CN208593707U - A kind of Novel profile production line transmission structure - Google Patents
A kind of Novel profile production line transmission structure Download PDFInfo
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- CN208593707U CN208593707U CN201820948030.9U CN201820948030U CN208593707U CN 208593707 U CN208593707 U CN 208593707U CN 201820948030 U CN201820948030 U CN 201820948030U CN 208593707 U CN208593707 U CN 208593707U
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Abstract
A kind of Novel profile production line transmission structure provided by the utility model, including organic frame, transmission mechanism and hold-down mechanism；Rack includes pedestal, bracket, and the bracket is fixed on the base, and two racks are fixed with a crossbeam；The power roller of the utility model is rubber covered roll, and skin-friction force is big during transmitting profile, provides the power more beaten for profile transmission；Upper compression roller is arranged in the middle position of power roller, is made on pressure equalization to each power roller, maximum profile transmission power is provided；All frictional resistance is rolling friction to profile during transportation, and horizontally-supported, side compression, side positioning are all roller, reduce frictional resistance, improves profile and transports stationarity.The utility model has reached the pause in profile transmit process and has transported and process to profile, is suitble to the purpose used in full-automatic machine life producing line.
Description
Technical field
The utility model relates to door and window technical field of processing equipment, particularly belong to a kind of Novel profile production line transmission knot
Structure.
Background technique
In door and window process of manufacture, profile means of transportation relatively common at present is transmitted by conveyer belt,
Advantage is that transmission is stablized, sliceable transmission strip length, but conveyer structure is too complicated, higher cost；In shape extrusion, no
It is suitble to suspend profile in transmission process and transports and profile is processed, use when transport is further continued for after processing.
Utility model content
A kind of Novel profile production line transmission structure provided by the utility model, to reach in profile transmit process temporarily
It stops transport defeated and profile is processed, be suitble to the purpose used in full-automatic machine life producing line.
A kind of Novel profile production line transmission structure provided by the utility model, which is characterized in that including organic frame, pass
Motivation structure and hold-down mechanism；The rack includes pedestal, bracket, and the bracket is fixed on the base, and two racks are fixed
There is a crossbeam；
The transmission mechanism structure are as follows: motor fixing plate is fixed on the two sides of crossbeam with roller connecting plate, and motor is fixed
On motor fixing plate, on the downside of crossbeam, roller fixed plate is fixed on roller connecting plate, fixed above roller fixed plate
There is first side positioning roller；On motor fixing plate and roller fixed plate, it is separately installed with bearing and is in one heart, power roller passes through
Power roll shaft is installed in motor fixing plate and the bearing of roller fixed plate；Synchronous belt is respectively fixed on each power roll shaft
Wheel, each synchronous pulley are connected by the first synchronous belt, wherein a power roll shaft is pierced by motor fixing plate, and are fixed with
On synchronous pulley, motor output end is fixed with lower synchronous pulley, and upper synchronous pulley passes through the second synchronous belt phase with lower synchronous pulley
Even；
The hold-down mechanism includes upper pressing section and side compression part, the upper pressing section structure are as follows: on
It compresses bracket to be fixed on crossbeam, is fixed with connecting plate on upper compression bracket, upper pressure roller cylinder is fixed on connecting plate；On
Pressure roller cylinder output is fixed with pressing roller fixing piece；Pressing roller fixing piece is fixed with compression roller；Upper compression roller is in
On the upside of transmission mechanism middle position；
The side compression part-structure are as follows: in the side of motor fixing plate, roller frame is further fixed on crossbeam, in roller
The upside of frame is equipped with second side positioning roller, is equipped with power-free roller in the side of roller frame；Side compression cylinder is fixed on
On roller frame, side compression cylinder output connects side compression locating piece, fixes guide rail slide block on side compression locating piece, guide rail is fixed
On roller frame, guide rail slide block and guide rail cooperation are slided；Side compression roller is fixedly mounted on side compression locating piece simultaneously.
Further, the pedestal lower part is provided with leveling board；Leveling board is two pieces, is separately positioned on one of pedestal
On opposite face；Leveling board is fixed on the ground by chemical bolt, and the every side of pedestal is divided into two supporting legs, is extended on supporting leg
There is fixed plate out, waist-shaped hole and bolt hole are provided in fixed plate；The end of leveling board vertically forms wall upwards, and in wall
On be provided with top wire hole, penetrate jackscrew, withstand on supporting leg.
