CN105291281B - Pearlite heat-insulation plate embryo multi-bit cutting machine - Google Patents
Pearlite heat-insulation plate embryo multi-bit cutting machine Download PDFInfo
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- CN105291281B CN105291281B CN201510730365.4A CN201510730365A CN105291281B CN 105291281 B CN105291281 B CN 105291281B CN 201510730365 A CN201510730365 A CN 201510730365A CN 105291281 B CN105291281 B CN 105291281B
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Abstract
The invention belongs to cutting machine field, more particularly to a kind of pearlite heat-insulation plate embryo multi-bit cutting machine, including transmission peeling module and transmission section module, the discharging opening of transmission peeling module is connected with the charging aperture of transmission section module, the direction of transfer of described transmission peeling module is mutually perpendicular in same level with the direction of transfer of transmission section module, conveyer belt is provided with transmission peeling module, horizontal line of cut is provided with above conveyer belt, transmission carrying roller and the line of cut perpendicular to transmission carrying roller upper surface are provided with transmission section module, this apparatus structure is ingenious, reduce place occupancy, improve production efficiency, substantially increase the quality of finished product.
Description
Technical field
The invention belongs to cutting machine field, more particularly to a kind of pearlite heat-insulation plate embryo multi-bit cutting machine.
Background technology
In the production process of pearlite heat-insulation plate, pearlite heat-insulation plate idiosome is produced on one machine first, then
Need using artificial or pearlite heat-insulation plate idiosome is removed the peel and cut into slices on special machine, using artificial peeling and
Inefficiency during section, the insulation plate flatness for cutting out are bad, and existing some machines adopt straight line from head to tail
Machine construction, occupied ground are big, and existing machine, using transmission V belt translation, when section, plate embryo is easily in conveyer belt
Slippery surface, plate embryo can also occur friction with the side wall of frame sometimes, affect the quality of finished product.
The content of the invention
It is an object of the invention to overcome a kind of pearlite heat-insulation plate embryo multi-disc that is of the prior art not enough and inventing to cut
Cutting mill.
What the present invention was realized in：A kind of pearlite heat-insulation plate embryo multi-bit cutting machine, including transmission peeling module and biography
The discharging opening of section module, transmission peeling module is sent to be connected with the charging aperture of transmission section module, it is characterised in that：Described
The direction of transfer of transmission peeling module is vertical with the direction of transfer of transmission section module, and described transmission peeling module includes first
Frame, the first described frame are the frame structure of rectangle, and the bottom of the first frame arranges first and transmits motor, the first transmission electricity
Above machine, the first central rack be provided with the conveyer belt for traversing frame left and right directions, in the first frame left side be charging aperture, the right side
End face is discharging opening, is provided with the relative backplate of plate face, the shield above transmission belt, on the first frame front and back sides inner surface
Plate is rectangular box, is provided with directive wheel on backplate, the upper surface of the axis of the directive wheel perpendicular to conveyer belt, and directive wheel
Most outer be located at transmission belt top, be additionally provided with the first frame peeling mechanism, described peeling mechanism include peeling electricity
Machine, the first actuating device, the first support roller and line of cut, the first described support roller include two bearings, between two bearings
Axis is supported by, roller outside axis, is provided with, annular groove is provided with its middle roller, on the first frame front and back sides outer surface
Two the first support rollers opposing upper and lower are provided with, the line of cut of trap conjunction on four rollers, in annular groove, is provided with,
The plane that annular line of cut is located is perpendicular to conveyer belt upper surface, and passes through in the closure circle that constitutes from line of cut of conveyer belt, goes
Skin motor drives the central axis in the first support roller by the first actuating device.
