CN108716079A - A kind of high frequency Full automatic braid embossing device being continuously embossed - Google Patents
A kind of high frequency Full automatic braid embossing device being continuously embossed Download PDFInfo
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- CN108716079A CN108716079A CN201810655784.XA CN201810655784A CN108716079A CN 108716079 A CN108716079 A CN 108716079A CN 201810655784 A CN201810655784 A CN 201810655784A CN 108716079 A CN108716079 A CN 108716079A
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- Prior art keywords
- ribbon
- embossing device
- embossing
- bearing
- tensioning apparatus
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C23/00—Making patterns or designs on fabrics
- D06C23/04—Making patterns or designs on fabrics by shrinking, embossing, moiréing, or crêping
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The present invention relates to garment making equipment fields, more particularly to a kind of high frequency Full automatic braid embossing device being continuously embossed, including feeding equipment, tensioning apparatus, driving device, embossing device and material collecting device, the ribbon stretched out in the feeding equipment passes through tensioning apparatus and embossing device enters material collecting device, the driving device that can drive its horizontal displacement is installed below the embossing device, the embossing device is equipped with head box from top to bottom, heating component, lower platen and body case, the ribbon is across embossing device and positioned at heating component and lower platen, the both sides that the top board is parallel to production line direction are additionally provided with the release unit abutted with the lower surface of ribbon.Using this structure, ribbon advanced in unison that embossing device can be tightened with the device that is tensioned simultaneously is completed to be embossed, ribbon is held up by release unit to aerial after the completion of embossing, and subsequent embossing device returns to initial station under the action of driving device and starts to be embossed in next step, to realize continuous embossing.
Description
Technical field
The present invention relates to garment making equipment field, more particularly to a kind of high frequency Full automatic braid embossing dress being continuously embossed
It sets.
Background technology
High frequency embossing machine mainly uses high-voltage rectifying self-excitation high frequency electron tube oscillation moment to generate electromagnetic wave electric current electricity
, using the plastic cement such as processed PVC, TPU, EVA, PET, plastic material in electromagnetic wave electric field its plastic cement, plastic material
Interior molecules generate polarity frictional heat, in addition certain pressure makes plastics, the plastic cement products of required heat seal welding reach
Welding sealing acts on, and wherein high frequency ribbon embossing machine is a kind of equipment imprinting out various exquisite patterns on ribbon, mesh
Mainly so that ribbon it is more both artistic and practical.In the process of running due to high frequency ribbon embossing machine, it is easy to due to dynamic
The design of power heating device is improper, and cylinder stamping press is excessive and the embossed pattern on ribbon is made to occur what damage can not be even embossed
Phenomenon causes the embossing of equipment less efficient so that the device often needs to carry out human assistance in the process of running.
Chinese patent CN201720359300.8 discloses a kind of high frequency Full automatic braid embossing machine that embossing is efficient
Device, the efficient high frequency Full automatic braid embossing machine device of the embossing include head box, control panel, heating component, under
Pressing plate, feeding equipment, draft gear, body case, reinforcement assembly；Wherein, it is fixed with control panel and cylinder inside the head box,
One side connects feeding equipment, and another side connects draft gear, and organism case is fixed in its lower end；Match the cylinder upper end
It is female to be equipped with positioning, and passes through axis connection heating component of stretching；The reinforcement assembly is configured with reinforced column and support plate, and should add
Gu column stablizes heating component, which is used to support cylinder and reinforced column；High-frequency generator is configured with inside the body case,
Its surface configuration has emergency stop controller；The lower platen that the high-frequency generator is right against heating component configured with one.The present invention is logical
The embossing efficiency that reinforcement assembly, positioning mother and emergency stop controller improve the device is crossed, which has modified power heating dress
It installs and counts improper problem, solve a technical problem for influencing embossing quality, but substantially fail to promote embossing efficiency.
Invention content
In view of the above-mentioned deficiencies in the prior art, it is an object of the present invention to provide a kind of high frequency Full automatic braid being continuously embossed
Embossing device.
To solve the above problems, the present invention provides following technical scheme：A kind of high frequency Full automatic braid being continuously embossed
Embossing device, including feeding equipment, tensioning apparatus, driving device, embossing device and material collecting device, ribbon to be processed from it is described into
Tensioning apparatus is stretched out and passed through in material device and embossing device enters material collecting device, is installed below the embossing device
The driving device of its horizontal displacement can be driven by having, the embossing device from top to bottom be equipped with head box, heating component, lower platen and
Body case, for the ribbon across heating component and lower platen, the both sides of the top board are additionally provided with the lower surface with ribbon
The release unit of abutting.
