CN208244259U - A kind of integrated water processing system - Google Patents
A kind of integrated water processing system Download PDFInfo
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- CN208244259U CN208244259U CN201820393013.3U CN201820393013U CN208244259U CN 208244259 U CN208244259 U CN 208244259U CN 201820393013 U CN201820393013 U CN 201820393013U CN 208244259 U CN208244259 U CN 208244259U
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- flow tank
- water
- ejected wash
- wash water
- tank
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Abstract
The utility model relates to a kind of integrated water processing system, solve the problems, such as that being rinsed rear ejected wash water to clast on artificial tooth and processing stations largely wastes, its key points of the technical solution are that, comprising: water tank；Several detachable assembly, the connection water tank and for the main pipeline to several processing stations conveying ejected wash water；For connecting the connection component of the adjacent main pipeline；For the ejected wash water in the water tank to be delivered to the first actuator of the main pipeline；Several one end are connected to the main pipeline and the other end is connected to the shunt conduits of the processing stations；The inlet valve being respectively arranged in several shunt conduits；It is connected to the main pipeline, sedimentation device for clast in the ejected wash water after cleaning being settled and being transmitted to the ejected wash water after sedimentation the water tank；Water-supply-pipe；And second actuator, achieve the purpose that recycle ejected wash water and reduce water resource waste.
Description
Technical field
The utility model relates to artificial tooth manufacturing technology field, in particular to a kind of integrated water processing system.
Background technique
The multiple processes processed to artificial tooth are required to use ejected wash water and are cleaned the artificial tooth after processing to guarantee
The surface cleaning of artificial tooth and the clast on processing stations is rinsed.
But ejected wash water is uniformly drained after cleaning to the clast on artificial tooth and processing stations, and cause a large amount of
The waste of water resource, therefore need to make above situation improvement.
Utility model content
The purpose of the utility model is to provide a kind of integrated water processing systems, and benefit is filtered and recycled to ejected wash water
With.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of integrated water processing
System, comprising: water tank；Several detachable assembly, the connection water tank and clear for being conveyed to several processing stations
The main pipeline of wash water；For connecting the connection component of the adjacent main pipeline；For the ejected wash water in the water tank to be conveyed
To the first actuator of the main pipeline；Several one end are connected to the main pipeline and the other end is connected to the processing stations
Shunt conduit；The inlet valve being respectively arranged in several shunt conduits；Be connected to the main pipeline, for after to cleaning
Clast is settled and the ejected wash water after sedimentation is transmitted to the sedimentation device of the water tank in ejected wash water；One end is connected to
The processing stations, the other end are connected to the water-supply-pipe of the sedimentation device；And for will the processing stations cleaning after
Ejected wash water is delivered to the second actuator of the sedimentation device by the water-supply-pipe.
By using above-mentioned technical proposal, the ejected wash water in water tank is transmitted to main pipeline by the first actuator, processing
When station is needed using ejected wash water, processing stations are transmitted to for ejected wash water by opening the inlet valve in shunt conduit, to adding
After work station is cleaned, ejected wash water is transmitted in sedimentation device by the second actuator by water-supply-pipe, and sedimentation device is to clear
Clast in wash water is settled, and the ejected wash water after sedimentation flows to storage, main pipeline in water tank again and passes through connection component
The mode being attached is convenient for the case where clearing up main pipeline, preventing main pipeline from blocking, and ejected wash water is by adopting
It is used and is recycled with the waterway pipe of integrated form, ejected wash water is used for multiple times and is not easy to cause wave to water resource
Take, the water supply of each station uses same main pipeline and in workshop more neatly, to carry out the work conducive to staff.
The further setting of the utility model, the connection component include: the ring flange set on described main pipeline one end；It wears
Cross the clamping screw of the ring flange on the adjacent main pipeline；It is threadedly connected to the clamping screw and is connected to the method
The locking nut of blue disk；And detachable the first strainer for being assemblied in the ring flange.