Further, the rectangular triangle of the bracket is the right-angle side of right angled triangle with pedestal phase fixing place.
Further, the first tensioner regulating device is provided on first synchronous belt: in the upside of motor fixing plate,
The first expansion tightening wheel adjusting block is fixed with by waist-shaped hole；On the first expansion tightening wheel adjusting block, it is fixed with the first expansion tightening wheel；First rises
Bearing up pulley penetrates below the first synchronous belt.
Further, second synchronous belt is provided with the second tensioner regulating device: also fixed on motor fixing plate
There is connecting plate, the second expansion tightening wheel fixed block is fixed on connecting plate, is fixed with the second expansion tightening wheel on the second expansion tightening wheel fixed block；The
Two expansion tightening wheels are in the outside of the second synchronous belt.
Further, the power roller is rubber covered roll.
Further, the pressing roller anchor structure are as follows: transverse slat is provided with above, with upper compression cylinder output end
Connection has been formed down side wall in transverse slat two sides, and side wall fixes the both ends for compressing roller.
Further, auxiliary body, the auxiliary machine are provided between transmission mechanism and hold-down mechanism for described one group
Structure structure are as follows: fixed bracket is fixed on crossbeam, and fixed bracket is fixedly arranged above secondary side positioning roller, and side is provided with auxiliary
Power-free roller.
Further, the power roller is two, and the first side positioning roller is two, and described second side is fixed
Position roller is 3 or 2；The power-free roller is 3, with second side positioning roller interval setting；Secondary side registration roller
Wheel is respectively two with auxiliary power-free roller, and is spaced setting；The power roller, power-free roller, auxiliary unpowered roller
It is flat to take turns upper surface one；It is straight that first side positioning roller, second side positioning roller and the secondary side positioning roller is in same
On line.
The utility model has the beneficial effects that the power roller of the utility model is rubber covered roll, table during transmitting profile
Face frictional force is big, provides bigger power for profile transmission；Upper compression roller is arranged in the middle position of power roller, makes pressure
It assigns in each power roller, maximum profile transmission power is provided；All frictional resistance is to roll to profile during transportation
Friction, horizontally-supported, side compression, side positioning are all roller, reduce frictional resistance, improve profile and transport stationarity.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of the utility model；
Fig. 3 is the schematic enlarged-scale view in Fig. 1 at I；
Fig. 4 is the schematic enlarged-scale view in Fig. 1 at II；
Fig. 5 is the schematic enlarged-scale view in Fig. 1 at III；
Fig. 6 is the schematic enlarged-scale view in Fig. 2 at IV.
In figure, the 1, second expansion tightening wheel fixed block, the 2, second expansion tightening wheel, 3, power roller, the 4, first synchronous belt, 5, roller fixes
Plate, 6, roller connecting plate, 7, upper compression cylinder, 8, connecting plate, 9, contact roller fixing piece, 10, upper compression roller, 11, upper compression
Bracket, 12, upper synchronous pulley, 13, connecting plate, 14, roller frame, the 15, second synchronous belt, 16, lower synchronous pulley, 17, motor it is solid
Fixed board, 18, first side positioning roller, 19, power-free roller, 20, motor, 21, side compression roller, 22, side compression cylinder, 23,
Side compression fixed block, 24, guide rail, 25, guide rail slide block；26, crossbeam；27, second side positions roller；28, pedestal；28-1, leveling
Plate；28-2, fixed plate；28-3, wall；29, bracket；30, secondary side positions roller；31, power-free roller is assisted；32, first rises
Bearing up pulley adjusting block；33, the first expansion tightening wheel.
Specific embodiment
A kind of Novel profile production line transmission structure provided by the utility model, which is characterized in that including organic frame, pass
Motivation structure and hold-down mechanism；The rack includes pedestal, bracket, and the bracket is fixed on the base, and two racks are fixed
There is a crossbeam 26；
28 lower part of pedestal is provided with leveling board 28-1；Leveling board is two pieces, is separately positioned on a phase of pedestal
On opposite；Leveling board is fixed on the ground by chemical bolt, and the every side of pedestal is divided into two supporting legs, is extended on supporting leg
There is fixed plate 28-2, waist-shaped hole and bolt hole are provided on fixed plate 28-2；The end of leveling board 28-1 vertical shape upwards
Wall-forming 28-3, and it is provided with top wire hole on wall 28-3, jackscrew is penetrated, is withstood on supporting leg.The bracket 29 rectangular three
Angular shape is the right-angle side of right angled triangle with pedestal phase fixing place.
