CN208667292U - A kind of environmental protection rinsing bowl equipment - Google Patents
A kind of environmental protection rinsing bowl equipment Download PDFInfo
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- CN208667292U CN208667292U CN201820959304.4U CN201820959304U CN208667292U CN 208667292 U CN208667292 U CN 208667292U CN 201820959304 U CN201820959304 U CN 201820959304U CN 208667292 U CN208667292 U CN 208667292U
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- rinsing bowl
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- rinsing
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- environmental protection
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Abstract
The utility model relates to wastewater treatment and technical field of surface, specifically a kind of environmentally friendly rinsing bowl equipment.Including washing groove body, reverse-osmosis filtering device and booster pump, n grades of rinsing bowls are wherein equipped in rinsing bowl body, the overflow pair slot that overflow port gradually decreases is respectively equipped in rinsing bowls at different levels, each overflow pair slot is connected to by overflow pipe with along the adjacent rinsing bowl in overflow direction, water flow is set to flow to first order rinsing bowl by n-th grade of rinsing bowl, overflow pair slot in first order rinsing bowl is connect by overflow pipe with reverse-osmosis filtering device, reverse-osmosis filtering device is connected to by booster pump and overflow pipe with n-th grade of rinsing bowl, to form closed loop cycle pipeline.Iterative cycles recycle after the utility model can effectively quickly be handled the ejected wash water after a large amount of plating and the cleaning of chemical plating workpiece, and guarantee Cleaning of Parts effect, reduce water consumption, reach zero-emission.
Description
Technical field
The utility model relates to wastewater treatment and technical field of surface, specifically a kind of environmentally friendly rinsing bowl is set
It is standby.
Background technique
In order to which the corrosion resistance, wearability, decoration or other features requirements, the process for treating surface that meet product are increasingly wide
It is general to be applied and demand, the especially techniques such as plating, chemical plating, anodic oxidation.In order to reach product requirement and quality, and
Tank liquor cross contamination is prevented, rinsing bowl will be set between different processes.Existing rinsing bowl will continuously input new go
Ionized water and achieve the purpose that cleaning, cause a large amount of waste water to generate, and existing wastewater treatment mode be also will be all useless
Water focuses on a wastewater disposal basin and is uniformly processed again, causes rinsing bowl direct discharging of waste water to wastewater disposal basin in this way, wastewater flow rate is caused to increase
Greatly, industrial water consumption increases, while because the waste water of different rinsing bowls difference handles work after different types of waste water mixing
Skill is more complicated, is difficult thoroughly to be effectively treated, at high cost.
Utility model content
In view of the above-mentioned problems, the purpose of this utility model is to provide a kind of environmentally friendly rinsing bowl equipment, which can have
Iterative cycles recycle after effect is quickly handled the ejected wash water after a large amount of plating and the cleaning of chemical plating workpiece, and guarantee
Cleaning of Parts effect reduces water consumption, reaches zero-emission.
To achieve the goals above, the utility model uses following technical scheme:
A kind of environmental protection rinsing bowl equipment, including washing groove body, reverse-osmosis filtering device and circularly-supercharged pump, wherein rinsing bowl
It is equipped with n grades of rinsing bowls in vivo, is respectively equipped with the overflow pair slot that overflow port gradually decreases, each overflow in the rinsing bowls at different levels
Secondary slot is connected to by overflow pipe with along the adjacent rinsing bowl in overflow direction, and water flow is made to flow to the first order by n-th grade of rinsing bowl
Rinsing bowl, the overflow pair slot in the first order rinsing bowl is connect by overflow pipe with reverse-osmosis filtering device, described reverse osmosis
Filter device is connected to by circularly-supercharged pump and overflow pipe with n-th grade of rinsing bowl, to form closed loop cycle pipeline.
Preferably, the bottom of the overflow pair slots at different levels and the bottom of the adjacent rinsing bowl are connected by the overflow pipe
It is logical.
Preferably, it is inserted with air inlet pipe respectively in the rinsing bowls at different levels, the air inlet pipe is equipped with
Valve.
Preferably, the bottom of the rinsing bowls at different levels is inserted into the lower end of the air inlet pipe and lower end is equipped with
The tube wall of horizontally disposed gas distribution pipe, the gas distribution pipe is equipped with venthole.
