CN209532272U - A kind of sawing structure being servo-actuated sawing machine for weather strip for automobile - Google Patents
A kind of sawing structure being servo-actuated sawing machine for weather strip for automobile Download PDFInfo
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- CN209532272U CN209532272U CN201822176309.2U CN201822176309U CN209532272U CN 209532272 U CN209532272 U CN 209532272U CN 201822176309 U CN201822176309 U CN 201822176309U CN 209532272 U CN209532272 U CN 209532272U
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Abstract
The utility model belongs to auto parts and components processing technique field, provides a kind of sawing structure that sawing machine is servo-actuated for weather strip for automobile, comprising: transverse shifting component is movably set on board；Component is vertically moved, is set on the transverse shifting component, is provided with saw blade on the longitudinal movement component；Slow component is set on the transverse shifting component, and the slow component upper end activity is resisted against the longitudinal movement component lower end；Chip removal component is set on the transverse shifting component, and the saw blade is movably set in the chip removal component, and chip removal element end is provided with channel of chip removal；When saw blade rotation, the air that the saw blade is able to drive in chip removal component forms annular airflow and clast is discharged out of channel of chip removal.Compared with prior art, the utility model has the advantage of the clast discharges that the sawing structure for being servo-actuated sawing machine for weather strip for automobile can timely generate sawing.
Description
Technical field
The utility model belongs to auto parts and components processing technique field, and in particular to one kind is for the servo-actuated saw of weather strip for automobile
Cut the sawing structure of machine.
Background technique
Weather strip for automobile manufacturing water cuts the traditional mode of production mode of class product length processing, is respectively adopted for two ends
Sawing machine is processed, processing flow are as follows: and cutting goes to subsequent processing one end → week and processes another end → repair flash, this
There are two aspects in kind processing method, station is more from the aspect of lean production, and the operating worker being related to is more, production site
Occupancy it is also big；In the prior art, most stations equipment that is automated is replaced, but in existing equipment, cuts structure right
When sealing strip is cut, the downward sawing sealing strip of saw blade is easy to that sealing strip is made to generate more flash, and the later period is to sealing strip
Working process is more troublesome, and the clast that sealing strip generates when cutting is not easy to be discharged, and rinses clast using flushing liquor, is easy to make clast
It sticks on saw blade, makes a big impact to the cutting accuracy of sealing strip.
In view of this, needing to redesign a sawing precision height, few weather strip for automobile sawing machine is damaged to sealing strip
Sawing structure.
Utility model content
Technical problem to be solved in the utility model is the status for the prior art, and is provided a kind of close for automobile
Strip of paper used for sealing is servo-actuated the sawing structure of sawing machine.
Technical solution adopted by the utility model to solve the above technical problems is as follows: propose it is a kind of for weather strip for automobile with
The sawing structure of dynamic sawing machine, comprising:
Transverse shifting component, is movably set on board；
Component is vertically moved, is set on the transverse shifting component, is provided with saw blade on the longitudinal movement component；
Slow component is set on the transverse shifting component, and the slow component upper end activity is resisted against described vertical
To moving assembly lower end；
Chip removal component is set on the transverse shifting component, and the saw blade is movably set in the chip removal component, row
Bits element end is provided with channel of chip removal；
When saw blade rotation, the air that the saw blade is able to drive in chip removal component forms annular airflow and makes broken
Bits are discharged out of channel of chip removal.
In a kind of above-mentioned sawing structure for being servo-actuated sawing machine for weather strip for automobile, the chip removal component includes chip removal
Cover is set on the lateral movement plate, and the channel of chip removal is connect with the chip removal cover and the two communicates, the saw blade activity
It is set in chip removal cover, chip removal cover two side ends offer air inlet.
In a kind of above-mentioned sawing structure for being servo-actuated sawing machine for weather strip for automobile, chip removal cover two sides are respectively provided with
There is press cylinder, each press cylinder lower end is provided with binder block.
