CN217855541U

CN217855541U - Self-cleaning automatic cleaning agent feeding device

Info

Publication number: CN217855541U
Application number: CN202222316663.7U
Authority: CN
Inventors: 王海涛; 张云晓; 王涛; 段利凯; 陈修帅
Original assignee: Qingdao Fusion Photoelectric Technology Co Ltd
Current assignee: Qingdao Fusion Photoelectric Technology Co Ltd
Priority date: 2022-08-31
Filing date: 2022-08-31
Publication date: 2022-11-22
Anticipated expiration: 2032-08-31

Abstract

The utility model discloses a cleaner automatic reagent feeding device of automatically cleaning, it belongs to support plate glass cleaner automatic reagent feeding device, and it has solved and has lacked the automation, the accurate control that can realize the cleaner and add the medicine ratio among the prior art, reduces the cleaner automatic reagent feeding device's of automatically cleaning of washing, the plant maintenance cost problem simultaneously. The cleaning agent raw liquid barrel and the water inlet control valve are arranged on the water inlet pipe, the water inlet control valve is connected with a water flow adjusting system, the water flow adjusting system is connected with a Y-shaped filter I, pressure difference meters I are arranged at two ends of the Y-shaped filter I, the cleaning agent raw liquid barrel is connected with a medicine flow adjusting system, the medicine flow adjusting system is connected with a Y-shaped filter II, pressure difference meters II are arranged at two ends of the Y-shaped filter II, the Y-shaped filter I and the Y-shaped filter II are respectively connected with a siphon jet device, and the siphon jet device is connected with a cleaning liquid outlet valve. The utility model discloses mainly used support plate glass cleaner automatic reagent feeding.

Description

Self-cleaning agent automatic dosing device

Technical Field

The utility model relates to a support plate glass cleaner automatic reagent feeding device, specifically speaking especially relates to a cleaner automatic reagent feeding device of automatically cleaning.

Background

In the production process of the carrier plate glass, the carrier plate glass is cleaned in the subsequent processing stage, and the carrier plate glass is precisely cleaned by adopting the processes of rolling brushes, cleaning liquid, ultrasonic waves and the like in the cleaning process. Before the cleaning liquid is sprayed on the carrier plate glass, the stock solution of the cleaning liquid needs to be proportioned according to corresponding concentration. In order to ensure the accuracy of the concentration ratio of the cleaning solution, the addition amount of the stock solution of the cleaning solution needs to be determined according to mass weighing or volume measurement, and the proportioned solution of the cleaning solution is sprayed onto the carrier plate glass by a feeding pump connected with a spray head. This reinforced process needs the manual weighing volume of getting, and the process of adding water ratio also adds through the manual control water yield, has both increased the cost of labor, can't guarantee the accuracy of concentration ratio again. Meanwhile, the medicine flow regulating system needs to arrange a filter in the medicine feeding pipeline to ensure that impurities in the cleaning agent, such as a common filter, are removed, but the problem that filter elements of the filter are frequently cleaned and replaced is solved.

Disclosure of Invention

The utility model aims at providing a cleaner automatic reagent feeding device of automatically cleaning to it can realize that the cleaner adds the automation, the fine control of medicine ratio to lack one kind among the solution prior art, reduces the cleaner automatic reagent feeding device's of automatically cleaning of washing, plant maintenance cost problem simultaneously.

The utility model discloses a realize through following technical scheme:

the utility model provides a cleaner automatic reagent feeding device of automatically cleaning, include cleaner stock solution bucket and locate the water inlet control valve on the inlet tube, the water inlet control valve is connected with water flow governing system, water flow governing system is connected with Y type filter I, I both ends of Y type filter are equipped with differential table I, cleaner stock solution bucket is connected with medicine flow governing system, medicine flow governing system is connected with Y type filter II, II both ends of Y type filter are equipped with differential table II, siphon ejector is connected respectively to Y type filter I and Y type filter II, siphon ejector is connected with the washing liquid outlet valve, be equipped with water exhaust system between water flow governing system and the siphon ejector, be equipped with medicine blowdown system between medicine flow governing system and the siphon ejector.

Furthermore, water flow governing system include the water flow meter, the water flow meter is connected with the water flow governing valve, and the water flow governing valve is connected with check valve I, Y type filter I is connected to check valve I.

Furthermore, Y type filter I include water backwash pipe I and gas backwash pipe I, water backwash pipe I is connected with water backwash control valve I, and gas backwash pipe I is connected with gas backwash control valve I.

Further, the medicine flow regulating system comprises a medicine flow meter, the medicine flow meter is connected with a medicine flow regulating valve, the medicine flow regulating valve is connected with a check valve II, and the check valve II is connected with a Y-shaped filter II.

