CN202962381U - Turntable translation structure of dropping liquid metering device - Google Patents
Turntable translation structure of dropping liquid metering device Download PDFInfo
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- CN202962381U CN202962381U CN 201220635653 CN201220635653U CN202962381U CN 202962381 U CN202962381 U CN 202962381U CN 201220635653 CN201220635653 CN 201220635653 CN 201220635653 U CN201220635653 U CN 201220635653U CN 202962381 U CN202962381 U CN 202962381U
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- disk body
- dropping
- outer ring
- rotating disk
- metering device
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Abstract
The utility model discloses a turntable translation structure of a dropping liquid metering device. The turntable translation structure comprises a first turntable mechanism, a second turntable mechanism and a turntable translation mechanism, wherein the turntable translation mechanism comprises a load bearing seat, a guide mechanism and a translation driving unit; a second turntable body and a second turntable body rotating mechanism of the second turntable mechanism are arranged on the load bearing seat of the turntable translation mechanism, the translation driving unit of the turntable translation mechanism drives the load bearing seat to move along the guide mechanism along a translation direction, one dyeing cup of the second turntable mechanism is aligned to an inner ring dropping liquid position or an outer ring dropping liquid position of the first turntable mechanism, and a metering balance is arranged below at least one dyeing cup groove of the second turntable body to meter the dropping liquid in the dyeing cup.
Description
Technical field
The utility model relates to a kind of improvement of dye automatic dropping metering device, especially the rotating disk translation structure that refers to a kind of dropping metering device, one of them rotating disk mechanism in the dropping metering device that disposes two rotating disks disposes a rotating disk translation structure, does relative displacement to correspond to another rotating disk.
Background technology
The metering device of dye automatic dropping, traditionally, mainly be divided into and pipeline type arranged and without two kinds of pipeline type dropping liquids, the dye automatic dropping metering device that pipeline type is wherein arranged, to be provided with a container placing platform above board, it is above-listed is equipped with a plurality of material containers, and each material container top is provided with a magnetic valve and is socketed with a dropping liquid conduit, and this dropping liquid conduit extends to the lower side space of container placing platform.Lower position at this board is provided with a round turntable, and shows several holes in this round turntable pressed on ring, and cup is dyed in one of each hole bearing.This round turntable drives turn by a motor, so that one of them selected is dyed the cup rotation to the position of a metering balance top, to carry out the metering operation of dropping liquid amount.And, dye material is by a computer control and is located at the control of the magnetic valve on each material container, is taken out the raw material of different proportion by different material containers, then is dropped in via dropping liquid conduit and liquid droping head and dyes in cup, in this dropping liquid process, carry out gage work by this metering balance simultaneously.
As for the dye automatic dropping metering device without pipeline, to replace aforesaid dropping liquid conduit with the framework without pipeline type, in a frame, at least one material container rotating disk is set, put a plurality of material containers with annular arrangement on the material container rotating disk, a glass rotating disk is dyed in configuration one below the material container rotating disk, dyes a glass rotating disk and is provided with several annular holes, and each hole dyes cup in order to one of bearing, each dyes cup below by a saucer institute support, and thereunder is provided with a metering balance.And raw material is to be coordinated the control of dropper by a computer, is taken out the raw material of different proportion by different material containers, then raw material is dropped in by dropper dyes in cup.
May use wherein a kind of pipe-line system or use simultaneously two kinds of pipe-line systems in practical application.And in the design of rotating disk mechanism, traditional design is mainly the framework of single rotating disk, but in the recent period in order to promote the usefulness of dye liquor dropping liquid and metering, therefore the above structural design of two rotating disks is arranged, and disposes the use that more meets industry without pipeline type and the dye automatic dropping metering device that has the pipeline type dropping liquid to measure balance.In more newly-designed dyestuff dripping system, combine the control of computer and the mechanism of automatic gauge, the metering that makes this system have high precision, and can make the repeatability in laboratory more more unified than manually-operated.Yet, in the mechanism design of existing dye dropping device, even if the auxiliary of computer system arranged, but make bearing carry out accurately smoothly dropping liquid and the metering of dye liquor, auxiliary agent, water at the cup that dyes of two above rotating disk mechanisms, the dealer still carries out the metering operation of dropping liquid in the mode of human metering, therefore still need rely on the auxiliary of a large amount of manpowers, therefore be unfavorable for the lifting of production capacity.