In a kind of above-mentioned sawing structure for being servo-actuated sawing machine for weather strip for automobile, chip removal cover lower end is inserted with
Carrier block, the carrier block lower end are connect with transverse shifting component, and the carrier block upper end offers bearing groove, the binder block
Lower end can be resisted against in the bearing groove.
In a kind of above-mentioned sawing structure for being servo-actuated sawing machine for weather strip for automobile, the cross travel unit includes
Lateral movement plate and cross motor, the transverse mobile motor are set to described board one end, and the cross motor is cut with described
Component electrical connection is cut, cross motor end is provided with mobile screw, and the lateral movement plate is movably connected on the mobile screw
On, the chip removal cover and the channel of chip removal are set on the lateral movement plate, and the carrier block is set to the laterally shifting
On movable plate.
In a kind of above-mentioned sawing structure for being servo-actuated sawing machine for weather strip for automobile, the longitudinal movement unit packet
It includes:
Connecting plate is connect with the lateral movement plate, and the connecting plate upper end is inserted with longitudinal movement cylinder；
Plate is vertically moved, is movably set on the connecting plate and is connect with the longitudinal movement cylinder lower end, it is described
Saw blade is connected on the longitudinal movement plate, and the slow component upper end can be resisted against the longitudinal movement plate lower end.
In a kind of above-mentioned sawing structure for being servo-actuated sawing machine for weather strip for automobile, it is arranged on the longitudinal movement plate
There are saw blade motor and saw blade rotating member, the saw blade motor is connect with the saw blade rotating member, the saw blade rotating member activity
It is inserted on the chip removal cover, the saw blade is connected on the saw blade rotating member.
In a kind of above-mentioned sawing structure for being servo-actuated sawing machine for weather strip for automobile, the slow component includes several
A slow cylinder, each slow cylinder lower end are connect with the lateral movement plate, and each slow cylinder upper end is movable
It is resisted against the longitudinal movement plate lower end.
In a kind of above-mentioned sawing structure for being servo-actuated sawing machine for weather strip for automobile, it is arranged on the lateral movement plate
There is charging locating piece, the charging locating piece is located at the carrier block side.
Compared with prior art, the sawing knot that the utility model has the advantage of this for the servo-actuated sawing machine of weather strip for automobile
The clast that structure can timely generate sawing is discharged, and avoids clast from sticking on saw blade and impacts to sawing, saw blade is slow
Move down cutting sealing item, avoid sealing strip is cut into generation flash, improves the cut quality of sealing strip.
Detailed description of the invention
Fig. 1 is the three-dimensional view that this is servo-actuated the sawing structure of sawing machine for weather strip for automobile；
Fig. 2 is the connection status figure of transverse shifting component, longitudinal movement component and chip removal component；
Fig. 3 is the connection status figure of chip removal component and saw blade.
In figure, board 1, saw blade 2, channel of chip removal 3, chip removal cover 4, air inlet 5, press cylinder 6, binder block 7, carrier block 8,
Bearing groove 9, lateral movement plate 10, cross motor 11, mobile screw 12, connecting plate 13, longitudinal movement cylinder 14, longitudinal movement plate
15, saw blade motor 16, saw blade rotating member 17, slow cylinder 18, charging locating piece 19.
Specific embodiment
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As shown in Figure 1 to Figure 3, this sawing structure that sawing machine is servo-actuated for weather strip for automobile, comprising: transverse shifting group
Part is movably set on board 1；Component is vertically moved, is set on transverse shifting component, vertically moves and is provided on component
Saw blade 2；Slow component is set on transverse shifting component, and the activity of slow component upper end is resisted against longitudinal movement component lower end；
Chip removal component is set on transverse shifting component, and saw blade 2 is movably set in chip removal component, and chip removal element end is provided with row
Consider channel 3 to be worth doing；When saw blade 2 rotates, the air that saw blade 2 is able to drive in chip removal component forms annular airflow and makes clast from row
Consider discharge in channel 3 to be worth doing.
