CN208895258U - The milling profile mechanism of battery tray tinuous production - Google Patents
The milling profile mechanism of battery tray tinuous production Download PDFInfo
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- CN208895258U CN208895258U CN201821578469.3U CN201821578469U CN208895258U CN 208895258 U CN208895258 U CN 208895258U CN 201821578469 U CN201821578469 U CN 201821578469U CN 208895258 U CN208895258 U CN 208895258U
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- support
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Abstract
The utility model discloses the milling profile mechanism of battery tray tinuous production, including left support, right support, transverse beam assembly, transverse beam assembly left end sets left gear, and right end is equipped with right gear；Left support is equipped with left rack gear, and right support is equipped with right rack gear；Transverse beam assembly includes driving source, crossbeam, mill cutter assemblies, transversal driving mechanism, longitudinal driving mechanism；Driving source includes Dual-output shaft motor, and Dual-output shaft motor one end connects left gear, and the other end connects right gear.The design cooperated with rack and pinion can make its cabinet of such as slotting with subsequent production technology, punching tapping machine structure, milling side channel mechanism form tinuous production, so that effectively save place space, saves manufacturing cost.
Description
Technical field
The utility model relates to electromagnetism pallets, and in particular to the milling profile mechanism of battery tray tinuous production.
Background technique
The production of battery tray, including milling profile mechanism, fluting cabinet, punching tapping machine structure, milling side channel mechanism, cleaning machine
The processes such as structure, the production of current battery pallet, using market existing equipment, each mechanism is individually operated.So that by a procedure
It goes to another procedure and needs transitional facility or manual operation, cause the time needed in the production of every procedure often (in including
Turn the time), lead to inefficiency.
Summary of the invention
In view of the above technical problems, the utility model provides a kind of milling profile mechanism of battery tray tinuous production,
The design cooperated using rack and pinion can make its cabinet of such as slotting with subsequent production technology, punching tapping machine structure, milling side channel
Mechanism etc. forms tinuous production, so that effectively save place space, saves manufacturing cost.Because support component need to keep certain
Highly, therefore design is lifted the height that base assembly improves support component, because being lifted the presence of base assembly, therefore will set on bottom plate
Set through-hole, can effectively save the dosage of bottom plate steel, save material, reduce the weight of bracket component, be readily transported, reduce at
This.
In order to solve the above technical problems, the technical solution that the utility model uses is: battery tray tinuous production
Milling profile mechanism, including bracket, driving mechanism, bracket include symmetrically arranged left support, right support, and left support includes bracket
Ontology, rack body include lifting component, support component, and support component is fixed on lifting component upper surface, and support component is shell
Body structure, support component include upper plate, both side plate, bottom plate, and upper plate upper surface sets that there are two in horizontally long direction interval longitudinally
It is extended guide rail, upper plate upper surface, which is additionally provided with, extends rack assembly along longitudinally, and rack assembly is located at the two sides of guide rail
In side, rack assembly includes the fixed plate being fixed on upper plate, the rack gear that is mounted in fixed plate, and rack gear includes strip
Portion, teeth portion, teeth portion are located at stripes lower end；
Driving mechanism includes transverse beam assembly, and transverse beam assembly left end is equipped with left gear, and right end is equipped with right gear；Left gear and a left side
Rack gear on bracket engages, the rack gear engagement on right gear and right support；
Transverse beam assembly includes driving the left gear, driving source of right gear rotation, crossbeam, mill cutter assemblies, laterally driven
Mechanism, longitudinal driving mechanism, transversal driving mechanism include the cross lead screw being arranged on crossbeam and are arranged in the cross lead screw
On transverse slider；Longitudinal driving mechanism includes longitudinally mounted seat, the longitudinal screw mandrel and setting that are arranged on longitudinally mounted seat
Longitudinal sliding block in the longitudinal screw mandrel, longitudinally mounted seat are fixedly connected with transverse slider, and longitudinal sliding block is fixedly connected with mill cutter assemblies；
Driving source includes rotation axis and the motor for driving rotation axis rotation, and rotation axis one end connects left gear, another
End connection right gear.