By using above-mentioned technical proposal, adjacent main pipeline upper flange plate is locked by clamping screw and locking nut,
And then installation of the realization to adjacent main pipeline, when needing to clear up main pipeline, dismantles ring flange and simultaneously dismantle the first strainer
In ring flange, and then convenient for clearing up the clast on the first strainer.
The further setting of the utility model, first strainer are threadedly connected to the ring flange.
By using above-mentioned technical proposal, the first strainer is threadedly connected to ring flange and is convenient for tearing the first strainer open
Dress, and then the clast on strainer is cleared up.
The further setting of the utility model, the sedimentation device include: the flowed into for rinsing the ejected wash water after clast
One flow tank;The second flow tank flowed into for the ejected wash water settled by first flow tank；It is several to be respectively arranged on institute
If state it is in the first flow tank and second flow tank, for first flow tank and second flow tank to be divided into
The baffles of dry deposition chamber；First flow tank is connected to close to the sedimentation chamber of second flow tank and described
Second flow tank close to first flow tank the sedimentation chamber delivery pipe；And movable it is assemblied in described first
Flow tank and be located at first flow tank close to second flow tank the sedimentation chamber filter assemblies；The filtering
The height of component vertically is higher than the height that the delivery pipe is connected to the communication port of first flow tank.
By using above-mentioned technical proposal, the ejected wash water containing clast flows into first sedimentation chamber of the first flow tank
Interior, under the barrier effect of baffles, ejected wash water is settled in first settlement chamber, and ejected wash water is full of first sedimentation
After chamber, second settlement chamber is flowed into, the ejected wash water after multiple sedimentation chambers contains less clast, ejected wash water
When flowing into sedimentation chamber of first flow tank close to connection delivery pipe, the ejected wash water containing a small amount of clast passes through filter assemblies,
Filter assemblies are again filtered ejected wash water, filter assemblies are movable be assemblied in the first flow tank and convenient for filter assemblies into
Row dismounting and cleaning, are flowed into the second flow tank by the ejected wash water that filter assemblies filter by delivery pipe, and again by
Second flow tank carries out Multistage settling, by the settlement action of the first flow tank and the second flow tank, so that big in ejected wash water
Amount clast is settled down in the first flow tank and the second flow tank, and is conducive to that ejected wash water is recycled, and reduces water resource
Waste.
The further setting of the utility model, the filter assemblies include: the second strainer positioned at the settlement chamber；
And set on the second strainer avris, for along first flow tank side wall and the baffles sliding sliding block；
The side wall of first flow tank is equipped with the sliding slot for sliding block sliding.
By using above-mentioned technical proposal, the second strainer is convenient for along the first flow tank and baffles sliding by the second strainer
It dismounts in the first flow tank, and then convenient for clearing up the clast of the second screen surface, the sliding block on the second strainer is along first
The side wall that sliding slot on flow tank slides and the second strainer is made to be not easy opposite first flow tank is overturn, and then stable to cleaning
Water plays the role of filtering.
The further setting of the utility model, the sliding block are made of metal material；First flow tank is located at described
The bottom of sliding slot is equipped with magnet.
By using above-mentioned technical proposal, the magnet on the first flow tank is acted on the magnetic of the second strainer so that the second filter
Net is not easy to float under the buoyancy of ejected wash water, and then stable plays a role in filtering to ejected wash water.
The further setting of the utility model, the fixing end of the baffles are fixed on first flow tank and described
The bottom wall of two flow tanks；The height of the free end of several baffles in first flow tank and second flow tank
Flow direction along ejected wash water gradually decreases.
By using above-mentioned technical proposal, the height of baffles gradually decreases and plays the work gradually settled to ejected wash water
With ejected wash water the case where flowing into settling tank generation after preventing sedimentation.
The further setting of the utility model, the height that the delivery pipe is connected to the communication port of second flow tank are higher than
The delivery pipe is connected to the height of the communication port of first flow tank.
