CN201077902Y - Liquid automatically dropping liquid system capable of pre-discharging raffinate - Google Patents
Liquid automatically dropping liquid system capable of pre-discharging raffinate Download PDFInfo
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- CN201077902Y CN201077902Y CNU200720138960XU CN200720138960U CN201077902Y CN 201077902 Y CN201077902 Y CN 201077902Y CN U200720138960X U CNU200720138960X U CN U200720138960XU CN 200720138960 U CN200720138960 U CN 200720138960U CN 201077902 Y CN201077902 Y CN 201077902Y
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- liquid
- dropping
- control valve
- raffinate
- actuating mechanism
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Abstract
The utility model relates to an automatic liquid dripping system which can discharge residual liquid in advance, which comprises a turntable, a plurality of dripping devices, a metering actuating mechanism, a discharging actuating mechanism, and a waste liquid groove. A plurality of dripping devices are arranged on the circumference of the turntable, each dripping device is provided with a control valve laterally extended at the bottom part of a liquid storing container, and the metering actuating mechanism is arranged at the dripping metering position of the bench above the turntable; the circumference of the dripping metering position is different from the bench above the turntable, at least one discharging actuating mechanism is additionally arranged to form a position for discharging the residual liquid in advance, the selected dripping device is delivered to the position for discharging the residual liquid in advance via the turntable, then the discharging actuating mechanism performs the on-off control to the control valve of the selected dripping device, so that the residual liquid in the valve is discharged, and received through a waste liquid trough arranged below the turntable, and then the selected dripping device is delivered to the dripping metering position through the turntable, so as to carry out dripping metering operation, and the distance from the container to the control valve of the selected dripping device is effectively reduced.
Description
Technical field
The utility model is the automatic dropping liquid of an a kind of liquid system, refers in particular to a kind of automatic dropping liquid of the liquid system that can discharge raffinate in advance.
Background technology
Press the automatic dropping liquid of liquid system in chemical industry, fabric dyeing industry, even much more finding is arranged in food industry.And various liquid materials mostly all are stored in the dropping device, when desiring to prepare burden, each stores the computer instruction that liquid container is accepted automatic dropping liquid system, make the start of the discharging opening of being located at storage liquid container bottom because of control valve, and be able to closure or openness, make the open close control of liquid material, and then reach the purpose of automatic dropping liquid (metering) via control valve.
And general liquid; for example the automatic dropping liquid of dye liquor system is before dropping liquid measures automatically; situation generation for dye liquor precipitation in the control valve pipeline that prevents each dropping device; before the dropping liquid dye liquor, can carry out the discharging action of raffinate usually; also be about to the dye liquor precipitation in the control valve pipeline; that is so-called raffinate carries out the dropping liquid metering operation of automation in advance after the discharging again.As shown in Figures 1 and 2, vertical view and front view for the automatic dropping liquid of the liquid of known technology system, the inside and outside circle of rotating disk A of this system is provided with a plurality of dropping device B, and the dropping liquid gauge position in board is provided with a metering actuation structure C, and it drives an exciting mechanism C2 by a driver C1 and is formed.Below this dropping liquid gauge position, then be provided with one and dyed a glass E, and this dyes between the control valve B1 of glass E and dropping device B and is provided with a telescopic waste liquid holding groove F in addition by what conveying mechanism D carried.
As desire to carry out the automatic dropping liquid metering of dye liquor, and this selected dropping device B moves to this dropping liquid gauge position, and then, this waste liquid holding groove F is stretched out by board, and moves to this dropping liquid gauge position below, that is this dyes between glass E and the control valve B1.Should measure the driver C1 start of actuation structure C immediately, the exciting mechanism C2 of its below is moved down, and then inspire this control valve B1 and be opening, and after the raffinate in its pipeline discharged, after the raffinate of discharging was accepted by this waste liquid holding groove F, it was withdrawn in the board immediately.At this moment, this system can inspire the control valve B1 of this dropping device B once again, so that carry out known automatic dropping liquid metering operation, only this is a known technology, does not intend giving unnecessary details at this.
