CN201493279U - Structure of compressed transporting cleaning machine synchronized up and down - Google Patents
Structure of compressed transporting cleaning machine synchronized up and down Download PDFInfo
- Publication number
- CN201493279U CN201493279U CN2009201702326U CN200920170232U CN201493279U CN 201493279 U CN201493279 U CN 201493279U CN 2009201702326 U CN2009201702326 U CN 2009201702326U CN 200920170232 U CN200920170232 U CN 200920170232U CN 201493279 U CN201493279 U CN 201493279U
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- cleaning
- liquid
- bearing
- transmission shaft
- power transmission
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Abstract
The utility model relates to the structure of a compressed transporting cleaning machine which is synchronized up and down, belonging to the mechanical category. The cleaning machine series comprises a plurality of bearing groups which are passed through an inner wall of the cleaning machine and are arranged in parallel from up to down, the bearing group is mainly provided with a transmission shaft which is provided with a plurality of grooves. A plurality of ring-loops which are arranged in interleaving are arranged at the gaps of the grooves of the transmission shaft, and the surface of the ring-loop is higher than that of the transmission shaft. In addition, at lease one cleaning chamber which is arranged on the bearing group, a cleaning device which is used to remove residual liquid from the former cleaning chamber is arranged between the cleaning chambers. When cleaned parts are placed on the ring-loop, the upper ring-loop contacts the upper part face of the cleaned parts, the lower ring-loop contacts the lower part face of the cleaned parts (the linear face to face mode) and transports the cleaned parts to finish the cleaning process. In the utility model, because the ring-loop bears the cleaned parts and transports the cleaned parts during the transportation course, the problem of scratching the surface of the cleaned parts is not occurred, and the residual liquid of the cleaned parts from the former cleaning chamber can be removed effectively through the cleaning device.
Description
Technical field
The utility model relates to mechanical, be particularly related to a kind of structure of synchronous packing conveying-type scrubber up and down, especially refer to a kind ofly float because of hydraulic pressure preventing by packing cleaning part product up and down, and with top ring contact cleaning part product upper side, bottom ring contact cleaning part product bottom surfaces is cleaned the structure of synchronous packing conveying-type scrubber up and down of carrying with it.
Background technology
The cleaning components classification needs a specialty to clean supporting flow process, and generally existing scrubber is to adopt the cylinder mode of movement to carry out, as shown in Figure 1, cutaway view for existing cleaning part product scrubber, find out by knowing in the accompanying drawing, this scrubber system is by several cylinder 10 transversely arranged forming, and these cylinders 10 are to be driven by roller driving group, be can be on these cylinders 10 for carrying cleaning part product 101, when desire is cleaned cleaning part product 101, these cylinders 10 drive by roller driving group and rotate, this moment, the user can place cleaning part product 101 on these cylinders 10, by the rotation of these cylinders 10, these cleaning part product 101 can be transported toward a direction displacement, make these cleaning part product 101 finish one and clean supporting flow process.
Yet above-mentioned existing scrubber exists following point and disappearance to wait to improve when using:
The existing process system that transports directly adopts cylinder 10 roller modes that cleaning part product 101 displacements of desire cleaning are delivered to a whole set of flow process of cleaning; and these cleaning part product 101 are on this cylinder 10 when mobile; this roller driving group drives these cylinders 10; these cylinder 10 beginnings are rotated to same direction; place the then displacement that on cylinder 10, rubs of cleaning part product 101 (directly passing cleaning part product 101) on these cylinders 10 by cylinder 10 by the rotation of this cylinder 10; cleaning flow process by the whole series gets off; cleaning part product 101 must wear and tear because of friction; be commonly called as aspectant displacement, also can't these cleaning part product 101 of complete preservation.
The utility model content
The purpose of this utility model is to provide a kind of structure of synchronous packing conveying-type scrubber up and down, float because of hydraulic pressure preventing by packing cleaning part product up and down, and with top ring contact cleaning part product upper side, bottom ring contact cleaning part product bottom surfaces (line opposite mode) are cleaned conveying with it, reaching course of conveying carries because of ring carrying cleaning part product, so can not produce the scratch problem to cleaning part product surfaces, and can be effectively in the process of cleaning and each clean room of independent loops overflow more than the structure of synchronous packing conveying-type scrubber up and down of liquid.