The utility model content
The purpose of this utility model is to provide a kind of rotating disk translation structure of dropping metering device, to improve the defective that exists in known technology.
For achieving the above object, the rotating disk translation structure of the dropping metering device that the utility model provides is provided with one first rotating disk mechanism and at least one the second rotating disk mechanism in a dropping metering device, wherein:
This first rotating disk mechanism includes:
One first disk body is configured in this dropping metering device with one first horizontal plane;
One first disk body rotating mechanism is incorporated into this first disk body, to drive this first disk body rotation;
A plurality of interior ring recess position, circular row is at an inner ring of this first disk body adjacent to each other;
A plurality of inner ring color solution bottles, bearing one by one is positioned in this in ring recess position, one side of this each inner ring color solution bottle respectively is provided with an inner ring dropping liquid unit, when this inner ring color solution bottle rotates along with this first disk body, this inner ring dropping liquid unit is with an interior concentric circular tracks rotation, and the wherein position below concentric circular tracks is defined as an inner ring drip position in this;
A plurality of outer ring recess position, circular row is in an outer ring of this first disk body adjacent to each other;
A plurality of outer rings color solution bottle, bearing one by one is positioned in this outer ring recess position, one side of this each outer ring color solution bottle respectively is provided with a dropping liquid unit, outer ring, when this outer ring color solution bottle rotates along with this first disk body, this each dropping liquid unit, outer ring is with an outer concentric circular tracks rotation, and the wherein position below concentric circular tracks is defined as an outer ring drip position outside this;
This second rotating disk mechanism includes:
One second disk body is configured in this dropping metering device with one second horizontal plane, and this second horizontal plane and this first horizontal plane have a difference in height;
One second disk body rotating mechanism is incorporated into this second disk body, to drive this second disk body rotation;
A plurality of glass groove positions of dying, circular row is at this second disk body adjacent to each other;
A plurality of cups that dye, bearing one by one are positioned at this and dye in glass groove position, when this dyes cup along with this second disk body rotation, this each dye cup and dye a glass concentric circular tracks rotation with one;
This rotating disk translation structure includes:
One load bearing seat, this second disk body rotating mechanism of this second rotating disk mechanism and this second disk body are carried on this load bearing seat;
One guide mechanism is arranged on the below of this load bearing seat;
One driven in translation unit is incorporated into this load bearing seat, drive this load bearing seat along this guide mechanism with a translation direction displacement, and make this second rotating disk mechanism wherein one dye cup in alignment with this inner ring drip position or this outer ring drip position.
The rotating disk translation structure of described dropping metering device wherein dyes a glass below, groove position corresponding to this second disk body at least one on this load bearing seat and is provided with a metering balance, and this dyes and dyes glass bearing on this metering balance in glass groove position.
The rotating disk translation structure of described dropping metering device, wherein this driven in translation unit comprises one of a pneumatic cylinder, oil hydraulic cylinder.
The rotating disk translation structure of described dropping metering device, wherein this guide mechanism comprises a slide rail.
The rotating disk translation structure of described dropping metering device, wherein this guide mechanism comprises a plurality of rollers.
The rotating disk translation structure of described dropping metering device, wherein the top of this second disk body corresponding to this position of dying glass concentric circular tracks, is provided with an auxiliary agent and soft water dropping liquid module, one of auxiliary agent, soft water is instiled dye in cup to this.
The rotating disk translation structure of described dropping metering device, wherein this second rotating disk mechanism includes a turntable lift mechanism, is combined between this second disk body rotating mechanism and this second disk body, falls the position in order to drive this second disk body position at a raised position or.
The rotating disk translation structure of described dropping metering device, wherein this first disk body should in ring recess position adjacent position circular row have a plurality of with one heart in the ring recess positions, for a plurality of concentric inner ring color solution bottles bearing one by one location, this each concentric inner ring color solution bottle respectively is provided with together intracardiac circle dropping liquid unit in the side with respect to this inner ring color solution bottle, this concentric inner ring color solution bottle is during along with the rotation of this first disk body, and this concentric inner ring dropping liquid unit is with concentric circular tracks rotation in this.