Before address, this waste liquid holding groove F is dying between the control valve B1 of glass F and dropping device B, and increase between the two distance virtually, such as those skilled in the art all know, this distance of dying glass F and control valve B1 is big more, and the splash phenomena of the dye liquor that causes is more for obvious, even cause dye liquor to be attached to dye the margin of optic cup of glass E, thereby cause the misalignment of dropping liquid metering, so that can't reach the reproducibility function of dyestuff, and the improvement of demanding relevant dealer urgently.
The utility model content
The purpose of this utility model is to provide a kind of automatic dropping liquid of the liquid system that can discharge raffinate in advance, in the hope of the waste liquid holding groove of this dropping liquid gauge position being removed, dye the cup and the control valve distance of dropping device and significantly shorten this, to avoid the generation of dye liquor splash phenomena.
For achieving the above object, the automatic dropping liquid of the liquid system that can discharge raffinate in advance that the utility model provides, it comprises: a rotating disk, a plurality of dropping devices, a metering actuating mechanism, a discharge opeing actuating mechanism, and a waste liquid tank is formed; This rotating disk periphery is provided with a plurality of dropping devices, each dropping device extends laterally a control valve in a storage liquid container bottom, and the dropping liquid gauge position of this rotating disk top board is provided with a metering actuating mechanism, it can carry out open close control to the control valve of selected dropping device, make the interior liquid of storage liquid container splash into a container, to carry out dropping liquid metering operation; Wherein:
This rotating disk top board differs from around this dropping liquid gauge position, other is provided with at least one discharge opeing actuating mechanism, to form a pre-discharging raffinate position, this selected dropping device is delivered to this pre-discharging raffinate position via rotating disk, this discharge opeing actuating mechanism promptly carries out open close control to the control valve of selected dropping device, raffinate in its valve is discharged, and accepted by a waste liquid tank of being located at rotating disk below, carry this selected dropping device to the dropping liquid gauge position by this rotating disk again, measure operation to carry out dropping liquid, and effectively shorten the control valve distance of this container and selected dropping device.
The described automatic dropping liquid of the liquid system that can discharge raffinate in advance, wherein this rotating disk is a pair of lamina structure disc, its upper disk surface periphery relatively and interleaved a plurality of containing holes are set, those containing holes are with being formed centrally inside and outside circle to be arranged, insert and locate usefulness for the control valve that the storage liquid container of dropping device bottom extends laterally, make and respectively store liquid container bottom and be cross-placed on down on the card surface, and this each control valve position of lower wall face correspondence offers a valve port, pass through for it.
The described automatic dropping liquid of the liquid system that can discharge raffinate in advance, wherein this metering actuating mechanism has a telescopic driver, and its below connects an exciting mechanism.
The described automatic dropping liquid of the liquid system that can discharge raffinate in advance, wherein this driver is pneumatic cylinder or motor, and exciting mechanism is an electromagnet or permanent magnet; And the control valve of dropping device is a magnetic force control valve.
The described automatic dropping liquid of the liquid system that can discharge raffinate in advance, wherein this metering actuating mechanism has a fixed mount, and its below is provided with one by exciting mechanism that electromagnet constituted; And the control valve of dropping device is a magnetic force control valve.
The described automatic dropping liquid of the liquid system that can discharge raffinate in advance wherein should be located at this dropping liquid gauge position both sides on every side in pre-discharging raffinate position.
The described automatic dropping liquid of the liquid system that can discharge raffinate in advance, wherein this discharge opeing actuating mechanism has a telescopic driver, and its below connects an exciting mechanism.
The described automatic dropping liquid of the liquid system that can discharge raffinate in advance, wherein this driver is pneumatic cylinder or motor, and exciting mechanism is an electromagnet or permanent magnet; And the control valve of dropping device is a magnetic force control valve.
The described automatic dropping liquid of the liquid system that can discharge raffinate in advance, wherein this discharge opeing actuating mechanism has a fixed mount, and its below is provided with one by exciting mechanism that electromagnet constituted; And the control valve of dropping device is a magnetic force control valve.
Via enforcement of the present utility model, since selected dropping device enter the dropping liquid gauge position before, can so that discharge the interior raffinate of the control valve pipeline of this selected dropping device in advance, this raffinate be accepted via the waste liquid tank of being located at board inside through a pre-discharging raffinate position earlier.Therefore, need not go necessity that a telescopic waste liquid holding groove is set again, thereby can significantly shorten the control valve distance that this dyes cup and dropping device, take place thereby reduce the phenomenon that dye liquor splashes, thereby improve the degree of accuracy that dropping liquid measures at the dropping liquid gauge position.