The feeding equipment includes charging bearing and charging motor, and the charging motor is mounted on charging bearing, described
It is rotatably mounted with the entry table being sequentially connected with charging motor output end on charging bearing, coils and knits on the entry table
The side of band, charging bearing towards the embossing device is also equipped with ribbon guide rail, the material collecting device include rewinding bearing and
Rewinding motor, the rewinding motor are mounted on rewinding bearing, are rotatably mounted on the rewinding bearing and rewinding motor
The rewinding disk that output end is sequentially connected, on the rewinding disk coiling have ribbon.
High-frequency generator is installed in the body case, driving heating component is installed up and down in the head box
Driving portion, the driving portion includes being mounted on the cylinder inside head box and the cylinder flange mounted on cylinder output end, described
Cylinder flange is fixedly connected with heating component.
The guide portion of guiding driving device vertical movement is also equipped in the head box, the guide portion is set including a pair
Guide post in cylinder both sides, the guide post pass through on the inside of the guide sleeve being fixed in head box, and the lower end of the guide post, which is equipped with, leads
Column flange, the guide post flange are fixedly connected with heating component.
The heating component is configured in order top board, level board, insulating part and heating plate, the upper pressure from top to bottom
Plate upper surface is connected through a screw thread the output end of cylinder and the lower end of guide post, and the top board lower end is connected through a screw thread level
Plate, the level board lower end are fixedly connected with insulating part by adhesive means, and the insulating part lower end is fixed by adhesive means to be connected
Heating plate is connect, the both sides of the top board are also equipped with die clamp, and one end of the die clamp is fixed on top board, institute
The other end for stating die clamp extends downward into the lower section of heating plate and vacantly on ribbon.
The release unit includes drive rod, optical axis and is detached from roller, and one end of the drive rod is fixed on top board,
The other end of the drive rod extends downwardly and is equipped with optical axis, and rotatable disengaging roller is equipped on the optical axis；Work shape
Under state, the top for being detached from roller and being located at lower platen, and the disengaging roller is contacted with the lower surface of ribbon；Under off working state
The lower section for being detached from roller and being located at lower platen, the ribbon are covered on lower platen, and the ribbon is not contacted with roller is detached from.
The tensioning apparatus includes tensioning apparatus bearing, idler roller and driven voller, is installed on the tensioning apparatus bearing
There are movable support that can be up and down relative to tensioning apparatus bearing, the idler roller to be rotatably installed on movable support,
The movable support includes a pair of of guide post and a pair of of pulling force gas spring, the guide post be fixed below movable support and with set
It being slidably matched one by one in a pair of of pilot hole on tensioning apparatus bearing, the pulling force gas spring is fixed on tensioning apparatus bearing,
The output end of the pulling force gas spring is fixed on movable support both sides, and the idler roller both sides are equipped with a pair of of driven voller, it is described from
Dynamic roller is rotatably installed on tensioning apparatus bearing, ribbon sequence around the upper limb of driven voller, the lower edge of idler roller and
The upper limb of another driven voller.
Advantageous effect：
A kind of high frequency Full automatic braid embossing device being continuously embossed, ribbon are defeated by entry table under the action of motor
Go out, tensioning apparatus is passed through after ribbon guide rail is smooth, embossing device, embossing device are passed through with the ribbon that constant strength is tightened
Under the action of driving device with ribbon advanced in unison and complete to be embossed, ribbon is held up by release unit to sky after the completion of embossing
In, subsequent embossing device returns to initial station under the action of driving device and starts to be embossed in next step, be embossed the ribbon of completion into
Enter material collecting device and disk enters rewinding disk.
1. embossing device and ribbon advanced in unison when embossing so that ribbon can continuously transmit, and ribbon is not necessarily in embossing
Stop waiting for, production efficiency is high；
2. emebosser moves forward and backward, release unit holds up ribbon to aerial so that lower platen will not wear ribbon；
3. embossing device under the action of driving device automatic forward-reverse, it can be achieved that unattended continuous embossing；
4. ribbon is tightened with constant dynamics always by the effect of tensioning apparatus, to obtain the embossing effect of high quality
Fruit.
