CN207288703U - A kind of dome crimping rolls muscle all-in-one machine - Google Patents
A kind of dome crimping rolls muscle all-in-one machine Download PDFInfo
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- CN207288703U CN207288703U CN201721315534.9U CN201721315534U CN207288703U CN 207288703 U CN207288703 U CN 207288703U CN 201721315534 U CN201721315534 U CN 201721315534U CN 207288703 U CN207288703 U CN 207288703U
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- crimping
- send
- dynamic model
- dome
- rolling
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- 238000002788 crimping Methods 0.000 title claims abstract description 115
- 210000003205 muscle Anatomy 0.000 title claims abstract description 63
- 238000005096 rolling process Methods 0.000 claims abstract description 71
- 238000000429 assembly Methods 0.000 claims abstract description 20
- 230000000712 assembly Effects 0.000 claims abstract description 20
- 238000000034 method Methods 0.000 claims abstract description 20
- 230000008569 process Effects 0.000 claims abstract description 19
- 230000007246 mechanism Effects 0.000 claims abstract description 17
- 230000005540 biological transmission Effects 0.000 claims description 49
- 230000000694 effects Effects 0.000 claims description 8
- 210000002435 tendon Anatomy 0.000 claims description 5
- 230000004913 activation Effects 0.000 claims 1
- 239000002184 metal Substances 0.000 description 5
- 230000008901 benefit Effects 0.000 description 4
- 230000033001 locomotion Effects 0.000 description 4
- 238000004519 manufacturing process Methods 0.000 description 4
- 238000004080 punching Methods 0.000 description 2
- 230000001360 synchronised effect Effects 0.000 description 2
- 238000005452 bending Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
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Abstract
The utility model discloses a kind of dome crimping rolling muscle all-in-one machine, including driving motor, height rack, curling mechanism and beading machine structure, height rack is equipped with the raceway that height gradually reduces from the front to the back, curling mechanism send cap assemblies and the first top component including crimping module, first, beading machine structure send cap assemblies and the second top component including rolling bar model group, second, first send cap assemblies, second to send cap assemblies, crimping module and rolling bar model group to be driven by driving motor, and crimping module Working position and rolling bar model group Working position are on raceway.The utility model beading machine structure and curling mechanism share a driving motor, and dome is transmitted between crimping and rolling muscle process by raceway and advanced, reduce equipment cost, each functional component sequential sets reasonable at the same time, linking is good, each functional component stable working is reliable, and realization is sequentially processed one by one, and quality is good, uniformity is good.
Description
Technical field
Pot making equipment technical field is the utility model is related to, muscle all-in-one machine is rolled more particularly to a kind of dome crimping.
Background technology
The advantages of metal can is widely used in our production and life, metal can clearly, its seal
It is very good, be resistant to higher internal pressure, it is ensured that the product in metal can be not easy it is expired, in the production process of metal can, its
Cover and can body are to separate production, finally fit together again, become a complete metal can.
Cover is generally required by processes such as punching, deburring, pre-bending, crimping and bulging tendons, it is necessary to utilize in process of production
Multiple and different process equipments carry out different technique to tank body material and process, and pass through belt conveyor between different process equipments
Or manipulator carries out transmission feeding, and different process equipments will be equipped with a power set, belt conveyor or machinery
Hand will also be equipped with power set again, and cost is larger.
Utility model content
To overcome technological deficiency existing in the prior art, the utility model provides a kind of dome crimping rolling muscle all-in-one machine, drop
Low cost, is sequentially processed one by one, and quality is well consistent.
The utility model use technical solution be：
A kind of dome crimping rolls muscle all-in-one machine, including driving motor, height rack and be arranged on height rack it is overhead on
Curling mechanism and the beading machine structure that is arranged in the lower frame of height rack, be additionally provided with height from the front to the back in the height rack
The raceway gradually reduced, the curling mechanism include being used to process the crimping module of crimping on dome, for pushing dome
Cap assemblies and the first top component for ejecting crimping module Working position, institute are sent to the first of crimping module Working position
Stating beading machine structure includes being used to process the rolling bar model group of bulging tendons on crimping dome, for pushing crimping dome to rolling bar model group
The second of Working position send cap assemblies and the second top component for ejecting rolling bar model group Working position, and described first send lid
Component, second send cap assemblies, crimping module and rolling bar model group by driving motor driving, the crimping module Working position and rolling
Muscle module Working position is on the raceway.