Furthermore, the Y-shaped filter II comprises a water backwashing pipe II and an air backwashing pipe II, the water backwashing pipe II is connected with a water backwashing control valve II, and the air backwashing pipe II is connected with an air backwashing control valve II.

Furthermore, the water sewage system comprises a water sewage pipeline, and a water sewage valve is arranged on the water sewage pipeline.

Furthermore, the medicine sewage system comprises a medicine sewage pipeline, and a medicine sewage valve is arranged on the medicine sewage pipeline.

Furthermore, filter screens are arranged in the Y-shaped filter I and the Y-shaped filter II.

Compared with the prior art, the beneficial effects of the utility model are that:

the automatic feeding and cleaning device achieves feeding automation and cleaning automation, and achieves the purposes of reducing labor cost, improving medicament proportioning concentration precision and reducing equipment cleaning and maintenance cost.

Drawings

FIG. 1 is a schematic diagram of the structure of the present invention;

fig. 2 is a schematic view of the installation of the filter screen of the present invention.

In the figure: 1. a water inlet control valve; 2. a water flow meter; 3. a water flow regulating valve; 4. a check valve I; 5. a Y-shaped filter I; 6. a water backwashing pipe I; 7. a gas backwashing pipe I; 8. a water backwashing control valve I; 9. a gas backwashing control valve I; 10. pressure difference table I; 11. a water drain valve; 12. a water blowdown pipeline; 13 siphon ejector, 14, cleaning liquid outlet valve; 15. a Y-shaped filter II; 16. a water backwashing pipe II; 17. a gas backwashing pipe II; 18. a water backwashing control valve II; 19. a gas backwashing control valve II; 20. a pressure difference table II; 21. a medicine drain valve; 22. a medicine sewage discharge pipeline; 23. a check valve II; 24. a drug flow regulating valve; 25. a drug flow meter; 26. a cleaning agent stock solution barrel; 27. and a filter screen of the filter.

Detailed Description

The invention will be further described and illustrated with reference to the accompanying drawings.

As shown in fig. 1, embodiment 1 discloses a self-cleaning automatic detergent dosing device, which includes a detergent raw liquid barrel 26 and a water inlet control valve 1 disposed on a water inlet pipe, the water inlet control valve 1 is connected with a water flow regulating system, the water flow regulating system is connected with a Y-type filter i 5, pressure difference meters i 10 are disposed at two ends of the Y-type filter i 5, the detergent raw liquid barrel 26 is connected with a chemical flow regulating system, the chemical flow regulating system is connected with a Y-type filter ii 15, pressure difference meters ii 20 are disposed at two ends of the Y-type filter ii 15, the Y-type filter i 5 and the Y-type filter ii 15 are respectively connected with a siphon jet device 13, the siphon jet device 13 is connected with a detergent outlet valve 14, a sewage discharge system is disposed between the water flow regulating system and the siphon jet device 13, and a chemical sewage discharge system is disposed between the chemical flow regulating system and the siphon jet device 13.

Embodiment 2, a self-cleaning automatic cleaning agent dosing device, the water flow regulating system includes a water flow meter 2, the water flow meter 2 is connected with a water flow regulating valve 3, the water flow regulating valve 3 is connected with a check valve i 4, the check valve i 4 is connected with a Y-type filter i 5; the Y-shaped filter I5 comprises a water backwashing pipe I6 and a gas backwashing pipe I7, the water backwashing pipe I6 is connected with a water backwashing control valve I8, and the gas backwashing pipe I7 is connected with a gas backwashing control valve I9; the medicine flow regulating system comprises a medicine flow meter 25, the medicine flow meter 25 is connected with a medicine flow regulating valve 24, the medicine flow regulating valve 24 is connected with a check valve II 23, and the check valve II 23 is connected with a Y-shaped filter II 15; the Y-shaped filter II 15 comprises a water backwashing pipe II 16 and an air backwashing pipe II 17, the water backwashing pipe II 6 is connected with a water backwashing control valve II 18, and the air backwashing pipe II 17 is connected with an air backwashing control valve II 19; the water drainage system comprises a water drainage pipeline 12, and a water drainage valve 11 is arranged on the water drainage pipeline 12; the medicine sewage system comprises a medicine sewage pipeline 22, and a medicine sewage valve 21 is arranged on the medicine sewage pipeline 22; as shown in FIG. 2, the Y-type filter I5 and the Y-type filter II 15 are provided with filter screens 27, which are otherwise the same as those of example 1.