Description of the drawings
Fig. 1 is the stereoscopic schematic diagram of the present invention；
Fig. 2 is the front view of the present invention；
Fig. 3 is the vertical view of the present invention；
Fig. 4 is the front view of feeding equipment of the present invention；
Fig. 5 is the stereogram of feeding equipment of the present invention；
Fig. 6 is the front view of tensioning apparatus of the present invention；
Fig. 7 is the stereogram of tensioning apparatus of the present invention；
Fig. 8 is the perspective exploded view of tensioning apparatus of the present invention；
Fig. 9 is enlarged drawing at the A of Fig. 2 of the present invention；
Figure 10 is the front view of material collecting device of the present invention；
Figure 11 is the side view of embossing device of the present invention；
Figure 12 is the front portion sectional view of embossing device of the present invention；
Figure 13 is the body portion sectional view of embossing device of the present invention；
Reference sign：Feeding equipment 1, tensioning apparatus 2, driving device 3, embossing device 4, material collecting device 5, ribbon 6,
Feed bearing 1a, entry table 1b, charging motor 1c, ribbon guide rail 1d, tensioning apparatus bearing 2a, driven voller 2b, movable support 2c,
Guide post 2c1, pilot hole 2c2, pulling force gas spring 2c3, idler roller 2d, slide unit 3a, head box 4a, driving portion 4a1, cylinder 4a2,
Flange 4a3, guide portion 4a4, guide post 4a5, guide sleeve 4a6, flange 4a7, heating component 4b, top board 4b1, level board 4b2, insulation
Part 4b3, heating plate 4b4, die clamp 4b5, release unit 4c, drive rod 4c1, optical axis 4c2 are detached from roller 4c3, lower platen 4d,
Body case 4e, high-frequency generator 4e1, rewinding bearing 5a, rewinding disk 5b, rewinding motor 5c.
Specific implementation mode
With reference to the accompanying drawings of the specification and embodiment, specific embodiments of the present invention are described in further detail：Reference
A kind of high frequency Full automatic braid embossing device being continuously embossed described in Fig. 1 to Figure 13, including feeding equipment 1, tensioning apparatus
2, driving device 3, embossing device 4 and material collecting device 5, ribbon 6 to be processed are stretched out and are passed through from the feeding equipment 1
Tensioning apparatus 2 and embossing device 4 enter material collecting device 5, and 4 lower section of the embossing device, which is equipped with, can drive its horizontal displacement
Driving device 3, the embossing device 4 are equipped with head box 4a, heating component 4b, lower platen 4d and body case 4e, institute from top to bottom
Ribbon 6 is stated across heating component 4b and lower platen 4d, the both sides of the top board 4b1 are additionally provided with the lower surface with ribbon 6
The release unit 4c of abutting, the driving device 3 drive the speed sync displacement that embossing device 4 follows ribbon 6 to transmit, knit at this time
Band 6 and lower platen 4d are opposing stationary so that ribbon 6 is able to be embossed work while transmission, heating group after the completion of embossing
Part 4b moves upwardly off lower platen 4b1, while release unit 4c holds up ribbon away from lower platen 4b1, then drives
Device 3 drives embossing device 4 to return to initial station and starts to be embossed next time so that and ribbon 6 is waited in embossing without stopping,
To complete continuous embossing.
The feeding equipment 1 includes that charging bearing 1a and charging motor 1c, the charging motor 1c are mounted on charging bearing
On 1a, the entry table 1b being sequentially connected with charging motor 1c output ends is rotatably mounted on the charging bearing 1a, it is described
Coiling has ribbon 6, the side of charging bearing 1a towards the embossing device 4 to be also equipped with ribbon guide rail 1d, institute on entry table 1b
Material collecting device 5 is stated including rewinding bearing 5a and rewinding motor 5c, the rewinding motor 5c on rewinding bearing 5a, the receipts
It is rotatably mounted with disk on rewinding the disk 5b, the rewinding disk 5b being sequentially connected with rewinding motor 5c output ends on material bearing 5a
It is wound with ribbon 6, entry table 1b is driven to rotate by the charging motor 1c so that ribbon 6 transmits backward, and the ribbon 6 passes through ribbon 6
Guide rail is able to smooth transmission, and the ribbon 6 is packed up and is coiled on rewinding disk 5b, the receipts of ribbon 6 by rewinding bearing 5a after being embossed
Expect that speed and charging rate are identical always.
