CN209006550U - Transmission device for metalwork - Google Patents
Transmission device for metalwork Download PDFInfo
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- CN209006550U CN209006550U CN201821687695.5U CN201821687695U CN209006550U CN 209006550 U CN209006550 U CN 209006550U CN 201821687695 U CN201821687695 U CN 201821687695U CN 209006550 U CN209006550 U CN 209006550U
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- metalwork
- stabilizer blade
- support rod
- bracket
- limited block
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Abstract
The utility model relates to a kind of transmission devices for metalwork, it is related to metalwork technical field of processing equipment, it solves the problems, such as manually to be difficult to improve working efficiency in the mode that different stamping stations are shifted to metalwork, its key points of the technical solution are that, comprising: the bracket between adjacent stamping station；Multiple stabilizer blades for playing the role of carrying to the bracket；It is rotationally connected with the roller that the bracket closes on the stamping station side；Rotary type is assemblied in conveyer belt on the roller, for transmitting metalwork；Drive the driving motor of the roller rotation；Regulating mechanism on the stabilizer blade, for adjusting the opposite ground level of the conveyer belt；And for connect the regulating mechanism on multiple stabilizer blades, so that bracket described in multiple regulating mechanism synchronous drives lifting transmission mechanism, achieve the purpose that metalwork is sent to next stamping station automatically.
Description
Technical field
The utility model relates to metalwork technical field of processing equipment, in particular to a kind of transmission for metalwork fills
It sets.
Background technique
When processing metalwork, need to carry out metalwork on multiple stations in order to meet process requirements repeatedly
Stamp, product needed for metalwork is processed into client by the different stamping dies of multiple stamping stations.
But after a stamping station carries out punching press to metalwork, staff needs for metalwork to be transferred to down
One station not only increases the workload of staff and is difficult to improve working efficiency.
Utility model content
The purpose of the utility model is to provide a kind of transmission devices for metalwork, automatically to metalwork in adjacent punching press
It is shifted between work.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of for metalwork
Transmission device, comprising: the bracket between adjacent stamping station；Multiple stabilizer blades for playing the role of carrying to the bracket；Turn
It is dynamic to be connected to the roller that the bracket closes on the stamping station side；Rotary type be assemblied in it is on the roller, for transmitting
The conveyer belt of metalwork；Drive the driving motor of the roller rotation；
Regulating mechanism on the stabilizer blade, for adjusting the opposite ground level of the conveyer belt；And for connecting
Connect the regulating mechanism on multiple stabilizer blades, so that the lifting of bracket described in multiple regulating mechanism synchronous drives transmission
Mechanism.
By using above-mentioned technical proposal, bracket plays the role of carrying to roller, so that driving motor drives conveyer belt edge
Roller is steadily transmitted metalwork, and conveyer belt is transmitted the metalwork between adjacent stamping station and reduces work
The workload of redundant labor transfer metalwork, effectively increases working efficiency, and height of the regulating mechanism to stabilizer blade with respect to ground is adjusted
Section, and the height for being conveniently adjusted conveyer belt is made on multiple stabilizer blades to staff's pick-and-place metalwork is suitable for by transmission mechanism
Regulating mechanism synchronize multiple stabilizer blades be adjusted, reduction repeatedly adjusts workload of each stabilizer blade apart from ground level, and
And conveyer belt is avoided inclined happen occur.
The further setting of the utility model, the regulating mechanism include: vertically to be slidably connected and hold for the stabilizer blade
It is loaded in the support rod on ground；On the support rod and the stabilizer blade, the relatively described support rod of the driving stabilizer blade is assemblied in slide
Dynamic driving assembly；And be assemblied in it is on the support rod and the stabilizer blade, after the stabilizer blade stretches out the support rod,
Limit the limit assembly that the relatively described support rod of the stabilizer blade falls.
