CN209206592U - Heavy single head saw - Google Patents
Heavy single head saw Download PDFInfo
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- CN209206592U CN209206592U CN201822251513.6U CN201822251513U CN209206592U CN 209206592 U CN209206592 U CN 209206592U CN 201822251513 U CN201822251513 U CN 201822251513U CN 209206592 U CN209206592 U CN 209206592U
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- saw
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- control feed
- frame
- feeding
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Abstract
The utility model relates to aluminum profile sawing device technical fields, in particular to heavy single head saw, it includes saw rack, including saw rack, the surface of saw rack is provided with workbench, the saw rack is internally provided with sawing component, the saw blade that the energy that sawing component is equipped with moves back and forth toward workbench；The workbench is provided with the saw blade slot to match with saw blade；The workbench surface is provided with saw material pressing device；It controls the movement of numerical-control feed material pressing device using screw rod transmission；It has it is easy to use, can be accurately positioned, facilitate feeding, greatly improve working efficiency and cut quality.
Description
Technical field
The utility model relates to aluminum profile sawing device technical field, in particular to heavy single head saw.
Background technique
Saw is to be moved back and forth by strap saw or band saw to saw as cutter or circular saw rotary motion is carved come sawing and divided
Timber.Common saw has band sawing machine and circular sawing machine.
There are the following problems when in use for traditional saw: first is, when in use, feeding trouble is or not traditional saw
Convenient, working efficiency is low.Second is, the saw blade of traditional saw at work, without auxiliary positioning mechanism, leads to positioning not
Standard influences working efficiency.
Utility model content
The purpose of this utility model is that it is in view of the drawbacks of the prior art and insufficient, heavy single head saw is provided, the equipment is fixed
Position is accurate, facilitates feeding, greatly improves working efficiency and cut quality.
In order to achieve the above purposes, the technical solution adopted by the utility model is:
Heavy type single head saw described in the utility model, including saw rack, the surface of saw rack are provided with workbench,
The saw rack is internally provided with sawing component, the saw blade that the energy that sawing component is equipped with moves back and forth toward workbench；Institute
It states workbench and is provided with the saw blade slot to match with saw blade；The workbench surface is provided with saw material pressing device；
Saw rack side is additionally provided under casing frame, and under casing frame surface is equipped with numerical-control feed frame, the numerical control
Cradle is equipped with can be along the numerical-control feed material pressing device that the length direction of numerical-control feed frame slidably reciprocates；Under casing frame surface
Being equipped with can be along the auxiliary material supporting rack that the length direction of numerical-control feed frame slidably reciprocates；Numerical-control feed frame one end and auxiliary material supporting rack
One end is mutually fixedly connected；Plane where the roller upper edge of the auxiliary material supporting rack and the plane where workbench are same
Plane.
Further, the sawing component includes fulcrum bearing and motor slide carriage, and the fulcrum bearing is fixed at saw
Saw blade track base is installed, the front end of the saw blade track base is equipped with linear guide, and straight line is led on rack inner bottom surface, in fulcrum bearing
Rail and the column of saw rack are parallel to each other, and the motor slide carriage is connected by linear slide block with linear guide, the motor
Slide surface rear portion is equipped with saw blade motor, and feed cylinder, the telescopic end of feed cylinder are equipped on the fulcrum bearing one side
It is connected with the bottom surface of motor slide carriage.
Further, the saw material pressing device includes horizontal deckle board, and described horizontal deckle board or so end is respectively arranged with reverse L
Shape left plate and L shape right side plate, backward L-shaped left plate are fixed by screws on suction box top surface, and L shape right side plate is solid by screw
It is scheduled on workbench, the backward L-shaped left plate and L shape right side plate of horizontal deckle board and its two sides form lower frame-type frame；
Press cylinder one is installed on the horizontal deckle board；The cylinder shaft of the press cylinder one is inserted through on horizontal deckle board
It is connected after through-hole with the top surface of clamp block；Cavity is equipped in the clamp block, the one side of clamp block is provided with dust mouth, described
Suction inlet is arranged towards dust mouth direction in suction box one end, and the dust mouth of the suction box is connected by hose with external dust collection equipment
It connects.
