according to appended specification when use
Operation, therefore details are not described herein.
A kind of cooling device of high-temperature medium level gauging of the utility model, further includes hygrosensor 18, temperature
Detector 18 is fixed on 5 over top of liquid valve door；It can detecte high-temperature medium by hygrosensor to flow out from liquid valve door
When temperature, and flow rate adjustment device is made to adjust flow velocity of the coolant liquid in cooling pipe according to the outflow temperature of high-temperature medium；Institute
Stating hygrosensor is directly bought from market, and when use powers on and operates according to appended specification, therefore herein not
It repeats again.
A kind of cooling device of high-temperature medium level gauging of the utility model, further includes access panel 19, and cooler bin 1 is left
Side bottom is provided with and communicated with access hole, and on the left of access hole, the top of access panel 19 and the rotation of cooler bin 1 connect the lid of access panel 19
It connects；Access panel is opened by rotation access panel, can be that the components in cooler bin are checked and repaired by access hole,
So that it is kept normal operating condition, avoids described device that the contingencies such as leakage occur when in use.
A kind of cooling device of high-temperature medium level gauging of the utility model passes through feed liquor flange when in use
Liquid flowing valve is connected to high-temperature medium container, is then connected to liquid valve door with liquidometer by going out liquid flange,
Liquid flowing valve and liquid valve door are opened, flows into high-temperature medium in cooling tube, open fuel door and cooling is added to fuel tank internal
Then liquid makes coolant liquid flow through heat exchanger, and is entered in cooling pipe by oil pump by the work of oil pump, coolant liquid is in cooling pipe
Interior flowing flows into fuel tank eventually by oil return opening, then coolant liquid again by oil pump effect, in inflow heat exchanger, thus
Circulating for coolant liquid is completed, the contact by cooling pipe with cooling tube makes coolant liquid will be in cooling tube in flow process
High-temperature medium heat absorption and take away, and the heat of the absorption in coolant liquid is discharged by heat exchanger, makes to cool down
Liquid can constantly cool down for cooling tube；Also, passes through the heat spreading function of radiator fan and cooling fin, carried out for cooler bin scattered
Heat；In addition, the pressure of high-temperature medium when high-temperature medium flows into inside cooler bin can be detected by pressure tester, and will pressure
Strong data are transferred to supercharging device, and supercharging device detects pressure when high-temperature medium outflow when high-temperature medium flows through liquid valve door
By force, and with the data of pressure tester transmission it compares, when the high-temperature medium pressure of outflow becomes smaller, is by supercharging device
High-temperature medium pressurization, to guarantee that pressure when high-temperature medium flows into cooler bin and flows out cooler bin is consistent.
A kind of cooling device of high-temperature medium level gauging of the utility model, the installation side of all components described above
Formula, connection type or set-up mode are common mechanical mode, and the specific structure of its all component, model and coefficient index
It is its included technology, is implemented as long as the equal of its advantages can be reached, therefore details are not described herein.
A kind of cooling device of the high-temperature medium level gauging of the utility model, in the absence of explanation to the contrary,
The noun of locality that " up and down, inside and outside front and back " etc. is included in the term only represents orientation of the term under normal service condition,
Or be those skilled in the art understand that be commonly called as, should not be seen as a limitation of this term.Term as used herein is " vertical
", " horizontal ", "left", "right" and similar statement for illustrative purposes only.Described in the utility model " the
One ", " second ", " third " do not represent specific quantity and sequence, are only used for the differentiation of title.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change
It also should be regarded as the protection scope of the utility model into modification.