The transmission mechanism structure are as follows: motor fixing plate 17 is fixed on the two sides of crossbeam, motor 20 with roller connecting plate 6
It is fixed on motor fixing plate 17, motor 20 is decelerating motor, and in 26 downside of crossbeam, roller fixed plate 5 is fixed on roller company
On fishplate bar 6, first side positioning roller 18 is fixedly arranged above in roller fixed plate 5；On motor fixing plate 17 and roller fixed plate 5,
It is separately installed with bearing and is in one heart, power roller 3 is installed on motor fixing plate 17 and roller fixed plate 5 by power roll shaft
In bearing, rotary motion；The power roller 3 is rubber covered roll.Synchronous pulley, Mei Getong are respectively fixed on each power roll shaft
Step belt wheel is connected by the first synchronous belt 4, wherein a power roll shaft is pierced by motor fixing plate 17, and is fixed with synchronous belt
On wheel 12,20 output end of motor is fixed with lower synchronous pulley 16, and upper synchronous pulley 12 is synchronous by second with lower synchronous pulley 16
Band 15 is connected.
The hold-down mechanism includes upper pressing section and side compression part, the upper pressing section structure are as follows: on
It compresses bracket 11 to be fixed on crossbeam 26, is fixed with connecting plate 8 on upper compression bracket 11, upper pressure is fixed on connecting plate 8
Roller cylinder 7, upper pressure roller cylinder 7 are guide rod cylinder；Upper 7 output end of pressure roller cylinder is fixed with pressing roller fixing piece 9；Pressing roller is fixed
Part 9, which is fixed with, compresses roller 10.Upper compression roller 10 is on the upside of transmission mechanism middle position.Pass through upper compression cylinder in this way
7 extension and contraction control contact roller fixing piece 9 moves up and down and drives and compress the compression release profile of roller 10.The pressing roller is solid
Determine 9 structure of part are as follows: be provided with transverse slat above, connect with upper 7 output end of compression cylinder, be formed down side in transverse slat two sides
Wall, side wall fix the both ends for compressing roller 10.
The side compression part-structure are as follows: in the side of motor fixing plate 17, roller frame 14 is further fixed on crossbeam 26,
In the upside of roller frame 14, second side positioning roller 27 is installed, power-free roller 19 is installed in the side of roller frame 14；
Side compression cylinder 22 is fixed on roller frame 14, and 22 output end of side compression cylinder connects side compression locating piece 23, side
It compresses and fixes guide rail slide block 25 on locating piece 23, guide rail 24 is fixed on roller frame 14, and guide rail slide block 25 and the cooperation of guide rail 24 are slided
It is dynamic；Side compression roller 21 is fixedly mounted on side compression locating piece 23 simultaneously, side pressure tightening is controlled by side compression cylinder 22 in this way
Position block 23 slides on guide rail 24 drives side compression roller 21 to follow sliding, compresses and unclamps profile.
It is provided with the first tensioner regulating device on first synchronous belt: in the upside of motor fixing plate 17, passing through waist
Type hole is fixed with the first expansion tightening wheel adjusting block 32；On the first expansion tightening wheel adjusting block, it is fixed with the first expansion tightening wheel 33；Rise first
Jackscrew is penetrated above bearing up pulley adjusting block 32, the upper and lower position of the first expansion tightening wheel adjusting block 32 is adjusted, so as to adjust the first expansion tightening wheel
33 upper and lower position；First expansion tightening wheel 33 penetrates 4 lower section of the first synchronous belt.
Second synchronous belt is provided with the second tensioner regulating device: being further fixed on connecting plate on motor fixing plate 17
13, the second expansion tightening wheel fixed block 1 is fixed on connecting plate 13, and the second expansion tightening wheel 2 is fixed on the second expansion tightening wheel fixed block 1,
Two expansion tightening wheels 2 are in the outside of the second synchronous belt 15, and the position of the second expansion tightening wheel 2 is driven by adjusting the second expansion tightening wheel fixed block 1
Movement is set, the tensioner of the second synchronous belt 15 is adjusted；By the second synchronous belt 15, power is assigned to two power rollers 3 by motor 20
On.
Described one group is provided with auxiliary body, auxiliary body's structure between transmission mechanism and hold-down mechanism are as follows:
Fixed bracket is fixed on crossbeam, and fixed bracket is fixedly arranged above secondary side positioning roller 30, and it is unpowered that side is provided with auxiliary
Roller 31.It can be used together with multiple groups transmission mechanism with hold-down mechanism, multiple groups bracket and pedestal are set.