By using above-mentioned technical proposal, the height that delivery pipe is connected to second flow tank one end is higher and be ejected wash water the
More sedimentation times are provided in one flow tank, when the ejected wash water long period in the first flow tank sedimentation and reach more water
When amount, the ejected wash water in the first flow tank is transmitted in the second flow tank by delivery pipe to be continued to settle.
The bottom side of the further setting of the utility model, first flow tank and second flow tank is equipped with will be each
The drain valve of the ejected wash water discharge of the settlement chamber；The movable base plate of first flow tank and second flow tank
It is assemblied in first flow tank and second flow tank.
By using above-mentioned technical proposal, the ejected wash water in the first flow tank and the second flow tank is discharged by drain valve,
And the bottom of the first flow tank and the second flow tank is opened by bottom plate, and convenient for in the first flow tank and the second flow tank
Clast is cleared up.
The further setting of the utility model, the bottom plate side are rotationally connected with first flow tank and described second
Flow tank, the other side are equipped with the retaining ring for being plugged in first flow tank and the second flow tank side wall；First sedimentation
The side wall of case and second flow tank is equipped with the eye-splice for the retaining ring grafting.
By using above-mentioned technical proposal, the grafting effect of retaining ring and eye-splice makes bottom plate be fixed on the first flow tank and second
The bottom of flow tank, when needing to clear up the clast in the first flow tank and the second flow tank, separate retaining ring and eye-splice and
Convenient for being discharged clast in the first flow tank and the second flow tank.
In conclusion the utility model has the following beneficial effects:
1. ejected wash water is used and recycled by using the waterway pipe of integrated form, ejected wash water is used for multiple times
And it is not easy that water resource is caused to waste；
2. by the settlement action of the first flow tank and the second flow tank, so that a large amount of clasts in ejected wash water are settled down to the
In one flow tank and the second flow tank, and it is conducive to that ejected wash water is recycled, reduces the waste of water resource.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of integrated water processing system in the utility model embodiment；
Fig. 2 is the company of main pipeline in the utility model embodiment, ring flange, clamping screw, locking nut and the first strainer
Connect relation schematic diagram；
Fig. 3 is the structural schematic diagram of sedimentation device in the utility model embodiment；
Fig. 4 is the enlarged drawing in Fig. 3 at A；
Fig. 5 is the enlarged drawing in Fig. 3 at B.
Appended drawing reference: 1, water tank；2, main pipeline；3, connection component；31, ring flange；32, clamping screw；33, locking screw
It is female；34, the first strainer；4, the first actuator；5, shunt conduit；6, inlet valve；7, sedimentation device；71, the first flow tank；72,
Second flow tank；73, baffles；74, delivery pipe；75, filter assemblies；751, the second strainer；752, sliding block；753, sliding slot；8,
Water-supply-pipe；9, the second actuator；10, drain valve；11, bottom plate；12, retaining ring；13, eye-splice.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Embodiment: a kind of integrated water processing system, as shown in Figure 1, comprising: for storing the water tank 1 of ejected wash water；It is more
The mutually detachable assembly of root and one end are connected to the main pipeline 2 of water tank 1；For connecting the connection component of adjacent main pipeline 2
3；The first actuator 4 for being delivered to the ejected wash water in water tank 1 in main pipeline 2；One end is connected to main pipeline 2 and another
Hold the shunt conduit 5 for the equipment being connected on processing stations；The inlet valve 6 being installed in shunt conduit 5；For processing will to be passed through
The ejected wash water of station concentrates the water-supply-pipe 8 drained；One end is connected to water-supply-pipe 8 and the other end is connected to the sedimentation dress of water tank 1
Set 7；The second actuator 9 for being delivered to the ejected wash water in water-supply-pipe 8 in sedimentation device 7；First actuator 4, i.e. water pump,
Ejected wash water in water tank 1 is transmitted to main pipeline 2, need using ejected wash water on processing stations equipment generate clast into
When row rinses, opens the inlet valve 6 in shunt conduit 5 and be transmitted to processing stations for ejected wash water, processing stations are cleaned
Ejected wash water afterwards is in the second actuator 9, i.e., under the driving of water pump, is transmitted to sedimentation device 7 by water-supply-pipe 8, ejected wash water is heavy
After being settled in falling unit 7, it is transmitted in water tank 1 and is recycled again.
