CN208791801U - A kind of device preventing damaged anode phegma Pollution Cycle liquid - Google Patents
A kind of device preventing damaged anode phegma Pollution Cycle liquid Download PDFInfo
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- CN208791801U CN208791801U CN201821522426.3U CN201821522426U CN208791801U CN 208791801 U CN208791801 U CN 208791801U CN 201821522426 U CN201821522426 U CN 201821522426U CN 208791801 U CN208791801 U CN 208791801U
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- flow damper
- phegma
- overflow device
- water inlet
- anode
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Abstract
The utility model provides a kind of device for preventing damaged anode phegma Pollution Cycle liquid.Water inlet connecting flange is welded at the top of flow damper in described device, the side of flow damper is provided with online transmissometer interface, the inside of flow damper is equipped with upper unhurried current plate, flow damper is connected with overflow device by flange, and outlet pipe and delivery pipe are welded on overflow device, pneumatic operated valve is housed on delivery pipe, lower unhurried current plate is housed inside overflow device, center water inlet pipe is housed, the probe on online transmissometer is connected with online transmissometer interface, and online transmissometer is connected with conducting wire with pneumatic operated valve inside overflow device.The device is by after to anode tube phegma buffer deceleration, then carries out the Turbidity measurement of liquid, and turbid is discharged in time before flowing into cyclic water tank, achievees the purpose that prevent Pollution Cycle water tank, and to reduce anode tube use cost, energy saving creates condition.
Description
Technical field
The utility model relates to arrive electrophoretic painting apparatus field, being related specifically to one kind prevents damaged anode phegma from polluting
The device of circulation fluid.
Background technique
Electrophoresis anode circulation liquid is very important a part in electrophoresis process, the muddy anode circulation in electrophoresis process
Liquid not only influences whether electrophoretic effects, also will cause the waste of economic loss and the energy.Such as damaged anode diaphragm causes it
Internal anode liquid is muddy, if leading to other all anode tube internal contaminations after being passed straight back to cyclic water tank, this is that electrophoresis is raw
A kind of most commonly seen and more serious situation in production.To avoid above situation, it is necessary to prevent muddy anode phegma
Flow into Pollution Cycle liquid in water tank.Currently, in the prior art be usually by anolyte return main directly and anode circulation water tank
Connection, when anolyte muddy in damaged anode tube is back to water tank, muddy circulation fluid is flowing into other just by circulating pump
Form paint film inside the anode tube that is often used, electrophoretic effects caused to weaken, and when contaminated anode tube reuses inside
It needs wash cycles multiple, not only causes economic loss in this way, more cause the waste of the energy.
Summary of the invention
It is simple, easy to use that the purpose of this utility model is to provide a kind of structures, has occupied area small, service life
It is long, and the phegma of damaged anode muddiness is prevented to be mixed into the device of circulation fluid.
To achieve the above object, the technical solution of the utility model are as follows:
A kind of device preventing damaged anode phegma Pollution Cycle liquid, comprising: water inlet connecting flange, flow damper, on
Flow slowly plate, online transmissometer interface, overflow device, outlet pipe, center water inlet pipe, lower unhurried current plate, delivery pipe, overflow device connection method
Orchid, flow damper connecting flange, online transmissometer and pneumatic operated valve are welded with water inlet connection at the top of the flow damper in described device
Flange, the side of flow damper are provided with online transmissometer interface, and the inside of flow damper is equipped with upper unhurried current plate, and flow damper passes through unhurried current
Device connecting flange is connected with overflow device connecting flange, and the top of overflow device is welded with outlet pipe, and lower weld has delivery pipe, row
It puts equipped with pneumatic operated valve on pipe, the lower inside of overflow device is equipped with lower unhurried current plate, and center water inlet pipe, center water inlet are housed inside overflow device
The top of pipe is connected with flow damper.
The probe on online transmissometer in described device is connected with online transmissometer interface, online transmissometer conducting wire
It is connected with pneumatic operated valve.
Compared with prior art, the utility model has the following beneficial effects:
1, anode tube phegma is introduced directly into the present apparatus by the device, is monitored online；
2, the device is by after to anode tube phegma buffer deceleration, then carries out the Turbidity measurement of liquid, and turbid is flowing into
It is discharged in time before cyclic water tank, achievees the purpose that prevent Pollution Cycle water tank, to reduce anode tube use cost, energy saving wound
Condition is made；
3, the device is flowed into, through internal upper unhurried current using gravity type buffering overflow manner operation at the top of flow damper
After plate carries out buffer deceleration, overflow device is flowed into, flow to bottom along overflow device inside center water inlet pipe, extremely by overflow after lower unhurried current
Water outlet；
4, the phegma in the device detects turbidity in flowing into flow damper, when liquid turbidity is exceeded, overflow device bottom
Automatic discharge outlet automatic-discharging, to make muddy anode phegma that can not flow into Pollution Cycle liquid in anode circulation water tank；
5, the device realizes multi-functional in one that easy to use, occupied area is small, and long service life, being fully achieved prevents
Muddy anode phegma enters the requirement of cyclic water tank, lowers anode use cost to realize, reduces energy consumption and creates conditions, has
There is considerable economic benefit.