The rotating disk translation structure of described dropping metering device, wherein this first disk body should have a plurality of outer ring recess positions with one heart by adjacent position, outer ring recess position circular row, for a plurality of concentric outer ring color solution bottles bearing one by one location, this each concentric outer ring color solution bottle respectively is provided with a dropping liquid unit, concentric outer ring in the side with respect to this outer ring color solution bottle, when this concentric outer ring color solution bottle rotated along with this first disk body, this dropping liquid unit, concentric outer ring was with this outer concentric circular tracks rotation.
Thus, the rotating disk translation structure of the dropping metering device that the utility model provides, drive the second rotating disk corresponding to an inner ring drip position or an outer ring drip position of the first rotating disk mechanism by the rotating disk translation structure, can measure on earth in whole dropping liquid flow process one road for the same cup that dyes, to reduce the overall error amount.
Description of drawings
Fig. 1 shows that the utility model the second rotating disk mechanism is positioned at the schematic top plan view of an inner ring drip position;
Fig. 2 shows one of illustrative view of the utility model dropping metering device;
Fig. 3 show the utility model dropping metering device illustrative view two;
Fig. 4 shows that the utility model the second rotating disk mechanism is positioned at the schematic top plan view of an outer ring drip position;
Fig. 5 shows one of illustrative view of the utility model dropping metering device;
Fig. 6 show the utility model dropping metering device illustrative view two.
Primary clustering symbol description in accompanying drawing:
100 dropping metering devices; 1 first rotating disk mechanism; 11 first disk bodies; 12 first disk body rotating mechanisms; 13 interior ring recess positions; The with one heart interior ring recess of 13a position; 14 inner ring color solution bottles; The concentric inner ring color solution bottle of 14a; 141 inner ring dropping liquid unit; The concentric inner ring dropping liquid of 141a unit; 15 outer ring recess positions; 15a is outer ring recess position with one heart; 16 outer ring color solution bottles; The concentric outer ring of 16a color solution bottle; 161 dropping liquid unit, outer rings; Dropping liquid unit, the concentric outer ring of 161a; 2 second rotating disk mechanisms; 21 second disk bodies; 22 second disk body rotating mechanisms; 23 dye glass groove position; 24 dye cup; 25 turntable lift mechanisms; 3 rotating disk translation structures; 31 load bearing seats; 32 guide mechanisms; 321 rollers; 33 driven in translation unit; 34 metering balances; 341 hypanthiums; 4 auxiliary agents and soft water dropping liquid module; D1 inner ring drip position; D2 outer ring drip position; The H difference in height; The I translation direction; The P1 raised position; P2 falls the position; S1 the first horizontal plane; S2 the second horizontal plane.
The specific embodiment
The technological means that the utility model adopts, be that the second disk body and the second rotating mechanism with the second rotating disk mechanism is carried on the load bearing seat of rotator shift mechanism, and by guide mechanism and driven in translation unit, the cup that dyes of the second rotating disk mechanism be moved to an inner ring drip position or an outer ring drip position corresponding to the first rotating disk mechanism.
The second disk body at least one dyes the cup below and also is provided with a metering balance, and dyes and dye glass bearing on the metering balance in glass groove position, and the metering balance is in order to the dropping liquid that dyes cup is measured.
Wherein the second rotating disk mechanism also includes a turntable lift mechanism, is combined between the second rotating disk mechanism and the second disk body, falls the position in order to drive the second disk body position at a raised position or.
Via the technology used in the present invention means, the second rotating disk mechanism can be driven and corresponding to an inner ring drip position or an outer ring drip position of the first rotating disk mechanism by the rotating disk translation structure, can measure on earth in whole dropping liquid flow process one road for the same cup that dyes, to reduce the overall error amount.
And the rotating disk translation structure of dropping metering device provided by the utility model from the above, really can allow the dropping liquid metering of dyestuff can a metering balance one road on earth, and have the enhancement effect that reduces total metering error.
The specific embodiment that the utility model adopts will be further described by following embodiment and accompanying drawing.