Described transmission section module includes the second frame, the frame structure of described the second frame for rectangle, the first machine
The right side of frame is connected with the left surface of the second frame, and the connectivity part of the left surface of the second frame and the first frame is charging
Mouthful, transmission carrying roller is provided with the second frame, backspin rolls is located in same level with conveyer belt, is passed in same level
The direction of transfer of dynamic carrying roller is vertical with the transmission direction of conveyer belt, arrange on the rear end face in the second frame the second driving motor,
Track, rack and pinion drive mechanism and the first push pedal, described track is long striped groove, and the trend of groove and transmission carrying roller
Direction of transfer it is identical, gear is connected with the second driving motor being arranged in the second frame, and wheel and rack is meshed, tooth
Bar is arranged in orbit, and one end of tooth bar is connected with the side plate face of the first push pedal, and the first push pedal is located at the upper of transmission carrying roller
Side, the first push pedal perpendicular to transmission carrying roller upper surface and parallel to rear end face, below the top of the second frame and transmission carrying roller
The second frame on be provided with slicing mechanism, described slicing mechanism includes cut into slices motor, the second actuating device, the second support roller
And line of cut, the second described support roller includes two bearings, is supported by axis, roller is provided with outside axis between two bearings
Son, is provided with multiple annular grooves being parallel to each other in its middle roller, be provided with two in front and back mutually in the second frame on top surface
The second parallel support roller, transmits and two the second support rollers being parallel to each other is provided with the second frame below carrying roller, four
Rear end face of the axis of the second support roller each parallel to the second frame, is provided with a trap in each annular groove on four rollers
The line of cut of conjunction, annular line of cut surround out a coffin, and section motor drives second to support by the second actuating device
Central axis on roller, be provided with the left side wall in the second frame the 3rd driving motor, track, rack and pinion drive mechanism and
Second push pedal, described track is long striped groove, and the axis of groove is parallel to each other with the axis for transmitting carrying roller, gear with set
The 3rd driving motor put in the second frame is connected, and wheel and rack is meshed, and tooth bar is arranged in orbit, and the one of tooth bar
End is connected with the side plate face of the second push pedal, and the second push pedal is located in the coffin that annular line of cut is surrounded, transmission carrying roller
Top, the second push pedal perpendicular to transmission carrying roller upper surface and the rear end face perpendicular to the second frame, the right side of the second frame
Discharging opening is provided with wall, described discharging opening is positive with another lateral plates of the second push pedal relative.
Further, carrying roller is provided with the initiating terminal of transmission belt in the first frame, described carrying roller reaches first
The outside of frame charging aperture, and the height of top surface is less than conveyer belt upper surface on carrying roller.
Further, many support bars being parallel to each other are provided with described conveyer belt upper surface, support bar is parallel to
The left side of one frame, is provided with support bar on antiskid groove, and the outer surface of support bar and scribbles skid resistant course.
Further, attachment structure is provided between backplate and the first frame, described attachment structure includes being arranged on first
Sleeve pipe and the round bar being connected with backplate in frame, is provided with screw hole on the periphery of sleeve pipe, it is fixed to be provided with screw hole
Position screw, round bar are passed through from sleeve pipe.
Further, first support roller in the first frame has adjustment positioning function, this first support roller
Strip hole is provided with bearing, axis in strip hole, is provided with, axis is fixed on bearing by nut, and roller is provided with outside axis
Son.
The present invention has advantages below：
This device will be removed the peel and section is distributed in two frames, and two frames are arranged in the form of bending, so as to
Reduce the place of occupancy；In addition, this device adopts transmission V belt translation when peeling, and using transmission when section
The mode that carrying roller and push pedal combine, push pedal are pressed against plate embryo on line of cut, it is to avoid plate embryo occurs to skid；Conveyer belt both sides
The first frame on be provided with backplate, the distance between backplate and first frame can be arranged, and be provided with guiding in addition on backplate
Wheel, has the side wall with frame that friction occurs so as to avoid plate embryo, so as to improve product quality；Using line of cut, while can
To cut out 20 multi-disc warming plates, production efficiency is substantially increased.
This apparatus structure is ingenious, while improve production efficiency, substantially increases the quality of finished product.
Description of the drawings
Fig. 1 is the front view of embodiment 1 in the present invention.
Fig. 2 is the left view of embodiment 1 in the present invention.
Fig. 3 is the front view of embodiment 2 in the present invention.
Fig. 4 is the left view of embodiment 2 in the present invention.