Transverse shifting component can move on board 1, and the movement speed of transverse shifting component can be with sealing strip
Movement speed is identical, and can guarantee that saw blade 2 keeps the two when carrying out sawing to sealing strip in this way is opposing stationary state, mentions
High sawing precision, longitudinal movement component are able to drive the downward sawing sealing strip of saw blade 2, when longitudinal movement component moves down,
Slow component can be resisted against longitudinal movement component lower end and reduce the movement speed of longitudinal movement component, so that longitudinal movement group
Part slowly moves downward, i.e., so that saw blade 2 slowly moves downward, can gradually cut, keep away in cutting sealing in this way
Sealing strip free generates flash in cut place, improves the cut quality of sealing strip.
When saw blade 2 rotates, it is able to drive air in chip removal component and forms annular airflow, the clast energy that when cutting generates
Enough to be driven by annular airflow, channel of chip removal 3 is communicated with chip removal component, and annular airflow can be flowed out from channel of chip removal 3, such ring
Shape air-flow is just able to drive clast discharge channel of chip removal 3, avoids clast from sticking on saw blade 2 and has an impact to sawing, and is this
Mode can be avoided anti-dandruff using flushing liquor, reduces the use cost of sawing machine, improves sawing quality.
Chip removal component includes chip removal cover 4, is set on lateral movement plate 10, channel of chip removal 3 is connect with chip removal cover 4 and the two
It communicates, saw blade 2 is movably set in chip removal cover 4, and 4 two side ends of chip removal cover offer air inlet 5.
Saw blade 2 is movably set in chip removal cover 4, and when saw blade 2 rotates, the air in chip removal cover 4 is capable of forming annular gas
Stream, the air pressure at air inlet 5 at this time is less than extraneous normal barometric pressure, so outside air can enter to chip removal cover 4 from air inlet 5
Interior, annular airflow can flow out to the external world out of channel of chip removal 3, i.e. air-flow enters in chip removal cover 4 from air inlet 5, then arrange
It considers to be worth doing and is discharged after forming annular airflows in cover 4 by channel of chip removal 3, the annular airflow in chip removal cover 4 is able to drive clast movement, this
The clast that sample generates when can cut sealing strip is discharged by channel of chip removal 3, and clast is avoided to have an impact sawing.
4 two sides of chip removal cover are provided with press cylinder 6, and each 6 lower end of press cylinder is provided with binder block 7.
Sealing strip is passed through out of chip removal cover 4 when sawing, and then saw blade 2 rotates and moves down the saw realized to sealing strip
It cuts, because the case where sealing strip can be generated shaking by the rotation torsion of saw blade 2, influencing sawing precision when saw blade 2 rotates, and
Press cylinder 6 in the application is able to drive binder block 7 and moves down, and binder block 7 is compressed sealing strip, such energy
It enough avoids sealing strip from generating shaking when by sawing, improves sawing precision.
4 lower end of chip removal cover is inserted with carrier block 8, and 8 lower end of carrier block is connect with transverse shifting component, and 8 upper end of carrier block is opened
Equipped with bearing groove 9,7 lower end of binder block can be resisted against in bearing groove 9.
It first has to enter in bearing groove 9 when sealing strip is by sawing, then saw blade 2 can be to the sealing strip in bearing groove 9
It is cut.
Cross travel unit includes lateral movement plate 10 and cross motor 11, and transverse mobile motor is set to 1 one end of board,
Cross motor 11 is electrically connected with cutting assembly, and 11 end of cross motor is provided with mobile screw 12, and 10 activity of lateral movement plate is even
It is connected on mobile screw 12, chip removal cover 4 and channel of chip removal 3 are set on lateral movement plate 10, and carrier block 8 is set to transverse shifting
On plate 10.
11 one end of cross motor is connect with mobile screw 12, is able to drive 12 turns of mobile screw when cross motor 11 rotates
Dynamic, lateral movement plate 10 is flexibly connected with mobile screw 12, is just able to drive lateral movement plate 10 when mobile screw 12 rotates
Transverse shifting.