Description of drawings
Fig. 1 and Fig. 2 are the vertical view and the front view of the automatic dropping liquid of known liquid system.
Fig. 3 is the vertical view of the automatic dropping liquid of the utility model liquid system.
Fig. 4 be the utility model in pre-discharging raffinate position and this discharge opeing actuating mechanism as yet not the operation schematic diagram.
Fig. 5 for the utility model in pre-discharging raffinate position and the schematic diagram operated of this discharge opeing actuating mechanism.
Fig. 6 is the schematic diagram of another embodiment of the utility model discharge opeing actuating mechanism.
Fig. 7 is the front view of the automatic dropping liquid of the utility model liquid system.
The specific embodiment
The automatic dropping liquid of the liquid system that can discharge raffinate in advance that the utility model provides, non-dropping liquid gauge position at rotating disk installs at least one discharge opeing actuating mechanism separately, make selected dropping device move to and be subjected to the effect of this discharge opeing actuating mechanism earlier, can in advance the raffinate in the control valve be discharged, and accepted by a fixed waste liquid tank, and then move to this dropping liquid gauge position, so that directly carry out automatic dropping liquid metering operation.
Specifically, the automatic dropping liquid of the liquid system that can discharge raffinate in advance that the utility model provides, it comprises: a rotating disk, a plurality of dropping devices, a metering actuating mechanism, a discharge opeing actuating mechanism, and a waste liquid tank is formed; This rotating disk periphery is provided with a plurality of dropping devices, each dropping device extends laterally a control valve in a storage liquid container bottom, and the dropping liquid gauge position of this rotating disk top board is provided with a metering actuating mechanism, it can carry out open close control to the control valve of selected dropping device, make the interior liquid of storage liquid container splash into a container, to carry out dropping liquid metering operation; Wherein, this rotating disk top board differs from around this dropping liquid gauge position, other is provided with at least one discharge opeing actuating mechanism, to form a pre-discharging raffinate position, this selected dropping device is delivered to this pre-discharging raffinate position via rotating disk, this discharge opeing actuating mechanism promptly carries out open close control to the control valve of selected dropping device, raffinate in its valve is discharged, and accepted by a waste liquid tank of being located at rotating disk below, carry this selected dropping device to the dropping liquid gauge position by this rotating disk again, measure operation to carry out dropping liquid, and effectively shorten the control valve distance of this container and selected dropping device.
For further disclosing concrete technology contents of the present utility model, at first see also accompanying drawing.
As Fig. 3, Fig. 4 and shown in Figure 7, basically, the automatic dropping liquid of liquid of the present utility model system is by a rotating disk 1, a plurality of dropping device 2, one metering actuating mechanisms 3, one discharge opeing actuating mechanisms 4, and a waste liquid tank 5 combines.
Wherein, this rotating disk 1, dropping device 2, reaching metering actuating mechanism 3 is known technology, incorporates the utility model at this into to mention mode.
Rotating disk 1 is the disc of pair of lamina structure, and its upper disk surface 11 periphery rings are established a plurality of containing holes 111, preferably these upper disk surface 11 peripheries relatively and interleaved a plurality of containing holes 111 are set, those containing holes 111 are with being formed centrally inside and outside circle arrange.The containing hole 111 of this upper disk surface 11 is that usefulness is inserted and located to the storage liquid container 21 for dropping device 2 together with the control valve 22 that the bottom extends laterally, and makes respectively to store liquid container 21 bottoms and be cross-placed on this time card 12 surfaces.Wherein, a valve port 121 is offered in this time card 12 corresponding each control valve 22 position, passes through for it.
As shown in Figure 4, these storage liquid container 21 bottom sides are to connecting a control valve 22, it can be by external force, for example magnetic force, contact or push ... etc., its inner flap is relatively moved, and then control the open close of this valve body, and for preferable control effect is provided, the control valve 22 shown in the utility model is a kind of magnetic force control valve.
