CN212067902U - Waste liquid centralized treatment sewage conveying pipeline system for roll grinder - Google Patents
Waste liquid centralized treatment sewage conveying pipeline system for roll grinder Download PDFInfo
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- CN212067902U CN212067902U CN201921920692.6U CN201921920692U CN212067902U CN 212067902 U CN212067902 U CN 212067902U CN 201921920692 U CN201921920692 U CN 201921920692U CN 212067902 U CN212067902 U CN 212067902U
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Abstract
The utility model discloses a roll grinder waste liquid centralized treatment foul solution conveying pipeline system, the water outlet of a foul solution collecting water tank is communicated with the water inlet of a purification treatment system through a foul solution conveying pipeline, one end of a machine tool liquid supply pipeline is communicated with the water outlet of the purification treatment system, the other end is communicated with a cutting liquid supply system of a machine tool, one end of a back flush pipeline is communicated with the water outlet of the purification treatment system, the other end is communicated with the initial section of the foul solution conveying pipeline along the foul solution conveying direction, a foul solution feed pump can pump the foul solution in the foul solution collecting water tank into the foul solution conveying pipeline, a clean solution feed pump can pump the clean solution processed and completed by the purification treatment system into the back flush pipeline and the machine tool liquid supply pipeline, a control system controls the operation of the foul solution feed pump and the clean solution feed pump, the utility model realizes the smooth conveying of the liquid in the roll grinder waste liquid centralized treatment, the normal operation of the roll grinder waste liquid centralized treatment system is ensured.
Description
Technical Field
The utility model relates to a roll grinder waste liquid circulation processing system, in particular to roll grinder waste liquid centralized treatment foul solution pipeline system.
Background
The roll grinder can consume a large amount of cutting fluid in the grinding process, the cutting fluid is mixed with a large amount of coarse sludge, silt, scrap iron, oil stain, waste impurities and the like, at present, the roll grinder is provided with a cutting fluid purification treatment system on each machine tool to separate and remove the sludge, the scrap iron, the oil stain and the like, and then clean cutting fluid is recycled in a cutting fluid supply system led into the machine tool.
Disclosure of Invention
In order to compensate above not enough, the utility model provides a roll grinder waste liquid centralized treatment foul solution pipeline system, this roll grinder waste liquid centralized treatment foul solution pipeline system can realize that roll grinder waste liquid centralized treatment system in the liquid carries smoothly, avoids the pipe blockage, ensures that used cutting fluid is clean on the lathe.
The utility model discloses a solve the technical scheme that its technical problem adopted and be: a sewage conveying pipeline system for centralized treatment of waste liquid of a roll grinder comprises a sewage collecting water tank, a purification treatment system, a sewage conveying pipeline, a backwashing pipeline, a machine tool liquid supply pipeline, a sewage liquid supply pump, a clean liquid supply pump and a control system, the delivery port of foul solution collection water tank passes through the water inlet intercommunication of foul solution liquid delivery pipeline and purification treatment system, lathe liquid supply pipeline one end and purification treatment system's delivery port intercommunication, the other end communicates with the cutting fluid liquid supply system of lathe, back flush pipeline one end and purification treatment system's delivery port intercommunication, the other end and foul solution liquid delivery pipeline follow foul solution direction of delivery's initial segment intercommunication, the foul solution liquid feed pump can be with in the foul solution collection water tank foul solution squeeze into foul solution liquid delivery pipeline, in the clean solution liquid feed pump can squeeze into back flush pipeline and lathe liquid supply pipeline with the clean solution that purification treatment system handles the completion, control system control foul solution liquid feed pump and clean solution liquid feed pump operation.
As a further improvement of the utility model, the liquid inlet end of the dirty liquid feeding pipeline, the back flushing pipeline and the machine tool liquid supply pipeline and the liquid outlet end of the back flushing pipe are all provided with check valves.
As a further improvement of the utility model, the dirty liquid conveying pipeline inner side is provided with a ceramic wear-resistant layer.
As the utility model discloses a further improvement, dirty liquid send liquid pipeline, back flush pipeline and lathe feed pipe all include vertical lifting pipe way and transverse conveying pipeline, and the transverse conveying pipeline both ends communicate with vertical lifting pipe way respectively, transverse conveying pipeline is for highly being less than the inclined pipeline of rear height along its direction of delivery the place ahead.
