CN205551970U - Avoid winding carousel mechanism of circuit - Google Patents
Avoid winding carousel mechanism of circuit Download PDFInfo
- Publication number
- CN205551970U CN205551970U CN201620237746.9U CN201620237746U CN205551970U CN 205551970 U CN205551970 U CN 205551970U CN 201620237746 U CN201620237746 U CN 201620237746U CN 205551970 U CN205551970 U CN 205551970U
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- China
- Prior art keywords
- lower cover
- loading
- original paper
- dish
- fixed plate
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Abstract
The utility model relates to an avoid winding carousel mechanism of circuit, including the bottom plate, fixed set up in the rotation module at bottom plate middle part, set up rolling disc on rotating the module, through on the bottom plate and the fixed loading tray that be located its top of rolling disc of fixed loading tray connecting block fixed connection, set up being used for on fixed loading tray and arrange pneumaticly or motor -driven pneumatic original paper or electronic original paper and set up on fixed loading tray and routing hole that pneumatic original paper or the cooperation of electronic original paper are used. The utility model discloses an avoid winding carousel mechanism of circuit sets up fixed loading stage and is used for arranging required pneumatic original paper or the electronic original paper of drive, and its the pneumatic or electronic wiring of pneumatic original paper or electronic original paper all sets up in not having the wiring groove of corresponding contact with the rolling disc, and the rotation of rolling disc can not cause pneumatic original paper or its the wiring winding of electronic original paper, influence mouse and does the industry and then guarantee the efficiency that mouse assembled.
Description
[technical field]
This utility model relates to Automated assembly technology and automatic production line technical field thereof, concrete, and it provides a kind of rotating disk mechanism avoiding circuit to be wound around.
[background technology]
In Automated assembly technology, the fast development of automatic production line, the Automated assembly speed of product is also correspondingly improved, and the automatic production line of high-speed and high-efficiency there is also some problems needing to solve；
Such as mouse automatic assembly production line, present stage typically utilizes indexing rotary table and carrier to carry out the assembling of other parts after loading mouse case, it exists need to carry out when due to indexing rotary table, it does industry rotating makes the carrier arranged on it arrive corresponding assembly station, pneumatic and electronic original paper on indexing rotary table and the corresponding pneumatic circuit of distribution and electronic circuit thereof are susceptible to be wound around, interference indexing rotary table work, and then affect the efficiency of mouse assembling.
It is therefore desirable to provide a kind of rotating disk mechanism avoiding circuit to be wound around to solve the problems referred to above.
[utility model content]
Main purpose of the present utility model is to provide a kind of rotating disk mechanism avoiding circuit to be wound around, it arranges fixing loading stage for arranging the pneumatic original paper needed for driving or electronic original paper, and pneumatic original paper or electronic original paper its pneumatically or electrically connect up and may be contained within rotation dish without in the wiring groove of corresponding contact, the rotation of rotation dish does not results in pneumatic original paper or its wiring wiring of electronic original paper is wound around, and affects mouse and does industry and then ensure the efficiency of mouse assembling.
This utility model is achieved through the following technical solutions above-mentioned purpose:
A kind of rotating disk mechanism avoiding circuit to be wound around, including base plate, it is fixedly installed on the rotating module in the middle part of described base plate, the rotation dish being arranged on described rotating module, some carrier modules that uniform annular is distributed on described rotation dish on the basis of described rotation Pan Qi center, it is fixedly connected on described base plate by fixing loading dish contiguous block and is positioned at the described rotation dish fixing loading dish above it, be arranged on fixing loading dish for arranging pneumatic original paper pneumatically or electrically or electronic original paper, and be arranged on described fixing loading dish run through described fixing loading dish contiguous block and described fixing loading dish and with described pneumatic original paper or described electronic original paper with the use of routing hole；And offer, on described rotation dish, the fixing loading dish installing hole matched with described fixing loading dish contiguous block.