Vertically moving unit includes: connecting plate 13, is connect with lateral movement plate 10,13 upper end of connecting plate is inserted with longitudinal direction
Mobile cylinder 14；Plate 15 is vertically moved, be movably set on connecting plate 13 and is connect with longitudinal movement 14 lower end of cylinder, saw blade
2 are connected on longitudinal movement plate 15, and slow component upper end can be resisted against longitudinal movement 15 lower end of plate.
Connecting plate 13 is connect with lateral movement plate 10, and longitudinal movement cylinder 14 is inserted on connecting plate 13, vertically moves plate
15 connect with longitudinal movement cylinder 14, and longitudinal movement plate 15 is able to drive when vertically moving cylinder 14 and working and is moved up and down, is sawed
Piece 2 is connected on longitudinal movement plate 15, is just able to drive the cutting sealing from top to bottom of saw blade 2 when vertically moving the movement of plate 15
Item, when longitudinal movement plate 15 moves down, slow component upper end can be resisted against longitudinal movement 15 lower end of plate, this makes it possible to
The speed that longitudinal movement plate 15 moves down is reduced, that is, reduces the movement speed of saw blade 2.
Saw blade motor 16 and saw blade rotating member 17, saw blade motor 16 and saw blade rotating member are provided on longitudinal movement plate 15
17 connections, 17 activity of saw blade rotating member are inserted on chip removal cover 4, and saw blade 2 is connected on saw blade rotating member 17.
Saw blade motor 16 is able to drive the rotation of saw blade rotating member 17, and saw blade 2 is connect with saw blade rotating member 17, when saw blade rotates
Part 17 is able to drive saw blade 2 and rotates and cut to sealing strip when rotating.
Slow component includes several slow cylinders 18, and each slow 18 lower end of cylinder is connect with lateral movement plate 10,
Each slow equal activity in 18 upper end of cylinder is resisted against longitudinal movement 15 lower end of plate.
Slow cylinder 18 can give longitudinal movement 15 1 upward power of plate when vertically moving plate 15 and moving down,
Under the action of two opposite power for vertically moving plate 15 and slow cylinder 18, the speed for enabling to saw blade 2 to move down becomes
It obtains slowly, the slow cutting sealing item flexible of saw blade 2 reduces the flash phenomenon generated when sealing strip is cut.
Charging locating piece 19 is provided on lateral movement plate 10, charging locating piece 19 is located at 8 side of carrier block.
When sealing strip enters carrier block 8, charging locating piece 19 can limit the position of sealing strip, so that sealing strip enters
Position when to carrier block 8 meets sawing requirement, avoids cutting position mistake, improves the non-defective unit of the sealing strip of cutting accuracy
Rate.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application defined in range.
Claims (9)
1. a kind of sawing structure for being servo-actuated sawing machine for weather strip for automobile characterized by comprising
Transverse shifting component, is movably set on board；
Component is vertically moved, is set on the transverse shifting component, is provided with saw blade on the longitudinal movement component；
Slow component is set on the transverse shifting component, and the slow component upper end activity is resisted against longitudinal shifting
Dynamic component lower end；
Chip removal component is set on the transverse shifting component, and the saw blade is movably set in the chip removal component, chip removal group
Part end is provided with channel of chip removal；
When saw blade rotation, air that the saw blade is able to drive in chip removal component form annular airflow and make clast from
Discharge in channel of chip removal.
2. a kind of sawing structure for being servo-actuated sawing machine for weather strip for automobile according to claim 1, which is characterized in that institute
Stating chip removal component includes chip removal cover, is set on lateral movement plate, the channel of chip removal is connect with the chip removal cover and the two phase
Logical, the saw blade is movably set in chip removal cover, and chip removal cover two side ends offer air inlet.
