CN206642963U - Thin film coated machine fluid circulation system - Google Patents
Thin film coated machine fluid circulation system Download PDFInfo
- Publication number
- CN206642963U CN206642963U CN201720301848.7U CN201720301848U CN206642963U CN 206642963 U CN206642963 U CN 206642963U CN 201720301848 U CN201720301848 U CN 201720301848U CN 206642963 U CN206642963 U CN 206642963U
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- Prior art keywords
- liquid
- collecting tank
- thin film
- rotary shaft
- circulation system
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Abstract
The utility model discloses a kind of thin film coated machine fluid circulation system,Its drip irrigation device is to include coating machine,Liquid reserve tank,Centrifugal pump and material box,Liquid reserve tank collects the liquid that coating machine has used,Centrifugal pump sends the liquid reclaimed back to material box again,The rotary shaft placed vertically is provided with below coating machine,At least three collecting tanks in same level are connected with rotary shaft,Collecting tank is along rotary shaft axis spaced set,Rotary shaft side is provided with sluice way,Opposite side is provided with ash can,The gate member for flowing into sluice way for liquid is offered on the side of collecting tank,The waste discharge valve of ash can is drained into for liquid,Liquid reserve tank is connected below sluice way,Waste pipe is provided with above ash can,The other end of waste pipe is fixed on waste discharge valve,Quick separating waste liquid is reached,Technique effect easy to operate.
Description
Technical field
Thin film coated machine field is the utility model is related to, more particularly to a kind of thin film coated machine fluid circulation system.
Background technology
Coating machine is a kind of in a kind of equipment of new material of the surface of matrix material coating, the effect master of product surface spray coating
A waterproof can be played by showing, dust-proof, antistatic etc..
Surface coating is to form a kind of film layer on the substrate surface, for improving the technology on protection surface.New material is sprayed
It is coated onto after product surface, it is entirely different that chemical composition, the institutional framework of coat can drink host material, and it is to meet surface
It is criterion well that the bond strength of performance, coat and host material, which adapts to working condition requirement, good economy performance, the feature of environmental protection,.Surface applies
The coating thickness covered is several microns, or even less.
The utility model is mainly applied to battery diaphragm and made, and the matrix material chosen in battery diaphragm manufacturing process is
PP or PE materials, being coated in substrate material surface needs one layer of other materials, and this material for needing to coat is made into slurry
Material, slurry now also reduce with the reduction solubility of temperature, while slurry is easier to precipitate；What current equipment had asks
Topic is：Due to being impacted to the quality of subsequent thin film using having various debris in slurry process and enter in slurry, because
This is not provided with the device for reclaiming slurry.
Utility model content
The purpose of this utility model is to provide a kind of film coating machine fluid circulation system, serves quick separating waste liquid, behaviour
Make easy effect.
Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of thin film coated machine liquid
Systemic circulatory system, including coating machine, liquid reserve tank, centrifugal pump and material box, liquid reserve tank collects the liquid that coating machine has used, from
Heart pump sends the liquid reclaimed back to material box again, and the rotary shaft placed vertically is provided with below coating machine, is consolidated in rotary shaft
At least three collecting tanks in same level are connected to, collecting tank is set along rotary shaft axis spaced set, rotary shaft side
Sluice way is equipped with, opposite side is provided with ash can, and the gate member for flowing into sluice way for liquid is offered on the side of collecting tank,
The waste discharge valve of ash can is drained into for liquid, and liquid reserve tank is connected below sluice way, waste pipe is provided with above ash can,
The other end of waste pipe is fixed on waste discharge valve.
Pass through above-mentioned technical proposal, when coating machine works, used liquid understands some and does not obtain answering favorably
With the liquid not used this part reclaims, but liquid may can not by artificial pollution in use
Carry out secondary using, it is necessary to being contaminated and being not affected by separating for pollution；There are multiple collection of rotation connection in rotary shaft
Liquid bath, a collecting tank is turned to below coating machine liquid is collected, if midway finds dirt of the liquid by debris
Dye can rotate collecting tank, and the collecting tank for having the liquid being contaminated is turned to above ash can, it is ensured that waste pipe is aligned
Ash can, open waste discharge valve and remove contaminated liquid, if whole all can will be filled with liquid without discovery pollutant
Collecting tank is turned near sluice way, and gate is aligned into sluice way, and the liquid being collected into is sent into liquid reserve tank, is ready for secondary
Utilize, so as to reach quick separating waste liquid, technique effect easy to operate.