It by using above-mentioned technical proposal, drives stabilizer blade vertically to slide with respect to support rod by driving assembly, and adjusts
Stabilizer blade and then adjusts height of the conveyer belt apart from ground and is taken to metalwork to being suitable for staff with respect to the height on ground
It puts, limit assembly makes stabilizer blade be not easy to glide with respect to support rod the position-limiting action of stabilizer blade, so that support rod plays stabilizer blade
To steadily supporting role.
The further setting of the utility model, the driving component include: the gear for being rotationally connected with the support rod；Edge
Vertically it is set to the rack gear engaged on the stabilizer blade side wall and with the gear；And the gear is driven to turn for artificially rotating
Dynamic handle.
Vertically with carry-over bar by using above-mentioned technical proposal, by handle rotate gear, wheel and rack engagement
Lifting, and then stabilizer blade is driven vertically to go up and down, realize stabilizer blade with respect to the process that support rod vertically slides.
The further setting of the utility model, the limit assembly include: multiple to be vertically set to that the stabilizer blade is opposite to be set
There is the first limited block of the end face of the rack gear；Multiple the second limited blocks in the support rod；And it is assemblied in described
On support rod, multiple second limited blocks of driving close to or away from first limited block and to first limited block into
The actuator of row limit or solution limit.
By using above-mentioned technical proposal, when actuator drives multiple second limited blocks close to the first limited block, the second limit
Position block makes stabilizer blade be difficult to slide with respect to support rod the position-limiting action of the first limited block, so that support rod plays stabilizer blade
Steadily supporting role, actuator drive the second limited block far from the first limited block when, the second limited block to the first limited block into
Row solution limit, is gone up and down conducive to regulating mechanism driving stabilizer blade with respect to support rod.
The further setting of the utility model, the actuator include: separate for connecting multiple second limited blocks
The connecting rod of first limited block one end；Set on the connecting rod far from described in second limited block side and part stretching
The push rod of support rod；And in the support rod, for by the connecting rod towards the direction of first limited block
The compressed spring of promotion.
By using above-mentioned technical proposal, by pulling push rod that connecting rod is made to drive multiple second limited blocks far from first
Limited block, while compressed spring being compressed, the second limited block carries out solution limit to the first limited block far from the first limited block, benefit
It is slid vertically in regulating mechanism driving stabilizer blade with respect to support rod, when stopping drag push rod, compressed compressed spring is to even
Extension bar plays a role in promoting, and then drives multiple second limited blocks close to the first limited block, and the second limited block is to the first limited block
It plays position-limiting action and support rod is made to play steadily supporting role to stabilizer blade.
The end face of the further setting of the utility model, first limited block towards top is equipped with the first guide surface；Institute
The end face for stating the second limited block towards lower part is equipped with the second guide surface to match with first guide surface.
By using above-mentioned technical proposal, when regulating mechanism drives stabilizer blade to stretch out support rod, since the first guide surface is arranged
With the second guide surface so that the first limited block automatically by the second limited block, reduces the work that staff frequently pulls push rod
Amount.
The further setting of the utility model, the transmission mechanism include: for connecting support width direction two sides
The shaft of the gear on the stabilizer blade；Sprocket wheel in the shaft；And it is socketed on described in the adjacent shaft
The chain of sprocket wheel.
By using above-mentioned technical proposal, shaft is rotated with the gear on the stabilizer blade of support width direction two sides, and shaft drives
Sprocket wheel is rotated and is rotated by the sprocket wheel in another shaft of chain-driving, and then drives another shaft rotation, to realize
Multiple gear synchronous rotations.
The direction of transfer of the further setting of the utility model, conveyer belt described in two lateral edges in the support width direction is set
There is the baffle for preventing the metalwork from falling.
By using above-mentioned technical proposal, prevent metalwork from falling on conveyor belt two sides by the way that baffle is arranged.
In conclusion the utility model has the following beneficial effects:
1. conveyer belt is transmitted the metalwork between adjacent stamping station and reduces staff and shift metalwork
Workload effectively increases working efficiency；
2. synchronizing the regulating mechanism on multiple stabilizer blades by transmission mechanism to be adjusted multiple stabilizer blades, reduce multiple
Workload of each stabilizer blade apart from ground level is adjusted, and conveyer belt is avoided inclined happen occur.