The beneficial effects of the utility model：The utility model beading machine structure and curling mechanism share a driving motor, and
Dome is transmitted between crimping and rolling muscle process by raceway and advanced, and without separately setting belt conveyor or manipulator again, is realized
Number of motors is reduced, reduces equipment cost, while the utility model dome sorts into raceway one by one, passes through the first head cover structure
Part and the second top component may be such that dome can smoothly depart from crimping or rolling muscle process and enter subsequent processing, each work(
Can component sequential set reasonable, linking is good, and each functional component stable working is reliable, and realization is sequentially processed one by one, quality is good,
Uniformity is good.
Brief description of the drawings
Fig. 1 is the utility model structure diagram.
Fig. 2 is the right view of Fig. 1.
Description of reference numerals：
100th, height rack；200th, curling mechanism；300th, beading machine structure；400th, raceway；21st, the first top component；22nd,
One send lid axis；23rd, the first cam；24th, first cover plate is sent；25th, crimping transmission shaft；26th, crimping dynamic model；27th, crimping cover half；28、
Movable rod；30th, sliding seat；31st, the second top component；32nd, the first mounting base；33rd, the second mounting base；34th, cover half transmission shaft；
35th, dynamic model transmission shaft；36th, dynamic model sliding block；37th, muscle cover half is rolled；38th, muscle dynamic model is rolled；39th, dynamic model is coordinated；40th, leverage；41、
Second send lid axis；42nd, the second cam；43rd, second cover plate is sent.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings：
As shown in Figs. 1-2, the present embodiment provides a kind of dome crimping to roll muscle all-in-one machine, including driving motor, height rack
100 and be arranged on height rack 100 it is overhead on curling mechanism 200 and the rolling muscle that is arranged in the lower frame of height rack 100
Mechanism 300, the raceway 400 that height gradually reduces from the front to the back is additionally provided with the height rack 100, the raceway 400 is the bottom of by
Baffle and two side shields for connecting up the bottom baffle both sides respectively form, and the spacing between two side shields is bigger
In dome height, preferably difference distance is 2mm~3mm, and the level height of bottom baffle is gradually reduced so that circle from the front to the back
Cover lower rolling of taking advantage of a situation.
In the present embodiment, the curling mechanism 200 is including being used to process the crimping module of crimping on dome, being used for
Push dome to the first of crimping module Working position send cap assemblies and for eject crimping module Working position first top
The lid component 21.Wherein：
Described first send cap assemblies to send lid axis 22, first to send cover plate 24 and first cam 23 including first, and described first send
Lid axis 22 is fixed at overhead upper and its one end by bearing block and is sequentially connected by chain wheel driving mechanism and driving motor, institute
State the first cam 23 and be fixedly connected on first other end for sending lid axis 22, described first send cover plate 24 to be slidably fitted in raceway 400
Rear side, described first send one end of cover plate 24 to be connected with the first tension spring in height rack 100, and described first send cover plate 24
It is equipped with the pillar for the cooperation that offsets with 23 activity of the first cam.By driving motor driving first to send lid axis 22 to rotate, then band
Dynamic first cam 23 send lid axis 22 synchronous rotating Vortex with first, since the effect of pulling back of the first tension spring is so that first send cover plate 24
Pillar can offset all the time with the first cam 23, and overcome the effect of the first tension spring to cause in the rotary course of the first cam 23
First send the rear row in raceway 400 of cover plate 24, and first send cover plate 24 described in when the path position of the first cam 23 coordinates with pillar
To moving ahead, first send cover plate 24 to go backward described in when the major diameter position of the first cam 23 coordinates with pillar, is sent so as to fulfill first
Reciprocating motion of the cover plate 24 in raceway 400.
The crimping module includes crimping cover half 27, crimping dynamic model 26 and crimping transmission shaft 25, the crimping transmission shaft 25
Be fixed at overhead upper and its one end by bearing block send lid axis 22 to be sequentially connected by bevel gear group and first, the crimping
Dynamic model 26 is slidably fitted in the slide on overhead Nei and its one end is flexibly connected by movable rod 28 with crimping transmission shaft 25, is led to
Motor of overdriving driving first send lid axis 22 to rotate, and then drives the crimping transmission shaft 25 to rotate, and 25 turns of crimping transmission shaft
The crimping dynamic model 26 can be driven along slide reciprocating horizontal motion during dynamic.