As the utility model discloses a further improvement still is equipped with a plurality of pipeline brackets, and pipeline bracket fixed mounting is on foul solution collection water tank, purification treatment system and lathe respectively, and pipeline bracket holds in the support of foul solution send liquid pipeline, back flush pipeline and lathe to supply on the surface of the lateral transfer pipeline side under of liquid pipeline.
As the utility model discloses a further improvement still is equipped with the inside pipeline and the first washing terminals of wasing of box, the inside pipeline water inlet and the foul solution collection water tank delivery port intercommunication of wasing of box, first washing terminals water inlet and the inside pipeline delivery port intercommunication of wasing of box, the foul solution collection water tank is installed in foul solution collection water tank lateral wall top, and the foul solution collection water tank can spray water on the foul solution collection water tank lateral wall, and the foul solution liquid feed pump can squeeze sewage in the foul solution collection water tank into the inside pipeline of wasing of box.
As a further improvement, the inside cleaning pipeline of the box body is provided with a stop valve.
As a further improvement of the utility model, the purification treatment system comprises a non-consumable filter belt, a water purification tank, a second washing nozzle, a third washing nozzle and a cleaning pump, the non-consumable filter belt can filter silt particles in sewage, the second washing nozzle can spray water from the back of the non-consumable filter belt to the non-consumable filter belt for cleaning, the water purification tank is positioned under the non-consumable filter belt and is used for accommodating filtered purified water, the bottom surface of the water purification tank is provided with a deposited silt accumulation cleaning port, this deposit silt and pile up the cleaning gap and be connected with the external world through the pipeline of taking the stop valve, and third washing terminals can pile up the interior lateral wall of cleaning gap and go up water spray cleaning towards depositing silt, and the scavenging pump can squeeze into second washing terminals and third washing terminals with the water purification in the water purification water tank, and control system passes through the switching of solenoid valve control second washing terminals and third washing terminals water supply pipe.
As a further improvement, the cutting fluid dispensing system that cutting fluid concentration in can the regulating fluid still is equipped with, the water inlet of cutting fluid dispensing system is through allotment inlet channel and purification treatment system's delivery port intercommunication, the delivery port of cutting fluid dispensing system passes through allotment water supply pipe and purification treatment system's water inlet intercommunication, in the water purification treatment system water purification is squeezed into allotment inlet channel to the purification treatment system in the purification treatment liquid feed pump, be equipped with the allotment liquid feed pump in the cutting fluid dispensing system, the allotment liquid feed pump can be with in the cutting fluid dispensing system liquid squeeze into the purification treatment system in, control system passes through solenoid valve control allotment inlet channel switching and allotment liquid feed pump operation.
As a further improvement of the utility model, still be equipped with reserve processing system, the reserve pipeline of foul solution and the reserve pipeline of clean liquid, the reserve pipeline of foul solution both ends communicate with foul solution collection water tank delivery port and reserve processing system water inlet respectively, the reserve pipeline of clean liquid both ends communicate with reserve processing system delivery port and lathe cutting fluid feed system respectively, the foul solution feed pump can squeeze into the reserve pipeline of foul solution with the foul solution in the foul solution collection water tank, be equipped with the stealthily dirty pump in the reserve processing system, stealthily dirty pump can squeeze into the reserve pipeline of clean liquid with the interior water purification of reserve processing system, all be equipped with the stop valve on the reserve pipeline of foul solution and the reserve pipeline of clean liquid.
The utility model has the beneficial technical effects that: the utility model feeds the dirty liquid mixed with silt, scrap iron, impurities and other particles in the dirty liquid collecting water tank into the purification treatment system through the dirty liquid feeding pipeline for separation and purification treatment, then the clean liquid is conveyed to the machine tool through the machine tool liquid feeding pipeline for use, the clean liquid in the purification treatment system is pumped into the starting end of the dirty liquid feeding pipeline through the back flushing pipeline for flushing the dirty liquid feeding pipeline, thereby avoiding the pipeline blockage caused by the deposition and accumulation of particles in the dirty liquid feeding pipeline, ensuring the normal operation of the dirty liquid conveying, and further ensuring the forward flowing of the liquid in the pipeline under the action of gravity by arranging each conveying pipeline into an inclined structure, further reducing the accumulation of particles in the pipeline, and flushing the particles through arranging a flushing spray head at the cleaning port of the dirty liquid collecting water tank, the filter-free zone and the sediment accumulation of the purification treatment system, thereby avoiding the accumulation of the particles, the assurance system moves smoothly, the utility model discloses a smooth transport of liquid among the roll grinder waste liquid centralized processing system has guaranteed roll grinder waste liquid centralized processing system normal operating.