Preferably, gate member includes gate, floodgate sliding rail and door handle, floodgate sliding rail is located in the side wall of collecting tank
It is vertically arranged, gate is placed vertically, and gate and floodgate sliding rail are slidably connected, and door handle is fixed in above gate.
Pass through above-mentioned technical proposal, it is collected in collecting tank in liquid process, gate is in closed state, when will be to liquid
When body is discharged, gate is lifted up using door handle, liquid is all discharged into sluice way, the design of gate member allows liquid
Body is drained into sluice way below gate, and this causes liquid liquid can will not occur with held stationary during flowing into sluice way
Body splashes, and the design of door handle facilitates starting gate, allows whole flow process with more operability.
Preferably, gate is provided with sealing strip with the collecting tank place of abutting.
Pass through above-mentioned technical proposal, gate is connected on the floodgate sliding rail on the surface of collecting tank, by floodgate sliding rail
The sealing strip of upper setting shuts the gap between gate and collecting tank, reduces liquid and passes through the gap between gate and collecting tank
Into sluice way.
Preferably, liquid reserve tank bottom is provided with the agitating device for agitated liquid.
Pass through above-mentioned technical proposal, the liquid in liquid reserve tank will prepare to be delivered in material box again, but be applied in film
Cover that the fluid density applied in machine is larger, by the liquid in the design constantly agitation liquid reserve tank of agitating device, prevent liquid from sending out
Raw deposited phenomenon, cause the strength of fluid for collecting back material box again to reduce, ultimately result in final product quality and decline.
Preferably, the protective cover for preventing that debris from entering is connected with above sluice way.
Pass through above-mentioned technical proposal, sluice way top add the protective cover for preventing that debris from entering, and the increase of protective cover can
To hinder the debris above sluice way because human factor is dropped into sluice way, cause to be contaminated the liquid in liquid reserve tank.
Preferably, collecting tank has the gradient, the height closer to sluice way collecting tank is lower.
Pass through above-mentioned technical proposal, collecting tank are provided with the gradient and can allowed from quickly being concentrated the liquid fallen on coating machine
Come, it is convenient to concentrate the Accelerating Removal from collecting tank, shorten drain time, facilitate the orderly progress of subsequent production.
Preferably, being provided with high pressure nozzle in rotary shaft, high pressure nozzle is fixed in above collecting tank.
Pass through above-mentioned technical proposal, when liquid is contaminated being discharged in ash can, opening high pressure nozzle can incite somebody to action
The pollutant for remaining in side wall of sump or bottom is cleared up, it is ensured that pollutant is cleaned, will not be to being again introduced into
The liquid of collecting tank is polluted.
Preferably, liquid reserve tank bottom is provided with the heating coil to heat up for liquid.
Pass through above-mentioned technical proposal, liquid are influenceed that sedimentation phenomenon can occur in use by solubility, passed through
The solubility of the design increase liquid of heating coil, it is ensured that come back to from liquid reserve tank in the liquid holding and material box of material box
Liquid be consistent.
In summary, the utility model has the advantages that：
1st, cooperate by the collecting tank of three quick rotations and waste liquid quickly can be discharged into collecting tank, while this
During also without prejudice to the normal collection of liquid, it is not necessary to suspend machine；
2nd, the cooperation of heating coil and agitating device can be good at allowing slurry to keep stable, and sedimentation phenomenon will not occur.
Brief description of the drawings
Fig. 1 is to embody the overall structural representation of device；
Fig. 2 is to embody liquid reserve tank and the structural representation of collecting tank annexation；
Fig. 3 is the partial enlarged drawing at Fig. 2 A；
Fig. 4 is the structural representation for embodying collecting tank annexation；
Fig. 5 is to embody the partial enlarged drawing at Fig. 4 B.