The glide direction of the crimping dynamic model 26 send the glide direction of cover plate 24 perpendicular with first, the crimping cover half 27
It is fixed at overhead above and on the glide direction extension line of crimping dynamic model 26, the crimping opposite with crimping dynamic model 26
Cover half 27, which is equipped with, is used to limit dome by the first elastic force block piece for sending cap assemblies to push to crimping module Working position, and described the
One top component, 21 resilient abutment on rear side of end outer ring of the crimping dynamic model 26 towards crimping cover half 27 on.The crimping cover half 27
400 position of raceway between crimping dynamic model 26 is the Working position of crimping module, i.e., described crimping module Working position exists
On the raceway 400.
The crimping operation process of this implementation is：Dome transmission after the completion of punching lid is fallen on rear side of crimping module Working position
In raceway 400, the opening of dome is towards crimping dynamic model 26 at this time and crimping dynamic model 26 is away from crimping cover half 27；First send cover plate 24
Send 22 and first cam 23 of lid axis to act on to moving ahead and pushing dome to crimping module Working position from first, utilize crimping cover half
Elastic force block piece on 27 ensures that each dome is pushed to the uniformity of Working position；Then first row, volume after cover plate 24 are sent
Side dynamic model 26 is acted on towards crimping cover half 27 by crimping transmission shaft 25 and moved, and is extruded dome and is processed crimping；Then crimping moves
Mould 26 is again away from crimping cover half 27, and dome abuts in the end of crimping dynamic model 26 at this time, with the movement of crimping dynamic model 26,
First top component 21 then can mutually top acts on dome against end so that dome departs from crimping dynamic model 26, then along
400 times rollings of raceway.After dome departs from crimping dynamic model 26, next dome falls into the raceway on rear side of crimping module Working position again
In 400, repeat the above process, in cycles.
In the present embodiment, the beading machine structure 300 include be used for processed on crimping dome bulging tendons rolling bar model group,
For pushing crimping dome cap assemblies are sent to the second of rolling bar model group Working position and for ejecting rolling bar model group Working position
The second top component 31, the rolling bar model group Working position is on the raceway 400.Wherein：
The rolling bar model group includes the first mounting base 32, the second mounting base 33, rolling muscle cover half 37, rolling muscle dynamic model 38, cooperation
Dynamic model 39, cover half transmission shaft 34, dynamic model transmission shaft 35 and dynamic model sliding block 36, described second send cap assemblies to send lid axis including second
41st, second send cover plate 43 and second cam 42.First mounting base 32 is being rolled in the left side of raceway 400, the second mounting base 33
The right side in road 400.
The cover half transmission shaft 34 is threaded through in the first mounting base 32 by bearing block level, and first mounting base 32 is solid
Surely it is arranged in the lower frame of height rack 100, one end of the cover half transmission shaft 34 passes through chain wheel driving mechanism and driving motor
It is sequentially connected and send lid axis 41 to be sequentially connected by gear set and described second, the other end of the cover half transmission shaft 34, which is fixed, is connected
It is connected to the rolling muscle cover half 37.
Described second send that lid axis 41 is fixed in lower frame by bearing block and its one end is driven with cover half transmission shaft 34
Connection, second cam 42 are fixedly connected on second and send on lid axis 41, and described second send cover plate 43 to be slidably fitted in the second peace
On dress seat 33 side and its one end is connected with the second tension spring in height rack 100, described second send cover plate 43 equipped with
Second cam, 42 activity offsets the convex block of cooperation, and described second send the front end of cover plate 43 to be connected with the crotch knot that front end upsweeps
Structure.By driving motor to drive cover half transmission shaft 34 to rotate, the second cam 42 is then driven to send lid axis 41 synchronous in the same direction with second
Rotation, since the effect of pulling back of the second tension spring is so that second send the convex block of cover plate 43 to offset all the time with the second cam 42, when the
Second send cover plate 43 to go backward described in when the path position of two cams 42 coordinates with convex block, major diameter position and convex block when the second cam 42
Second send cover plate 43 reciprocating motion of the cover plate 43 in raceway 400 to be sent so as to fulfill second, due to the to moving ahead described in during cooperation
Two send 43 front end of cover plate then to ensure that second send cover plate 43 that crimping dome is sent to rolling bar model group Working position for crotch structure
Uniformity.