Drawings
Fig. 1 is a schematic diagram of the system of the present invention.
Detailed Description
Example (b): a roll grinder waste liquid centralized treatment dirty liquid conveying pipeline system comprises a dirty liquid collecting water tank 1, a purification treatment system 2, a dirty liquid conveying pipeline 3, a backwashing pipeline 4, a machine tool liquid supply pipeline 5, a dirty liquid supply pump 6, a clean liquid supply pump 7 and a control system 8, wherein a water outlet of the dirty liquid collecting water tank 1 is communicated with a water inlet of the purification treatment system 2 through the dirty liquid conveying pipeline 3, one end of the machine tool liquid supply pipeline 5 is communicated with a water outlet of the purification treatment system 2, the other end of the machine tool liquid supply pipeline is communicated with a cutting liquid supply system of a machine tool, one end of the backwashing pipeline 4 is communicated with a water outlet of the purification treatment system 2, the other end of the backwashing pipeline is communicated with an initial section of the dirty liquid conveying pipeline 3 along a dirty liquid conveying direction, the dirty liquid supply pump 6 can pump dirty liquid in the dirty liquid collecting water tank 1 into the dirty liquid conveying pipeline 3, the clean liquid supply pump 7 can pump the supply clean liquid which is treated by the purification treatment system 2 into the, the control system 8 controls the operation of the dirty liquid feed pump 6 and the clean liquid feed pump 7.
When the waste liquid of the roll grinder is treated in a centralized manner, the dirty liquid is pumped into the purification treatment system 2 from the dirty liquid collection tank 1 through the dirty liquid feeding pipeline 3 for filtration treatment, particles such as silt, scrap iron, impurities and the like in the dirty liquid are separated, the sewage is purified, the purified liquid forms clean cutting liquid which can be supplied to the cutting liquid feeding system of the machine tool for recycling, after the system runs for a certain time, the clean liquid feeding pipeline 4 is communicated with the dirty liquid feeding pipeline 3 through the backwashing pipeline 4, the clean liquid feeding pump 7 supplies clean liquid to the backwashing pipeline 4 to flush the dirty liquid feeding pipeline 3, the particles deposited in the dirty liquid feeding pipeline 3 are flushed away, the particles are prevented from depositing and accumulating in the dirty liquid feeding pipeline 3 for a long time, hardened plates block the pipeline, the dirty liquid feeding pipeline 3 is ensured to be smooth, and the dirty liquid purification treatment is ensured to be carried out smoothly.
And check valves 9 are arranged at the liquid inlet ends of the dirty liquid feeding pipeline 3, the backwashing pipeline 4 and the machine tool liquid feeding pipeline 5 and at the liquid outlet end of the backwashing pipe. Realize liquid unidirectional flow in each pipeline through check valve 9, avoid the refluence, and then avoid foul solution to pollute the clean liquid, avoid simultaneously foul solution to get into in the back flush pipeline 4 and lead to back flush pipeline 4 to block up.
And a ceramic wear-resistant layer is arranged on the inner side of the dirty liquid conveying pipeline 3. Increase foul solution and send liquid pipeline 3 wearability, avoid particulate matter to cause wearing and tearing to lead to the foul solution to send liquid pipeline 3 to damage in foul solution send liquid pipeline 3 quick flow, ensure that the system can run smoothly for a long time.