Further, it is fixedly installed saw binder guide rail on the inside of the L shape right side plate, is nested on saw binder guide rail
Saw binder sliding block, saw binder guide rail is parallel with vertical direction, and saw binder sliding block one end is fixed on clamp block lateral wall
On.
Further, platform rail, the length side of platform rail and numerical-control feed frame are provided on the numerical-control feed frame
To parallel setting, the platform rail sliding is nested with platform sliding block；Platform sliding block one end and numerical-control feed material pressing device phase
Connection.
Further, the numerical-control feed material pressing device includes top plate and feeding table, and top plate and feeding table two sides are provided with
Side plate forms numerical-control feed binder frame；It is provided with axis hole in the middle part of the top plate, Roof Middle face is equipped with numerical-control feed pressure
Expect cylinder two, the cylinder shaft of numerical-control feed press cylinder two is inserted through axis hole and is connected with numerical-control feed binder pressing plate；The top plate two
Side is correspondingly arranged on several slide bar through-holes, and several vertical slide bars are provided in slide bar through-hole, and bottom end and the numerical control of vertical slide bar are sent
Material binder pressing plate top surface two sides are weldingly connected；The bottom surface of the feeding table is mutually fixedly connected with platform sliding block one end；The feeding
Platform surface is further fixedly arranged on numerical-control feed press cylinder three, and the cylinder shaft of the numerical-control feed press cylinder three is fixedly connected with gas
The telescoping cylinder axis direction of three pressing plate of cylinder, numerical-control feed press cylinder three and numerical-control feed press cylinder two is vertical setting.
Further, at least one optical axis is fixedly installed by bearing block under casing frame surface, the optical axis is sliding
Set is nested with optical axis sliding block, and optical axis sliding block is mutually fixedly connected by connection square plate with the auxiliary material supporting rack other end.
Further, it further includes having material feeding driving mechanism, the material feeding driving mechanism include feeding driving servo motor,
Feeding screw mandrel and feed screw nut, feeding screw mandrel are fixed on the surface of numerical-control feed frame by bearing block, and feeding drives servo electricity
Machine is fixed on the surface of numerical-control feed frame, and feeding drives the main shaft of servo motor mutually solid with feeding screw mandrel one end by shaft coupling
Fixed connection, feeding screw mandrel are mutually threadedly coupled with feed screw nut, and feed screw nut is fixed on the bottom surface of feeding table by nut seat.
Further, the one side of the numerical-control feed frame is equipped with electronic box guide rail, is equipped with control on the electronic box guide rail
Electronic box.
After adopting the above structure, the utility model has the beneficial effect that heavy single head saw described in the utility model, it is used
Screw rod transmission controls the movement of numerical-control feed material pressing device；It has it is easy to use, can be accurately positioned, facilitate feeding, pole
The earth improves work efficiency and cut quality.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the utility model；
Fig. 2 is the schematic perspective view of the utility model other direction；
Fig. 3 is the portion the A enlarged drawing of Fig. 1；
Fig. 4 is the portion the B enlarged drawing of Fig. 1.
Description of symbols:
1, saw rack；2, fulcrum bearing；3, saw blade track base；4, motor slide carriage；5, saw blade motor；
6, linear guide；7, linear slide block；8, workbench；9, feed cylinder；10, suction box；
11, saw material pressing device；111, horizontal deckle board；112, press cylinder one；113, clamp block；
12, numerical-control feed frame；13, electronic box is controlled；
14, numerical-control feed material pressing device；141, top plate；142, feeding table；
143, numerical-control feed binder pressing plate；144, vertical slide bar；145, numerical-control feed press cylinder two；
146, feeding table backup plate；147, numerical-control feed press cylinder three；
15, under casing frame；16, material supporting rack is assisted；17, external material supporting rack；18, optical axis；
19, square plate is connected；20, optical axis sliding block；21, platform sliding block；22, platform rail；
23, saw binder guide rail；24, saw binder sliding block.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings.