Metering actuating mechanism 3 is that the board that is installed in this rotating disk 1 top is desired the dropping liquid gauge position, it has a telescopic driver 31, for example pneumatic cylinder or motor, its below connects an exciting mechanism 32, an electromagnet for example, when selected dropping device 2 moves to this dropping liquid gauge position through rotating disk 1, computer promptly sends an instruction, make this driver 31 starts, and make this exciting mechanism 32 be displaced downwardly to this control valve 22 tops, and produce magnetic induction, make this control valve 22 present opening, and the liquid that will store in the liquid container 21 passes through control valve 22, and drips in the container of its below, for example dyes in glass E.Certainly this metering actuating mechanism 3 does not exceed with aforesaid, and it also must be as shown in Figure 5 the fixed mount and the combination of exciting mechanism, and its related content sees also hereinafter to be chatted.
Please consult Fig. 3, Fig. 4 and Fig. 7 again, the utility model is different from the known technology part and is, this rotating disk 1 top board differs from this dropping liquid gauge position, preferably both sides are provided with at least one discharge opeing actuating mechanism 4 in addition around this dropping liquid gauge position, as shown in Figure 4, this discharge opeing actuating mechanism 4 comprises a driver 41, for example pneumatic cylinder or motor, its below connects exciting mechanism 42, for example a permanent magnet.As shown in Figure 5, when of the conveying of selected dropping device 2 via rotating disk 1, and move to pre-discharging raffinate position, computer is assigned instruction to this discharge opeing actuating mechanism 4 immediately, make its driver 31 be displaced downwardly to control valve 22 tops of this selected dropping device 2, can make the relative start of its flap, and present opening, raffinate in the pipeline is discharged immediately, and drip in one and be fixedly arranged in the waste liquid tank 5 of rotating disk 1 below.Then, this selected dropping device 2 is delivered to this dropping liquid gauge position by this rotating disk 1 again, to carry out aforesaid dropping liquid metering operation.
Wherein, the exciting mechanism 42 of this discharge opeing actuating mechanism 4 is a permanent magnet, its width can be according to the arrangement of dropping device 2 and rotation direction and is strengthened, so when driver 41 past moving down, this rotating disk 1 still can be rotated further, make selected subsequently dropping device 2 can proceed to discharge raffinate work, and row running again after rotating disk 1 need not being stopped.
See also Fig. 6, that shown is the utility model discharge opeing actuating mechanism 4 another embodiment, and it has a fixed mount 43, and the below is provided with exciting mechanism 42, for example an electromagnet.When of the conveying of selected dropping device 2 via rotating disk 1, and move to pre-discharging raffinate position, promptly, the control valve 22 of selected dropping device 2 is positioned at exciting mechanism 42 belows of this fixed mount 43, and computer is assigned instruction to this discharge opeing actuating mechanism 4 immediately, makes this exciting mechanism 42 produce magnetic attraction because of energising, and make the flap of this control valve 42 relatively move, and present opening, the raffinate in the pipeline is discharged immediately, and drip in one and be fixedly arranged in the waste liquid tank 5 of rotating disk 1 below.Then, this selected dropping device 2 is delivered to the dropping liquid gauge position by this rotating disk 1 again, to carry out aforesaid dropping liquid metering operation.
Wherein, the exciting mechanism 42 of this discharge opeing actuating mechanism 4 is an electromagnet, its width can be according to the arrangement of dropping device 2 and rotation direction and is strengthened, so, this rotating disk 1 still can be rotated further when the discharging raffinate, make selected subsequently dropping device 2 can proceed to discharge raffinate work, and row running again after rotating disk 1 need not being stopped.
Please consult Fig. 7 again, so, via enforcement of the present utility model, because selected dropping device is before entering the dropping liquid gauge position, earlier can be through a pre-discharging raffinate position, so that discharge the interior raffinate of the control valve pipeline of this selected dropping device, this raffinate accepted via the waste liquid tank of being located at board inside in advance.Therefore, need not go necessity that a telescopic waste liquid holding groove is set again, thereby can significantly shorten the control valve distance that this dyes cup and dropping device, take place thereby reduce the phenomenon that dye liquor splashes, thereby improve the degree of accuracy that dropping liquid measures at the dropping liquid gauge position.
That the utility model disclosed is a kind of of preferred embodiment, and claim category of the present utility model is not all taken off in Ju Bu change or modification and come from technological thought of the present utility model and be what those skilled in the art were easy to know by inference such as.