The dirty liquid feeding pipeline 3, the backwashing pipeline 4 and the machine tool liquid feeding pipe respectively comprise a vertical lifting pipeline and a transverse conveying pipeline, two ends of the transverse conveying pipeline are respectively communicated with the vertical lifting pipeline, and the transverse conveying pipeline is an inclined pipeline which is lower than the rear part in height in the front direction along the conveying direction. Make the liquid in the pipeline flow forward under the dead weight effect through the slope setting, shut down and also can ensure that liquid flows out fast in the pipeline, avoid appearing detaining in the pipeline and deposiing and lead to the pipeline to block up, simultaneously, when normal operating, can also accelerate liquid velocity of flow in the pipeline, energy saving and consumption reduction.
The sewage treatment device is characterized by further comprising a plurality of pipeline brackets, wherein the pipeline brackets are fixedly arranged on the sewage collection water tank 1, the purification treatment system 2 and the machine tool body respectively, and the pipeline brackets are supported on the lower side surfaces of the transverse conveying pipelines of the sewage liquid conveying pipeline 3, the backwashing pipeline 4 and the machine tool liquid supply pipeline 5. Each pipeline is supported by the pipeline bracket, so that the pipeline position is stable, and smooth conveying is realized.
Still be equipped with the inside pipeline 11 and the first washing terminals 12 of wasing of box, the inside pipeline 11 water inlet and the 1 delivery port intercommunication of foul solution collection water tank of wasing of box, the inside pipeline 11 delivery port intercommunication of wasing of first washing terminals 12 water inlet and the box, foul solution collection water tank 1 installs in 1 lateral wall top of foul solution collection water tank, and foul solution collection water tank 1 can spray water on the 1 lateral wall of foul solution collection water tank towards, and foul solution liquid feed pump 6 can squeeze sewage in the foul solution collection water tank 1 into the inside pipeline 11 that washs of box. Realize the washing to dirty liquid collection water tank 1 lateral wall through first washing terminals 12, avoid the particulate matter to deposit on dirty liquid collection water tank 1 lateral wall and pile up the knot board.
And a stop valve 13 is arranged on the cleaning pipeline 11 in the box body. The stop valve 13 is opened when needing to wash dirty liquid collection water tank 1, when dirty liquid collection water tank 1 lateral wall does not have the precipitate, closes stop valve 13, avoids the energy extravagant.
The purification treatment system 2 comprises a non-consumable filter belt 14, a water purification tank 15, a second flushing nozzle 16, a third flushing nozzle 17 and a cleaning pump 18, wherein the non-consumable filter belt 14 can filter silt particles in sewage, the second flushing nozzle 16 can spray water from the back of the non-consumable filter belt 14 to the non-consumable filter belt 14 for cleaning, the water purification tank 15 is positioned under the non-consumable filter belt 14, the water purification tank 15 is used for accommodating filtered purified water, the bottom surface of the water purification tank 15 is provided with a deposited silt accumulation cleaning opening, this deposit silt and pile up the cleaning gap and be connected with the external world through the pipeline of taking stop valve 13, and third washing terminals 17 can be towards depositing silt and pile up the interior lateral wall of cleaning gap on water spray cleaning, and cleaning pump 18 can squeeze into second washing terminals 16 and third washing terminals 17 with the water purification in the water purification water tank 15, and control system 8 passes through the switching of solenoid valve control second washing terminals 16 and the 17 water supply pipe of third washing terminals. Through second washing terminals 16 and third washing terminals 17 respectively to purification treatment system 2's no consumptive material filter belt 14 and deposit silt and pile up the washing mouth and wash, avoid silt to pile up the knot board on it, the assurance system carries out abundant filtration treatment to the foul solution to and deposit silt and discharge smoothly in water purification tank 15, avoid appearing secondary pollution.
Still be equipped with cutting fluid allotment system 19 that can adjust cutting fluid concentration in the liquid, cutting fluid allotment system 19's water inlet is through allotment inlet channel 20 and purification treatment system 2's delivery port intercommunication, cutting fluid allotment system 19's delivery port is through allotment water supply pipe and purification treatment system 2's water inlet intercommunication, in water purification treatment system 2 interior water purification is squeezed into allotment inlet channel 20 to net liquid feed pump 7, be equipped with allotment liquid feed pump 21 in the cutting fluid allotment system 19, allotment liquid feed pump 21 can be with in the liquid of cutting fluid allotment system 19 squeezes into purification treatment system 2, control system 8 is through the switching of solenoid valve control allotment inlet channel 20 and allotment liquid feed pump 21 operation.