On the basis of the embodiment above, preferably, lifting component includes lifting pedestal, the lifting pedestal is flat
Plate is equipped with several lifting units being fixedly connected with the lifting pedestal, two neighboring lift on lifting pedestal longitudinally
Unit interval arrangement is risen, lifting unit upper end setting lifting upper plate, lifting upper plate includes several first upper plates, the second upper plate,
First upper plate, the second upper plate are being staggered, and the head end of lifting upper plate and end are the first upper plate, and the second upper plate is flat
Plate, the first upper plate include the first plate and the locking mechanism that the first plate opposite end is arranged in, and locking mechanism includes L shape
Plate, L shaped plate include transverse slat, riser, and riser is mounted on the transverse slat lower end surface, and transverse slat upper surface is equipped with latch segment, on latch segment
Equipped with threaded hole, lifting unit is polygon tube body, by setting connecting partition between two neighboring lifting unit, connect every
Two opposite sides of plate are fixedly connected respectively at two neighboring lifting unit, connecting partition lower end surface and the fixed company of lifting pedestal
It connects, connecting partition upper surface and the cooperation of lifting upper plate interval.
On the basis of the embodiment above, preferably, fixed plate is T font fixed plate, fixed plate includes transverse slat, erects
Plate, rack gear are located at the side of riser, and the other side of riser is equipped with several in the spaced riser stiffening plate of longitudinally.
On the basis of the embodiment above, preferably, both side plate is concave shape side plate, the recess of both side plate is set opposite to each other
It sets, the region between the both side plate is equipped with several baffle assemblies, and baffle assembly includes first partition, second partition, the
One partition is fixedly connected with second partition, and the angle between first partition, second partition is 60 degree, partition and the horizontally long side
To angle be 30 degree.
On the basis of the embodiment above, reinforce preferably, being equipped with several side plates in the recess of concave shape side plate
Plate.
On the basis of the embodiment above, preferably, crossbeam includes liner, shell, liner is round tube shape structure, outside
Shell is square tube type structure, and shell includes bottom plate, front side board, back side panel, upper plate, left end cap, right end cap, in the liner and shell
Between the liner is fixedly connected with shell by several stiffening plates, several described stiffening plates are in liner axis direction
On be evenly spaced on.
On the basis of the embodiment above, preferably, motor is mounted in shell and is located at below the liner, electricity
Machine is Dual-output shaft motor, and Dual-output shaft motor includes left output shaft, right output shaft, and left output shaft passes through left end cap and connects left tooth
Wheel, right output shaft pass through right end cap and connect right gear, pass through between left output shaft and left end cap and right output shaft and right end cap
Bearing fit.
On the basis of the embodiment above, preferably, front side board outer end face, which is equipped with, is longitudinally spaced distribution laterally
Two cross slide ways and the cross lead screw between described two cross slide ways, cross lead screw both ends extended are connected and fixed
Horizontal drive motor is connected in one end of the lateral bearing of front side board outer end face, cross lead screw, longitudinally mounted seat front end face is equipped with
It is horizontally spaced apart two longitudinal rails longitudinally extended and the longitudinal screw mandrel between described two longitudinal rails,
The both ends of longitudinal screw mandrel are fixed on longitudinally mounted seat by longitudinal bearing, and the upper end of longitudinal screw mandrel connects vertical drive motor,
Longitudinal sliding block in longitudinal screw mandrel is fixedly connected with mill cutter assemblies, and the cutter head of mill cutter assemblies is located at the lower end of mill cutter assemblies.
On the basis of the embodiment above, preferably, transverse beam assembly further includes left crossbeam mounting base, the installation of right crossbeam
Seat, the guide rail that left crossbeam mounting base is stuck on the guide rail of left support with the left support are slidably matched on longitudinally, right
The guide rail that crossbeam mounting base is stuck on the guide rail of right support with the right support is slidably matched on longitudinally.
The beneficial effects of the utility model are:
The design cooperated using rack and pinion can make its such as slot with subsequent production technology cabinet, punching tapping machine
Structure, milling side channel mechanism etc. form tinuous production, so that effectively save place space, saves manufacturing cost.