As Figure 1-Figure 4, this specific implementation heavy single head saw, including saw rack 1, the table of saw rack 1
Face is provided with workbench 8, and the saw rack 1 is internally provided with sawing component, and the energy that sawing component is equipped with is flat toward work
The saw blade that platform 8 moves back and forth；The workbench 8 is provided with the saw blade slot to match with saw blade；8 surface of workbench is set
It is equipped with saw material pressing device 11；
1 side of saw rack is additionally provided under casing frame 15, and 15 surface of under casing frame is equipped with numerical-control feed frame 12, institute
State numerical-control feed frame 12 be equipped with can be along the numerical-control feed material pressing device 14 that the length direction of numerical-control feed frame 12 slidably reciprocates；
15 surface of under casing frame is equipped with can be along the auxiliary material supporting rack that the length direction of numerical-control feed frame 12 slidably reciprocates
16；12 one end of numerical-control feed frame is mutually fixedly connected with auxiliary 16 one end of material supporting rack；The roller upper edge of the auxiliary material supporting rack 16
The plane and the plane where workbench 8 at place are same plane.
Further, the sawing component includes fulcrum bearing 2 and motor slide carriage 4, and the fulcrum bearing 2 is fixed at saw
On 1 inner bottom surface of machine rack, saw blade track base 3 is installed in fulcrum bearing 2, the front end of the saw blade track base 3 is equipped with linear guide
6, linear guide 6 and the column of saw rack 1 are parallel to each other, and the motor slide carriage 4 passes through linear slide block 7 and 6 phase of linear guide
Connection, the 4 surface rear portion of motor slide carriage are equipped with saw blade motor 5, are equipped with feed cylinder 9 on 2 one side of fulcrum bearing,
The telescopic end of feed cylinder 9 is connected with the bottom surface of motor slide carriage 4；
The hydraulic power of feed cylinder 9 is supplied by hydraulic station, and the technology and the prior art are without essential distinction；It is sliding to start motor
Saw blade motor 5 on seat 4, when hydraulic station is that feed cylinder 9 provides hydraulic power, the telescopic rod of feed cylinder 9 is flexed outward, is pushed away
Dynamic motor slide carriage 4 and linear slide block 7 are moved along 6 direction of linear guide, and the saw blade in saw blade motor 5 is stretched out from saw blade slot to carry out
Cut aluminum profile.
Further, the saw material pressing device 11 includes horizontal deckle board 111, the horizontal end of deckle board 111 or so the difference
It is provided with backward L-shaped left plate and L shape right side plate, backward L-shaped left plate is fixed by screws on 10 top surface of suction box, on the right side of L shape
Plate is fixed by screws on workbench 8, and horizontal deckle board 111 and the backward L-shaped left plate and L shape right side plate of its two sides are formed down
Frame-type frame；Press cylinder 1 is installed on the horizontal deckle board 111；The cylinder shaft of the press cylinder 1 is inserted through water
It is connected after through-hole on flat deckle board 111 with the top surface of clamp block 113；It is equipped with cavity in the clamp block 113, clamp block 113
One side is provided with dust mouth, and suction inlet is arranged towards dust mouth direction in described 10 one end of suction box, and the suction box 10 goes out dirt
Mouth is connected by hose with external dust collection equipment.
Further, it is fixedly installed saw binder guide rail 23 on the inside of the L shape right side plate, it is embedding on saw binder guide rail 23
It is cased with saw binder sliding block 24, saw binder guide rail 23 is parallel with vertical direction, and 24 one end of saw binder sliding block is fixed on pressure
On 113 lateral wall of plate.
Further, platform rail 22, platform rail 22 and numerical-control feed frame 12 are provided on the numerical-control feed frame 12
The parallel setting of length direction, the platform rail 22 sliding is nested with platform sliding block 21；21 one end of platform sliding block and numerical control
Feeding material pressing device 14 is connected.