Specific embodiment
Embodiment：
As depicted in figs. 1 and 2, a kind of pearlite heat-insulation plate embryo multi-bit cutting machine, including module is removed the peel in transmission and transmission is cut
Piece module, the charging aperture for transmitting the discharging opening and transmission section module of peeling module are connected, and module is removed the peel in described transmission
Direction of transfer is vertical with the direction of transfer of transmission section module, and module is removed the peel in described transmission includes the first frame 1, and described the
Frame structure of one frame 1 for rectangle, the bottom of the first frame 1 arrange first and transmit motor 2, above the first transmission motor 2, the
The conveyer belt 3 for traversing frame left and right directions is provided with the middle part of one frame 1, left side is that charging aperture, right side are in the first frame 1
Discharging opening, is provided with the relative backplate 4 of plate face, the backplate 4 above transmission belt 3, on 1 front and back sides inner surface of the first frame
For rectangular box, directive wheel 5 is provided with backplate 4, wherein attachment structure is provided between backplate 4 and the first frame 1, it is described
The round bar that attachment structure is included the sleeve pipe being arranged in the first frame 1 and is connected with backplate 4, is provided with the periphery of sleeve pipe
Screw hole, is provided with Positioning screw in screw hole, round bar is passed through from sleeve pipe, when needing to adjust the distance between backplate, only
Need to unclamp Positioning screw, backplate 4 is then moved to behind suitable position, again screwed in place screw, on the backplate 4
Upper surface of the axis of directive wheel 5 perpendicular to conveyer belt 3, and the most outer of directive wheel 5 is located at the top of transmission belt 3, the first machine
Peeling mechanism is additionally provided with frame 1, described peeling mechanism includes removing the peel motor 6, the first actuating device 7,8 and of the first support roller
Line of cut 9, the first described support roller 8 include two bearings, be supported by axis, roller is provided with outside axis between two bearings
Son, is provided with annular groove in its middle roller, be provided with 1 forward and backward side exterior surface of the first frame two it is opposing upper and lower
First support roller 8, one of them first support roller 8 have adjustment positioning function, are provided with the bearing of this first support roller 8
Strip hole, is provided with axis in strip hole, axis is fixed on bearing by nut, and roller, four rollers are provided with outside axis
Be provided with upper annular groove a trap conjunction line of cut 9, annular line of cut 9 be located plane perpendicular to 3 upper surface of conveyer belt,
And pass through in the closure circle that constitutes from line of cut 9 of conveyer belt 3, line of cut is merely able to cut away the uppermost one layer of epidermis of plate embryo, goes
Skin motor 6 drives the central axis in the first support roller 8, and then roller turn by the first actuating device 7, drives line of cut 9
Rotate, and then cut, the first described actuating device 7 is belt wheel transmission mechanism.
Described transmission section module includes the second frame 10, and the second described frame 10 is the frame structure of rectangle, the
The right side of one frame 1 is connected with the left surface of the second frame 10, wherein, the company of the left surface of the second frame and the first frame
Logical place is connected with the charging aperture of the second frame 10 for charging aperture, the i.e. discharging opening of the first frame 1, is provided with the second frame 10
Transmission carrying roller 11, backspin rolls 11 are located in same level with conveyer belt 3, the transmission of backspin rolls 11 in the same level
Direction is vertical with the transmission direction of conveyer belt 3, arrange on the rear end face in the second frame 10 second driving motor 12, track 13,
Rack and pinion drive mechanism and the first push pedal 14, described track 13 is long striped groove, and the trend of groove and transmission carrying roller
11 direction of transfer is identical, and gear is connected with the second driving motor 12 being arranged in the second frame 10, wheel and rack phase
Engagement, tooth bar are arranged in track 13, and one end of tooth bar is connected with the side plate face of the first push pedal 14, and the first push pedal 14 is located at
The top of transmission carrying roller 11, the first push pedal 14 is perpendicular to upper surface and the rear end parallel to the second frame 10 of transmission carrying roller 11
Face, is provided with slicing mechanism, described microtome in the second frame 10 below the top of the second frame 10 and transmission carrying roller 11