Preferably, the reverse-osmosis filtering device include the polypropylene melt-blown filter layer set gradually, it is carbon-point filter layer, anti-
Osmosis membrane filters layer A and reverse osmosis membrane filtration layer B.
Preferably, the overflow pipe between the circularly-supercharged pump and n-th grade of rinsing bowl is equipped with flowmeter.
Preferably, the support column for being used to support rolling extension tool is respectively equipped at the top of the rinsing bowls at different levels.
Preferably, the rinsing bowls at different levels are separated into the overflow pair slot by partition, in the rinsing bowls at different levels every
Plate height is gradually decreased by n-th grade of rinsing bowl to the first order rinsing bowl.
The advantages of the utility model and beneficial effect are: firstly, a kind of rinsing bowl equipment provided by the utility model, washing
Increase filter device between slot one-stage water wash slot and three-level rinsing bowl, so that the waste water that one-stage water wash slot is generated is by filtering dress
Cycling and reutilization after purifying is set, the generation again of waste water has been prevented.
Secondly as just handling in rinsing bowl, for the type of waste water compared with unification, the technique for handling waste water becomes letter by complexity
Single, operation is more convenient, and fast, cost is lower, and the effect of processing is more thoroughly effective.
Thirdly, reduce rinsing bowl water consumption, reduce costs.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
In figure: 1 is washing groove body, and 2 be first order rinsing bowl, and 3 be second level rinsing bowl, and 4 be third level rinsing bowl, and 5 are
First order overflow pair slot, 6 be second level overflow pair slot, and 7 be third level overflow pair slot, and 8 be reverse-osmosis filtering device, and 9 be circulation
Booster pump, 10 be flowmeter, and 11 be polypropylene melt-blown filter layer, and 12 be carbon-point filter layer, and 13 be reverse osmosis membrane filtration layer A, 14
It is air inlet pipe for reverse osmosis membrane filtration layer B, 15,16 be valve, and 17 be support column, and 18 be third level overflow pipe, and 19 are
Second level overflow pipe, 20 be first order overflow pipe.
Specific embodiment
Existing rinsing bowl equipment is to carry out cleaning workpiece by continuously inputting new deionized water, is caused a large amount of
Waste water generate, and existing wastewater treatment mode is also that all Waste Water Centralizeds a to wastewater disposal basin are uniformly processed again, this
Sample causes rinsing bowl direct discharging of waste water to wastewater disposal basin, and wastewater flow rate is caused to increase, and industrial water consumption increases, while because of different washings
The waste water of slot is different, and after different types of waste water mixing, treatment process is more complicated, is difficult thoroughly to be effectively treated, cost
It is higher.
The mentality of designing of the utility model is: firstly, increasing filter device on the basis of existing rinsing bowl, by generation
Sewage treatment recycles, and prevents the generation again of waste water on source；Secondly, single waste water structure is easier to handle.
The utility model improves existing rinsing bowl, increases filter device equipment, prevents the production again of waste water from source
It is raw, so that ejected wash water is recycled cycling and reutilization, while reducing water consumption, due to being increased by this equipment in each process rinsing bowl, gives up
The type of water is compared with unification, and the method for processing can be simple, effectively.
In order to keep the purpose of this utility model, technical solution and advantage clearer, with reference to the accompanying drawing and it is embodied
The utility model is described in detail in example.
As shown in Figure 1, a kind of environmentally friendly rinsing bowl equipment provided by the utility model, including washing groove body 1, osmosis filtration
Device 8 and circularly-supercharged pump 9, wherein be equipped with n grades of rinsing bowls in washing groove body 1, be respectively equipped in rinsing bowls at different levels overflow port by
The overflow pair slot gradually reduced, each overflow pair slot are connected to by overflow pipe with along the adjacent rinsing bowl in overflow direction, make water flow by n-th
Grade rinsing bowl flows to first order rinsing bowl, and the overflow pair slot in first order rinsing bowl passes through overflow pipe and reverse-osmosis filtering device 8
Connection, reverse-osmosis filtering device 8 is connected to by circularly-supercharged pump 9 and overflow pipe with n-th grade of rinsing bowl, to form closed loop cycle
Pipeline.
Rinsing bowls at different levels are separated into overflow pair slot by partition, and the divider height in rinsing bowls at different levels is by n-th grade of rinsing bowl
It is gradually decreased to first order rinsing bowl, to realize that water flow flows to first order rinsing bowl by n-th grade of rinsing bowl.