Because support component need to keep certain height, therefore the height that lifting base assembly improves support component is designed, because of lift
The presence of base assembly is risen, therefore through-hole will be set on bottom plate, can effectively save the dosage of bottom plate steel, saves material, is reduced
The weight of bracket component, is readily transported, and reduces cost.
Region between both side plate is equipped with several baffle assemblies, is connect by the both ends of several partitions with both side plate,
Weight is reduced while guaranteeing support component intensity, to reduce cost.
Both side plate is constituted using two concave shape side plates being disposed opposite to each other, on the one hand convenient for the dress between both side plate and bottom plate
Match, on the other hand the intensity of both side plate can be effectively ensured and material can be saved by the design of side plate stiffening plate.
The combination of both side plate, side plate stiffening plate, can be effectively ensured the intensity of support component, and greatly reduce weight, just
In transport, reduce costs.
It is arranged between two neighboring lifting unit by partition, so that entirely the lifting unit of lifting component forms a view
Entirety in feel is substituted using homogeneous tube relative to that will be lifted unit, can save material utilization amount, reduces transportation cost, in lifting base
Seat longitudinally is equipped with several lifting units being fixedly connected with the lifting pedestal, and lifting unit is coating steel pipe, can
The usage amount of effectively save steel reduces the weight of lifting component, saves material, reduces transportation cost.
Crossbeam includes liner, shell, and liner is round tube shape structure, and shell is square tube type structure, is led between liner and shell
It crosses several stiffening plates and is fixedly connected with the liner with shell, because milling shape equipment totality load-bearing is big, therefore, crossbeam needs are adopted
With steel, according to solid steel, high production cost, according to smaller solid steel, because of transversal driving mechanism, zigzag tread patterns machine
Structure and milling shape component are larger, on the one hand install constant, on the other hand also seriously affect equipment overall aesthetic degree；Therefore, this reality
Effectively subtracted using round tube, shell folder stiffening plate design when guaranteeing that crossbeam has larger volume to meet installation requirements with novel
The light weight of crossbeam.The intensity of crossbeam is effectively ensured in the design of stiffening plate.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is that Fig. 1 removes the structural schematic diagram after upper plate, waveform cover board；
Fig. 3 is that Fig. 2 removes the structural schematic diagram after waveform cover board；
Fig. 4 is the structural schematic diagram that Fig. 3 removes transversal driving mechanism, longitudinal driving mechanism；
Fig. 5 is that Fig. 4 removes the structural schematic diagram after front side board；
Fig. 6 is the structural schematic diagram that Fig. 1 removes transverse beam assembly；
Fig. 7 is the structural schematic diagram that left support removes upper plate；
Fig. 8 is the structural schematic diagram of rack assembly；
Fig. 9 is the assembling schematic diagram for being lifted component and bottom plate；
Figure 10 is the perspective view for being lifted component；
Figure 11 is the structural schematic diagram that Figure 10 removes first upper plate, the second upper plate；
Figure 12 is the structural schematic diagram of the first upper plate.
Specific embodiment
Below with reference to embodiment, specific embodiment of the present utility model is further described.
Battery tray tinuous production includes feed mechanism, milling profile mechanism, fluting cabinet, punching tapping machine structure, milling side
Groove mechanism, wiper mechanism, cutting agency, wherein milling profile mechanism, punching tapping machine structure, mills side channel mechanism, is clear fluting cabinet
Washing machine structure shares left support, right support forms tinuous production.
As shown in figs. 1-12, the milling profile mechanism of battery tray tinuous production, including bracket, driving mechanism, bracket packet
Symmetrically arranged left support 1, right support 2 are included, left support includes rack body, and rack body includes lifting component 101, support
Component 102, support component are fixed on lifting component upper surface, and support component is shell structure, support component include upper plate 1021,
Both side plate 1022, bottom plate 1023, upper plate upper surface set there are two horizontally long direction interval longitudinally be extended guide rail
10211, upper plate upper surface, which is additionally provided with, extends rack assembly along longitudinally, and rack assembly is located at the outside of guide rail, rack gear group
Part includes the fixed plate 1024 being fixed on upper plate, the rack gear 1025 being mounted in fixed plate, and rack gear includes stripes, teeth portion,
Teeth portion is located at stripes lower end.