Detailed description of the invention
Fig. 1, the apparatus structure schematic diagram for preventing damaged anode phegma Pollution Cycle liquid；
Fig. 2, the device working principle diagram for preventing damaged anode phegma Pollution Cycle liquid.
In figure: 1, water inlet connecting flange, 2, flow damper, 3, upper unhurried current plate, 4, online transmissometer interface, 5, overflow device,
6, outlet pipe, 7, center water inlet pipe, 8, lower unhurried current plate, 9, delivery pipe, 10, overflow device connecting flange, 11, flow damper connection method
Orchid, 12, online transmissometer, 13, pneumatic operated valve.
Specific embodiment
Clear, complete description further is carried out to the technical solution of the utility model with reference to the accompanying drawing.
Referring to attached drawing 1-2, water inlet connecting flange 1 before use, be first connected, out by the device with anode reflux pipeline
Water pipe 6 is connected with cyclic water tank pipeline, and delivery pipe 9 is connected with sewage conduct.Overflow device connecting flange 10 is eased up simultaneously
Stream device connecting flange 11 is connected with bolt, and the top of center water inlet pipe 7 is made to be connected with flow damper 2.Online transmissometer 12
On probe be connected with online transmissometer interface 4, while online transmissometer 12 is connected with conducting wire with pneumatic operated valve 13.
Anode phegma is flowed into flow damper 2 by gravity mode, anode phegma during flowing into flow damper 2,
Turbidity measurement is carried out to liquid by the probe on online transmissometer interface 4, is carried out by the unhurried current plate 3 inside flow damper 2
After buffer deceleration, reaches in the center water inlet pipe 7 filled in overflow device 5, flow to by the center water inlet pipe 7 in overflow device 5 excessive
Flow 5 bottom of device.Liquid in flow damper 2, when the progress Turbidity measurement of transmissometer 12 is exceeded, transmissometer 12, which issues to alarm, simultaneously to be referred to
The pneumatic operated valve 13 opened on delivery pipe 9 is enabled, the liquid of 5 bottom of overflow device is discharged into sewage pipe automatically by delivery pipe 9.
Liquid in flow damper 2, when transmissometer 12 carries out Turbidity measurement, liquid passes through overflow without exceeded situation, anode phegma
Lower unhurried current plate 8 inside device 5, overflows in outlet pipe 6, and returned in cyclic water tank by pipeline.
Claims (2)
1. a kind of device for preventing damaged anode phegma Pollution Cycle liquid, comprising: water inlet connecting flange (1), flow damper
(2), upper unhurried current plate (3), online transmissometer interface (4), overflow device (5), outlet pipe (6), center water inlet pipe (7), lower unhurried current plate
(8), delivery pipe (9), overflow device connecting flange (10), flow damper connecting flange (11), online transmissometer (12) and pneumatic operated valve
(13), it is characterised in that: be welded with water inlet connecting flange (1) at the top of the flow damper (2) in described device, flow damper (2)
Side be provided with online transmissometer interface (4), the inside of flow damper (2) is equipped with upper unhurried current plate (3), and flow damper (2) is by delaying
Stream device connecting flange (11) is connected with overflow device connecting flange (10), and the top of overflow device (5) is welded with outlet pipe (6), under
Portion is welded with delivery pipe (9), and pneumatic operated valve (13) are housed on delivery pipe (9), and the lower inside of overflow device (5) is equipped with lower unhurried current plate (8),
Center water inlet pipe (7) are housed inside overflow device (5), the top of center water inlet pipe (7) is connected with flow damper (2).
2. the device according to claim 1 for preventing damaged anode phegma Pollution Cycle liquid, it is characterised in that: the dress
The probe on online transmissometer (12) set is connected with online transmissometer interface (4), online transmissometer conducting wire and pneumatic
Valve (13) is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821522426.3U CN208791801U (en) | 2018-09-18 | 2018-09-18 | A kind of device preventing damaged anode phegma Pollution Cycle liquid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821522426.3U CN208791801U (en) | 2018-09-18 | 2018-09-18 | A kind of device preventing damaged anode phegma Pollution Cycle liquid |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208791801U true CN208791801U (en) | 2019-04-26 |
Family
ID=66209962
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821522426.3U Active CN208791801U (en) | 2018-09-18 | 2018-09-18 | A kind of device preventing damaged anode phegma Pollution Cycle liquid |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208791801U (en) |
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2018
- 2018-09-18 CN CN201821522426.3U patent/CN208791801U/en active Active
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