The water inlet pipe is connected with water, and the pipeline at the end of the chemical flow meter 25 is connected with a cleaning agent raw liquid chemical barrel 26. When the charging operation is started, the water inlet control valve 1 and the cleaning liquid outlet valve 14 are opened, and water enters the siphon jet 13 through the water flow rate regulating system. Under the action of siphon, the stock solution in the stock solution barrel 26 of the cleaning agent is sucked into the siphon ejector 13 through the chemical flow regulating system, and is mixed in the ejector and then conveyed to a use point to finish the chemical adding operation. The water flow regulating system comprises a water flow meter 2 and a water flow regulating valve 3, the water flow meter 2 and the water flow regulating valve 3 can accurately regulate and control the flow of water, and the medicine flow meter 25 and the medicine flow regulating valve 24 on the medicine flow regulating system can accurately control the flow of the stock solution of the cleaning solution in the same way, so that the device can realize the automatic and accurate control of the proportioning concentration of the cleaning solution. A check valve I4 is arranged above the water flow regulating valve 3, a Y-shaped filter I5 is arranged above the check valve I4, and a Y-shaped filter screen 27 is used for filtering impurities possibly existing in water. A water backwashing pipe I6 and an air backwashing pipe I7 are arranged on the Y-shaped filter I5, and a water backwashing control valve I8 and an air backwashing control valve I9 are respectively arranged on the two backwashing pipes. A pressure difference meter I10 is connected and arranged at the two ends of the inlet and the outlet of the Y-shaped filter I5, and whether the filter needs backwashing or not is indicated through the pressure difference of the inlet and the outlet of the Y-shaped filter I5. When the pressure difference is higher than a set value, the water inlet control valve 1 and the cleaning liquid outlet valve 14 are closed, the sewage discharge valve 11 is opened, then the water backwashing control valve I8 and the air backwashing control valve I9 are opened, water and compressed air are connected to carry out reverse air-water mixed washing on the filter, impurities are discharged into a trench through the sewage discharge pipeline 12, and the filter is cleaned. The device thus achieves a self-cleaning function of the filter system. The filtration self-cleaning principle of the medicine flow regulating system is the same as the water flow regulating system.

Claims

1. The utility model provides a cleaner automatic reagent feeding device of automatically cleaning which characterized in that: the cleaning agent and water jet device comprises a cleaning agent raw liquid barrel (26) and a water inlet control valve (1), wherein the water inlet control valve (1) is connected with a water flow regulating system, the water flow regulating system is connected with a Y-shaped filter I (5), pressure difference meters I (10) are arranged at two ends of the Y-shaped filter I (5), the cleaning agent raw liquid barrel (26) is connected with a medicine flow regulating system, the medicine flow regulating system is connected with a Y-shaped filter II (15), pressure difference meters II (20) are arranged at two ends of the Y-shaped filter II (15), the Y-shaped filter I (5) and the Y-shaped filter II (15) are respectively connected with a siphon jet device (13), the siphon jet device (13) is connected with a cleaning solution outlet valve (14), a sewage discharge system is arranged between the water flow regulating system and the siphon jet device (13), and a medicine sewage discharge system is arranged between the medicine flow regulating system and the siphon jet device (13).

2. The self-cleaning automatic cleaning agent dosing device of claim 1, wherein: the water flow regulating system comprises a water flow meter (2), wherein the water flow meter (2) is connected with a water flow regulating valve (3), the water flow regulating valve (3) is connected with a check valve I (4), and the check valve I (4) is connected with a Y-shaped filter I (5).

3. The self-cleaning automatic cleaning agent dosing device of claim 1, wherein: y type filter I (5) include water backwash pipe I (6) and gas backwash pipe I (7), water backwash pipe I (6) is connected with water backwash control valve I (8), gas backwash pipe I (7) is connected with gas backwash control valve I (9).

4. The self-cleaning automatic cleaning agent dosing device of claim 1, wherein: the medicine flow regulating system comprises a medicine flow meter (25), the medicine flow meter (25) is connected with a medicine flow regulating valve (24), the medicine flow regulating valve (24) is connected with a check valve II (23), and the check valve II (23) is connected with a Y-shaped filter II (15).

5. The self-cleaning automatic cleaning agent dosing device of claim 1, wherein: and the Y-shaped filter II (15) comprises a water backwashing pipe II (16) and an air backwashing pipe II (17), the water backwashing pipe II (16) is connected with a water backwashing control valve II (18), and the air backwashing pipe II (17) is connected with an air backwashing control valve II (19).

6. The self-cleaning automatic cleaning agent dosing device of claim 1, wherein: the water drainage system comprises a water drainage pipeline (12), and a water drainage valve (11) is arranged on the water drainage pipeline (12).

7. The self-cleaning automatic cleaning agent dosing device of claim 1, wherein: the medicine sewage system comprises a medicine sewage pipeline (22), and a medicine sewage valve (21) is arranged on the medicine sewage pipeline (22).

8. The self-cleaning automatic dosing device for cleaning agent according to claim 3 or 5, characterized in that: and filter screens (27) are arranged in the Y-shaped filter I (5) and the Y-shaped filter II (15).