Driving mechanism includes transverse beam assembly, and transverse beam assembly left end is equipped with left gear 3, and right end is equipped with right gear；Left gear and
Rack gear on left support engages, the rack gear engagement on right gear and right support.
Transverse beam assembly includes driving the left gear, the driving source of right gear rotation, crossbeam 4, mill cutter assemblies 5, laterally driving
Motivation structure, longitudinal driving mechanism, transversal driving mechanism include the cross lead screw 6 being arranged on crossbeam and are arranged in the transverse wire
Transverse slider on bar；Longitudinal driving mechanism include longitudinally mounted seat 7, the longitudinal screw mandrel 8 being arranged on longitudinally mounted seat and
Longitudinal sliding block in the longitudinal screw mandrel is set, and longitudinally mounted seat is fixedly connected with transverse slider, and longitudinal sliding block is fixedly connected with milling cutter
Component；
Driving source includes rotation axis 9, motor 10, and rotation axis one end connects left gear, and the other end connects right gear.
Being lifted component includes lifting pedestal 201, and the lifting pedestal is plate, if being equipped on lifting pedestal longitudinally
The dry lifting unit 202 being fixedly connected with the lifting pedestal, two neighboring lifting unit interval arrangement are lifted unit upper end
Setting lifting upper plate 203, lifting upper plate includes several first upper plates 2031, the second upper plate 2032, the first upper plate, the second upper plate
It is being staggered, and the head end of lifting upper plate and end are the first upper plate, the second upper plate is plate, and the first upper plate includes first
Plate and the locking mechanism 204 that the first plate opposite end is arranged in, locking mechanism include L shaped plate, and L shaped plate includes transverse slat
2041, riser 2042, riser are mounted on the transverse slat lower end surface, and transverse slat upper surface is equipped with latch segment 2043, and latch segment is equipped with
Threaded hole 2044, lifting unit are polygon tube body, pass through setting connecting partition 205 between two neighboring lifting unit, even
It connects two opposite sides of partition to be fixedly connected respectively at two neighboring lifting unit, connecting partition lower end surface and lifting pedestal are solid
Fixed connection, connecting partition upper surface and the cooperation of lifting upper plate interval.
Fixed plate is T font fixed plate, and fixed plate includes transverse slat 10242, riser 10241, and rack gear is located at the side of riser,
The other side of riser is equipped with several in the spaced riser stiffening plate 10243 of longitudinally.
Both side plate is concave shape side plate, and the recess of both side plate is disposed opposite to each other, if the region between the both side plate is equipped with
Dry 1023 component of partition, baffle assembly include first partition 10231, second partition 10232, and first partition and second partition are solid
Fixed connection, and the angle between first partition, second partition is 60 degree, the angle in partition and the horizontally long direction is 30 degree.
Several side plate stiffening plates 10221 are equipped in the recess of concave shape side plate.
Crossbeam includes liner 41, shell 42, and liner is round tube shape structure, and shell is square tube type structure, and shell includes bottom plate
416, front side board 412, back side panel 413, upper cover plate 411, left end cap 414, right end cap 415 lead between the liner and shell
It crosses several stiffening plates 417 and is fixedly connected with the liner with shell, several described stiffening plates are on liner axis direction
It is evenly spaced on.
Motor 10 is mounted in shell and is located at below the liner, and motor is Dual-output shaft motor, the output shaft of motor
Including left output shaft 91, right output shaft 92, left output shaft passes through left end cap and connects left gear, and right output shaft is connected across right end cap
Right gear is cooperated by bearing 93 between left output shaft and left end cap and right output shaft and right end cap.
Front side board outer end face is equipped with two cross slide ways 4121 and be located at institute for being longitudinally spaced that distribution is laterally extended
The cross lead screw between two cross slide ways is stated, cross lead screw both ends are fastened on the lateral bearing 417 of front side board outer end face,
One end of cross lead screw connects horizontal drive motor 418.