The technical solution of the utility model is: this scrubber system includes several and is arranged in scrubber inwall and side by side bearing group up and down, these bearing group are with its binding by at least one driving group, it is rotated, and this driving group can be the reduction gearing motor or other has the motor that drives function.And these bearing group system includes a power transmission shaft that is provided with several grooves respectively, the connection seat bearing of being located at this power transmission shaft two ends inner wall outside respectively and being used for fixing, it is inboard and be used for the sealing axle envelope of waterproof to be located at this power transmission shaft two ends inwall respectively, be to be provided with several to be crisscross arranged and surface system is higher than the ring on the surface of this power transmission shaft between the groove of above-mentioned power transmission shaft, this top ring contact cleaning part product upper side, bottom ring contact cleaning part product bottom surfaces, with reach that purpose is transported on the line opposite and by packing cleaning part product up and down to prevent because of the showy purpose of hydraulic pressure, and be to be provided with at least one clean room on these bearing group, between these clean rooms be provided with one can for remove last clean room the cleaning device of residual liquid, this cleaning device system includes at least one sprinkler system, the support body of one liquid that spills by sprinkler system for bearing and for this liquid of discharging and the drainpipe that engages with this support body, when desire is cleaned these cleaning part product, these cleaning part product can be placed on this ring, rotate and drive these power transmission shafts by this driving group, these rings are then driven by the rotation of these power transmission shafts toward a direction cycle of rotation when rotating, therefore, place the cleaning part product on these rings then therefore to be driven (the static bearing in line opposite is on this ring), and design because of sealing axle envelope, can prevent effectively that liquid from flowing out outside this inwall, moreover, cleaning part product via this clean room are then sprinkled water by the sprinkler system of this cleaning device, with last clean room residual liquid remove, the liquid after removing is then accepted the back by support body and is drained by this drainpipe; Should clean in the room and also be provided with the ultrasonic decontaminating apparatus.By above-mentioned technology; can directly adopt cylinder roller mode that the cleaning part product displacement of desire cleaning is delivered to a whole set of flow process of cleaning at the existing existing process system that transports of original scrubber; and these cleaning part product are on this cylinder when mobile; this roller driving group drives these cylinders; make these cylinders begin to rotate to same direction; place the displacement (directly passing the cleaning part product) that then on cylinder, rubs of cleaning part product on these cylinders by cylinder by the rotation of this cylinder; cleaning flow process by the whole series gets off; the cleaning part product must wear and tear because of friction; be commonly called as aspectant displacement; the problem of these cleaning part product of protection is broken through; reach by the synchronous side by side up and down bearing group and the design of ring; carry because of ring carrying cleaning part product in course of conveying; so can be to cleaning part product surface generation scratch problem, and by this cleaning device can effectively remove these cleaning part product in last clean room the practical improvement of residual liquid.Wherein be also to be provided with to supply to support these rings between these rings, to prevent the gripper shoe of these rings distortion, this gripper shoe is provided with buffer part in two ends system.
Should clean room two side-lines and be respectively equipped with several spillway holes, outside these spillway holes side-line stretch out respectively be provided with one can be for bearing by the retaining basin of this spillway hole institute overflowing liquid, this retaining basin system is equipped with a mozzle that can be used for this liquid of water conservancy diversion, and by liquid system that this mozzle flowed out by the bearing of cistern institute, this cistern system is by a pumping, those liquid are drawn back to this clean room carry out wash cycles, when being full of Clean-liquid in this clean room, more than liquid can flow into this retaining basin by this spillway hole overflows, import this cistern via this mozzle again, carry out the repetitive cycling cleaning and it is drawn back this clean room by pumping, reach the usefulness of waste water resource recycling, and can effectively save the practical improvement of cost and resource.
Should clean room system and be provided with the ultrasonic cleansing device, and also be equipped with heat generator, this heat generator system can be connected with high pressure blower.