It is equipped in the body case 4e in high-frequency generator 4e1, the head box 4a and driving heating component 4b is installed
Up and down driving portion 4a1, the driving portion 4a1 include be mounted on head box 4a inside cylinder 4a2 and be mounted on cylinder
The cylinder flange 4a3 of 4a2 output ends, the cylinder flange 4a3 are fixedly connected with heating component 4b, the cylinder 4a2 drivings plus
Hot component 4b is up and down.
Guide portion 4a4, the guide portion 4a4 that guiding driving device 3 moves vertically are also equipped in the head box 4a
Including a pair of guide post 4a5 for being set to the both sides cylinder 4a2, the guide post 4a5 is passed through and is fixed in the guide sleeve 4a6 in head box 4a
Side, the lower end of the guide post 4a5 are equipped with guide post flange 4a7, and the guide post flange 4a7 is fixedly connected with heating component 4b, institute
It states when guide portion 4a4 not only fixes heating component 4b movements and is unlikely to rotate or deviate, while also reducing heating component 4b works
Vibrations when making, improve processing quality.
The heating component 4b is configured in order top board 4b1, level board 4b2, insulating part 4b3 and heating from top to bottom
The upper surfaces plate 4b4, the top board 4b1 are connected through a screw thread the lower end of the output end and guide post 4a5 of cylinder 4a2, the upper pressure
The lower ends plate 4b1 are connected through a screw thread the lower ends level board 4b2, the level board 4b2 and are fixedly connected with insulating part by adhesive means
4b3, the lower ends the insulating part 4b3 are fixedly connected with heating plate 4b4 by adhesive means, and the both sides of the top board 4b1 are also installed
There are die clamp 4b5, one end of the die clamp 4b5 to be fixed on top board 4b1, the other end of the die clamp 4b5
It extends downward into the lower section of heating plate 4b4 and vacantly on ribbon 6, the die clamp 4b5 is for fixing knurling mould, work
Making the knurling mould under state follows heating plate 4b4 movable downwards, and the heating plate 4b4 and lower platen 4d are by mold and ribbon
6 press together and maintain a period of time to complete to be embossed.
The release unit 4c includes drive rod 4c1, optical axis 4c2 and disengaging roller 4c3, one end of the drive rod 4c1
It is fixed on top board 4b1, the other end of the drive rod 4c1 is extended downwardly and is equipped on optical axis 4c2, the optical axis 4c2
Rotatable disengaging roller 4c3 is installed, the ribbon 6 is covered on lower platen 4d under working condition, is detached from roller 4c3 at this time and is located at
The lower section of lower platen 4d, heating component 4b is upwardly separated from lower platen 4d after the completion of embossing, while being detached from roller 4c3 and following heating component
4b is movable upwards together and holding up ribbon 6 makes itself and lower platen 4d be detached from, and subsequent slide unit 3a drivings embossing device 4 returns to initial work
Position, there may be lower platen 4d to wear 6 table of ribbon when the release unit 4c avoids embossing device 4 relative to 6 displacement of ribbon
The problem of face.
The tensioning apparatus 2 includes tensioning apparatus bearing 2a, idler roller 2d and driven voller 2b, the tensioning apparatus bearing
Movable support 2c that can be up and down relative to tensioning apparatus bearing 2a is installed, the idler roller 2d is rotatably mounted on 2a
On movable support 2c, the movable support 2c includes a pair of guide post 2c1 and a pair of of pulling force gas spring 2c3, the guide post
2c1 is fixed below movable support 2c and is slidably matched one by one with a pair of of pilot hole 2c2 on tensioning apparatus bearing 2a, institute
It states pulling force gas spring 2c3 to be fixed on tensioning apparatus bearing 2a, the output end of the pulling force gas spring 2c3 is fixed on movable support
The both sides 2c, the both sides the idler roller 2d are rotatably installed in tensioning apparatus branch equipped with a pair of driven voller 2b, the driven voller 2b
On seat 2a, 6 sequence of the ribbon around the upper limb of driven voller 2b, the upper limb of the lower edge and another driven voller 2b of idler roller 2d,
Ribbon 6 is in tensioned state under the action of feeding equipment 1 and material collecting device 5, and ribbon 6 is stretched when release unit 4c works may
Ribbon 6 can be caused to follow the string or even snap, and the tensioning apparatus 2 being arranged between feeding equipment 1 and embossing device 4 extends
The length of one section of ribbon 6, idler roller 2d is influenced by the pulling force of ribbon 6 when release unit 4c is moved upwards so that pulling force gas bullet
Spring 2c3 moves upwards and releases the ribbon 6 of certain length, and idler roller 2d is in pulling force gas spring when release unit 4c is moved downward
It is moved downward under the action of 2c3 and tightens ribbon 6 so that ribbon 6 is in tensioned state always, while being subject on ribbon 6 taut
Clamp force is consistently equal to the pulling force of pulling force gas spring 2c3,6 uniform force of ribbon and constant, improves the quality of production.