Further, the numerical-control feed material pressing device 14 includes top plate 141 and feeding table 142, top plate 141 and feeding table
142 two sides are provided with side plate, form numerical-control feed binder frame；Axis hole, Roof Middle face are provided in the middle part of the top plate 141
Numerical-control feed press cylinder 2 145 is installed, the cylinder shaft of numerical-control feed press cylinder 2 145 is inserted through axis hole and numerical-control feed pressure
Expect that pressing plate 143 is connected；141 two sides of top plate are correspondingly arranged on several slide bar through-holes, are provided in slide bar through-hole several vertical
Slide bar 144, bottom end and the 143 top surface two sides of numerical-control feed binder pressing plate of vertical slide bar 144 are weldingly connected；The feeding table 142
Bottom surface be mutually fixedly connected with 21 one end of platform sliding block；
142 surface of feeding table is further fixedly arranged on numerical-control feed press cylinder 3 147, the numerical-control feed binder gas
The cylinder shaft of cylinder 3 147 is fixedly connected with three pressing plate of cylinder, numerical-control feed press cylinder 3 147 and numerical-control feed press cylinder two
145 telescoping cylinder axis direction is vertical setting.
After numerical-control feed press cylinder 2 145 accesses gas source, numerical-control feed press cylinder 2 145 drives numerical-control feed binder
Pressing plate 143 is done to be moved down, realizes the movement of fixture under pressure aluminum profile；Vertical slide bar 144 mainly play the guiding role, and realizes steady
It pushes；Feeding table 142 and the component and workpiece being fixed on feeding table can be followed by platform sliding block 21 along 22 side of platform rail
To sliding.
Further, at least one optical axis 18, the light are fixedly installed by bearing block on 15 surface of under casing frame
18 sliding sleeve of axis is nested with optical axis sliding block 20, and by connecting, square plate 19 and auxiliary 16 other end of material supporting rack are mutually fixed to be connected optical axis sliding block 20
It connects.
Further, it further includes having material feeding driving mechanism, the material feeding driving mechanism include feeding driving servo motor,
Feeding screw mandrel and feed screw nut, feeding screw mandrel are fixed on the surface of numerical-control feed frame 12 by bearing block, and feeding drives servo
Motor is fixed on the surface of numerical-control feed frame 12, and feeding drives the main shaft of servo motor to pass through shaft coupling and feeding screw mandrel one end
It is mutually fixedly connected, feeding screw mandrel is mutually threadedly coupled with feed screw nut, and feed screw nut is fixed on the bottom of feeding table 142 by nut seat
On face.
Start feeding and drive servo motor, feeding drives servo motor to drive feeding screw mandrel to do rotation fortune by shaft coupling
Dynamic, feed screw nut's just sliding axially along feeding screw mandrel, feed screw nut drives entire numerical-control feed material pressing device 14 along sending
Material screw rod slides axially, and auxiliary material supporting rack 16 is followed by the sliding axially along feeding screw mandrel of numerical-control feed material pressing device 14.
Further, the one side of the numerical-control feed frame 12 is equipped with electronic box guide rail, is equipped with control on the electronic box guide rail
Electronic box 13 processed.
In the design, 1 right end of saw rack is equipped under casing frame, is equipped with external material supporting rack 17 on the right side of under casing frame；Under casing
15 top surface upper left side of frame is equipped with numerical-control feed frame 12；Right side is equipped with numerical-control feed material pressing device 14 on numerical-control feed frame 12,
The outboard end of numerical-control feed material pressing device 14 is equipped with auxiliary material supporting rack 16；The outside of auxiliary material supporting rack 16 is provided with external retainer
Frame 17.
In the design, auxiliary material supporting rack 16 and external 17 width of material supporting rack and height same machine frame is auxiliary material supporting rack 16, outer
It sets material supporting rack 17 and by two square bars and is mounted on and several deflector rolls are installed between two square bars form；Assist material supporting rack 16 and outer
The surface for setting material supporting rack 17 is in same level.