The power roller 3 is two, and the first side positioning roller 18 is two, and described second side positions roller
27 be 3 or 2；The power-free roller 19 is 3, is arranged with second side positioning roller 27 interval；Secondary side registration roller
Wheel 30 is respectively two with auxiliary power-free roller 31, and is spaced setting；The power roller 3, power-free roller 19, auxiliary nothing
31 upper surface one of power roller is flat；First side positioning roller 18, second side positioning roller 27 and the secondary side positions roller
30 is on the same line.
Existing technology is applied in the motion control of each cylinder, and the movement of cylinder is controlled by process control solenoid valve.
The course of work of Novel profile production line transmission structure:
Leveling rack: leveling board 28-1 being fixed on the ground by chemical bolt, bolt is penetrated in bolt hole, is adjusted
The upper-lower height of pedestal 28 adjusts the lateral position of supporting leg by jackscrew；
It adjusts synchronous belt: adjusting the upper and lower position of the first expansion tightening wheel adjusting block 32, the first expansion tightening wheel 33 is driven to move up and down,
Adjust the tensioner of the first synchronous belt 4；The left-right position of the second expansion tightening wheel fixed block 1 is adjusted, the second expansion tightening wheel 2 or so is driven to move
It is dynamic, adjust 15 tensioner of the second synchronous belt:
Profile transmission: profile, side compression cylinder are held up on power roller 3, power-free roller 19 and auxiliary power-free roller 31
22 control side compression fixed blocks 23 move forward and backward guide rail slide block 25 on guide rail 24, thus drive side compression roller 21 compress or
Person unclamps profile, and after compaction, profile cannot travel forward；It is driven by upper compression cylinder 7 and compresses roller 10, after compression,
Keep profile mobile from left and right directions；Motor 20 drives the rotation of power roller 3 by the second synchronous belt 15；First synchronous belt 4 is protected
It demonstrate,proves multiple power rollers 3 while moving, guarantee the synchronism of power roller 3, enhancing transmission power；It is pushed in upper compression cylinder 10, side
In the case of compression cylinder 22 is unclamped, profile can also move forward under the action of power roller 3；First side positioning roller 18 and second
The collective effect of side positioning roller 27 and secondary side positioning roller 30 and side compression roller 21, guarantees that profile can be transported forwards
Dynamic, direction will not deviation.
Claims (9)
1. a kind of Novel profile production line transmission structure, which is characterized in that including organic frame, transmission mechanism and hold-down mechanism；Institute
The rack stated includes pedestal, bracket, and the bracket is fixed on the base, and two racks are fixed with a crossbeam；
The transmission mechanism structure are as follows: motor fixing plate is fixed on the two sides of crossbeam with roller connecting plate, and motor is fixed on electricity
In machine fixed plate, on the downside of the crossbeam, roller fixed plate is fixed on roller connecting plate, is fixedly arranged above the in roller fixed plate
Side positions roller；On motor fixing plate and roller fixed plate, it is separately installed with bearing and is in one heart, power roller passes through power
Roll shaft is installed in motor fixing plate and the bearing of roller fixed plate；It is respectively fixed with synchronous pulley on each power roll shaft, often
A synchronous pulley is connected by the first synchronous belt, wherein a power roll shaft is pierced by motor fixing plate, and is fixed with synchronization
On belt wheel, motor output end is fixed with lower synchronous pulley, and upper synchronous pulley is connected with lower synchronous pulley by the second synchronous belt；
The hold-down mechanism includes upper pressing section and side compression part, the upper pressing section structure are as follows: upper to compress
Bracket is fixed on crossbeam, is fixed with connecting plate on upper compression bracket, upper pressure roller cylinder is fixed on connecting plate；Upper pressure roller
Cylinder output is fixed with pressing roller fixing piece；Pressing roller fixing piece is fixed with compression roller；Upper compression roller is in transmission
On the upside of mechanism middle position；
The side compression part-structure are as follows: in the side of motor fixing plate, roller frame is further fixed on crossbeam, in roller frame
Upside is equipped with second side positioning roller, is equipped with power-free roller in the side of roller frame；Side compression cylinder is fixed on roller
On frame, side compression cylinder output connects side compression locating piece, fixes guide rail slide block on side compression locating piece, guide rail is fixed on roller
On wheel carrier, guide rail slide block and guide rail cooperation are slided；Side compression roller is fixedly mounted on side compression locating piece simultaneously.