As depicted in figs. 1 and 2, connection component 3 includes: machine-shaping in the ring flange 31 at 2 both ends of main pipeline；Across adjacent
The clamping screw 32 of ring flange 31 on main pipeline 2；It is threadedly connected to clamping screw 32 and is connected to the locking screw of ring flange 31
Mother 33；And it is threadedly connected to the first strainer 34 on ring flange 31, by clamping screw 32 and locking nut 33 by adjacent master
The locking of 2 upper flange plate 31 of pipeline, and then realize the installation to adjacent main pipeline 2, when needing to clear up main pipeline 2, disassembly
Ring flange 31 simultaneously dismantles the first strainer 34 in ring flange 31, and then convenient for clearing up the clast on the first strainer 34, the
One strainer 34 is threadedly connected to ring flange 31 and is convenient for dismounting the first strainer 34.
As shown in figures 1 and 3, sedimentation device 7 includes: the first flow tank 71 flowed into for the ejected wash water after flushing clast;
The second flow tank 72 flowed into for the ejected wash water settled by the first flow tank 71；It is welded in the first flow tank 71 and second
Baffles 73 in flow tank 72；For the ejected wash water in the first flow tank 71 to be transmitted to the delivery pipe of the second flow tank 72
74；First flow tank 71 and the second flow tank 72 are divided into three sedimentation chambers, the cleaning containing clast respectively by baffles 73
Water enters first settlement chamber of the first flow tank 71 and is settled in first settlement chamber, when ejected wash water is full of
After first sedimentation chamber, ejected wash water flows to second settlement chamber and continues to settle, by three of the first flow tank 71
After settling chamber, ejected wash water is transmitted in the second flow tank 72 by delivery pipe 74 to be continued to settle.
The height of first flow tank 71 and the baffles 73 in the second flow tank 72 gradually decreases, and then is conducive to ejected wash water and exists
The case where multiple settlement chambers are settled step by step, and the ejected wash water after preventing sedimentation flows into settling tank generation, barrier
The upper surface of plate 73 is tiltedly installed with guide surface, and ejected wash water is more easier to flow into next sedimentation under the guiding role of guide surface
In chamber, the case where preventing the more clast of upper surface accumulation of baffles 73 and staff needed to clear up.
As shown in Figure 3 and Figure 4, the settlement chamber that the first flow tank 71 is located adjacent to the second flow tank 72 is equipped with filtering
Component 75, the ejected wash water for flowing into the settlement chamber are again filtered ejected wash water by filter assemblies 75, further
Clast is isolated into ejected wash water, the height that delivery pipe 74 connects the connector of the first flow tank 71 is lower than the height of filter assemblies 75
Degree, so that the ejected wash water by filter assemblies 75 could enter the second flow tank 72, the connection of delivery pipe 74 the by delivery pipe 74
The height of two flow tanks, 72 one end is higher than the height of connection 71 one end of the first flow tank, and delivery pipe 74 is connected to the second flow tank 72 1
The height at end is higher and is that ejected wash water provides more sedimentation times in the first flow tank 71, when clear in the first flow tank 71
When wash water carries out the sedimentation of long period and reaches more water, ejected wash water is delivered to second by the hydraulic pressure in the first flow tank 71
In flow tank 72, the ejected wash water in the first flow tank 71 is transmitted in the second flow tank 72 by delivery pipe 74 to be continued to sink
Drop.