Still be equipped with reserve processing system 22, the reserve pipeline of dirty liquid 23 and the reserve pipeline of clean liquid 24, the reserve pipeline of dirty liquid 23 both ends communicate with 1 delivery port of dirty liquid collection water tank and reserve processing system 22 water inlet respectively, the reserve pipeline of clean liquid 24 both ends communicate with reserve processing system 22 delivery port and lathe cutting fluid feed system respectively, dirty liquid feed pump 6 can squeeze into the reserve pipeline of dirty liquid 23 with dirty liquid in the dirty liquid collection water tank 1, be equipped with latent dirty pump in the reserve processing system 22, latent dirty pump can squeeze into the reserve pipeline of clean liquid 24 with the interior water purification of reserve processing system 22, all be equipped with stop valve 13 on the reserve pipeline of dirty liquid 23 of dirty liquid and the reserve pipeline of clean liquid 24. When the purification system has a fault, the standby treatment system 22 can be started to carry out dirty liquid purification treatment, the shutdown is avoided, and the standby treatment system 22 is started and stopped by opening and closing the stop valves 13 on the dirty liquid standby conveying pipeline 23 and the clean liquid standby conveying pipeline 24.
Claims (10)
1. The utility model provides a roll grinder waste liquid centralized treatment foul solution pipeline system which characterized by: the sewage treatment system comprises a sewage collection water tank (1), a purification treatment system (2), a sewage delivery pipeline (3), a backwashing pipeline (4), a machine tool liquid supply pipeline (5), a sewage liquid supply pump (6), a clean liquid supply pump (7) and a control system (8), wherein a water outlet of the sewage collection water tank is communicated with a water inlet of the purification treatment system through the sewage delivery pipeline, one end of the machine tool liquid supply pipeline is communicated with a water outlet of the purification treatment system, the other end of the machine tool liquid supply pipeline is communicated with a cutting liquid supply system of the machine tool, one end of the backwashing pipeline is communicated with a water outlet of the purification treatment system, the other end of the backwashing pipeline is communicated with an initial section of the sewage delivery pipeline along the sewage delivery direction, the sewage liquid supply pump can pump the sewage liquid in the sewage collection water tank into the sewage delivery pipeline, the clean liquid supply pump can pump the clean liquid which is treated and completed by the purification treatment system into, the control system controls the operation of the dirty liquid feed pump and the clean liquid feed pump.
2. The centralized waste liquid treatment sewage conveying pipeline system of the roll grinder as claimed in claim 1, which is characterized in that: and check valves (9) are arranged at the liquid inlet ends of the dirty liquid feeding pipeline, the backwashing pipeline and the machine tool liquid supply pipeline and at the liquid outlet end of the backwashing pipe.
3. The centralized waste liquid treatment sewage conveying pipeline system of the roll grinder as claimed in claim 1, which is characterized in that: and a ceramic wear-resistant layer is arranged on the inner side of the dirty liquid conveying pipeline.
4. The centralized waste liquid treatment sewage conveying pipeline system of the roll grinder as claimed in claim 1, which is characterized in that: the dirty liquid feeding pipeline, the back washing pipeline and the machine tool liquid feeding pipe all comprise vertical lifting pipelines and transverse conveying pipelines, two ends of each transverse conveying pipeline are communicated with the vertical lifting pipelines respectively, and each transverse conveying pipeline is an inclined pipeline which is lower than the rear part in height in the front direction along the conveying direction.
5. The system for the centralized treatment of the waste liquid of the roll grinder according to claim 4 is characterized in that: the sewage treatment device is characterized by also comprising a plurality of pipeline brackets, wherein the pipeline brackets are respectively and fixedly arranged on the sewage collection water tank, the purification treatment system and the machine tool body, and the pipeline brackets are supported on the lower side surfaces of the sewage delivery pipeline, the back flush pipeline and the transverse delivery pipeline of the machine tool liquid supply pipeline.