Detailed description of the invention
Fig. 1 is the structural schematic diagram in the utility model embodiment for the transmission device of metalwork；
Fig. 2 is bracket in the utility model embodiment, roller, conveyer belt, driving motor, baffle, limit plate, shaft, chain
The connection relationship diagram of wheel and chain；
Fig. 3 is stabilizer blade in the utility model embodiment, support rod, gear, rack gear, handle, the first limited block, the second limit
Block, connecting rod, the connection relationship diagram of push rod and compressed spring.
Appended drawing reference: 1, bracket；2, stabilizer blade；3, roller；4, conveyer belt；5, driving motor；6, regulating mechanism；61, it supports
Bar；62, driving assembly；621, gear；622, rack gear；623, handle；63, limit assembly；631, the first limited block；632, second
Limited block；633, actuator；6331, connecting rod；6332, push rod；6333, compressed spring；7, transmission mechanism；71, shaft；72,
Sprocket wheel；73, chain；8, baffle；9, press machine；10, limit plate.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Embodiment: a kind of transmission device for metalwork, as depicted in figs. 1 and 2, comprising: be located at adjacent press machine 9 it
Between bracket 1；Four stabilizer blades 2 played a supporting role to bracket 1；It is rotationally connected with the roller that bracket 1 closes on 9 side of press machine
3；The conveyer belt 4 being socketed on roller 3；The driving motor 5 that drive roller wheel 3 rotates；It is assemblied on stabilizer blade 2 and for adjusting stabilizer blade
The regulating mechanism 6 of 2 opposite ground levels；And make four 2 synchronization liftings of stabilizer blade for connecting multiple regulating mechanisms 6
Transmission mechanism 7.
When conveyer belt 4 rotates, metalwork is placed on conveyer belt 4 by staff, and metalwork is automatic by conveyer belt 4
It is transmitted at next press machine 9, so that staff picks up metalwork and continues further punching operation, in bracket 1
End along 4 direction of transfer of conveyer belt is welded with limit plate 10, prevents staff from picking up metalwork not in time and metal occur
The two sides of the case where part is fallen, 1 extending direction of bracket are welded with baffle 8 simultaneously, prevent metalwork by the way that baffle 8 is arranged
Fall on 4 two sides of conveyer belt.
As shown in Figures 2 and 3, regulating mechanism 6 includes: the support that ground is vertically slidably connected and be carried on for stabilizer blade 2
Bar 61；The driving assembly 62 being assemblied on support rod 61 and stabilizer blade 2, and, it is assemblied on every group of support rod 61 and stabilizer blade 2 respectively
Limit assembly 63；Wherein, driving assembly 62 includes: the gear 621 being rotationally connected on support rod 61；Vertically machine-shaping
In the rack gear 622 on stabilizer blade 2；And the handle 623 rotated for artificially rotating with moving gear 621；In the present embodiment, only
Handle 623 is arranged on one group of driving assembly 62 wherein can be respectively set on multiple groups driving assembly 62 in other embodiments
Handle 623, limit assembly 63 include: that multiple vertically machine-shapings in stabilizer blade 2 are relatively set with the first of the end face of rack gear 622
Limited block 631；Multiple the second limited blocks 632 for being slidably connected to support rod 61；And the second limited block 632 of driving it is close or
Actuator 633 far from the first limited block 631.
By 623 rotate gear 621 of handle, gear 621 is engaged with rack gear 622 and is vertically gone up and down with carry-over bar 622, into
And stabilizer blade 2 is driven vertically to go up and down, stabilizer blade 2 is realized with respect to the process that support rod 61 vertically slides, and actuator 633 drives multiple
When second limited block 632 is close to the first limited block 631, the second limited block 632 to prop up to the position-limiting action of the first limited block 631
Foot 2 is difficult to opposite support rod 61 and slides, so that support rod 61 plays steadily supporting role, actuator to stabilizer blade 2
When 633 the second limited blocks 632 of driving are far from the first limited block 631, the second limited block 632 carries out solution limit to the first limited block 631
Position drives stabilizer blade 2 to be gone up and down with respect to support rod 61 conducive to regulating mechanism 6.