2. Novel profile production line transmission structure according to claim 1, which is characterized in that the pedestal lower part setting
There is leveling board；Leveling board is two pieces, is separately positioned on an opposite face of pedestal；Leveling board is fixed on ground by chemical bolt
On face, the every side of pedestal is divided into two supporting legs, and extending on supporting leg has fixed plate, be provided in fixed plate waist-shaped hole with
And bolt hole；The end of leveling board vertically forms wall upwards, and top wire hole is provided on wall, penetrates jackscrew, withstands on supporting leg
On.
3. Novel profile production line transmission structure according to claim 1, which is characterized in that the bracket rectangular three
Angular shape is the right-angle side of right angled triangle with pedestal phase fixing place.
4. Novel profile production line transmission structure according to claim 1, which is characterized in that on first synchronous belt
It is provided with the first tensioner regulating device: in the upside of motor fixing plate, the first expansion tightening wheel adjusting block being fixed with by waist-shaped hole；?
On first expansion tightening wheel adjusting block, it is fixed with the first expansion tightening wheel；First expansion tightening wheel penetrates below the first synchronous belt.
5. Novel profile production line transmission structure according to claim 1, which is characterized in that second synchronous belt is set
It is equipped with the second tensioner regulating device: being further fixed on connecting plate on motor fixing plate, it is solid that the second expansion tightening wheel is fixed on connecting plate
Determine block, is fixed with the second expansion tightening wheel on the second expansion tightening wheel fixed block；Second expansion tightening wheel is in the outside of the second synchronous belt.
6. Novel profile production line transmission structure according to claim 1, which is characterized in that the power roller is encapsulated
Roller.
7. Novel profile production line transmission structure according to claim 1, which is characterized in that the pressing roller fixing piece
Structure are as follows: be provided with transverse slat above, connect with upper compression cylinder output end, be formed down side wall, side wall in transverse slat two sides
The both ends of roller are compressed in fixation.
8. Novel profile production line transmission structure according to claim 1, which is characterized in that one group of transmission mechanism
Auxiliary body, auxiliary body's structure are provided between hold-down mechanism are as follows: fixed bracket is fixed on crossbeam, fixed branch
Frame is fixedly arranged above secondary side positioning roller, and side is provided with auxiliary power-free roller.
9. a kind of Novel profile production line transmission structure according to claim 1, which is characterized in that the power roller is
Two, the first side positioning roller is two, and second side positioning roller is 3 or 2；The unpowered roller
Wheel is 3, with second side positioning roller interval setting；It is respectively two that secondary side, which positions roller and auxiliary power-free roller, and
Interval setting；The power roller, power-free roller, auxiliary power-free roller upper surface one are flat；The first side positioning roller
Wheel, second side positioning roller and secondary side positioning roller are on the same line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820948030.9U CN208593707U (en) | 2018-06-20 | 2018-06-20 | A kind of Novel profile production line transmission structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820948030.9U CN208593707U (en) | 2018-06-20 | 2018-06-20 | A kind of Novel profile production line transmission structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208593707U true CN208593707U (en) | 2019-03-12 |
Family
ID=65601511
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820948030.9U Active CN208593707U (en) | 2018-06-20 | 2018-06-20 | A kind of Novel profile production line transmission structure |
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| Country | Link |
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| CN (1) | CN208593707U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110540050A (en) * | 2019-04-19 | 2019-12-06 | 宜华生活科技股份有限公司 | Irregular small-section line conveying device |
| CN110745453A (en) * | 2019-10-18 | 2020-02-04 | 章丘市昌东锻造有限公司 | Feeding mechanism of round steel blanking machine |
-
2018
- 2018-06-20 CN CN201820948030.9U patent/CN208593707U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110540050A (en) * | 2019-04-19 | 2019-12-06 | 宜华生活科技股份有限公司 | Irregular small-section line conveying device |
| CN110540050B (en) * | 2019-04-19 | 2024-05-28 | 宜华生活科技股份有限公司 | Irregular small-section line conveying device |
| CN110745453A (en) * | 2019-10-18 | 2020-02-04 | 章丘市昌东锻造有限公司 | Feeding mechanism of round steel blanking machine |
| CN110745453B (en) * | 2019-10-18 | 2021-06-01 | 章丘市昌东锻造有限公司 | Feeding mechanism of round steel blanking machine |
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