In the design, when numerical-control feed material pressing device 14 does not move, connected assists the right end of material supporting rack 16 to numerical control
The right end of cradle 12；The left end of external material supporting rack 17 is at the right end of numerical-control feed frame 12, in this way in feeding, to
Processing materials and parts first move on the deflector roll on external material supporting rack 17, until when at 17 left end of external material supporting rack, then extremely auxiliary material supporting rack
On 16 right ends, recycles at the mobile numerical-control feed material pressing device 14 of deflector roll on auxiliary material supporting rack 16, utilize numerical-control feed binder
Numerical-control feed press cylinder 2 145 on device 14 drives numerical-control feed binder pressing plate 143 to push down materials and parts to be processed, when moving to
When at saw material pressing device 11, then labor and materials to be added are further fixed by the press cylinder 1 on saw material pressing device 11
Part；
In the design, right side is equipped with fulcrum bearing 2 on 1 inner bottom surface of saw rack, and saw blade track base is equipped in fulcrum bearing 2
3, the front end of saw blade track base 3 is equipped with linear guide 6, linear slide block 7；Linear slide block 7 is connected with motor slide carriage 4, and motor is sliding
4 surface rear portions of seat are equipped with saw blade motor 5, and the machine shaft end of saw blade motor 5 installs saw blade；In the design, side on workbench 8
Suction box 10 is installed, 10 front right side of suction box is equipped with saw material pressing device 11.
The above description is only a preferred embodiment of the present invention, therefore all according to described in the utility model patent application range
The equivalent change or modification done of structure, feature and principle, be included in the scope of the utility model patent application.
Claims (9)
1. heavy single head saw, it is characterised in that: including saw rack (1), the surface of saw rack (1) is provided with workbench
(8), the saw rack (1) is internally provided with sawing component, and the energy that sawing component is equipped with moves back and forth toward workbench (8)
Saw blade；The workbench (8) is provided with the saw blade slot to match with saw blade；Workbench (8) surface is provided with saw
Machine material pressing device (11)；
Saw rack (1) side is additionally provided under casing frame (15), and under casing frame (15) surface is equipped with numerical-control feed frame
(12), the numerical-control feed frame (12) is equipped with the numerical-control feed pressure that can be slidably reciprocated along the length direction of numerical-control feed frame (12)
Expect device (14)；Under casing frame (15) surface is equipped with the auxiliary that can be slidably reciprocated along the length direction of numerical-control feed frame (12)
Material supporting rack (16)；Numerical-control feed frame (12) one end is mutually fixedly connected with auxiliary material supporting rack (16) one end；The auxiliary material supporting rack
(16) the plane where roller upper edge and the plane where workbench (8) is same plane.
2. it is according to claim 1 heavy type single head saw, it is characterised in that: the sawing component include fulcrum bearing (2) and
Motor slide carriage (4), the fulcrum bearing (2) are fixed on saw rack (1) inner bottom surface, and fulcrum bearing is equipped with saw blade on (2)
Track base (3), the front end of the saw blade track base (3) are equipped with linear guide (6), and linear guide (6) is vertical with saw rack (1)
Column is parallel to each other, and the motor slide carriage (4) is connected by linear slide block (7) with linear guide (6), the motor slide carriage (4)
Surface rear portion is equipped with saw blade motor (5), is equipped with feed cylinder (9) on fulcrum bearing (2) one side, feed cylinder (9)
Telescopic end be connected with the bottom surface of motor slide carriage (4).
3. heavy type single head saw according to claim 1, it is characterised in that: the saw material pressing device (11) includes horizontal pane
Plate (111), horizontal deckle board (111) the left and right end are respectively arranged with backward L-shaped left plate and L shape right side plate, and backward L-shaped left plate is logical
It crosses screw to be fixed on suction box (10) top surface, L shape right side plate is fixed by screws on workbench (8), horizontal deckle board
(111) lower frame-type frame is formed with the backward L-shaped left plate of its two sides and L shape right side plate；
Press cylinder one (112) is installed on the horizontal deckle board (111)；The cylinder shaft of the press cylinder one (112) is inserted through
It is connected after through-hole on horizontal deckle board (111) with the top surface of clamp block (113)；Cavity, pressing plate are equipped in the clamp block (113)
The one side of block (113) is provided with dust mouth, and suction inlet, the dust suction is arranged towards dust mouth direction in described suction box (10) one end
The dust mouth of case (10) is connected by hose with external dust collection equipment.
4. heavy type single head saw according to claim 3, it is characterised in that: be fixedly installed saw on the inside of the L shape right side plate
Machine binder guide rail (23), is nested with saw binder sliding block (24) on saw binder guide rail (23), saw binder guide rail (23) and hangs down
To parallel, saw binder sliding block (24) one end is fixed on clamp block (113) lateral wall histogram.