Described second send one end second of lid axis 41 to send cover plate 43 to stretch into the second mounting base 33, and described second send lid
The inserting end of axis 41 is equipped with the annular track slot set around its periphery wall, and the dynamic model sliding block 36 is slidably fitted in the second mounting base
33 leading flanks are simultaneously engaged with the annular track slot, and said second send lid axis 41 to rotate, and can drive the dynamic model sliding block 36
Moved back and forth along annular track slot.Annular track slot described in the present embodiment is by the first track slot and the second track slot group that are connected to end
Into wherein first track slot send lid axis 41 close to the side of rolling muscle cover half 37 positioned at second, crossing the section of the first track slot and the
Two send the long axis of lid axis 41 perpendicular, and the section for crossing the second track slot is in the section of the vertical second long axis for sending lid axis 41
30 °~70 ° inclinations angle, and the kernel of section point for crossing the second track slot send the long axis centerline of lid axis 41 to intersect with second.When described
When dynamic model sliding block 36 is engaged with the second track slot, second send the rotation of lid axis 41 that dynamic model sliding block 36 can be driven to move along a straight line, and works as
When the dynamic model sliding block 36 is engaged with the first track slot, second send the rotation of lid axis 41 that dynamic model sliding block 36 will not be driven to move along a straight line
But holding position is motionless.
In the present embodiment, it is described cooperation dynamic model 39 be connected to by rolling bearing on dynamic model sliding block 36 and with the rolling muscle
Cover half 37 is opposite, and second top component 31 is fixedly connected with dynamic model sliding block 36 and is movably set in 37 outer ring of rolling muscle cover half
On.
The dynamic model transmission shaft 35 is installed in two sliding seat 30 by rolling bearing, and the sliding seat 30 is installed on the
Elastic component is connected between the both sides of one mounting base 32 and each mounting base bottom and the first mounting base 32, described second send
Lid axis 41 is connected between the sliding seat 30 of rolling muscle dynamic model 38 by leverage 40, and described second send lid axis 41 and thick stick
40 connection of linkage is equipped with cam.
The dynamic model transmission shaft 35 is sequentially connected by the gear set being meshed with cover half transmission shaft 34 and dynamic model transmission shaft
The first mounting base 32 is stretched out in 35 one end, be fixedly connected with the external part of the dynamic model transmission shaft 35 the rolling muscle dynamic model 38 and
The rolling muscle dynamic model 38 is in the surface of rolling muscle cover half 37.Preferably, between the dynamic model transmission shaft 35 and cover half transmission shaft 34
Gear set be arranged on side of first mounting base 32 away from rolling muscle cover half 37, so that 35 both sides of dynamic model transmission shaft up and down
Scope of activities has difference, and the up and down scope close to 35 side of dynamic model transmission shaft of rolling muscle dynamic model 38 is driven relatively larger than dynamic model
The up and down scope of 35 opposite side of axis, the movable band of gear set between the dynamic model transmission shaft 35 and cover half transmission shaft 34
Place can keep engagement, and dynamic model transmission shaft 35 can be kept to be rotated synchronously with cover half transmission shaft 34.
Such second send lid axis 41 rotate after so that rotated synchronously with 40 matched cam of leverage, it is big when cam
Footpath position may be such that the other end of leverage 40 pushes sliding seat 30 with cam engagement, so that the rolling on dynamic model transmission shaft 35
38 downlink of muscle dynamic model is engaged with rolling muscle cover half 37 and rolling muscle is processed on crimping dome；Conversely, when cam path be with
Since the upper bullet of elastic component acts on so that 30 uplink of sliding seat resets, so that rolling muscle dynamic model 38 and rolling muscle during cam engagement
37 phase of cover half is rolled on 37 outer ring of muscle cover half from and easy to next crimping dome is fixed on.
The raceway 400 send cover plate 24 and second to send to be equipped with 43 mated position of cover plate and be used to control the with first respectively
One send the track that cover plate 24 or the second send cover plate 43 to keep moving back and forth circuit.