Further, described carrier module includes loading plate, and the top cap of mouse carrier that is fixedly installed on described loading plate and mouse lower cover carrier, described mouse lower cover carrier includes the first fixed plate being fixedly installed on described loading plate, the fixing lower cover being fixedly installed in described first fixed plate loads block, slidably it is arranged in described first fixed plate and loads the movable lower cover loading block that block is corresponding with described fixing lower cover, and be arranged in described first fixed plate and its lower end and be provided through described first fixed plate, described loading plate, and the jacking block of the ejector pin of described rotation dish；Be provided with on described base plate with described ejector pin with the use of jacking cylinder.
Further, described fixing lower cover loading block includes that being fixedly installed on the first lower cover that is in described first fixed plate and that be provided with the first lower cover imitation-shaped groove loads body, the first lower cover fixed station and the second lower cover fixed station that are uniformly distributed on described first lower cover loading body and be arranged at the middle part positioning table in described first lower cover imitation-shaped groove.
Further, described movable lower cover loading block includes that being slidably arranged at the second lower cover that is in described first fixed plate and that be provided with the second lower cover imitation-shaped groove loads body, the 3rd lower cover fixed station being arranged on described second lower cover loading body, the guide plate being fixedly installed in described first fixed plate and be connected to described second lower cover loading body and run through the lead of described guide plate；It is provided with two ends on described lead and holds the first elastic component that is that described second lower cover loads body and described guide plate and that be made up of spring respectively.
Further, described its lower end surface of first fixed plate is provided with the guide pad matched with described ejector pin by guide pad connecting plate, and described ejector pin is provided with the second elastic component that is that two ends hold described first fixed plate and described guide pad respectively and that be made up of spring.
Further, described top cap of mouse carrier include the second fixed plate being fixedly installed on described loading plate, be arranged in described second fixed plate and the upper cover that offers upper cover imitation-shaped groove loads body, the first upper cover fixed block being respectively arranged at described its front and back end of upper cover imitation-shaped groove and the second upper cover fixed block and the described upper cover that runs through that is arranged in described second fixed plate loads body and corresponding with described upper cover imitation-shaped groove three upper cover positioning tables.
Further, described rotating module includes the transmission component being fixedly installed on described base plate, be respectively arranged at the upper and lower two ends of described base plate the driving motor on described transmission component and rotor, described rotation dish is fixedly installed on described rotor by the first contiguous block.
Further, be evenly arranged with on described base plate some and described rotation dish with the use of rotational support and the rotation induction module corresponding with described its outer ledge of rotation dish, described its outer ledge of rotation dish is provided with the sensing corresponding blocks corresponding with described rotation induction module；Described rotation induction module include the sensing fixed plate being fixedly installed on described base plate and be arranged in described sensing fixed plate and with described sensing corresponding blocks with the use of rotation inductor.
Further, its lower end surface of described base plate is provided with installing rack.
Wherein:
Described fixing loading stage is for arranging the described pneumatic original paper needed for driving or described electronic original paper, and described pneumatic original paper or described electronic original paper its pneumatically or electrically connect up and may be contained within described rotation dish without in the wiring groove of corresponding contact, the rotation of described rotation dish does not results in described pneumatic original paper or its wiring of described electronic original paper, it pneumatically or electrically connects up winding to avoid causing the rotation of described rotation dish to cause described pneumatic original paper or described electronic original paper, affects mouse and does industry and then ensure the efficiency of mouse assembling；
Described mouse lower cover carrier is used for loading mouse lower cover, it loads block by described fixing lower cover and described movable lower cover loads packaged load mouse lower cover, configuration jacking block realizes the folding of described mouse lower cover carrier for the slip that movable lower cover loads block simultaneously, improves the efficiency of loading of mouse lower cover；
Described ejector pin is set in described jacking block lower end, and arrange on described base plate with described ejector pin with the use of jacking cylinder, the folding of mouse lower cover carrier is the easiest；
Described top cap of mouse carrier is used for loading top cap of mouse, and three upper cover positioning tables that described upper cover imitation-shaped groove is arranged realize 3 precise positionings to top cap of mouse；
Described rotational support is used for making its rotation of described rotation dish the most steady；
Described rotation induction module and described sensing corresponding blocks are used for recording described turn disc speed or rotating the number of turns, facilitate operation note or the loading part replacing changing in described carrier module.
Compared with prior art, having the beneficial effects that of a kind of rotating disk mechanism avoiding circuit to be wound around of the present utility model: fixing loading stage is set for arranging the pneumatic original paper needed for driving or electronic original paper, and pneumatic original paper or electronic original paper its pneumatically or electrically connect up and may be contained within rotation dish without in the wiring groove of corresponding contact, the rotation of rotation dish does not results in pneumatic original paper or its wiring of electronic original paper is wound around, and affects mouse and does industry and then ensure the efficiency of mouse assembling.
[accompanying drawing explanation]
Fig. 1 is one of structural representation of embodiment of the present utility model；
Fig. 2 is the two of the structural representation of embodiment of the present utility model；
Fig. 3 is the structural representation of carrier module in embodiment of the present utility model；
Fig. 4 is one of structural representation of top cap of mouse carrier in embodiment of the present utility model；
Fig. 5 is in embodiment of the present utility model the two of the structural representation of top cap of mouse carrier；
In figure, numeral represents:
1 base plate, 101 rotate support, 102 jacking cylinders；
2 rotating modules, 201 drive motor, 202 transmission components, 203 rotors；
3 rotation dishes, 301 first contiguous blocks；
4 carrier modules, 401 first fixed plates, 402 fix lower cover loads block, 403 first lower cover imitation-shaped grooves, positioning table in the middle part of in the of 4031,404 movable lower covers load block, 405 jacking blocks, 406 ejector pins, 407 second elastic components, 408 guide pads, 409 guide plates, 410 leads, 411 first elastic components, 412 second fixed plates, 413 upper covers load body, 414 upper cover imitation-shaped grooves, 415 upper cover positioning tables；
5 installing racks；
6 fixed rotating shaft dishes, 601 fix loading dish contiguous block, 602 routing holes；
7 rotate induction module, 701 sensing fixed plates, 702 inductors, 703 sensing corresponding blocks.
[detailed description of the invention]
Embodiment:
With reference to Fig. 1-Fig. 5, the present embodiment provides a kind of rotating disk mechanism, including base plate 1, it is fixedly installed on the rotating module 2 in the middle part of base plate 1, the rotation dish 3 being arranged on rotating module 2, some carrier modules 4 that uniform annular is distributed on rotation dish 3 on the basis of its center of rotation dish 3, it is fixedly connected on base plate 1 by fixing loading dish contiguous block 601 and is positioned at the rotation dish 3 fixing loading dish 6 above it, be arranged on fixing loading dish 6 for arranging pneumatic original paper (not shown) pneumatically or electrically or electronic original paper (not shown), and be arranged on fixing loading dish 6 run through fixing loading dish contiguous block 601 and fixing loading dish 6 and with pneumatic original paper (not shown) or electronic original paper (not shown) with the use of routing hole 602；And offer on rotation dish 3 and fix the fixing loading dish installing hole (not shown) that loading dish contiguous block 601 matches；
Carrier module 4 includes loading plate (not marking in figure), and the top cap of mouse carrier (not marking in figure) that is fixedly installed on loading plate (not marking in figure) and mouse lower cover carrier (not marking in figure), mouse lower cover carrier (not marking in figure) includes the first fixed plate 401 being fixedly installed on loading plate (not marking in figure), the fixing lower cover being fixedly installed in the first fixed plate 401 loads block 402, slidably it is arranged in the first fixed plate 401 and loads the movable lower cover loading block 404 that block 402 is corresponding with fixing lower cover, and be arranged in the first fixed plate 401 and its lower end and be provided through the first fixed plate 401, loading plate (does not marks in figure), and the jacking block 405 of the ejector pin 406 of rotation dish 3；Be provided with on base plate 1 with ejector pin 406 with the use of jacking cylinder 102；
Fixing lower cover loads block 402 and includes that being fixedly installed on the first lower cover that is in the first fixed plate 401 and that be provided with the first lower cover imitation-shaped groove 403 loads body (not marking in figure), the first lower cover fixed station (not marking in figure) and the second lower cover fixed station (not marking in figure) that are uniformly distributed on the first lower cover loading body (not marking in figure) and be arranged at the middle part positioning table 4031 in the first lower cover imitation-shaped groove 403；
Movable lower cover loads block 404 and includes that being slidably arranged at the second lower cover that is in the first fixed plate 401 and that be provided with the second lower cover imitation-shaped groove (not marking in figure) loads body (not marking in figure), the 3rd lower cover fixed station (not marking in figure) being arranged on the second lower cover loading body (not marking in figure), the guide plate 409 being fixedly installed in the first fixed plate 401 and be connected to the second lower cover loading body (not marking in figure) and run through the lead 410 of guide plate 409；It is provided with two ends on lead 410 and holds the second lower cover loads body (not marking in figure) and guide plate 409 and the first elastic component 411 of being made up of spring respectively；
First its lower end surface of fixed plate 401 is provided with the guide pad 408 matched with ejector pin 406 by guide pad connecting plate (not marking in figure), and ejector pin 406 is provided with the second elastic component 407 that is that two ends hold the first fixed plate 401 and guide pad 408 respectively and that be made up of spring；
Top cap of mouse carrier (not marking in figure) includes the second fixed plate 412 being fixedly installed on loading plate (not marking in figure), it is arranged at upper cover that is in the second fixed plate 412 and that offer upper cover imitation-shaped groove 414 and loads body 413, it is respectively arranged at the first upper cover fixed block (not marking in figure) and the second upper cover fixed block (not marking in figure) of its front and back end of upper cover imitation-shaped groove 414, and the upper cover that runs through being arranged in the second fixed plate 412 loads body 413 and corresponding with upper cover imitation-shaped groove 414 three upper cover positioning tables 415；
Rotating module 2 includes the transmission component 402 being fixedly installed on base plate 1, be respectively arranged at base plate about 1 two ends the driving motor 201 on transmission component 402 and rotor 203, rotation dish 3 is fixedly installed on rotor 203 by the first contiguous block 301；
Be evenly arranged with on base plate 1 some with rotation dish 3 with the use of rotational support 101 and the rotation induction module 7 corresponding with its outer ledge of rotation dish 3, its outer ledge of rotation dish 1 is provided with the sensing corresponding blocks 703 corresponding with rotating induction module 7；Rotate induction module 7 include the sensing fixed plate 701 being fixedly installed on base plate 1 and be arranged at sensing fixed plate 701 on and with sense corresponding blocks 703 with the use of rotation inductor 702；
Its lower end surface of base plate 1 is provided with installing rack 5.
Wherein:
Fixing loading stage 6 is for arranging the pneumatic original paper (not shown) needed for driving or electronic original paper (not shown), and pneumatic original paper (not shown) or electronic original paper (not shown) its pneumatically or electrically connect up and may be contained within rotation dish 3 without in the wiring groove 602 of corresponding contact, the rotation of rotation dish 3 does not results in pneumatic original paper (not shown) or its wiring of electronic original paper (not shown), avoid causing the rotation of rotation dish 3 to cause pneumatic original paper to earn dish or electronic original paper is earned dish it is pneumatically or electrically connected up winding, affect mouse do industry and then ensure the efficiency of mouse assembling；
Mouse lower cover carrier earns dish for loading mouse lower cover, it loads block 402 by fixing lower cover and movable lower cover loads block 404 and loads mouse lower cover, configuration jacking block 405 realizes the folding of mouse lower cover carrier (not marking in figure) for the slip that movable lower cover loads block 404 simultaneously, improves the efficiency of loading of mouse lower cover；
Ejector pin 406 is set in jacking block 405 lower end, and arrange on base plate 1 with ejector pin 406 with the use of jacking cylinder 102, the folding of mouse lower cover carrier (not marking in figure) is the easiest；
Top cap of mouse carrier (not marking in figure) is used for loading top cap of mouse, and three upper cover positioning tables 415 that upper cover imitation-shaped groove 414 is arranged realize to top cap of mouse three precise positionings；
Rotational support 101 is used for making its rotation of rotation dish 3 the most steady；
Rotate induction module 7 and sensing corresponding blocks 703 is used for recording rotation dish 3 velocity of rotation or rotating the number of turns, facilitate the loading part in operation note or replacing carrier module 4 to change.
Compared with prior art, having the beneficial effects that of a kind of rotating disk mechanism of the present embodiment: fixing loading stage 6 is set for arranging the pneumatic original paper (not shown) needed for driving or electronic original paper (not shown), and pneumatic original paper (not shown) or electronic original paper (not shown) its pneumatically or electrically connect up and may be contained within rotation dish 3 without in the wiring groove 602 of corresponding contact, the rotation of rotation dish 3 does not results in pneumatic original paper (not shown) or electronic original paper (not shown), and it pneumatically or electrically connects up winding, affect mouse do industry and then ensure the efficiency of mouse assembling；Include that fixing lower cover loads block 402, movable lower cover loads block 404 by setting and with movable lower cover load block 404 with the use of and its lower end be provided with the roof platform 405 lower cover carrier (not marking in figure) of ejector pin 406, arrange simultaneously with ejector pin 406 with the use of jacking cylinder 102 complete the folding of lower cover carrier (not marking in figure), top cap of mouse clamping is high with extraction efficiency, and then improves mouse efficiency of assembling.
Above-described is only embodiments more of the present utility model.For the person of ordinary skill of the art, on the premise of creating design without departing from this utility model, it is also possible to making some deformation and improvement, these broadly fall into protection domain of the present utility model.
Claims (9)
1. the rotating disk mechanism avoiding circuit to be wound around, it is characterized in that: include base plate, it is fixedly installed on the rotating module in the middle part of described base plate, the rotation dish being arranged on described rotating module, some carrier modules that uniform annular is distributed on described rotation dish on the basis of described rotation Pan Qi center, it is fixedly connected on described base plate by fixing loading dish contiguous block and is positioned at the described rotation dish fixing loading dish above it, be arranged on fixing loading dish for arranging pneumatic original paper pneumatically or electrically or electronic original paper, and be arranged on described fixing loading dish run through described fixing loading dish contiguous block and described fixing loading dish and with described pneumatic original paper or described electronic original paper with the use of routing hole；And offer, on described rotation dish, the fixing loading dish installing hole matched with described fixing loading dish contiguous block.
A kind of rotating disk mechanism avoiding circuit to be wound around the most according to claim 1, it is characterized in that: described carrier module includes loading plate, and the top cap of mouse carrier that is fixedly installed on described loading plate and mouse lower cover carrier, described mouse lower cover carrier includes the first fixed plate being fixedly installed on described loading plate, the fixing lower cover being fixedly installed in described first fixed plate loads block, slidably it is arranged in described first fixed plate and loads the movable lower cover loading block that block is corresponding with described fixing lower cover, and be arranged in described first fixed plate and its lower end and be provided through described first fixed plate, described loading plate, and the jacking block of the ejector pin of described rotation dish；Be provided with on described base plate with described ejector pin with the use of jacking cylinder.
A kind of rotating disk mechanism avoiding circuit to be wound around the most according to claim 2, it is characterised in that: described fixing lower cover loads block and includes that being fixedly installed on the first lower cover that is in described first fixed plate and that be provided with the first lower cover imitation-shaped groove loads body, the first lower cover fixed station and the second lower cover fixed station that are uniformly distributed on described first lower cover loading body and be arranged at the middle part positioning table in described first lower cover imitation-shaped groove.
A kind of rotating disk mechanism avoiding circuit to be wound around the most according to claim 2, it is characterised in that: described movable lower cover loads block and includes that being slidably arranged at the second lower cover that is in described first fixed plate and that be provided with the second lower cover imitation-shaped groove loads body, the 3rd lower cover fixed station being arranged on described second lower cover loading body, the guide plate being fixedly installed in described first fixed plate and be connected to described second lower cover loading body and run through the lead of described guide plate；It is provided with two ends on described lead and holds the first elastic component that is that described second lower cover loads body and described guide plate and that be made up of spring respectively.
A kind of rotating disk mechanism avoiding circuit to be wound around the most according to claim 2, it is characterized in that: described its lower end surface of first fixed plate is provided with the guide pad matched with described ejector pin by guide pad connecting plate, described ejector pin is provided with the second elastic component that is that two ends hold described first fixed plate and described guide pad respectively and that be made up of spring.
A kind of rotating disk mechanism avoiding circuit to be wound around the most according to claim 2, it is characterised in that: described top cap of mouse carrier include the second fixed plate being fixedly installed on described loading plate, be arranged in described second fixed plate and the upper cover that offers upper cover imitation-shaped groove loads body, the first upper cover fixed block being respectively arranged at described its front and back end of upper cover imitation-shaped groove and the second upper cover fixed block and the described upper cover that runs through that is arranged in described second fixed plate loads body and corresponding with described upper cover imitation-shaped groove three upper cover positioning tables.
A kind of rotating disk mechanism avoiding circuit to be wound around the most according to claim 1, it is characterized in that: described rotating module includes the transmission component being fixedly installed on described base plate, driving motor on the described transmission component that is respectively arranged at the upper and lower two ends of described base plate and rotor, and described rotation dish is fixedly installed on described rotor by the first contiguous block.
A kind of rotating disk mechanism avoiding circuit to be wound around the most according to claim 1, it is characterized in that: be evenly arranged with on described base plate some and described rotation dish with the use of rotational support and the rotation induction module corresponding with described its outer ledge of rotation dish, described its outer ledge of rotation dish is provided with the sensing corresponding blocks corresponding with described rotation induction module；Described rotation induction module include the sensing fixed plate being fixedly installed on described base plate and be arranged in described sensing fixed plate and with described sensing corresponding blocks with the use of rotation inductor.
A kind of rotating disk mechanism avoiding circuit to be wound around the most according to claim 1, it is characterised in that: its lower end surface of described base plate is provided with installing rack.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620237746.9U CN205551970U (en) | 2016-03-25 | 2016-03-25 | Avoid winding carousel mechanism of circuit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620237746.9U CN205551970U (en) | 2016-03-25 | 2016-03-25 | Avoid winding carousel mechanism of circuit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205551970U true CN205551970U (en) | 2016-09-07 |
Family
ID=56815688
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620237746.9U Expired - Fee Related CN205551970U (en) | 2016-03-25 | 2016-03-25 | Avoid winding carousel mechanism of circuit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205551970U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105598693A (en) * | 2016-03-25 | 2016-05-25 | 苏州博众精工科技有限公司 | Rotary table mechanism capable of preventing line from winding |
-
2016
- 2016-03-25 CN CN201620237746.9U patent/CN205551970U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105598693A (en) * | 2016-03-25 | 2016-05-25 | 苏州博众精工科技有限公司 | Rotary table mechanism capable of preventing line from winding |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: The 215200 West Jiangsu city of Suzhou province Wujiang economic and Technological Development Zone No. 666 Patentee after: Bo Seiko Polytron Technologies Inc Address before: The 215200 West Jiangsu city of Suzhou province Wujiang economic and Technological Development Zone No. 666 Patentee before: Suzhou Bozhong Precision Industry Technology Co., Ltd. |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160907 Termination date: 20200325 |