3. a kind of sawing structure for being servo-actuated sawing machine for weather strip for automobile according to claim 2, which is characterized in that institute
It states chip removal cover two sides and is provided with press cylinder, each press cylinder lower end is provided with binder block.
4. a kind of sawing structure for being servo-actuated sawing machine for weather strip for automobile according to claim 3, which is characterized in that institute
It states chip removal cover lower end and is inserted with carrier block, the carrier block lower end is connect with transverse shifting component, and the carrier block upper end opens up
There is bearing groove, the binder block lower end can be resisted against in the bearing groove.
5. a kind of sawing structure for being servo-actuated sawing machine for weather strip for automobile according to claim 4, which is characterized in that institute
Stating cross travel unit includes lateral movement plate and cross motor, and the transverse mobile motor is set to described board one end, institute
It states cross motor to be electrically connected with cutting assembly, cross motor end is provided with mobile screw, and the lateral movement plate is flexibly connected
In on the mobile screw, the chip removal cover and the channel of chip removal are set on the lateral movement plate, the carrier block
On the lateral movement plate.
6. a kind of sawing structure for being servo-actuated sawing machine for weather strip for automobile according to claim 5, which is characterized in that institute
Stating longitudinal movement unit includes:
Connecting plate is connect with the lateral movement plate, and the connecting plate upper end is inserted with longitudinal movement cylinder；
Plate is vertically moved, is movably set on the connecting plate and is connect with the longitudinal movement cylinder lower end, the saw blade
It is connected on the longitudinal movement plate, the slow component upper end can be resisted against the longitudinal movement plate lower end.
7. a kind of sawing structure for being servo-actuated sawing machine for weather strip for automobile according to claim 6, which is characterized in that institute
It states and is provided with saw blade motor and saw blade rotating member on longitudinal movement plate, the saw blade motor is connect with the saw blade rotating member,
The saw blade rotating member activity is inserted on the chip removal cover, and the saw blade is connected on the saw blade rotating member.
8. a kind of sawing structure for being servo-actuated sawing machine for weather strip for automobile according to claim 6, which is characterized in that institute
Stating slow component includes several slow cylinders, and each slow cylinder lower end is connect with the lateral movement plate, each
The slow equal activity in cylinder upper end is resisted against the longitudinal movement plate lower end.
9. a kind of sawing structure for being servo-actuated sawing machine for weather strip for automobile according to claim 5, which is characterized in that institute
It states and is provided with charging locating piece on lateral movement plate, the charging locating piece is located at the carrier block side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822176309.2U CN209532272U (en) | 2018-12-24 | 2018-12-24 | A kind of sawing structure being servo-actuated sawing machine for weather strip for automobile |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822176309.2U CN209532272U (en) | 2018-12-24 | 2018-12-24 | A kind of sawing structure being servo-actuated sawing machine for weather strip for automobile |
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| Publication Number | Publication Date |
|---|---|
| CN209532272U true CN209532272U (en) | 2019-10-25 |
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| CN201822176309.2U Active CN209532272U (en) | 2018-12-24 | 2018-12-24 | A kind of sawing structure being servo-actuated sawing machine for weather strip for automobile |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109648142A (en) * | 2018-12-24 | 2019-04-19 | 宁波齐盛智能设备有限公司 | A kind of sawing structure being servo-actuated sawing machine for weather strip for automobile |
| CN114905557A (en) * | 2022-04-19 | 2022-08-16 | 宁海建新自动化设备有限公司 | Multi-angle sawing device for automobile sealing strip |
-
2018
- 2018-12-24 CN CN201822176309.2U patent/CN209532272U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109648142A (en) * | 2018-12-24 | 2019-04-19 | 宁波齐盛智能设备有限公司 | A kind of sawing structure being servo-actuated sawing machine for weather strip for automobile |
| CN114905557A (en) * | 2022-04-19 | 2022-08-16 | 宁海建新自动化设备有限公司 | Multi-angle sawing device for automobile sealing strip |
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