In conclusion a kind of high frequency Full automatic braid embossing device being continuously embossed, work of the ribbon 6 in charging motor 1c
It is exported by entry table 1b with lower, tensioning apparatus 2, ribbon 6 is passed through to be tightened with constant strength after ribbon guide rail 1d is smooth
And pass through embossing device 4, to obtain the embossing effects of high quality, embossing device 4 under the action of driving device 3 with ribbon 6
Advanced in unison simultaneously is completed to be embossed, and ribbon 6 is not necessarily to stop waiting in embossing, and production efficiency is high, and ribbon 6 is detached from after the completion of embossing
Device 4c is held up to aerial, and subsequent embossing device 4 returns to initial station under the action of driving device 3 and starts to be embossed in next step,
So that lower platen 4d will not wear ribbon 6, while can realize unattended continuous embossing, the ribbon 6 for being embossed completion enters rewinding
Device 5 and disk enter rewinding disk 5b.
The above described is only a preferred embodiment of the present invention, not making any limit to the technical scope of the present invention
System, thus it is every according to the technical essence of the invention to any subtle modifications, equivalent variations and modifications made by above example,
In the range of still falling within technical scheme of the present invention.
Claims (7)
1. a kind of high frequency Full automatic braid embossing device being continuously embossed, it is characterised in that：Including feeding equipment (1), tensioning
Device (2), driving device (3), embossing device (4) and material collecting device (5), ribbon (6) to be processed is from the feeding equipment (1)
It stretches out and passes through tensioning apparatus (2) and embossing device (4) enters material collecting device (5), embossing device (4) lower section
The driving device (3) of its horizontal displacement can be driven by being equipped with, and the embossing device (4) is equipped with head box (4a), adds from top to bottom
Hot component (4b), lower platen (4d) and body case (4e), the ribbon (6) pass through heating component (4b) and lower platen (4d) it
Between, the both sides of the top board (4b1) are additionally provided with the release unit (4c) abutted with the lower surface of ribbon (6).
2. a kind of high frequency Full automatic braid embossing device being continuously embossed according to claim 1, it is characterised in that：Institute
It includes charging bearing (1a) and charging motor (1c) to state feeding equipment (1), and the charging motor (1c) is mounted on charging bearing
On (1a), the entry table being sequentially connected with charging motor (1c) output end is rotatably mounted on the charging bearing (1a)
(1b), on the entry table (1b) coiling there is ribbon (6), the side of charging bearing (1a) towards the embossing device (4) also to pacify
Equipped with ribbon guide rail (1d), the material collecting device (5) includes rewinding bearing (5a) and rewinding motor (5c), the rewinding motor
(5c) is mounted on rewinding bearing (5a), is rotatably mounted on the rewinding bearing (5a) and rewinding motor (5c) output end
The rewinding disk (5b) of drive connection, on the rewinding disk (5b) coiling have ribbon (6).
3. a kind of high frequency Full automatic braid embossing device being continuously embossed according to claim 2, it is characterised in that：Institute
It states and high-frequency generator (4e1) is installed in body case (4e), be equipped in the head box (4a) in driving heating component (4b)
Under movable driving portion (4a1), the driving portion (4a1) includes being mounted on the internal cylinder (4a2) of head box (4a) and installation
In the cylinder flange (4a3) of cylinder (4a2) output end, the cylinder flange (4a3) is fixedly connected with heating component (4b).
4. a kind of high frequency Full automatic braid embossing device being continuously embossed according to claim 3, it is characterised in that：Institute
It states and is also equipped with the guide portion (4a4) that guiding driving device (3) moves vertically in head box (4a), guide portion (4a4) packet
A pair of guide post (4a5) for being set to the both sides cylinder (4a2) is included, the guide post (4a5) passes through the guide sleeve being fixed in head box (4a)
On the inside of (4a6), the lower end of the guide post (4a5) is equipped with guide post flange (4a7), the guide post flange (4a7) and heating component
(4b) is fixedly connected.