5. heavy type single head saw according to claim 1, it is characterised in that: be provided with platform on the numerical-control feed frame (12)
Guide rail (22), platform rail (22) setting parallel with the length direction of numerical-control feed frame (12), the platform rail (22) are sliding
It is dynamic to be nested with platform sliding block (21)；Platform sliding block (21) one end is connected with numerical-control feed material pressing device (14).
6. heavy type single head saw according to claim 5, it is characterised in that: the numerical-control feed material pressing device (14) includes top
Plate (141) and feeding table (142), top plate (141) and feeding table (142) two sides are provided with side plate, form numerical-control feed binder frame
Frame；It is provided with axis hole in the middle part of the top plate (141), Roof Middle face is equipped with numerical-control feed press cylinder two (145), numerical control
The cylinder shaft of feeding press cylinder two (145) is inserted through axis hole and is connected with numerical-control feed binder pressing plate (143)；The top plate (141)
Two sides are correspondingly arranged on several slide bar through-holes, and several vertical slide bars (144) are provided in slide bar through-hole, vertical slide bar (144)
Bottom end is weldingly connected with numerical-control feed binder pressing plate (143) top surface two sides；The bottom surface of the feeding table (142) and platform sliding block
(21) one end is mutually fixedly connected；Feeding table (142) surface is further fixedly arranged on numerical-control feed press cylinder three (147), institute
The cylinder shaft for stating numerical-control feed press cylinder three (147) is fixedly connected with three pressing plate of cylinder, numerical-control feed press cylinder three (147) and
The telescoping cylinder axis direction of numerical-control feed press cylinder two (145) is vertical setting.
7. heavy type single head saw according to claim 1, it is characterised in that: pass through bearing block under casing frame (15) surface
It is fixedly installed at least one optical axis (18), optical axis (18) sliding sleeve is nested with optical axis sliding block (20), and optical axis sliding block (20) is logical
Connection square plate (19) is crossed mutually to be fixedly connected with auxiliary material supporting rack (16) other end.
8. being sawed according to any heavy single head of claim 5-7, it is characterised in that: it further includes having material feeding driving mechanism,
The material feeding driving mechanism includes that feeding driving servo motor, feeding screw mandrel and feed screw nut, feeding screw mandrel are solid by bearing block
It is scheduled on the surface of numerical-control feed frame (12), feeding driving servo motor is fixed on the surface of numerical-control feed frame (12), feeding
The main shaft of driving servo motor is mutually fixedly connected by shaft coupling with feeding screw mandrel one end, feeding screw mandrel and feed screw nut's phase screw thread
Connection, feed screw nut are fixed on the bottom surface of feeding table (142) by nut seat.
9. heavy type single head saw according to any one of claims 1 to 7, it is characterised in that: the one of the numerical-control feed frame (12)
Side is equipped with electronic box guide rail, and control electronic box (13) is equipped on the electronic box guide rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822251513.6U CN209206592U (en) | 2018-12-29 | 2018-12-29 | Heavy single head saw |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822251513.6U CN209206592U (en) | 2018-12-29 | 2018-12-29 | Heavy single head saw |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209206592U true CN209206592U (en) | 2019-08-06 |
Family
ID=67466618
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822251513.6U Active CN209206592U (en) | 2018-12-29 | 2018-12-29 | Heavy single head saw |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209206592U (en) |
-
2018
- 2018-12-29 CN CN201822251513.6U patent/CN209206592U/en active Active
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|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20220112 Address after: 528325 No. 13-6, No. 1 road, No. 3 industrial zone, changjiao village, Xingtan town, Shunde District, Foshan City, Guangdong Province (residence declaration) Patentee after: Foshan Shunde Sanchuang Intelligent Equipment Co.,Ltd. Address before: 528325 No. 6 No. 5 and No. 13 No. 6 of Changjiao Industrial Park, Xingtan Town, Shunde District, Foshan City, Guangdong Province Patentee before: GUANGDONG Z.F EQUIPMENT Co.,Ltd. |