Further, the bottom of overflow pair slots at different levels is connected to the bottom of adjacent rinsing bowl by overflow pipe, the first order
The bottom of overflow pair slot is connected to reverse-osmosis filtering device 8 in rinsing bowl.Overflowing between circularly-supercharged pump 9 and n-th grade of rinsing bowl
Flow tube is equipped with flowmeter 10.
Further, air inlet pipe 15 is inserted in rinsing bowls at different levels respectively, air inlet pipe 15 is equipped with valve
Door 16.The bottom of rinsing bowls at different levels is inserted into the lower end of air inlet pipe 15 and lower end is equipped with horizontally disposed gas distribution pipe,
The tube wall of gas distribution pipe is equipped with venthole.
Reverse-osmosis filtering device 8 includes polypropylene melt-blown filter layer 11, the carbon-point filter layer 12, reverse osmosis membrane set gradually
Filter layer A13 and reverse osmosis membrane filtration layer B14.
The support column 17 for being used to support rolling extension tool is respectively equipped at the top of rinsing bowls at different levels.Washing groove body 1 is plastic channel
Or metallic channel.
Embodiment
A kind of environmental protection rinsing bowl equipment, including washing groove body 1, reverse-osmosis filtering device 8 and circularly-supercharged pump 9, wherein water
It is equipped with three-level rinsing bowl, respectively first order rinsing bowl 2, second level rinsing bowl 3 and third level rinsing bowl 4 in washing trough body 1, first
It is equipped with first order overflow pair slot 5 in grade rinsing bowl 2, second level overflow pair slot 6, third level washing are equipped in second level rinsing bowl 3
Third level overflow pair slot 7,7 upper end of first order overflow pair slot 5, second level overflow pair slot 6 and third level overflow pair slot are equipped in slot 4
Overflow port gradually decrease.The bottom of third level overflow pair slot 7 passes through the bottom of third level overflow pipe 18 and second level rinsing bowl 3
The bottom of connection, second level overflow pair slot 6 is connected to by second level overflow pipe 19 with the bottom of first order rinsing bowl 2.Water flow side
Second level rinsing bowl 3 is flowed to from the third level overflow pair slot 7 in third level rinsing bowl 4 by third level overflow pipe 18, then from
Second level overflow pair slot 6 in second level rinsing bowl 3 flows to first order rinsing bowl 2 by second level overflow pipe 19.
The bottom of first order overflow pair slot 5 is connected to by first order overflow pipe 20 with reverse-osmosis filtering device 8, and water flow is by the
First order overflow pair slot 5 in one-stage water wash slot 2 flows to reverse-osmosis filtering device 8 by first order overflow pipe 20, then by recycling
Booster pump 9 is delivered in third level rinsing bowl 4, to form closed loop cycle pipeline.Reverse-osmosis filtering device 8 filtering sequence be
Polypropylene melt-blown filter layer 11, carbon-point filter layer 12, reverse osmosis membrane filtration layer A13 and reverse osmosis membrane filtration layer B14.
The bottom of first order rinsing bowl 2, second level rinsing bowl 3 and third level rinsing bowl 4 is equipped with air inlet pipe 15, empty
Valve 16 is arranged in the import of gas input channel 15.The top of first order rinsing bowl 2, second level rinsing bowl 3 and third level rinsing bowl 4
It is all provided with there are four support column 17, the two one group both ends for being symmetrically arranged in rinsing bowl are used to support rolling extension tool.
The working principle of the utility model is:
When the utility model is used, rinsing bowls at different levels are piled into ejected wash water, opens circulation increasing pump 9, control valve control
Flowmeter reaches defined flow, makes the ejected wash water in first order rinsing bowl 2, second level rinsing bowl 3 and third level rinsing bowl 4
Circulating filtration gets up.The valve 16 for opening air inlet pipe 15, to first order rinsing bowl 2, second level rinsing bowl 3 and the third level
Ejected wash water in rinsing bowl 4 carries out air stirring, and increase ejected wash water exchanges with workpiece, is convenient for cleaning workpiece, will need to carry out
The product of cleaning is put into rolling rack plating tool, is hung on the support column 17 being moved on first order rinsing bowl 2 by lifting device,
Product is rotated by machinery, air stirring is carried out to rinsing bowl, the flowing of ejected wash water exchanges ejected wash water and workpiece, to reach
The purpose of cleaning.Water after 2 cleaning workpiece of first order rinsing bowl simultaneously, under the action of circularly-supercharged pump 9, from first order overflow
The secondary outflow of slot 5 is flowed after being purified by reverse-osmosis filtering device 8 by flowmeter 10 through overflow pipe to reverse-osmosis filtering device 8
Enter third level rinsing bowl 4, by second level rinsing bowl 3, first order rinsing bowl 2, so repeatedly, constantly recycling is sharp again for circulation
With.Tool is hung by the rolling that lifting device hangs product simultaneously and is successively moved to second level rinsing bowl 3, third level rinsing bowl 4
Carry out product cleaning.