6. The centralized waste liquid treatment sewage conveying pipeline system of the roll grinder as claimed in claim 1, which is characterized in that: still be equipped with inside washing pipeline of box (11) and first washing terminals (12), the inside washing pipeline water inlet of box collects the water tank delivery port intercommunication with the foul solution, and first washing terminals water inlet and the inside washing pipeline delivery port intercommunication of box, foul solution collection water tank install in foul solution collection water tank lateral wall top, and foul solution collection water tank can spray water on the foul solution collection water tank lateral wall towards, and the foul solution liquid feed pump can squeeze sewage into in the foul solution collection water tank in the inside washing pipeline of box.
7. The system for centralized treatment of waste liquid of a roll grinder as claimed in claim 6, wherein the system comprises: and a stop valve (13) is arranged on the cleaning pipeline in the box body.
8. The centralized waste liquid treatment sewage conveying pipeline system of the roll grinder as claimed in claim 1, which is characterized in that: the purification treatment system comprises a consumable-free filter belt (14), a water purification tank (15), a second flushing nozzle (16), a third flushing nozzle (17) and a cleaning pump (18), wherein the consumable-free filter belt can filter silt particles in sewage, the second flushing nozzle can spray water from the back of the consumable-free filter belt to clean the consumable-free filter belt, the water purification tank is positioned under the consumable-free filter belt and is used for accommodating filtered purified water, a deposited silt accumulation cleaning port is arranged on the bottom surface of the water purification tank, this deposit silt and pile up the cleaning gap and be connected with the external world through the pipeline of taking the stop valve, and third washing terminals can pile up the interior lateral wall of cleaning gap and go up water spray cleaning towards depositing silt, and the scavenging pump can squeeze into second washing terminals and third washing terminals with the water purification in the water purification water tank, and control system passes through the switching of solenoid valve control second washing terminals and third washing terminals water supply pipe.
9. The centralized waste liquid treatment sewage conveying pipeline system of the roll grinder as claimed in claim 1, which is characterized in that: still be equipped with cutting fluid allotment system (19) that can cutting fluid concentration in the regulating fluid, cutting fluid allotment system's water inlet is through allotment inlet channel (20) and purification treatment system's delivery port intercommunication, cutting fluid allotment system's delivery port is through allotment water supply pipe and purification treatment system's water inlet intercommunication, in the water purification pump can be squeezed into allotment inlet channel with purification treatment system's interior water purification of net liquid confession liquid pump, be equipped with allotment liquid feed pump (21) in the cutting fluid allotment system, in the allotment liquid feed pump can squeeze into purification treatment system with the liquid in the cutting fluid allotment system, control system passes through solenoid valve control allotment inlet channel switching and allotment liquid feed pump operation.
10. The centralized waste liquid treatment sewage conveying pipeline system of the roll grinder as claimed in claim 1, which is characterized in that: still be equipped with reserve processing system (22), the reserve pipeline of dirty liquid (23) and the reserve pipeline of clean liquid (24), the reserve pipeline of dirty liquid both ends respectively with dirty liquid collection water tank delivery port and reserve processing system water inlet intercommunication, the reserve pipeline of clean liquid both ends respectively with reserve processing system delivery port and lathe cutting fluid feed system intercommunication, the dirty liquid feed pump can be with dirty liquid squeeze into the reserve pipeline of dirty liquid in the dirty liquid collection water tank, be equipped with the stealthily dirty pump in the reserve processing system, stealthily dirty pump can squeeze into the reserve pipeline of clean liquid with the interior water purification of reserve processing system, all be equipped with the stop valve on the reserve pipeline of dirty liquid and the reserve pipeline of clean liquid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921920692.6U CN212067902U (en) | 2019-11-08 | 2019-11-08 | Waste liquid centralized treatment sewage conveying pipeline system for roll grinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921920692.6U CN212067902U (en) | 2019-11-08 | 2019-11-08 | Waste liquid centralized treatment sewage conveying pipeline system for roll grinder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212067902U true CN212067902U (en) | 2020-12-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921920692.6U Active CN212067902U (en) | 2019-11-08 | 2019-11-08 | Waste liquid centralized treatment sewage conveying pipeline system for roll grinder |
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| Country | Link |
|---|---|
| CN (1) | CN212067902U (en) |
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2019
- 2019-11-08 CN CN201921920692.6U patent/CN212067902U/en active Active
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