The rolling muscle operation process of the present embodiment is：After driving electric motor starting, the cover half transmission shaft 34 and dynamic model transmission shaft
35 and second send lid axis 41 constantly to rotate, in the raceway 400 that is introduced into lower frame of crimping dome of muscle to be rolled before, it is described
Second send that lid axis 41 drives second to send after cover plate 43 row and second send the crotch structure correspondence of 43 front end of cover plate in the preceding paragraph raceway
400 drop-off positions；Crimping dome is taken advantage of a situation in the raceway 400 come downwards in lower frame and is fallen in the second crotch structure for sending cover plate 43
It is interior, with the second rotation for sending lid axis 41, the second cam 42 drive second send cover plate 43 push forward crimping dome to rolling muscle determine
Between mould 37 and cooperation dynamic model 39；After in place, dynamic model 39 and dynamic model sliding block 36 is coordinated to send lid axis 41 to be driven towards rolling muscle by second
Cover half 37 moves, when coordinate dynamic model 39 push crimping dome and be adjacent to roll muscle cover half 37 on when, described second send cover plate 43 and
Its crotch structure send cap assemblies to drive then row reset by second（Wait the crimping dome of next muscle to be rolled）, while roll muscle cover half
37 drive crimping domes and cooperation dynamic model 39 rotate together；Then, second top leverage 40 on the cam on lid axis 41 is sent to make
Muscle dynamic model 38 must be rolled to push, then process bulging tendons on crimping dome；With the second rotation for sending lid axis 41, the upper top of cam
Effect no longer 38 uplink reset of elastic component drive sliding seat 30 and rolling muscle dynamic model, dynamic model sliding block 36 and cooperation dynamic model 39 are remote
Mutually top acts on second top component 31 with crimping dome while rolling muscle cover half 37 so that and crimping dome departs from rolling muscle cover half 37,
Again along 400 times rollings of raceway.After crimping dome departs from rolling muscle cover half 37, next crimping dome send cover plate 43 to push by second again
To between rolling muscle cover half 37 and cooperation dynamic model 39, repeat the above process, in cycles.
The basic principle and main feature and advantages of the present invention of the invention has been shown and described above, the industry
Technical staff is it should be appreciated that the present utility model is not limited to the above embodiments, described in the above embodiment and specification
It is the principle for illustrating the utility model, on the premise of the invention spirit and scope are not departed from, the utility model also has
Various changes and modifications, these various changes and improvements fall within the scope of the claimed invention, the requires of the utility model
Protection domain is defined by the appending claims and its equivalent thereof.
Claims (8)
1. a kind of dome crimping rolls muscle all-in-one machine, it is characterised in that including driving motor, height rack and is arranged on height rack
It is overhead on curling mechanism and the beading machine structure that is arranged in the lower frame of height rack, be additionally provided with height in the height rack
The raceway gradually reduced from the front to the back, the curling mechanism is including being used to process the crimping module of crimping on dome, being used for
Push dome to the first of crimping module Working position send cap assemblies and for eject crimping module Working position first top
The lid component, the beading machine structure include being used to process the rolling bar model group of bulging tendons on crimping dome, for pushing crimping dome
Cap assemblies and the second top component for ejecting rolling bar model group Working position, institute are sent to the second of rolling bar model group Working position
Stating first send cap assemblies, second to send cap assemblies, crimping module and rolling bar model group to add by driving motor driving, the crimping module
Station is put with rolling bar model group Working position on the raceway.
2. dome crimping according to claim 1 rolls muscle all-in-one machine, it is characterised in that described first send cap assemblies to include the
One send lid axis, first to send cover plate and the first cam, and described first send lid axis to be fixed at overhead upper and one by bearing block
End is sequentially connected by chain wheel driving mechanism and driving motor, and first cam is fixedly connected on first and send the another of lid axis
End, described first send cover plate to be slidably fitted on rear side of raceway, and described first send one end of cover plate and first in height rack to draw
Spring is connected, and described first send the pillar that cover plate is equipped with the cooperation that offsets with the first cam activation.
3. dome crimping according to claim 2 rolls muscle all-in-one machine, it is characterised in that the crimping module is determined including crimping
Mould, crimping dynamic model and crimping transmission shaft, the crimping transmission shaft are fixed at overhead upper and its one end by bearing block and pass through
Bevel gear group send lid axis to be sequentially connected with first, and the crimping dynamic model is slidably fitted in the slide on overhead Nei and its one end passes through
Movable rod is flexibly connected with crimping transmission shaft, and the glide direction of the crimping dynamic model send the glide direction of cover plate mutually to hang down with first
Directly, the crimping cover half is fixed at opposite with crimping dynamic model overhead upper and in the glide direction extension line of crimping dynamic model
On, the first top component resilient abutment on rear side of end outer ring of the crimping dynamic model towards crimping cover half on.