Rinsing bowl in the utility model is different from traditional rinsing bowl, increases waste water treatment system, in waste water
It in the state of relatively simple, carry out source and handles recycling and reusing, the treatment process of waste water has complexity to become simple, at low cost, Du
The generation of later period waste water absolutely, has saved industrial water consumption.
The foregoing is merely the embodiments of the present invention, are not intended to limit the protection scope of the utility model.It is all
Any modification, equivalent substitution and improvement made within spirit of the present utility model and principle, extension etc., are all contained in this reality
With in novel protection scope.
Claims (8)
1. a kind of environmental protection rinsing bowl equipment, which is characterized in that increase including washing groove body (1), reverse-osmosis filtering device (8) and circulation
Press pump (9) is respectively equipped with overflow port in the rinsing bowls at different levels and gradually decreases wherein being equipped with n grades of rinsing bowls in washing groove body (1)
Overflow pair slot, each overflow pair slot by overflow pipe with along overflow direction it is adjacent the rinsing bowl connection, make water flow by
N-th grade of rinsing bowl flows to first order rinsing bowl, and the overflow pair slot in the first order rinsing bowl is penetrated by overflow pipe and reverse osmosis
Device (8) connection is filtered, the reverse-osmosis filtering device (8) is connected by circularly-supercharged pump (9) and overflow pipe and n-th grade of rinsing bowl
It is logical, to form closed loop cycle pipeline.
2. environmental protection rinsing bowl equipment according to claim 1, which is characterized in that the bottom of the overflow pair slots at different levels and phase
The bottom of the adjacent rinsing bowl is connected to by the overflow pipe.
3. environmental protection rinsing bowl equipment according to claim 1, which is characterized in that be inserted with respectively in the rinsing bowls at different levels
Air inlet pipe (15), the air inlet pipe (15) are equipped with valve (16).
4. environmental protection rinsing bowl equipment according to claim 3, which is characterized in that the lower end of the air inlet pipe (15)
It is inserted into the bottom of the rinsing bowls at different levels and lower end is equipped with horizontally disposed gas distribution pipe, set on the tube wall of the gas distribution pipe
There is venthole.
5. environmental protection rinsing bowl equipment according to claim 1, which is characterized in that the reverse-osmosis filtering device (8) includes
Polypropylene melt-blown filter layer (11), carbon-point filter layer (12), reverse osmosis membrane filtration layer A (13) and the reverse osmosis membrane mistake set gradually
Filtering layer B (14).
6. environmental protection rinsing bowl equipment according to claim 1, which is characterized in that the circularly-supercharged pump (9) and described n-th
Overflow pipe between grade rinsing bowl is equipped with flowmeter (10).
7. environmental protection rinsing bowl equipment according to claim 1, which is characterized in that the top of the rinsing bowls at different levels is set respectively
There is the support column (17) that tool is hung for back-up roller.
8. environmental protection rinsing bowl equipment according to claim 1, which is characterized in that the rinsing bowls at different levels are separated by partition
At the overflow pair slot, the divider height in the rinsing bowls at different levels is by n-th grade of rinsing bowl to the first order rinsing bowl
It gradually decreases.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820959304.4U CN208667292U (en) | 2018-06-21 | 2018-06-21 | A kind of environmental protection rinsing bowl equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820959304.4U CN208667292U (en) | 2018-06-21 | 2018-06-21 | A kind of environmental protection rinsing bowl equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208667292U true CN208667292U (en) | 2019-03-29 |
Family
ID=65824416
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820959304.4U Active CN208667292U (en) | 2018-06-21 | 2018-06-21 | A kind of environmental protection rinsing bowl equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208667292U (en) |
-
2018
- 2018-06-21 CN CN201820959304.4U patent/CN208667292U/en active Active
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