As shown in figure 3, actuator 633 includes: to be welded in multiple second limited blocks 632 far from 631 one end of the first limited block
Connecting rod 6331；It is welded in the push rod that connecting rod 6331 stretches out support rod 61 far from 632 side of the second limited block and part
6332；And in support rod 61 and the compressed spring 6333 that is socketed on push rod 6332；By pulling push rod 6332 to make
Connecting rod 6331 drives multiple second limited blocks 632 to compress far from the first limited block 631, while by compressed spring 6333, and second
Limited block 632 carries out solution limit to the first limited block 631 far from the first limited block 631, is conducive to regulating mechanism 6 and drives stabilizer blade 2
Opposite support rod 61 is slid vertically, and when stopping drag push rod 6332, compressed compressed spring 6333 is to connecting rod 6331
It plays a role in promoting, and then drives multiple second limited blocks 632 close to the first limited block 631, the second limited block 632 is limited first
Position block 631 plays position-limiting action and support rod 61 is made to play steadily supporting role to stabilizer blade 2.
The end face machine-shaping on the first limited block 631 towards top has the first guide surface；Second limited block is towards lower part
End face machine-shaping has the second guide surface to match with the first guide surface, when regulating mechanism 6 drives stabilizer blade 2 to stretch out support rod 61,
Due to the first guide surface of setting and the second guide surface, so that the first limited block 631 reduces work automatically by the second limited block 632
Make the workload that personnel frequently pull push rod 6332.
As shown in Figures 2 and 3, transmission mechanism 7 includes: the gear on 1 width direction two sides stabilizer blade 2 of connecting bracket
621 shaft 71；The sprocket wheel 72 being fixed in shaft 71；And it is socketed on the chain 73 of the sprocket wheel 72 in adjacent shafts 71, turn
Axis 71 is rotated with the gear 621 on 1 width direction two sides stabilizer blade 2 of bracket, and shaft 71 rotates with movable sprocket 72 and passes through chain 73
It drives the sprocket wheel 72 in another shaft 71 to rotate, and then another shaft 71 is driven to rotate, to realize that multiple gears 621 are same
Step rotation that is, by the handle 623 on one support rod 61 of rotation, and is adjusted the height on the opposite ground of multiple stabilizer blades 2.
The course of work and principle: bracket 1 plays the role of carrying to roller 3, so that driving motor 5 drives 4 edge of conveyer belt
Roller 3 is stable to be transmitted metalwork, and conveyer belt 4 is transmitted the metalwork between adjacent stamping station and reduces work
The workload for making redundant labor transfer metalwork, effectively increases working efficiency, regulating mechanism 6 to stabilizer blade 2 with respect to ground height into
Row is adjusted, and the height for being conveniently adjusted conveyer belt 4 is made multiple to staff's pick-and-place metalwork is suitable for by transmission mechanism 7
Regulating mechanism 6 on stabilizer blade 2, which synchronizes, is adjusted multiple stabilizer blades 2, and reduction repeatedly adjusts each stabilizer blade 2 apart from ground level
Workload, and conveyer belt 4 is avoided inclined happen occur.
Claims (8)
1. a kind of transmission device for metalwork characterized by comprising
Bracket (1) between adjacent stamping station；
Multiple stabilizer blades (2) for playing the role of carrying to the bracket (1)；
It is rotationally connected with the roller (3) that the bracket (1) closes on the stamping station side；
Rotary type is assemblied in conveyer belts (4) on the roller (3), for transmitting metalwork；
The driving motor (5) for driving the roller (3) to rotate；
Regulating mechanism (6) on the stabilizer blade (2), for adjusting the conveyer belt (4) opposite ground level；And
For connecting the regulating mechanism (6) on multiple stabilizer blades (2), so that multiple regulating mechanisms (6) synchronous belt
Move the transmission mechanism (7) of the bracket (1) lifting.