Structure includes cut into slices motor 15, the second actuating device 16, the second support roller 17 and line of cut 18, and the second described support roller 17 includes
Two bearings, are supported by axis between two bearings, roller are provided with outside axis, multiple being parallel to each other is provided with its middle roller
Annular groove, front and back position is provided with two the second support rollers 17 being parallel to each other on top surface in the second frame 10, transmit
Two the second support rollers 17 being parallel to each other, the axle of four second support rollers 17 are provided with the second frame 1 below carrying roller 11
Rear end face of the line each parallel to the second frame 10, is provided with the line of cut of trap conjunction in each annular groove on four rollers
18, annular line of cut 18 surrounds out a coffin, and section motor 15 drives the second support roller by the second actuating device 16
Central axis on 17, are provided with the 3rd driving motor 19, track 20, rack pinion on the left side wall in the second frame 10
Mechanism and the second push pedal 21, described track 20 are long striped groove, and the axis of groove is mutual with the axis of transmission carrying roller 11
Parallel, gear is connected with the 3rd driving motor 19 being arranged in the second frame 10, and wheel and rack is meshed, and tooth bar is arranged
In track 20, one end of tooth bar is connected with the side plate face of the second push pedal 21, and the second push pedal 21 is located at annular line of cut 18
In the coffin of encirclement, the top of transmission carrying roller 11, the second push pedal 21 perpendicular to transmission carrying roller 11 upper surface and perpendicular to
The rear end face of the second frame 10, is provided with discharging opening, described discharging opening and the second push pedal 21 on the right side wall of the second frame 10
Another lateral plates are positive relative.
In production, pearlite heat-insulation plate embryo is put on transmission belt by staff from the charging aperture of the first frame, then
Transmission belt drives the motion of pearlite heat-insulation plate embryo, the backplate and the guiding being arranged on backplate of the first frame both sides in motor process
Wheel play the guiding role to pearlite heat-insulation plate embryo, occurs to rub with side wall, affect in preventing pearlite heat-insulation plate embryo transmit process
The position of pearlite heat-insulation plate embryo, subsequently, when pearlite heat-insulation plate embryonic breeding contacts the horizontal cut line above transmission belt, now
Line of cut is cut under the drive of peeling motor, is cut away the crust of one layer of pearlite heat-insulation plate embryo the top, is now cut
The pearlite heat-insulation plate embryo for falling one layer of crust of the superiors continues to advance to the right, enters into the second frame from the discharging opening of the first frame
Charging aperture, and then be slipped to transmission carrying roller on, transmit carrying roller direction of transfer it is vertical with the direction of transfer of transmission belt, be driven hold in the palm
Roller does not have power, and the second frame rear end face is provided with the first push pedal, and the first push pedal can edge under the drive of the second driving motor
The direction motion of backspin rolls motion, that is, the pearlite heat-insulation plate embryo after removing the peel is under the promotion of the first push pedal towards the second machine
The front end face motion of frame, until pearlite heat-insulation plate embryo is contacted with the line of cut in the second frame, line of cut the first push pedal pressure
Pearlite heat-insulation plate embryo is cut into into multi-disc finished product pearlite heat-insulation plate in the presence of power, pearlite heat-insulation plate this setting for cutting
The second push pedal in the second frame side is promoted, and is released from the discharging opening on the second frame right flank, is completed one action
Process.
Embodiment 2：
As shown in Figure 3 and Figure 4, on the basis of technical scheme described in the tangible embodiment 1 of the technical scheme of the present embodiment,
Carrying roller 22 is provided with the initiating terminal of transmission belt 3 in first frame 1, described carrying roller 22 reaches the first frame 1 and feeds
The outside of mouth, and the height of top surface is less than 3 upper surface of conveyer belt on carrying roller 22.Many are provided with 3 upper surface of conveyer belt mutually
Parallel support bar 23, left side of each support bar 23 parallel to the first frame 1, is provided with support bar 23 anti-skidding recessed
Skid resistant course is scribbled on groove, and the outer surface of support bar 23.