See also Fig. 1 to Fig. 3, wherein Fig. 1 shows that the utility model the second rotating disk mechanism is positioned at the schematic top plan view of an inner ring drip position, Fig. 2 shows one of illustrative view of the utility model dropping metering device, and Fig. 3 show the utility model dropping metering device illustrative view two.As shown in the figure, the rotating disk translation structure of dropping metering device of the present utility model is to be provided with one first rotating disk mechanism 1 and at least one the second rotating disk mechanism 2 in a dropping metering device 100.
The first rotating disk mechanism 1 includes one first disk body 11, one first disk body rotating mechanism 12, a plurality of interior ring recess position 13, a plurality of inner ring color solution bottle 14, a plurality of outer ring recess position 15 and a plurality of outer rings color solution bottle 16.
The first disk body 11 is to be configured in dropping metering device 100 with one first horizontal plane S1, and the first disk body rotating mechanism 12 is to be incorporated into the first disk body 11, in order to drive the first disk body 11 rotations.
Interior ring recess position 13 is that circular row is at an inner ring of the first disk body 11 adjacent to each other, and inner ring color solution bottle 14 bearing one by one is positioned in interior ring recess position 13, and a side of each inner ring color solution bottle 14 respectively is provided with an inner ring dropping liquid unit 141.
When inner ring color solution bottle 14 during along with the first disk body 11 rotation, inner ring dropping liquid unit 141 is with an interior concentric circular tracks rotation, and the wherein position below interior concentric circular tracks is defined as an inner ring drip position D1.
13 adjacent positions, interior ring recess position of the first disk body 11 wherein, also circular row has a plurality of with one heart interior ring recess position 13a, for a plurality of concentric inner ring color solution bottle 14a bearing one by one location, each concentric inner ring color solution bottle 14a respectively is provided with together intracardiac circle dropping liquid unit 141a in the side with respect to inner ring color solution bottle 14, when inner ring color solution bottle 14a was along with the first disk body 11 rotation with one heart, inner ring dropping liquid unit 141a rotated with interior concentric circular tracks with one heart.
Circular row is in an outer ring of the first disk body 11 adjacent to each other in outer ring recess position 15, and outer ring color solution bottle 16 bearing one by one is positioned in outer ring recess position 15, and a side of each outer ring color solution bottle 16 respectively is provided with a dropping liquid unit, outer ring 161.
When outer ring color solution bottle 16 rotated along with the first disk body 11, dropping liquid unit, outer ring 161 was with an outer concentric circular tracks rotation, and a wherein position of concentric circular tracks below is defined as an outer ring drip position D2 outside.
15 adjacent positions, outer ring recess position of the first disk body 11 wherein, also circular row has a plurality of outer ring recess position 15a with one heart, for a plurality of concentric outer ring color solution bottle 16a bearing one by one location, each concentric outer ring color solution bottle 16a respectively is provided with a concentric outer ring dropping liquid unit 161a in the side with respect to outer ring color solution bottle 16, when outer ring color solution bottle 16a is along with the first disk body 11 rotation with one heart, concentric circular tracks rotation beyond the dropping liquid unit 161a of outer ring with one heart.
The second rotating disk mechanism 2 includes one second disk body 21, one second disk body rotating mechanism 22, a plurality of glass groove position 23 and a plurality of cup 24 that dyes of dying.
The second disk body 21 is configured in dropping metering device 100 with one second horizontal plane S2, and the second horizontal plane S2 and the first horizontal plane S1 have a height difference H, and the second disk body rotating mechanism 22 is incorporated into the second disk body 21, in order to drive the second disk body 21 rotations.
Dye glass groove position 23 and be adjacent to each other circular row at the second disk body 21, dye cup 24 bearing one by one be positioned at and dye in glass groove position 23, when dying cup 24 along with the second disk body 21 rotation, each dyes cup 24 and dyes a glass concentric circular tracks rotation with one.
Rotating disk translation structure 3 includes a load bearing seat 31, a guide mechanism 32, a driven in translation unit 33 and a metering balance 34.