Claims (8)
1. a kind of cooling device of high-temperature medium level gauging, including cooler bin (1), feed liquor flange (2) and liquid flange out
(3), cooler bin (1) is internally provided with cooling chamber, is connected on the left of cooler bin (1) and is equipped with inlet, connection setting on the left of inlet
Have liquid flowing valve (4), feed liquor flange (2) is fixed on the left end of liquid flowing valve (4), connection setting and liquid out on the right side of cooler bin (1)
Mouthful, liquid valve door (5) are provided with and communicated on the right side of liquid outlet, liquid flange (3) is fixed on the right end of liquid valve door (5), liquid feed valve out
It is provided with and communicated with cooling tube (6) between door (4) and liquid valve door (5), cooling tube (6) is located in cooling chamber, which is characterized in that packet
Fuel tank (7), oil pump (8), heat exchanger (9), pressure tester (10) and supercharging device (11) are included, fuel tank (7) is fixed on cooling chamber
Bottom left, fuel tank (7) are internally provided with oil pocket, and fuel tank (7) top left side is provided with and communicated with oil return opening, fuel tank (7) top right
Side is provided with and communicated with oil filler, fuel door is provided on oil filler, fuel tank (7) bottom right side is provided with and communicated with oil outlet, fuel-displaced
It is provided with and communicated with flowline (12) on the right side of mouthful, heat exchanger (9) is fixed on cooling chamber bottom, and heat exchanger (9) is located at fuel tank (7) right side
Side, flowline (12) are connected to input terminal on the left of heat exchanger (9), are provided with heat exchanger tube (13) on the right side of heat exchanger (9), oil pump (8)
It is fixed on cooling chamber bottom right, oil pump (8) is located on the right side of heat exchanger (9), and heat exchanger tube (13) right end and oil pump (8) input terminal connect
Logical, cooler bin (1) is internally provided with cooling pipe (14), and cooling pipe (14) is uniformly set in the outer of cooling tube (6) from left to right
On side wall, the left end of cooling pipe (14) is connected to the return port, and the right end of cooling pipe (14) is connected to the output end of oil pump (8)；Pressure
Power tester (10) is fixed on above liquid flowing valve (4), and liquid flowing valve (4) top is provided with and communicated with test mouth, pressure tester
(10) test lead passes through test mouth and extend into liquid flowing valve (4) inside, and supercharging device (11) is fixed on the right side of cooler bin (1)
Bottom, liquid valve door (5) bottom end are provided with boost port, and the output end of supercharging device (11) passes through boost port and extend into liquid valve
Door (5) is internal, and pressure tester (10) is connect with supercharging device (11) by wireless transmission method.
2. a kind of cooling device of high-temperature medium level gauging as described in claim 1, which is characterized in that the cooling tube
(6) high temperature resistant stainless steel material is used.
3. a kind of cooling device of high-temperature medium level gauging as claimed in claim 2, which is characterized in that the liquid feed valve
Door (4) bottom end and liquid valve door (5) bottom end are located in same level.
4. a kind of cooling device of high-temperature medium level gauging as claimed in claim 3, which is characterized in that further include multiple groups
Cooling fin (15), cooler bin (1) bottom and bottom are respectively arranged with two groups of radiating grooves, and multiple groups cooling fin (15) difference is from left to right
It is uniformly fixed in two groups of radiating grooves.
5. a kind of cooling device of high-temperature medium level gauging as claimed in claim 4, which is characterized in that further include two groups
Radiator fan (16), cooler bin (1) left side top and right hand top are provided with and respectively communicated with two groups of thermovents, two groups of radiator fans
(16) it is separately mounted in two groups of thermovents.
6. a kind of cooling device of high-temperature medium level gauging as claimed in claim 5, which is characterized in that further include flow velocity
Regulating device (17), flow rate adjustment device (17) are located at the top of oil pump (8), the input terminal of flow rate adjustment device (17) bottom with
The output end of oil pump (8) is connected to, and the output end of flow rate adjustment device (17) is connected to the right end of cooling pipe (14).
7. a kind of cooling device of high-temperature medium level gauging as claimed in claim 6, which is characterized in that further include temperature
Detector (18), hygrosensor (18) are fixed on liquid valve door (5) over top.
8. a kind of cooling device of high-temperature medium level gauging as claimed in claim 7, which is characterized in that further include maintenance
Plate (19), cooler bin (1) left bottom are provided with and communicated with access hole, and access panel (19) lid is on the left of access hole, access panel
(19) top and cooler bin (1) is rotatablely connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821862621.0U CN209197251U (en) | 2018-11-10 | 2018-11-10 | A kind of cooling device of high-temperature medium level gauging |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821862621.0U CN209197251U (en) | 2018-11-10 | 2018-11-10 | A kind of cooling device of high-temperature medium level gauging |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209197251U true CN209197251U (en) | 2019-08-02 |
Family
ID=67411412
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821862621.0U Active CN209197251U (en) | 2018-11-10 | 2018-11-10 | A kind of cooling device of high-temperature medium level gauging |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209197251U (en) |
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2018
- 2018-11-10 CN CN201821862621.0U patent/CN209197251U/en active Active
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