4. dome crimping according to claim 3 rolls muscle all-in-one machine, it is characterised in that the crimping cover half, which is equipped with, to be used for
Dome is limited by the first elastic force block piece for sending cap assemblies to push to crimping module Working position.
5. dome crimping according to claim 1 rolls muscle all-in-one machine, it is characterised in that described second send cap assemblies to include the
Two send lid axis, second to send cover plate and the second cam, described second send cover plate be slidably fitted in rolling bar model group and its one end with it is high
The second tension spring in low rack is connected, and described second send cover plate to be equipped with convex block, and second cam is fixedly connected on second
Send on lid axis and send the convex block activity on cover plate to offset cooperation with second, described second send lid axis to be fixed at by bearing block
In lower frame and its one end is sequentially connected with rolling bar model group, and the rolling bar model group is connected by chain wheel driving mechanism and driving motor transmission
Connect.
6. dome crimping according to claim 5 rolls muscle all-in-one machine, it is characterised in that the rolling bar model group includes the first peace
Seat, the second mounting base, rolling muscle cover half, rolling muscle dynamic model, cooperation dynamic model, cover half transmission shaft, dynamic model transmission shaft and dynamic model sliding block are filled,
The cover half transmission shaft is threaded through in the first mounting base by bearing block level, and one end of the cover half transmission shaft passes through chain
Wheel drive mechanism is sequentially connected with driving motor and send lid axis to be sequentially connected by gear set and described second, the cover half transmission
The other end of axis is fixedly connected with the rolling muscle cover half；
Described second send one end second of lid axis to send cover plate to stretch into the second mounting base, and described second send cover plate to be slidably fitted in
On second mounting base side, and described second send the inserting end of lid axis to be equipped with the annular track slot set around its periphery wall, described
Dynamic model sliding block is slidably fitted in the second mounting base leading flank and is engaged with the annular track slot, and the cooperation dynamic model passes through rolling
Bearing be connected on dynamic model sliding block and with it is described rolling muscle cover half it is opposite, second top component is fixedly connected with dynamic model sliding block simultaneously
It is movably set on rolling muscle cover half outer ring；
The dynamic model transmission shaft is installed in two sliding seat by rolling bearing, and the sliding seat is installed on the first mounting base
Elastic component is connected between both sides and each mounting base bottom and the first mounting base, the dynamic model transmission shaft is by being meshed
Gear set be connected with cover half transmission shaft driven and one end of dynamic model transmission shaft stretch out the first mounting base, the dynamic model transmission shaft
The rolling muscle dynamic model is fixedly connected with external part and the rolling muscle dynamic model is in the surface of rolling muscle cover half；
Described second send lid axis to be connected between the sliding seat of rolling muscle dynamic model by leverage, and described second send lid axis
Cam is equipped with leverage connection.
7. dome crimping according to claim 6 rolls muscle all-in-one machine, it is characterised in that the dynamic model transmission shaft is passed with cover half
Gear set between moving axis is arranged on side of first mounting base away from rolling muscle cover half.
8. dome crimping according to claim 6 rolls muscle all-in-one machine, it is characterised in that described second send the front end of cover plate to connect
It is connected to the crotch structure that front end upsweeps.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721315534.9U CN207288703U (en) | 2017-10-13 | 2017-10-13 | A kind of dome crimping rolls muscle all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721315534.9U CN207288703U (en) | 2017-10-13 | 2017-10-13 | A kind of dome crimping rolls muscle all-in-one machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207288703U true CN207288703U (en) | 2018-05-01 |
Family
ID=62413999
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721315534.9U Expired - Fee Related CN207288703U (en) | 2017-10-13 | 2017-10-13 | A kind of dome crimping rolls muscle all-in-one machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207288703U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111215516A (en) * | 2020-01-15 | 2020-06-02 | 欧志高 | A hot pot bottom trompil device for production of copper chafing dish |
-
2017
- 2017-10-13 CN CN201721315534.9U patent/CN207288703U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111215516A (en) * | 2020-01-15 | 2020-06-02 | 欧志高 | A hot pot bottom trompil device for production of copper chafing dish |
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Granted publication date: 20180501 |