Driven in translation unit 33 is incorporated into load bearing seat 31, in order to drive load bearing seat 31 along guide mechanism 32 with a translation direction I displacement, and make the second rotating disk mechanism 2 wherein one dye cup 24 in alignment with inner ring drip position D1 or outer ring drip position D2.Wherein driven in translation unit 33 comprises one of a pneumatic cylinder, oil hydraulic cylinder.
At least one glass 23 belows, groove position of dying corresponding to the second disk body 21 on load bearing seat 31 also are provided with a metering balance 34, and dye in glass groove position 23 dye cup 24 be bearing on the hypanthium 341 of metering balance 34, metering balance 34 is in order to the dropping liquid that dyes cup 24 is measured.
The second rotating disk mechanism 2 also includes a turntable lift mechanism 25, turntable lift mechanism 25 is combined between the second disk body rotating mechanism 22 and the second disk body 21, falls position P2 (as shown in Figure 3) in order to drive 21 of the second disk bodies at a raised position P1 (as shown in Figure 2) or.
In addition, the top of the second disk body 2 also is provided with an auxiliary agent and soft water dropping liquid module 4 corresponding to the position of dying glass concentric circular tracks, in order to one of auxiliary agent, soft water are instiled to dying in cup 24.
See also Fig. 4 to Fig. 6, wherein Fig. 4 show the utility model the second rotating disk mechanism be positioned at an outer ring drip position on look schematic diagram, Fig. 5 shows one of illustrative view of the utility model dropping metering device, and Fig. 6 show the utility model dropping metering device illustrative view two.As shown in the figure, the driven in translation unit 33 of rotating disk translation structure 3 along guide mechanism 32 with a translation direction I displacement, and make the second rotating disk mechanism 2 wherein one dye cup 24 in alignment with outer ring drip position D2, and the turntable lift mechanism 25 of the second rotating disk mechanism 2 drives 21 of the second disk bodies and falls position P2 (as shown in Figure 6) at a raised position P1 (as shown in Figure 5) or.
In above embodiment, wherein being positioned at the first upper rotating disk mechanism and being the use as the bearing color solution bottle, and adopt the pipe-line system without pipeline, is to dye the use of cup and the pipe-line system of adopting pipeline as bearing and be positioned at the second the next rotating disk mechanism.When practical application, also the configuration of being correlated with can be exchanged.For example, without pipe-line system and the relative position up and down that Alternate, the first rotating disk mechanism and second rotating disk mechanism of pipe-line system are arranged.Moreover above embodiment adopts Position Design with the first rotating disk mechanism, but and the second rotating disk mechanism is the design of adopting relative displacement, but also can be designed to adopt relative displacement design with the first rotating disk mechanism, and the second rotating disk mechanism is adopted the design of location.
Above illustrated embodiment only in order to the utility model to be described, is not to limit scope of the present utility model, and all other do not break away from the equivalence of completing under the spirit that the utility model discloses to be modified or displacement, all should be contained in the claim scope of application.
Claims (9)
1. the rotating disk translation structure of a dropping metering device, be provided with one first rotating disk mechanism and at least one the second rotating disk mechanism in a dropping metering device, wherein:
This first rotating disk mechanism includes:
One first disk body is configured in this dropping metering device with one first horizontal plane;
One first disk body rotating mechanism is incorporated into this first disk body, to drive this first disk body rotation;
A plurality of interior ring recess position, circular row is at an inner ring of this first disk body adjacent to each other;
A plurality of inner ring color solution bottles, bearing one by one is positioned in this in ring recess position, one side of this each inner ring color solution bottle respectively is provided with an inner ring dropping liquid unit, when this inner ring color solution bottle rotates along with this first disk body, this inner ring dropping liquid unit is with an interior concentric circular tracks rotation, and the wherein position below concentric circular tracks is defined as an inner ring drip position in this;
A plurality of outer ring recess position, circular row is in an outer ring of this first disk body adjacent to each other;
A plurality of outer rings color solution bottle, bearing one by one is positioned in this outer ring recess position, one side of this each outer ring color solution bottle respectively is provided with a dropping liquid unit, outer ring, when this outer ring color solution bottle rotates along with this first disk body, this each dropping liquid unit, outer ring is with an outer concentric circular tracks rotation, and the wherein position below concentric circular tracks is defined as an outer ring drip position outside this;
This second rotating disk mechanism includes:
One second disk body is configured in this dropping metering device with one second horizontal plane, and this second horizontal plane and this first horizontal plane have a difference in height;
One second disk body rotating mechanism is incorporated into this second disk body, to drive this second disk body rotation;
A plurality of glass groove positions of dying, circular row is at this second disk body adjacent to each other;
A plurality of cups that dye, bearing one by one are positioned at this and dye in glass groove position, when this dyes cup along with this second disk body rotation, this each dye cup and dye a glass concentric circular tracks rotation with one;
It is characterized in that, this rotating disk translation structure includes:
One load bearing seat, this second disk body rotating mechanism of this second rotating disk mechanism and this second disk body are carried on this load bearing seat;
One guide mechanism is arranged on the below of this load bearing seat;
One driven in translation unit is incorporated into this load bearing seat, drive this load bearing seat along this guide mechanism with a translation direction displacement, and make this second rotating disk mechanism wherein one dye cup in alignment with this inner ring drip position or this outer ring drip position.