Advantage of the present utility model is: by up and down side by side bearing group and the design of ring, carry because of ring carrying cleaning part product in course of conveying, so can not produce scratch problem (conveying of line opposite) to cleaning part product surface, and by this cleaning device can effectively remove these cleaning part product in last clean room residual liquid, moreover, waste water cyclic design by cleaning room makes its usefulness that reaches the waste water resource recycling simultaneously, and can effectively save cost and resource.
Description of drawings
Fig. 1 is the cutaway view of existing scrubber.
Fig. 2 is the vertical view of the utility model bearing group.
Fig. 3 is the partial schematic diagram of the utility model cleaning device.
Fig. 4 is the cutaway view of the utility model decontaminating apparatus.
The action schematic diagram one that Fig. 5 moves on bearing group for the utility model cleaning part product.
The action schematic diagram two that Fig. 6 moves on bearing group for the utility model cleaning part product.
Fig. 7 is the action schematic diagram of the utility model cleaning part product through cleaning device.
Fig. 8 is the implementing procedure schematic diagram of the utility model preferred embodiment.
Fig. 9 is the enforcement schematic diagram of another preferred embodiment of the utility model.
The specific embodiment
To shown in the accompanying drawing 4, be the vertical view of the utility model bearing group, the partial schematic diagram of cleaning device and the cutaway view of decontaminating apparatus as accompanying drawing 2, find out that by knowing among the figure the utility model scrubber system comprises:
Several are arranged in scrubber inwall 12 and side by side bearing group 11 up and down, these bearing group 11 are with its binding by at least one driving group 13, it is rotated, and these bearing group 11 be comprise respectively one be provided with the power transmission shaft 111 of several grooves 112, respectively be located at these power transmission shaft 111 two ends inwalls, 12 outsides and the connection seat bearing 113 that is used for fixing, to be located at this power transmission shaft 111 two ends inwalls 12 respectively inboard and be used for the sealing axle envelope 114 of waterproof; Several staggered 112 of the grooves of these power transmission shafts 111 and rings 115 that surface system is higher than the surface of this power transmission shaft 111 be located at; At least one clean room of being located on these bearing group 11 20, should clean room 20 interior systems and further be provided with ultrasonic decontaminating apparatus 21, between these clean rooms 20 be provided with one can for remove last clean room 20 the cleaning device 22 of residual liquid, and this cleaning device 22 is to include the support body 222 of the liquid that at least one sprinkler system 221, spilt by sprinkler system 221 for bearing and for this liquid of discharging and the drainpipe 223 that engages with this support body 222.
Moreover, should clean 20 liang of side-lines of room and be respectively equipped with several spillway holes 201, outside these spillway holes 201 side-line stretch out respectively be provided with one can be for bearing by the retaining basin 202 of 201 overflowing liquids of this spillway hole, this retaining basin 202 is to be equipped with a mozzle 203 that can be used for this liquid of water conservancy diversion, and the liquid system that is flowed out by this mozzle 203 is by 204 bearings of a cistern, this cistern 204 is by a pumping 205, those liquid is drawn back to this clean room 20 carried out wash cycles.
By above-mentioned structure, form design, be described as follows with regard to use situation of the present utility model, shown in accompanying drawing 5 accompanying drawings 7, it is the action schematic diagram one that the cleaning part product move on bearing group, two and the cleaning part product through the action schematic diagram of cleaning device, find out by knowing in the accompanying drawing, these be arranged in this scrubber inwall 12 and up and down side by side bearing group 11 be it to be driven (this driving group 13 can be the reduction gearing motor or other has the motor that drives function) by at least one driving group 13, and these bearing group 11 main systems are made of the staggered power transmission shaft 111 that is arranged with several rings 115, and these power transmission shaft 111 two ends seal 114 as preventing that liquid 40 from spilling inwall 12 outer functions with the sealing axle respectively, and, can be used for fixing this power transmission shaft 111 in case terminate in the connection seat bearing 113 that breaks away from displacement when rotating, when cleaning part product 30 place on this power transmission shaft 111, drive by this driving group 13 these power transmission shafts 111 (on, lower drive shaft 111 is separate connection different driving group 13 respectively), and because of ring 115 is mutual interlaced with each other being located on the power transmission shaft 111, make cleaning part product 30 be able on these rings 115, carry out move toward a direction, and on, down on the same group power transmission shaft 111 does not support these cleaning part product 30 with synchronous packing and floats because of hydraulic pressure preventing, these cleaning part product 30 are moved toward a direction in the mode of steady and smooth, moreover, these ring 115 surface systems are higher than the surface of this power transmission shaft 111 simultaneously, therefore cleaning part product 30 place on this ring 115 and can not contact with this power transmission shaft 111, and in cleaning process, the sealing axle envelope 114 that is positioned at power transmission shaft 111 two ends is can effectively keep out cleaning to flow out inwall 12 outer polluting with liquid.