Claims (9)
1. the automatic dropping liquid of the liquid system that can discharge raffinate in advance, it comprises: a rotating disk, a plurality of dropping devices, a metering actuating mechanism, a discharge opeing actuating mechanism, and a waste liquid tank is formed; This rotating disk periphery is provided with a plurality of dropping devices, each dropping device extends laterally a control valve in a storage liquid container bottom, and the dropping liquid gauge position of this rotating disk top board is provided with the metering actuating mechanism of a control dropping device, and liquid splashes into a container in the storage liquid container; It is characterized in that:
This rotating disk top board differs from around this dropping liquid gauge position, and other is provided with at least one discharge opeing actuating mechanism, forms a pre-discharging raffinate position; One waste liquid tank is fixedly arranged on the rotating disk below.
2. the automatic dropping liquid of the liquid system that can discharge raffinate in advance according to claim 1, it is characterized in that: wherein this rotating disk is a pair of lamina structure disc, its upper disk surface periphery relatively and interleaved a plurality of containing holes are set, those containing holes are with being formed centrally inside and outside circle to be arranged, each is store the liquid container bottom and is cross-placed on down on the card surface, and a valve port is offered in corresponding each the control valve position of this lower wall face, passes through for it.
3. the automatic dropping liquid of the liquid system that can discharge raffinate in advance according to claim 1, it is characterized in that: wherein this metering actuating mechanism has a telescopic driver, and its below connects an exciting mechanism.
4. the automatic dropping liquid of the liquid system that can discharge raffinate in advance according to claim 3, it is characterized in that: wherein this driver is pneumatic cylinder or motor, and exciting mechanism is an electromagnet or permanent magnet; And the control valve of dropping device is a magnetic force control valve.
5. the automatic dropping liquid of the liquid system that can discharge raffinate in advance according to claim 1, it is characterized in that: wherein this metering actuating mechanism has a fixed mount, and its below is provided with one by exciting mechanism that electromagnet constituted; And the control valve of dropping device is a magnetic force control valve.
6. the automatic dropping liquid of the liquid system that can discharge raffinate in advance according to claim 1 is characterized in that: wherein should be located at this dropping liquid gauge position both sides on every side in pre-discharging raffinate position.
7. the automatic dropping liquid of the liquid system that can discharge raffinate in advance according to claim 1, it is characterized in that: wherein this discharge opeing actuating mechanism has a telescopic driver, and its below connects an exciting mechanism.
8. the automatic dropping liquid of the liquid system that can discharge raffinate in advance according to claim 7, it is characterized in that: wherein this driver is pneumatic cylinder or motor, and exciting mechanism is an electromagnet or permanent magnet; And the control valve of dropping device is a magnetic force control valve.
9. the automatic dropping liquid of the liquid system that can discharge raffinate in advance according to claim 1, it is characterized in that: wherein this discharge opeing actuating mechanism has a fixed mount, and its below is provided with one by exciting mechanism that electromagnet constituted; And the control valve of dropping device is a magnetic force control valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200720138960XU CN201077902Y (en) | 2007-08-27 | 2007-08-27 | Liquid automatically dropping liquid system capable of pre-discharging raffinate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200720138960XU CN201077902Y (en) | 2007-08-27 | 2007-08-27 | Liquid automatically dropping liquid system capable of pre-discharging raffinate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201077902Y true CN201077902Y (en) | 2008-06-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU200720138960XU Expired - Fee Related CN201077902Y (en) | 2007-08-27 | 2007-08-27 | Liquid automatically dropping liquid system capable of pre-discharging raffinate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201077902Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107366113A (en) * | 2017-07-18 | 2017-11-21 | 广州科联精密机器股份有限公司 | The method for carrying out printing and dyeing post processing to textile using fabrics printing and dyeing post-processor |
-
2007
- 2007-08-27 CN CNU200720138960XU patent/CN201077902Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107366113A (en) * | 2017-07-18 | 2017-11-21 | 广州科联精密机器股份有限公司 | The method for carrying out printing and dyeing post processing to textile using fabrics printing and dyeing post-processor |
| CN107366113B (en) * | 2017-07-18 | 2020-08-18 | 广州科联精密机器股份有限公司 | Method for printing and dyeing post-treatment of textile by using textile printing and dyeing post-treatment machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080625 Termination date: 20150827 |
|
| EXPY | Termination of patent right or utility model |