The carrying roller of the first shell outside conveniently can feed, and workman first can ride over carrying roller pearlite heat-insulation plate plate embryo
On, then push pearlite heat-insulation plate plate embryo and send on conveyer belt, facilitate personnel to feed；The support bar arranged on conveyer belt, increases
Big frictional force of the pearlite heat-insulation plate plate embryo with conveyer belt, it is ensured that the quality that pearlite heat-insulation plate plate is produced.
Claims (5)
1. a kind of pearlite heat-insulation plate embryo multi-bit cutting machine, including transmission peeling module and transmission section module, transmission peeling mould
The discharging opening of block is connected with the charging aperture of transmission section module, it is characterised in that：The sender of described transmission peeling module
To with transmission section module direction of transfer it is vertical,
Described transmission peeling module includes the first frame, and the first described frame is the frame structure of rectangle, the first frame
Bottom arranges first and transmits motor, and first transmits above motor, the first central rack is provided with the biography for traversing frame left and right directions
Send band, in the first frame left side be charging aperture, right side be discharging opening, table above transmission belt, in the first frame front and back sides
The relative backplate of plate face is provided with face, the backplate is rectangular box, and directive wheel is provided with backplate, the directive wheel
Upper surface of the axis perpendicular to conveyer belt, and the most outer of directive wheel is located at the top of transmission belt, is additionally provided with the first frame
Peeling mechanism, described peeling mechanism include removing the peel motor, the first actuating device, the first support roller and line of cut, and described the
One support roller includes two bearings, is supported by axis, roller is provided with outside axis, be provided with its middle roller between two bearings
Annular groove, is provided with two the first support rollers opposing upper and lower, on four rollers on the first frame front and back sides outer surface
The line of cut of trap conjunction is provided with annular groove, the plane that annular line of cut is located is perpendicular to conveyer belt upper surface, and passes
Pass through in sending the closure circle that band constituted from line of cut, remove the peel motor and the axis in the first support roller is driven by the first actuating device
Rotate；
Described transmission section module includes the second frame, and the second described frame is the frame structure of rectangle, the first frame
Right side is connected with the left surface of the second frame, and the connectivity part of the left surface of the second frame and the first frame is charging aperture, the
Transmission carrying roller is provided with two frames, backspin rolls is located in same level with conveyer belt, in same level is driven support
The direction of transfer of roller is vertical with the transmission direction of conveyer belt, arrange on the rear end face in the second frame the second driving motor, track,
Rack and pinion drive mechanism and the first push pedal, described track is long striped groove, and the biography of the trend of groove and transmission carrying roller
Send direction identical, gear is connected with the second driving motor being arranged in the second frame, and wheel and rack is meshed, and tooth bar sets
Put in orbit, one end of tooth bar is connected with the side plate face of the first push pedal, the first push pedal is located at the top of transmission carrying roller, the
One push pedal perpendicular to transmission carrying roller upper surface and parallel to rear end face, the below the top of the second frame and transmission carrying roller
Slicing mechanism is provided with two frames, described slicing mechanism includes section motor, the second actuating device, the second support roller and cuts
Secant, the second described support roller include two bearings, be supported by axis, roller is provided with outside axis between two bearings, its
Be provided with multiple annular grooves being parallel to each other in middle roller, in the second frame on top surface before and after be provided with two and be parallel to each other
Second support roller, transmits and two the second support rollers being parallel to each other is provided with the second frame below carrying roller, four second
The axis of support roller is provided with cutting for trap conjunction each parallel to the rear end face of the second frame in each annular groove on four rollers
Secant, annular line of cut surround out a coffin, and section motor is driven in the second support roller by the second actuating device
Central axis, are provided with the 3rd driving motor, track, rack and pinion drive mechanism and second and push away on the left side wall in the second frame
Plate, described track is long striped groove, and the axis of groove is parallel to each other with the axis for transmitting carrying roller, gear be arranged on the
The 3rd driving motor in two frames is connected, and wheel and rack is meshed, and tooth bar is arranged in orbit, one end of tooth bar and the
The side plate face of two push pedals is connected, and the second push pedal is located in the coffin that annular line of cut is surrounded, the top of transmission carrying roller,
Second push pedal is set on the right side wall of the second frame perpendicular to the upper surface and the rear end face perpendicular to the second frame of transmission carrying roller
Discharging opening is equipped with, described discharging opening is positive with another lateral plates of the second push pedal relative.