Moreover, should clean in the room 20 is by several bearing group 11 are arranged, and two side-lines are respectively equipped with several 40 spillway holes 201 that flow out for liquid, and these spillway hole 201 outer side-lines stretch out respectively be provided with one can be for bearing by the retaining basin 202 of 201 overflowing liquids 40 of this spillway hole, this retaining basin 202 is to be equipped with a mozzle 203 that can be used for this liquid 40 of water conservancy diversion, and be by 204 bearings of a cistern by the liquid 40 that this mozzle 203 is flowed out, this cistern 204 is by a pumping 205, those liquid 40 are drawn back to this clean room 20 carry out wash cycles, and between the next one is cleaned room 20 be provided with one can for remove last clean room 20 the cleaning device 22 of residual liquid 40, when cleaning part product 30 are delivered to when being full of the clean room 20 of cleaning liquid 40 by these bearing group 11, also can clean this cleaning part product 30 by decontaminating apparatus 21 (further can be ultrasonic decontaminating apparatus 21), and in the liquid 40 in the clean room 20 must riddle, therefore, those liquid 40 promptly pass through these spillway hole 201 overflows on the retaining basin 202, draw back by pumping 205 by this mozzle 203 flows into cisterns 204 again and to this clean room 20, carry out wash cycles, then, cleaning part product 30 must residually have the liquid of last clean room 20 by cleaning room 20, therefore, again by the sprinkler system 221 of this cleaning device 22 sprinkle water clean on these cleaning part product 30 residual liquid 40, make these cleaning part product 30 on can be when entering next clean room 20 because of cleaning part product 30 residual liquid 40 mix with it and pollute, then accepted in the liquid 40 that sprinkler system 221 sprayed by this support body 222, again by this drainpipe 223 with its discharge in outside.
As shown in Figure 8, implementing procedure schematic diagram for the utility model preferred embodiment, find out by knowing in the accompanying drawing, these bearing group 11a goes up system and further is provided with the first clean room 50 respectively, second cleans room 51, the 3rd cleans room 52, the 4th cleans room 53 and the 5th cleans room 54, system is provided with ultrasonic cleaning agent degreasing decontaminating apparatus 21a in this first clean room 50, between this first clean room 50 and this second clean room 51 is to be provided with cleaning device 22a, and this second is cleaned in room 51 in last, lower part series is respectively equipped with ultrasonic clear water decontaminating apparatus 511, clean in the room 52 in last in the 3rd, lower part series is respectively equipped with clear water spray-type decontaminating apparatus 521, the 4th cleans room 53 interior systems is provided with air blade device 531, at last on the 5th clean room 54, lower part series is respectively equipped with out wind apparatus 541, this goes out wind apparatus 541 is to be equipped with heat generator 542, this heat generator 542 is to be connected with high pressure blower 543, when cleaning part product 30a enters this first when cleaning room 50, by ultrasonic cleaning agent degreasing decontaminating apparatus 21a cleaning part product 30a is effectively cleaned dustiness, carry out cleaning part product 30a top and bottom drip washing and be delivered to cleaning device 22a again, first cleaning agent of cleaning room 50 is removed, to prevent to pollute the water quality of the second clean room 51, and these cleaning part product 30a enters second again and cleans room 51 and carry out the clear water rinse at cleaning part product 30a top and bottom by ultrasonic clear water decontaminating apparatus 511, then enter the 3rd and clean room 52, the 3rd clean 52 pairs of these cleaning part product of room 30a utilizes decontaminating apparatus 521 to do last clear water spray-type and cleans, after enter the 4th again and clean room 53 and part will be blown off removal more than moisture content by air blade device 531, the high temperature that is brought by the 5th heat generator 542 of cleaning room 54 is dried it at last, promptly finish a whole set of process of cleaning, moreover, as shown in Figure 9, it is the enforcement schematic diagram of the utility model preferred embodiment, the 3rd cleans room 52 and the 4th cleans in the room 53 in last, be that further have additional can be for supporting these rings 115a to prevent these rings 115a and impact because of long-term hydraulic pressure or the high wind impact causes the gripper shoe 60 of being out of shape between the ring 115a of lower bearing group 11a, wherein this gripper shoe 60 two ends system is provided with buffer part 61, this buffer part 61 can lower the frictional force of this ring 115a on this gripper shoe 60, make these rings 115a therefore not impaired, moreover, this gripper shoe 60 be respectively with this room on, the bottom is fixed, and makes this gripper shoe 60 be able to firmly not come off down in hydraulic pressure impact or high wind impact for a long time.