Filter assemblies 75 include: the second strainer 751 for being installed on settlement chamber；And it is welded in 751 side of the second strainer
The sliding block 752 of side；The side wall machine-shaping of first flow tank 71 has a sliding slot 753 vertically slided for sliding block 752, and second
Strainer 751 slides along the first flow tank 71 and is convenient for dismounting the second strainer 751 in the first flow tank 71, and then convenient for second
The clast on 751 surface of strainer is cleared up, and sliding slot 753 of the sliding block 752 on the second strainer 751 on the first flow tank 71 slides
And the side wall for making the second strainer 751 be not easy opposite first flow tank 71 is overturn, and then stable plays filtering to ejected wash water
Effect, sliding block 752 are made of metal material；The bottom that first flow tank 71 is located at sliding slot 753 is fixed with magnet, the first flow tank
Magnet on 71 acts on so that the second strainer 751 is not easy to occur under the buoyancy of ejected wash water the magnetic of the second strainer 751
It floats, and then stable plays a role in filtering to ejected wash water；The settlement chamber of second flow tank 72 close to 1 side of water tank is same
Sample is provided with filter assemblies 75, and the filter assemblies 75 in the second flow tank 72 carry out the filtration treatment of last time to ejected wash water,
Ejected wash water in second flow tank 72 is pumped by water pump to water tank 1, for being recycled.
As shown in Figure 3 and Figure 5, the bottom side of the first flow tank 71 and the second flow tank 72 is equipped with each settlement chamber
Ejected wash water discharge drain valve 10；11 rotary type of bottom plate of first flow tank 71 and the second flow tank 72 is assemblied in the first sedimentation
11 1 the first flow tank of lateral edge 71 and second of bottom plate of case 71 and the second flow tank 72, the first flow tank 71 and the second flow tank 72
The bottom side of flow tank 72 rotates, the other side is equipped with retaining ring 12, installs on the side wall of the first flow tank 71 and the second flow tank 72
There is the eye-splice 13 with the buckled assembly of retaining ring 12, the ejected wash water in the first flow tank 71 and the second flow tank 72 passes through drain valve 10
The grafting of discharge, retaining ring 12 and eye-splice 13 acts on the bottom for making bottom plate 11 be fixed on the first flow tank 71 and the second flow tank 72,
When needing to clear up the clast in the first flow tank 71 and the second flow tank 72, separates retaining ring 12 and eye-splice 13 and be convenient for inciting somebody to action
Clast is discharged in the first flow tank 71 and the second flow tank 72.
The course of work and principle: the ejected wash water in water tank 1 is transmitted to main pipeline 2 by the first actuator 4, processes work
Position is transmitted to processing stations for ejected wash water when needing using ejected wash water, by opening the inlet valve 6 in shunt conduit 5, to adding
After work station is cleaned, ejected wash water is transmitted in sedimentation device 7 by the second actuator 9 by water-supply-pipe 8, sedimentation device 7
The clast of ejected wash water is settled, the ejected wash water after sedimentation flows to storage, main pipeline 2 in water tank 1 again and passes through connection
The mode that component 3 is attached is convenient for the case where clearing up main pipeline 2, preventing main pipeline 2 from blocking, ejected wash water
It is used and is recycled by using the waterway pipe of integrated form, ejected wash water is used for multiple times and is not easy to make water resource
At waste, the water supply of each station uses same main pipeline 2 and in workshop more neatly, to be conducive to staff and carry out work
Make.
Claims (10)
1. a kind of integrated water processing system characterized by comprising
Water tank (1)；
Several detachable assembly, the connection water tank (1) and for the supervisor to several processing stations conveying ejected wash water
Road (2)；
For connecting the connection component (3) of the adjacent main pipeline (2)；
For the ejected wash water in the water tank (1) to be delivered to the first actuator (4) of the main pipeline (2)；
Several one end are connected to the main pipeline (2) and the other end is connected to the shunt conduit (5) of the processing stations；
The inlet valve (6) being respectively arranged on several shunt conduits (5)；
Be connected to the main pipeline (2), for being settled to clast in the ejected wash water after cleaning and by the cleaning after sedimentation
Water is transmitted to the sedimentation device (7) of the water tank (1)；
One end is connected to the processing stations, the other end is connected to the water-supply-pipes (8) of the sedimentation device (7)；And
For the ejected wash water after processing stations cleaning to be delivered to the sedimentation device (7) by the water-supply-pipe (8)
Second actuator (9).