5. a kind of high frequency Full automatic braid embossing device being continuously embossed according to claim 4, it is characterised in that：Institute
It states heating component (4b) and is configured in order top board (4b1), level board (4b2), insulating part (4b3) and heating plate from top to bottom
(4b4), top board (4b1) upper surface are connected through a screw thread the lower end of the output end and guide post (4a5) of cylinder (4a2), institute
It states the lower end top board (4b1) and is connected through a screw thread level board (4b2), level board (4b2) lower end is fixed by adhesive means
Insulating part (4b3) is connected, the insulating part lower end (4b3) is fixedly connected with heating plate (4b4), the top board by adhesive means
The both sides of (4b1) are also equipped with die clamp (4b5), and one end of the die clamp (4b5) is fixed on top board (4b1),
The other end of the die clamp (4b5) extends downward into the lower section of heating plate (4b4) and vacantly on ribbon (6).
6. a kind of high frequency Full automatic braid embossing device being continuously embossed according to claim 5, it is characterised in that：Institute
It includes drive rod (4c1), optical axis (4c2) and disengaging roller (4c3), one end of the drive rod (4c1) to state release unit (4c)
It is fixed on top board (4b1), the other end of the drive rod (4c1) extends downwardly and is equipped with optical axis (4c2), the optical axis
Rotatable disengaging roller (4c3) is installed on (4c2).
7. a kind of high frequency Full automatic braid embossing device being continuously embossed according to claim 6, it is characterised in that：Institute
It includes tensioning apparatus bearing (2a), idler roller (2d) and driven voller (2b), the tensioning apparatus bearing to state tensioning apparatus (2)
Movable support (2c) that can be up and down relative to tensioning apparatus bearing (2a) is installed, the idler roller (2d) can revolve on (2a)
Turn ground to be mounted on movable support (2c), the movable support (2c) includes a pair of of guide post (2c1) and a pair of of pulling force gas spring
(2c3), the guide post (2c1) are fixed below movable support (2c) and are led with a pair on tensioning apparatus bearing (2a)
It is slidably matched one by one to hole (2c2), the pulling force gas spring (2c3) is fixed on tensioning apparatus bearing (2a), the pulling force gas
The output end of spring (2c3) is fixed on the both sides movable support (2c), and idler roller (2d) both sides are equipped with a pair of of driven voller (2b),
The driven voller (2b) is rotatably installed on tensioning apparatus bearing (2a), and the ribbon (6) sequentially bypasses driven voller (2b)
Upper limb, idler roller (2d) lower edge and another driven voller (2b) upper limb.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810655784.XA CN108716079B (en) | 2018-06-23 | 2018-06-23 | High-frequency full-automatic mesh belt embossing device for continuous embossing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810655784.XA CN108716079B (en) | 2018-06-23 | 2018-06-23 | High-frequency full-automatic mesh belt embossing device for continuous embossing |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108716079A true CN108716079A (en) | 2018-10-30 |
| CN108716079B CN108716079B (en) | 2020-11-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810655784.XA Active CN108716079B (en) | 2018-06-23 | 2018-06-23 | High-frequency full-automatic mesh belt embossing device for continuous embossing |
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| CN110512430A (en) * | 2019-09-03 | 2019-11-29 | 王本春 | A kind of rtificial leather manufacturing secondary processing method |
| CN111748931A (en) * | 2020-05-12 | 2020-10-09 | 福建永信数控科技股份有限公司 | Meshbelt embroidery circulation work feed system |
| CN114800678A (en) * | 2022-04-18 | 2022-07-29 | 上海海洋大学 | Integrated processing equipment for plastic pipe fittings |
| CN115323697A (en) * | 2022-08-11 | 2022-11-11 | 淮安鸣鸿精密机械有限公司 | Be applied to former of 3D knurling |
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| CN114800678A (en) * | 2022-04-18 | 2022-07-29 | 上海海洋大学 | Integrated processing equipment for plastic pipe fittings |
| CN114800678B (en) * | 2022-04-18 | 2024-03-29 | 上海海洋大学 | Plastic pipe fitting integrated processing equipment |
| CN115323697A (en) * | 2022-08-11 | 2022-11-11 | 淮安鸣鸿精密机械有限公司 | Be applied to former of 3D knurling |
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