2. the rotating disk translation structure of dropping metering device according to claim 1, it is characterized in that, wherein dye a glass below, groove position corresponding to this second disk body at least one on this load bearing seat and be provided with a metering balance, and this dyes and dyes glass bearing on this metering balance in glass groove position.
3. the rotating disk translation structure of dropping metering device according to claim 1, is characterized in that, wherein this driven in translation unit comprises one of a pneumatic cylinder, oil hydraulic cylinder.
4. the rotating disk translation structure of dropping metering device according to claim 1, is characterized in that, wherein this guide mechanism comprises a slide rail.
5. the rotating disk translation structure of dropping metering device according to claim 1, is characterized in that, wherein this guide mechanism comprises a plurality of rollers.
6. the rotating disk translation structure of dropping metering device according to claim 1, it is characterized in that, wherein the top of this second disk body corresponding to this position of dying glass concentric circular tracks, is provided with an auxiliary agent and soft water dropping liquid module, one of auxiliary agent, soft water is instiled dye in cup to this.
7. the rotating disk translation structure of dropping metering device according to claim 1, it is characterized in that, wherein this second rotating disk mechanism includes a turntable lift mechanism, be combined between this second disk body rotating mechanism and this second disk body, fall the position in order to drive this second disk body position at a raised position or.
8. the rotating disk translation structure of dropping metering device according to claim 1, it is characterized in that, wherein this first disk body should in ring recess position adjacent position circular row have a plurality of with one heart in the ring recess positions, for a plurality of concentric inner ring color solution bottles bearing one by one location, this each concentric inner ring color solution bottle respectively is provided with together intracardiac circle dropping liquid unit in the side with respect to this inner ring color solution bottle, this concentric inner ring color solution bottle is during along with the rotation of this first disk body, and this concentric inner ring dropping liquid unit is with concentric circular tracks rotation in this.
9. the rotating disk translation structure of dropping metering device according to claim 1, it is characterized in that, wherein this first disk body should have a plurality of outer ring recess positions with one heart by adjacent position, outer ring recess position circular row, for a plurality of concentric outer ring color solution bottles bearing one by one location, this each concentric outer ring color solution bottle respectively is provided with a dropping liquid unit, concentric outer ring in the side with respect to this outer ring color solution bottle, when this concentric outer ring color solution bottle rotated along with this first disk body, this dropping liquid unit, concentric outer ring was with this outer concentric circular tracks rotation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220635653 CN202962381U (en) | 2012-11-27 | 2012-11-27 | Turntable translation structure of dropping liquid metering device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220635653 CN202962381U (en) | 2012-11-27 | 2012-11-27 | Turntable translation structure of dropping liquid metering device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202962381U true CN202962381U (en) | 2013-06-05 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220635653 Expired - Fee Related CN202962381U (en) | 2012-11-27 | 2012-11-27 | Turntable translation structure of dropping liquid metering device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202962381U (en) |
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2012
- 2012-11-27 CN CN 201220635653 patent/CN202962381U/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 |
Granted publication date: 20130605 Termination date: 20201127 |
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| CF01 | Termination of patent right due to non-payment of annual fee |