2. a kind of integrated water processing system according to claim 1, which is characterized in that
The connection component (3) includes:
Ring flange (31) set on the main pipeline (2) one end；
The clamping screw (32) of the ring flange (31) on the adjacent main pipeline (2)；
It is threadedly connected to the clamping screw (32) and is connected to the locking nut (33) of the ring flange (31)；And
Detachable the first strainer (34) for being assemblied in the ring flange (31).
3. a kind of integrated water processing system according to claim 2, which is characterized in that the first strainer (34) screw thread
It is connected to the ring flange (31).
4. a kind of integrated water processing system according to claim 1, which is characterized in that the sedimentation device (7) includes:
The first flow tank (71) flowed into for the ejected wash water after flushing clast;
The second flow tank (72) flowed into for the ejected wash water settled by first flow tank (71)；
It is several be respectively arranged on it is in first flow tank (71) and second flow tank (72), for described first to be settled
Case (71) and second flow tank (72) are divided into the baffles (73) of several sedimentation chambers；
First flow tank (71) is connected to sink close to the sedimentation chamber of second flow tank (72) and described second
Drop case (72) close to first flow tank (71) the sedimentation chamber delivery pipe (74)；And
It is movable to be assemblied in first flow tank (71) and be located at first flow tank (71) close to second flow tank
(72) filter assemblies (75) of the sedimentation chamber；
The height of the filter assemblies (75) vertically is higher than the company that the delivery pipe (74) are connected to first flow tank (71)
The height of port.
5. a kind of integrated water processing system according to claim 4, which is characterized in that filter assemblies (75) packet
It includes:
Positioned at the second strainer (751) of the settlement chamber；And
Set on the second strainer (751) avris, for along first flow tank (71) side wall and the baffles
(73) sliding block (752) slided；
The side wall of first flow tank (71) is equipped with the sliding slot (753) for the sliding block (752) sliding.
6. a kind of integrated water processing system according to claim 5, which is characterized in that the sliding block (752) is by metal
Material is made；
The bottom that first flow tank (71) is located at the sliding slot (753) is equipped with magnet.
7. a kind of integrated water processing system according to claim 4, which is characterized in that the fixation of the baffles (73)
The bottom wall of first flow tank (71) and second flow tank (72) is fixed at end；
The height of the free end of several baffles (73) in first flow tank (71) and second flow tank (72)
Degree is gradually decreased along the flow direction of ejected wash water.
8. a kind of integrated water processing system according to claim 4, which is characterized in that the delivery pipe (74) is connected to institute
The height for stating the communication port of the second flow tank (72) is higher than the connection that the delivery pipe (74) are connected to first flow tank (71)
The height of mouth.
9. a kind of integrated water processing system according to claim 4, which is characterized in that first flow tank (71) and
The bottom side of second flow tank (72) is equipped with the drain valve (10) that the ejected wash water of each settlement chamber is discharged；
The bottom plate (11) of first flow tank (71) and second flow tank (72) is movable to be assemblied in first sedimentation
Case (71) and second flow tank (72).
10. a kind of integrated water processing system according to claim 9, which is characterized in that bottom plate (11) side turns
Dynamic first flow tank (71) and second flow tank (72), the other side of being connected to is equipped with being plugged in first flow tank
(71) and the retaining ring (12) of second flow tank (72) side wall；First flow tank (71) and second flow tank (72)
Side wall be equipped with for the retaining ring (12) grafting eye-splice (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820393013.3U CN208244259U (en) | 2018-03-21 | 2018-03-21 | A kind of integrated water processing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820393013.3U CN208244259U (en) | 2018-03-21 | 2018-03-21 | A kind of integrated water processing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208244259U true CN208244259U (en) | 2018-12-18 |
Family
ID=64608185
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820393013.3U Expired - Fee Related CN208244259U (en) | 2018-03-21 | 2018-03-21 | A kind of integrated water processing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208244259U (en) |
-
2018
- 2018-03-21 CN CN201820393013.3U patent/CN208244259U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |