CN208345131U - Rotary work transfer device - Google Patents
Rotary work transfer device Download PDFInfo
- Publication number
- CN208345131U CN208345131U CN201820548640.XU CN201820548640U CN208345131U CN 208345131 U CN208345131 U CN 208345131U CN 201820548640 U CN201820548640 U CN 201820548640U CN 208345131 U CN208345131 U CN 208345131U
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- China
- Prior art keywords
- frame
- work transfer
- transfer device
- rotary work
- feed back
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- Cleaning By Liquid Or Steam (AREA)
- Cleaning In General (AREA)
Abstract
The utility model relates to a kind of rotary work transfer devices.Specifically, be in workpiece cleaning process be used to workpiece is promoted, horizontal feed, decline, horizontal loopback rotary work transfer device.It includes body frame, and the body frame is cuboid, and top is useful in the delivery section that material is transported to the other end from one end.Its main feature is that there is the feed back portion that material is transported to the other end from one end below body frame, the direction of motion in the delivery section and feed back portion is opposite.There is the second elevating mechanism for dropping to feed back portion starting point by the first elevating mechanism of material lifting to delivery section starting point and by material at body frame both ends respectively.Using this rotary work transfer device, operative employee can be reduced, is improved efficiency, drop production cost.Suitable for automobile clutch shell or the conveying loaded on more than one piece volute, valve plate and axis tooth in tooling etc part.
Description
Technical field
The utility model relates to a kind of cleaning machine corollary equipments.It specifically, is to be used in workpiece cleaning process to workpiece
Promoted, horizontal feed, decline, horizontal loopback rotary work transfer device.Suitable for automobile clutch shell or dress
In the conveying of more than one piece volute, valve plate and axis tooth in tooling etc part.
Background technique
Currently, both knowing about in cleaning equipment manufacture and application field, it is used to carry out workpiece in workpiece cleaning process defeated
The device sent is all traditional conveying device.This tradition conveying device includes rack, and the rack is cuboid, is provided with
For material to be transported to the delivery section of the other end from one end.The delivery section contains multiple supply units, and each conveying is single
Member corresponds to a washing station.The supply unit contains multiple conveying rollers, has transmission between the same end of adjacent conveyor roller
Chain, one of conveying roller one end are connected with the first power mechanism.When to workpiece cleaning, the both ends of delivery section are both needed to an operation
Workpiece is first placed on first supply unit by the operative employee of delivery section starting point using manual mode by work, and workpiece is first
Stopped on a supply unit i.e. first washing station setting time and it is cleaned after, then send to second clear from the first supply unit
Unit is washed, is cleaned until being sent on the last one supply unit.After cleaning, then adopted by the operative employee of delivery section end
Mode takes out the workpiece in delivery section by hand.Although the biography in workpiece cleaning process may be implemented using this conveying device
It send, but needs two operative employees, the worker needed is more, low efficiency.Again since the worker of needs is more, high production cost.
Utility model content
Problem to be solved in the utility model is to provide a kind of rotary work transfer device.Using this rotary workpiece
Conveying device can reduce operative employee, improve efficiency, and drop production cost.
The above problem to be solved in the utility model is realized by the following technical scheme:
The rotary work transfer device of the utility model includes body frame, the body frame be cuboid, top it is useful in
Material is transported to the delivery section of the other end from one end.Material is transported to from one end it is characterized by: having below body frame
The direction of motion in the feed back portion of the other end, the delivery section and feed back portion is opposite.Body frame both ends have respectively for by material lifting
Drop to the second elevating mechanism of feed back portion starting point to the first elevating mechanism of delivery section starting point and by material.
Further improvement of the utility model is that the delivery section contains no less than two supply units, and each conveying is single
Member corresponds to a washing station.The supply unit contains no less than two conveying rollers, between the same end of adjacent conveyor roller
There is transmission chain, one of conveying roller one end is connected with the first power mechanism.
First power mechanism is motor and speed reducer.
Further improvement of the utility model is that the feed back portion is containing there are two roll shaft and the second power mechanisms;Described two
A roll shaft is vertical with the direction of motion in feed back portion, they are separately positioned on the bottom both ends of body frame, the same end of two roll shafts
Between be connected with chain by sprocket wheel, have the bracket for carrying workpiece on two chains.One of roll shaft one end is by band
Wheel is connected with the second power mechanism.
Second power mechanism is motor and speed reducer.
Further improvement of the utility model is that first elevating mechanism and the second elevating mechanism contain attached frame, institute
Stating attached frame is frame, and cross section is rectangle;There is chassis in attached frame, the chassis is horizontal, and the opposite both sides of chassis have
No less than two key seats have conveying roller between two opposite key seats, by axis between the conveying roller both ends and corresponding key seat
It holds and is combined together in rotatable shape, one of conveying roller one end is connected with third power mechanism;Conveying roller on chassis with
The direction of motion of the delivery section is vertical;The chassis adjacent with conveying roller one end is connected with vertical frame on one side, and vertical frame connects on the outside of top
There is hoisting frame, has cylinder between hoisting frame and attached frame bottom;Upward, and the piston rod upper end is connected to the piston rod of the cylinder
Among the top of hoisting frame;There are guide rod in cylinder two sides, and the vertical centre of attached frame corresponding with guide rod is connected with sliding sleeve, described
Guide rod penetrates in corresponding sliding sleeve in sliding shape.
The third power mechanism is motor and speed reducer.
Material is transported to the feed back of the other end it can be seen from above scheme due to being provided with below body frame from one end
The direction of motion in portion, the delivery section and feed back portion is opposite.Body frame both ends have respectively for originating material lifting to delivery section
First elevating mechanism at end and the second elevating mechanism that material is dropped to feed back portion starting point.When being cleaned to workpiece, only
One operative employee need to be set in delivery section starting point, workpiece be placed on the first elevating mechanism, and by the first elevating mechanism by work
Part is promoted to after the height of delivery section, and workpiece is put into the starting point of delivery section automatically by the first elevating mechanism, successively through excessive
After a station cleaning, workpiece thereon is automatically sent on the second elevating mechanism by the last one supply unit.Later, second liter
Descending mechanism is automatically lowered in the height in feed back portion with workpiece, and workpiece is sent on the starting point in feed back portion automatically.Finally,
Workpiece feed back end is automatically sent to by feed back portion to be located in front of the operative employee of delivery section starting point, by operative employee by workpiece from
Feed back takes out in portion.It can be seen that workpiece is put, takes only one operative employee of need, with background technique phase in entire cleaning process
Than reducing recruitment, improving efficiency, reduce production cost.
Detailed description of the invention
Fig. 1 is the rotary work transfer device schematic diagram of the utility model;
Fig. 2 is the A-A schematic cross-sectional view of Fig. 1.
Specific embodiment
As depicted in figs. 1 and 2, the rotary work transfer device of the utility model includes body frame 5, and the body frame 5 is length
Cube, top are provided with the delivery section 7 for material to be transported to the other end from one end.There are five the delivery section 7 contains
Supply unit, each supply unit correspond to a washing station.The supply unit is containing there are five conveying roller 4, adjacent conveyors
Transmission chain 6 is connected between the same end of roller 4, one of 4 one end of conveying roller is connected with the first power mechanism.Therein first is dynamic
Force mechanisms are motor and speed reducers.
The feed back portion 15 that material is transported to the other end from one end, the delivery section 7 and feed back are provided with below body frame 5
The direction of motion in portion 15 is opposite.The feed back portion 15 is containing there are two roll shaft 17 and the second power mechanisms 16.Described two roll shafts 17
Vertical with the direction of motion in feed back portion 15, they are separately positioned on the bottom both ends of body frame 5, between the same end of two roll shafts 17
It is connected with chain 14 by sprocket wheel 13, the bracket 8 for carrying workpiece is connected on two chains 14.One of roll shaft 17 1
End is connected by sprocket wheel 13 with second power mechanism 16.Second power mechanism 16 therein is motor and speed reducer.
5 both ends of body frame are separately provided for by material lifting to the first elevating mechanism of 7 starting point of delivery section and by object
Material drops to the second elevating mechanism of 15 starting point of feed back portion.
First elevating mechanism and the second elevating mechanism contain attached frame 11, and the attached frame 11 is frame, cross section
For rectangle.Chassis 12 is provided in attached frame 11, the chassis 12 is horizontal, and the opposite both sides of chassis 12 are respectively and fixedly provided with six pins
Seat 18 is mounted on conveying roller 4 between two opposite key seats 18, by axis between 4 both ends of conveying roller and corresponding key seat 18
It holds and is combined together in rotatable shape, one of 4 one end of conveying roller is connected with third power mechanism.The third power mechanism
It is motor and speed reducer.Conveying roller 4 on chassis 12 is vertical with the direction of motion of the delivery section 7.With the conveying on chassis 12
The adjacent chassis 12 in 4 one end of roller is connected with vertical frame 3 on one side, and hoisting frame 9, hoisting frame 9 and 11 bottom of attached frame are connected on the outside of 3 top of vertical frame
Cylinder 10 is provided between portion.Upward, and the piston rod upper end is connected in the top of hoisting frame 9 piston rod of the cylinder 10
Between.10 two sides of cylinder are provided with guide rod 1, and the vertical centre of attached frame 11 corresponding with guide rod 1 is connected with sliding sleeve 2, described to lead
Bar 1 penetrates in corresponding sliding sleeve 2 in sliding shape.
When being cleaned to workpiece, one operative employee is set in 7 starting point of delivery section, workpiece is placed on first by operative employee
On elevating mechanism, and workpiece is promoted to after the height of delivery section 7 by the first elevating mechanism, by the first elevating mechanism automatically by work
Part is put into the starting point of delivery section 7, successively by multiple stations cleaning after, by the last one supply unit by workpiece thereon from
It is dynamic to be sent on the second elevating mechanism.Later, the second elevating mechanism is automatically lowered in the height in feed back portion 15 with workpiece, and from
It is dynamic to be sent to workpiece on the starting point in feed back portion 15.It ascends the throne finally, workpiece is automatically sent to 15 end of feed back portion by feed back portion 15
In front of the operative employee of 7 starting point of delivery section, workpiece is taken out from feed back portion 15 by operative employee.
Claims (7)
1. rotary work transfer device, including body frame, the body frame is cuboid, top it is useful in by material from one end
It is transported to the delivery section of the other end;It is characterized by: have the feed back portion that material is transported to the other end from one end below body frame,
The delivery section and the direction of motion in feed back portion are opposite;Body frame both ends have respectively for by material lifting to delivery section starting point
First elevating mechanism and the second elevating mechanism that material is dropped to feed back portion starting point.
2. rotary work transfer device as described in claim 1, it is characterised in that: the delivery section contains no less than two
Supply unit, each supply unit correspond to a washing station;The supply unit contains no less than two conveying rollers, adjacent
There is transmission chain between the same end of conveying roller, one of conveying roller one end is connected with the first power mechanism.
3. rotary work transfer device according to claim 2, it is characterised in that: first power mechanism is motor
And speed reducer.
4. rotary work transfer device according to claim 1, it is characterised in that: the feed back portion is containing there are two roll shafts
With the second power mechanism;Described two roll shafts are vertical with the direction of motion in feed back portion, they are separately positioned on the bottom of body frame
Both ends are connected with chain by sprocket wheel between the same end of two roll shafts, there is the bracket for carrying workpiece on two chains;Wherein
A roll shaft one end be connected by belt wheel with the second power mechanism.
5. rotary work transfer device according to claim 4, it is characterised in that: second power mechanism is motor
And speed reducer.
6. rotary work transfer device according to claim 1, it is characterised in that: first elevating mechanism and second
Elevating mechanism contains attached frame, and the attached frame is frame, and cross section is rectangle;There is chassis in attached frame, the chassis is in level
There are no less than two key seats on shape, the opposite both sides of chassis, there is conveying roller, the conveying roller both ends between two opposite key seats
It is combined together by bearing in rotatable shape between corresponding key seat, one of conveying roller one end is connected with third engine
Structure;Conveying roller on chassis is vertical with the direction of motion of the delivery section;The chassis adjacent with conveying roller one end is connected with perpendicular on one side
Frame is connected with hoisting frame on the outside of vertical frame top, has cylinder between hoisting frame and attached frame bottom;The piston rod of the cylinder upward, and
The piston rod upper end is connected among the top of hoisting frame;There are guide rod in cylinder two sides, and attached frame corresponding with guide rod is erected
It is connected with sliding sleeve to centre, the guide rod penetrates in corresponding sliding sleeve in sliding shape.
7. rotary work transfer device according to claim 6, it is characterised in that: the third power mechanism is motor
And speed reducer.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201820548640.XU CN208345131U (en) | 2018-04-19 | 2018-04-19 | Rotary work transfer device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201820548640.XU CN208345131U (en) | 2018-04-19 | 2018-04-19 | Rotary work transfer device |
Publications (1)
Publication Number | Publication Date |
---|---|
CN208345131U true CN208345131U (en) | 2019-01-08 |
Family
ID=64886492
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201820548640.XU Active CN208345131U (en) | 2018-04-19 | 2018-04-19 | Rotary work transfer device |
Country Status (1)
Country | Link |
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CN (1) | CN208345131U (en) |
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2018
- 2018-04-19 CN CN201820548640.XU patent/CN208345131U/en active Active
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