2. the transmission device according to claim 1 for metalwork, which is characterized in that the regulating mechanism (6) includes:
The support rod (61) on ground is vertically slidably connected and is carried on for the stabilizer blade (2)；
On the support rod (61) and the stabilizer blade (2), the relatively described support rod (61) of the driving stabilizer blade (2) is assemblied in slide
Dynamic driving assembly (62)；And
Be assemblied in it is on the support rod (61) and the stabilizer blade (2), the stabilizer blade (2) stretch out the support rod (61) afterwards,
Limit the limit assembly (63) that the relatively described support rod (61) of the stabilizer blade (2) is fallen.
3. the transmission device according to claim 2 for metalwork, which is characterized in that the driving component (62) packet
It includes:
It is rotationally connected with the gear (621) of the support rod (61)；
Vertically it is set to the rack gear (622) engaged on the stabilizer blade (2) side wall and with the gear (621)；And
The handle (623) for driving the gear (621) to rotate for artificially rotating.
4. the transmission device according to claim 3 for metalwork, which is characterized in that limit assembly (63) packet
It includes:
Multiple the first limited blocks (631) for being vertically set to the stabilizer blade (2) the opposite end face equipped with the rack gear (622)；
Multiple the second limited blocks (632) in the support rod (61)；And
On the support rod (61), multiple second limited blocks (632) of driving are assemblied in close to or away from first limit
Position block (631) and first limited block (631) is limited or is solved the actuator (633) of limit.
5. the transmission device according to claim 4 for metalwork, which is characterized in that the actuator (633) includes:
For connecting connecting rod (6331) of multiple second limited blocks (632) far from described first limited block (631) one end；
Set on the connecting rod (6331) separate described second limited block (632) side and the support rod (61) is stretched out in part
Push rod (6332)；And
It is in the support rod (61), for by the connecting rod (6331) towards the side of first limited block (631)
To the compressed spring (6333) of promotion.
6. the transmission device according to claim 5 for metalwork, which is characterized in that first limited block (631)
The first guide surface is equipped with towards the end face on top；
The end face of second limited block (632) towards lower part is equipped with the second guide surface to match with first guide surface.
7. the transmission device according to claim 3 for metalwork, which is characterized in that the transmission mechanism (7) includes:
For connecting the shaft (71) of the gear (621) on stabilizer blade (2) described in the bracket (1) width direction two sides；
Sprocket wheel (72) on the shaft (71)；And
It is socketed on the chain (73) of the sprocket wheel (72) on the adjacent shaft (71).
8. the transmission device according to claim 1 for metalwork, which is characterized in that bracket (1) width direction
Two lateral edges described in conveyer belt (4) direction of transfer be equipped with prevent the metalwork from falling baffle (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821687695.5U CN209006550U (en) | 2018-10-17 | 2018-10-17 | Transmission device for metalwork |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821687695.5U CN209006550U (en) | 2018-10-17 | 2018-10-17 | Transmission device for metalwork |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209006550U true CN209006550U (en) | 2019-06-21 |
Family
ID=66838944
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821687695.5U Active CN209006550U (en) | 2018-10-17 | 2018-10-17 | Transmission device for metalwork |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209006550U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110947849A (en) * | 2019-12-25 | 2020-04-03 | 江苏万意节能科技有限公司 | Conveying device for cutting off finished steel heald double-row punching line |
-
2018
- 2018-10-17 CN CN201821687695.5U patent/CN209006550U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110947849A (en) * | 2019-12-25 | 2020-04-03 | 江苏万意节能科技有限公司 | Conveying device for cutting off finished steel heald double-row punching line |
| CN110947849B (en) * | 2019-12-25 | 2024-04-16 | 江苏万意节能科技有限公司 | Left-right conveying device for cutting off finished products of double-row stamping line of steel heald |
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