Claims (7)
1. synchronous structure of packing conveying-type scrubber up and down is characterized in that this scrubber system includes:
Several are arranged in scrubber inwall and side by side bearing group up and down, these bearing group are with its binding by at least one driving group, it is rotated, and these bearing group system include and one is provided with the power transmission shaft of several grooves, is located at this power transmission shaft two ends inner wall outside respectively and the connection seat bearing that is used for fixing, to be located at this power transmission shaft two ends inwall respectively inboard and be used for the sealing axle envelope of waterproof respectively;
Several interlock between the groove of being located at these power transmission shafts and the surface is the ring that is higher than the surface of this power transmission shaft;
At least one clean room of being located on these bearing group, between these clean rooms be provided with one can for remove last clean room the cleaning device of residual liquid.
2. the synchronous structure of packing conveying-type scrubber up and down according to claim 1, wherein this cleaning device system includes the support body of the liquid that at least one sprinkler system, spilt by sprinkler system for bearing and for this liquid of discharging and the drainpipe that engages with this support body.
3. the structure of synchronous packing conveying-type scrubber up and down according to claim 1 wherein should be cleaned the interior system of room and also be provided with the ultrasonic decontaminating apparatus.
4. the structure of synchronous packing conveying-type scrubber up and down according to claim 1, wherein should clean room two side-lines and be respectively equipped with several spillway holes, outside these spillway holes side-line stretch out respectively be provided with one can be for bearing by the retaining basin of this spillway hole institute overflowing liquid, this retaining basin system is equipped with a mozzle that can be used for this liquid of water conservancy diversion, and by liquid system that this mozzle flowed out by the bearing of cistern institute, this cistern system passes through a pumping, those liquid is drawn back to this clean room carried out wash cycles.
5. the structure of synchronous packing conveying-type scrubber up and down according to claim 1 wherein should be cleaned room system and be equipped with heat generator, and this heat generator system can be connected with high pressure blower.
6. the synchronous structure of packing conveying-type scrubber up and down according to claim 1 wherein should the driving group can be the reduction gearing motor or other has the motor that drives function.
7. the structure of synchronous packing conveying-type scrubber up and down according to claim 1 wherein is further to be provided with to supply to support these rings between these rings, and to prevent the gripper shoe of these rings distortion, this gripper shoe is provided with buffer part in two ends system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201702326U CN201493279U (en) | 2009-08-05 | 2009-08-05 | Structure of compressed transporting cleaning machine synchronized up and down |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201702326U CN201493279U (en) | 2009-08-05 | 2009-08-05 | Structure of compressed transporting cleaning machine synchronized up and down |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201493279U true CN201493279U (en) | 2010-06-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201702326U Expired - Fee Related CN201493279U (en) | 2009-08-05 | 2009-08-05 | Structure of compressed transporting cleaning machine synchronized up and down |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201493279U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109570067A (en) * | 2018-12-28 | 2019-04-05 | 佛山市和为上自动化包装设备有限公司 | A kind of cleaning, drying detection packaging facilities |
-
2009
- 2009-08-05 CN CN2009201702326U patent/CN201493279U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109570067A (en) * | 2018-12-28 | 2019-04-05 | 佛山市和为上自动化包装设备有限公司 | A kind of cleaning, drying detection packaging facilities |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100602 Termination date: 20110805 |