Longitudinally mounted seat front end face is equipped with and is horizontally spaced apart two longitudinal rails 71 longitudinally extended and is located at
The both ends of longitudinal screw mandrel 6 between described two longitudinal rails, longitudinal screw mandrel are fixed on longitudinally mounted seat by longitudinal bearing,
The upper end of longitudinal screw mandrel connects vertical drive motor 11, and the longitudinal sliding block in longitudinal screw mandrel is fixedly connected with mill cutter assemblies, milling cutter group
The cutter head 51 of part is located at the lower end of mill cutter assemblies.
Transverse beam assembly further includes left crossbeam mounting base 12, right crossbeam mounting base 14, and left crossbeam mounting base is stuck in left platform and leads
Be slidably matched on longitudinally on rail with the left platform rail, right crossbeam mounting base be stuck on right platform rail with it is described
Right platform rail be slidably matched on longitudinally.
In addition, further including being arranged on left and right bracket and front side board for protecting guide rail, cross slide way, cross lead screw
Elastic waveform cover board 13.
For those skilled in the art, technical solution documented by foregoing embodiments can still be repaired
Change or equivalent replacement of some of the technical features, it is within the spirit and principle of the utility model, made any
Modification, equivalent replacement, improvement etc., should be included within the scope of protection of this utility model.
Claims (9)
1. the milling profile mechanism of battery tray tinuous production, which is characterized in that including bracket, driving mechanism, bracket includes pair
Claim left support, the right support of setting, left support includes rack body, and rack body includes lifting component, support component, support group
Part is fixed on lifting component upper surface, and support component is shell structure, and support component includes upper plate, both side plate, bottom plate, on upper plate
End face is set there are two the guide rail extended in horizontally long direction interval longitudinally, and upper plate upper surface is additionally provided with to be extended along longitudinally
Rack assembly, rack assembly are located at the upper plate upper surface side remote apart from right support, and rack assembly includes being fixed on upper plate
Fixed plate, the rack gear being mounted in fixed plate, rack gear include stripes, teeth portion, and teeth portion is located at stripes lower end；
Driving mechanism includes transverse beam assembly, and transverse beam assembly left end is equipped with left gear, and right end is equipped with right gear；Left gear and left support
On rack gear engagement, the rack gear engagement on right gear and right support；
Transverse beam assembly include drive the left gear, right gear rotation driving source, crossbeam, mill cutter assemblies, transversal driving mechanism,
Longitudinal driving mechanism, transversal driving mechanism include the cross lead screw being arranged on crossbeam and the cross that is arranged on the cross lead screw
To sliding block；Longitudinal driving mechanism includes that longitudinally mounted seat, the longitudinal screw mandrel being arranged on longitudinally mounted seat and setting are vertical at this
Longitudinal sliding block on screw rod, longitudinally mounted seat are fixedly connected with transverse slider, and longitudinal sliding block is fixedly connected with mill cutter assemblies；
Driving source includes rotation axis and the motor for driving rotation axis rotation, and rotation axis one end connects left gear, and the other end connects
Connect right gear.
2. the milling profile mechanism of battery tray tinuous production as described in claim 1, which is characterized in that being lifted component includes
It is lifted pedestal, the lifting pedestal is plate, is equipped with several on lifting pedestal longitudinally and fixes with the lifting pedestal
The lifting unit of connection, two neighboring lifting unit interval arrangement, lifting unit upper end setting lifting upper plate, lifting upper plate include
Several first upper plates, the second upper plate, the first upper plate, the second upper plate are being staggered, and the head end of lifting upper plate and end are equal
For the first upper plate, the second upper plate is plate, and the first upper plate includes the first plate and the lock that the first plate opposite end is arranged in
Locking structure, locking mechanism include L shaped plate, and L shaped plate includes transverse slat, riser, and riser is mounted on the transverse slat lower end surface, transverse slat upper end
Face is equipped with latch segment, and latch segment is equipped with threaded hole, and lifting unit is polygon tube body, leads between two neighboring lifting unit
Setting connecting partition is crossed, two opposite sides of connecting partition are fixedly connected respectively at two neighboring lifting unit, connecting partition
Lower end surface is fixedly connected with lifting pedestal, connecting partition upper surface and the cooperation of lifting upper plate interval.