2. pearlite heat-insulation plate embryo multi-bit cutting machine according to claim 1, it is characterised in that：It is located in first frame and passes
Carrying roller is provided with the initiating terminal of dynamic band, described carrying roller reaches the outside of the first frame charging aperture, and top surface on carrying roller
Conveyer belt upper surface is less than highly.
3. pearlite heat-insulation plate embryo multi-bit cutting machine according to claim 1, it is characterised in that：Described conveyer belt upper table
The many support bars being parallel to each other are provided with face, left side of the support bar parallel to the first frame is provided with support bar anti-
Sliding groove, and on the outer surface of support bar, scribble skid resistant course.
4. pearlite heat-insulation plate embryo multi-bit cutting machine according to claim 1, it is characterised in that：Backplate and the first frame it
Between be provided with attachment structure, the circle that described attachment structure is included the sleeve pipe being arranged in the first frame and is connected with backplate
Bar, is provided with screw hole on the periphery of sleeve pipe, Positioning screw is provided with screw hole, and round bar is passed through from sleeve pipe.
5. pearlite heat-insulation plate embryo multi-bit cutting machine according to claim 1, it is characterised in that：One in first frame
First support roller has adjustment positioning function, is provided with strip hole, is provided with strip hole on the bearing of this first support roller
Axis, axis are fixed on bearing by nut, and roller is provided with outside axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510730365.4A CN105291281B (en) | 2015-11-02 | 2015-11-02 | Pearlite heat-insulation plate embryo multi-bit cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510730365.4A CN105291281B (en) | 2015-11-02 | 2015-11-02 | Pearlite heat-insulation plate embryo multi-bit cutting machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105291281A CN105291281A (en) | 2016-02-03 |
| CN105291281B true CN105291281B (en) | 2017-04-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510730365.4A Active CN105291281B (en) | 2015-11-02 | 2015-11-02 | Pearlite heat-insulation plate embryo multi-bit cutting machine |
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| CN (1) | CN105291281B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110435968A (en) * | 2019-09-06 | 2019-11-12 | 浙江揭迪智能科技有限公司 | The automatic packing work platform of reel |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| IT1187497B (en) * | 1985-01-25 | 1987-12-23 | B M Snc Off | DOUBLE MULTI-BLADE FRAME WITH UNIDIRECTIONAL ALTERNATIVE MOVEMENTS OPPOSED FOR THE WITH DIAMOND BLADES OF THIN SLABS OF GRANITE, MARBLE OR AGGLOMERATED |
| US5605141A (en) * | 1994-03-31 | 1997-02-25 | Bilotta; Alessandro | Making non-vertical planar cuts in masonry slabs |
| KR100851015B1 (en) * | 2007-11-20 | 2008-08-12 | 오성훈 | Stone cutting machine |
| CN202412482U (en) * | 2011-12-28 | 2012-09-05 | 扬州威奥重工机械有限公司 | Top surface and bottom surface cutting machine on foam concrete tangent line |
| CN203062961U (en) * | 2012-07-17 | 2013-07-17 | 曹县霸王机械有限公司 | Suspension type foamed cement plate block cutting production system |
| CN203957091U (en) * | 2014-07-18 | 2014-11-26 | 重庆市胡特建材有限公司 | There is the modified foaming cement heat preserving plate cutting machine of anti-jump brick function |
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2015
- 2015-11-02 CN CN201510730365.4A patent/CN105291281B/en active Active
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| CN105291281A (en) | 2016-02-03 |
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Effective date of registration: 20200921 Address after: 244100 Jinqiao Avenue, Yi'an Economic Development Zone, Tongling City, Anhui Province Patentee after: TONGLING BOFENG INDUSTRIAL Co.,Ltd. Address before: Hami City, the Xinjiang Uygur Autonomous Region Hami industrial area 839000 small cross residential building 1-1-302 Patentee before: HAMI XIANGHAO INDUSTRY & TRADE Co.,Ltd. |
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