In figure, 1, coating machine；2nd, material box；21st, centrifugal pump；22nd, woven hose；3rd, liquid reserve tank；31st, agitating device；32nd, add
Heat coil；4th, collecting tank；41st, rotary shaft；411st, high pressure nozzle；42nd, sluice way；43rd, protective cover；5th, ash can；51st, waste discharge
Pipe；52nd, waste discharge valve；6th, gate member；61st, door handle；62nd, gate；63rd, floodgate sliding rail；64th, sealing strip.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.Wherein identical parts identical accompanying drawing
Mark represents.It should be noted that the word "front", "rear", "left", "right", the "up" and "down" that are used below in description refer to
It is the direction in accompanying drawing, word " bottom surface " and " top surface ", " interior " and " outer " are referred respectively to towards or away from particular elements geometry
The direction at center.
As shown in figure 1, a kind of fluid circulation system of thin film coated machine 1, includes coating machine 1, liquid reserve tank 3, centrifugal pump
21 and material box 2, liquid reserve tank 3 collects the liquid that coating machine 1 has used, and centrifugal pump 21 sends the liquid reclaimed back to raw material again
Case 2, the side of coating machine 1 are provided with the rotary shaft 41 placed vertically, three in same level are connected with rotary shaft 41
Collecting tank 4, collecting tank 4 have the gradient along the axis spaced set of rotary shaft 41, collecting tank 4, and collecting tank 4 is close to rotary shaft 41
Side is high（With reference to figure 2）, low away from the side of rotary shaft 41, the side of rotary shaft 41 is provided with sluice way 42（With reference to figure 2）, collecting tank
4 around the track that rotary shaft 41 rotates outermost close to sluice way 42, when collecting tank 4 goes to 42 side of sluice way just and drainage
Road 42 abuts, and the place that the side of collecting tank 4 and sluice way 42 abut against offers the gate group for flowing into sluice way 42 for liquid
Part 6（With reference to figure 3）, gate member 6 includes gate 62, floodgate sliding rail 63 and door handle 61, and door handle 61 is fixed in gate 62
Top, the both sides of gate 62 are caught in floodgate sliding rail 63, and one layer of sealing strip 64 is posted on floodgate sliding rail 63, and sealing strip 64 prevents liquid
Body is by the way that floodgate sliding rail 63 is that collecting tank 4 caves inward to be formed.
As shown in figure 1, the low side of collecting tank 4 is further opened with waste discharge valve 52, the structure and lock of waste discharge valve 52 simultaneously
Door component 6 is identical, waste pipe 51 is socketed with waste discharge valve 52, the elongation downwards of waste pipe 51 is to the top of ash can 5, in rotary shaft
High pressure nozzle 411 is connected with 41, high pressure nozzle 411 is located at the top of collecting tank 4, and high pressure nozzle 411 is low towards collecting tank 4
The placement of one end.
As shown in Fig. 2 the lower section of sluice way 42 is provided with liquid reserve tank 3, liquid reserve tank 3 is connected by sluice way 42 with collecting tank 4,
The top of sluice way 42 is connected with the protective cover 43 of semicircular arc, and the bottom of liquid reserve tank 3 is connected with agitating device 31 and heating coil
32, woven hose 22 is inserted with liquid reserve tank 3, the liquid in woven hose 22 is brought back to material box 2 by centrifugal pump 21 again by pressurization
In.
In use, liquid is fallen in collecting tank 4 from coating machine 1, is left to from collecting tank 4 and is pooled to collecting tank 4
In low one end, when fluid storage to a certain degree after, it is ensured that the liquid in collecting tank 4 is not contaminated, and rotates collecting tank 4,
Collecting tank 4 positioned at the lower section of coating machine 1 is turned to the side of sluice way 42, sluice way 42 and gate member 6 are docked, to
On lift door handle 61, gate 62 synchronously moves up on floodgate sliding rail 63, and liquid flows out to sluice way 42 from collecting tank 4
In, and imported from sluice way 42 in liquid reserve tank 3, the liquid in liquid reserve tank 3 is influenceed constantly to rotate by agitating device 31, simultaneously
It is heated coil 32 to heat, so as to and ensure that sedimentation phenomenon does not occur for liquid.When needing to use the liquid in liquid reserve tank 3, open
Open centrifugal pump 21 liquid in liquid reserve tank 3 is withdrawn into material box 2.