3. the milling profile mechanism of battery tray tinuous production as described in claim 1, which is characterized in that fixed plate is T word
Type fixed plate, fixed plate include transverse slat, riser, and rack gear is located at the side of riser, and the other side of riser is equipped with several in lengthwise
The spaced riser stiffening plate in direction.
4. the milling profile mechanism of battery tray tinuous production as described in claim 1, which is characterized in that both side plate is character cut in bas-relief
The recess of shape side plate, both side plate is disposed opposite to each other, and the region between the both side plate is equipped with several baffle assemblies, baffle assembly
Including first partition, second partition, first partition is fixedly connected with second partition, and the folder between first partition, second partition
Angle is 60 degree, and the angle in partition and the horizontally long direction is 30 degree.
5. the milling profile mechanism of battery tray tinuous production as claimed in claim 4, which is characterized in that concave shape side plate
Several side plate stiffening plates are equipped in recess.
6. the milling profile mechanism of battery tray tinuous production as described in claim 1, which is characterized in that crossbeam includes interior
Gallbladder, shell, liner are round tube shape structure, and shell is square tube type structure, and shell includes bottom plate, front side board, back side panel, upper plate, a left side
The liner and shell are fixedly connected between the liner and shell by several stiffening plates by end cap, right end cap, described
Several stiffening plates be evenly spaced on liner axis direction.
7. the milling profile mechanism of battery tray tinuous production as claimed in claim 6, which is characterized in that motor is mounted on shell
In vivo and it is located at below the liner, motor is Dual-output shaft motor, and Dual-output shaft motor includes left output shaft, right output shaft,
Left output shaft passes through left end cap and connects left gear, and right output shaft passes through right end cap and connects right gear, left output shaft and left end cap and
Pass through bearing fit between right output shaft and right end cap.
8. the milling profile mechanism of battery tray tinuous production as claimed in claim 6, which is characterized in that front side board outer end face
Two cross slide ways being laterally extended and the transverse direction between described two cross slide ways are distributed equipped with being longitudinally spaced
Screw rod, cross lead screw both ends are fastened on the lateral bearing of front side board outer end face, and one end connection of cross lead screw is laterally driven
Motor, longitudinally mounted seat front end face, which is equipped with, is horizontally spaced apart two longitudinal rails longitudinally extended and positioned at described two
The both ends of longitudinal screw mandrel between a longitudinal rail, longitudinal screw mandrel are fixed on longitudinally mounted seat by longitudinal bearing, Zong Xiangsi
The upper end of bar connects vertical drive motor, and the longitudinal sliding block in longitudinal screw mandrel is fixedly connected with mill cutter assemblies, the cutter head of mill cutter assemblies
Positioned at the lower end of mill cutter assemblies.
9. the milling profile mechanism of battery tray tinuous production as claimed in claim 6, which is characterized in that transverse beam assembly also wraps
Include left crossbeam mounting base, right crossbeam mounting base, left crossbeam mounting base is stuck on the guide rail of left support to be led with the left support
Rail is slidably matched on longitudinally, and right crossbeam mounting base is stuck on the guide rail of right support with the guide rail of the right support vertical
It is slidably matched on length direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821578469.3U CN208895258U (en) | 2018-09-27 | 2018-09-27 | The milling profile mechanism of battery tray tinuous production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821578469.3U CN208895258U (en) | 2018-09-27 | 2018-09-27 | The milling profile mechanism of battery tray tinuous production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208895258U true CN208895258U (en) | 2019-05-24 |
Family
ID=66573841
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821578469.3U Active CN208895258U (en) | 2018-09-27 | 2018-09-27 | The milling profile mechanism of battery tray tinuous production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208895258U (en) |
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2018
- 2018-09-27 CN CN201821578469.3U patent/CN208895258U/en active Active
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Effective date of registration: 20190618 Address after: Room 231, Building 6, Jiaxing Photovoltaic Park, 1288 Kanghe Road, Xiuzhou District, Jiaxing City, Zhejiang Province Patentee after: Jiaxing Rongshuo Machinery Co., Ltd. Address before: 314000 A-5, No. 289 Muyang Road, Jiaxing City, Zhejiang Province Patentee before: Jiaxing Shi Mai Machinery Co., Ltd. |