When liquid in collecting tank 4 pollutes, collecting tank 4 is rotated to the side for having ash can 5, waste pipe 51 is aligned
Ash can 5, waste discharge valve 52 is opened, liquid is discharged in ash can 5 from waste pipe 51, is then turned on high pressure nozzle 411, rushed
Collecting tank 4 is washed, high pressure nozzle 411 is closed after current rinse collecting tank 4 well, current is discharged, reopens coating machine 1 and carry out
Work.
This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model
Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but
As long as all protected in right of the present utility model by Patent Law.
Claims (8)
1. a kind of thin film coated machine fluid circulation system, include coating machine (1), liquid reserve tank (3), centrifugal pump (21) and material box
(2), liquid reserve tank (3) collects the liquid that coating machine (1) has used, and centrifugal pump (21) sends the liquid reclaimed back to material box again
(2), it is characterised in that：The rotary shaft (41) placed vertically is provided with below coating machine (1), is connected with and is in rotary shaft (41)
At least three collecting tanks (4) of same level, collecting tank (4) is along rotary shaft (41) axis spaced set, rotary shaft (41)
Side is provided with sluice way (42), and opposite side is provided with ash can (5), offers on the side of collecting tank (4) and flow into for liquid
The gate member (6) of sluice way (42), and the waste discharge valve (52) of ash can (5) is drained into for liquid, below sluice way (42)
Liquid reserve tank (3) is connected, is provided with waste pipe (51) above ash can (5), the other end of waste pipe (51) is fixed in waste valve
On door (52).
2. thin film coated machine fluid circulation system according to claim 1, it is characterised in that：Gate member (6) includes
Gate (62), floodgate sliding rail (63) and door handle (61), floodgate sliding rail (63), which is located in the side wall of collecting tank (4), to be vertically arranged,
Gate (62) is placed vertically, and gate (62) and floodgate sliding rail (63) are slidably connected, and door handle (61) is fixed in above gate (62).
3. thin film coated machine fluid circulation system according to claim 2, it is characterised in that：Gate (62) and collecting tank
(4) sealing strip (64) is provided with abutting.
4. thin film coated machine fluid circulation system according to claim 1, it is characterised in that：Liquid reserve tank (3) bottom is set
There is the agitating device (31) for agitated liquid.
5. thin film coated machine fluid circulation system according to claim 1, it is characterised in that：The top of sluice way (42) is consolidated
It is connected to the protective cover (43) for preventing that debris from entering.
6. thin film coated machine fluid circulation system according to claim 1, it is characterised in that：Collecting tank (4) has the gradient,
Height closer to sluice way (42) collecting tank (4) is lower.
7. thin film coated machine fluid circulation system according to claim 1, it is characterised in that：Rotary shaft is provided with (41)
High pressure nozzle (411), high pressure nozzle (411) are fixed in above collecting tank (4).
8. thin film coated machine fluid circulation system according to claim 1, it is characterised in that：Liquid reserve tank (3) bottom is set
There is the heating coil (32) to heat up for liquid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720301848.7U CN206642963U (en) | 2017-03-27 | 2017-03-27 | Thin film coated machine fluid circulation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720301848.7U CN206642963U (en) | 2017-03-27 | 2017-03-27 | Thin film coated machine fluid circulation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206642963U true CN206642963U (en) | 2017-11-17 |
Family
ID=60280131
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720301848.7U Active CN206642963U (en) | 2017-03-27 | 2017-03-27 | Thin film coated machine fluid circulation system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206642963U (en) |
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2017
- 2017-03-27 CN CN201720301848.7U patent/CN206642963U/en active Active
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