CN109109437A - A kind of production equipment of aluminum-pinch fitting non-woven fabrics - Google Patents
A kind of production equipment of aluminum-pinch fitting non-woven fabrics Download PDFInfo
- Publication number
- CN109109437A CN109109437A CN201811060590.1A CN201811060590A CN109109437A CN 109109437 A CN109109437 A CN 109109437A CN 201811060590 A CN201811060590 A CN 201811060590A CN 109109437 A CN109109437 A CN 109109437A
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- CN
- China
- Prior art keywords
- platform
- patch
- rack
- cloth
- aluminum
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 32
- 239000004745 nonwoven fabric Substances 0.000 title claims abstract description 22
- 230000005540 biological transmission Effects 0.000 claims abstract description 142
- 230000007246 mechanism Effects 0.000 claims abstract description 97
- 239000004744 fabric Substances 0.000 claims abstract description 91
- 230000007704 transition Effects 0.000 claims abstract description 38
- 239000003292 glue Substances 0.000 claims abstract description 35
- 238000005507 spraying Methods 0.000 claims abstract description 33
- 238000010030 laminating Methods 0.000 claims abstract description 14
- 238000010438 heat treatment Methods 0.000 claims description 18
- 238000003892 spreading Methods 0.000 claims description 13
- 230000007480 spreading Effects 0.000 claims description 13
- 230000033001 locomotion Effects 0.000 claims description 10
- 230000009471 action Effects 0.000 claims description 4
- 238000005520 cutting process Methods 0.000 claims description 3
- 230000003447 ipsilateral effect Effects 0.000 claims description 3
- 238000004513 sizing Methods 0.000 claims description 3
- 238000003756 stirring Methods 0.000 claims 1
- 230000000694 effects Effects 0.000 abstract description 7
- 238000009826 distribution Methods 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 11
- 230000007423 decrease Effects 0.000 description 7
- 239000004411 aluminium Substances 0.000 description 3
- 229910052782 aluminium Inorganic materials 0.000 description 3
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 description 3
- 238000009499 grossing Methods 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 230000008602 contraction Effects 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 238000004080 punching Methods 0.000 description 2
- 230000000630 rising effect Effects 0.000 description 2
- 230000006978 adaptation Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005485 electric heating Methods 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 229910052751 metal Inorganic materials 0.000 description 1
- 239000002184 metal Substances 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 239000011347 resin Substances 0.000 description 1
- 229920005989 resin Polymers 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/12—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by using adhesives
- B32B37/1284—Application of adhesive
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/10—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the pressing technique, e.g. using action of vacuum or fluid pressure
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B9/00—Ceilings; Construction of ceilings, e.g. false ceilings; Ceiling construction with regard to insulation
- E04B9/04—Ceilings; Construction of ceilings, e.g. false ceilings; Ceiling construction with regard to insulation comprising slabs, panels, sheets or the like
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B2419/00—Buildings or parts thereof
Abstract
The invention discloses a kind of production equipments of aluminum-pinch fitting non-woven fabrics, main transmission line road including being used for transmission aluminum-pinch, two arrangement above divide transmission line in main transmission line trackside side, it is transported in point transmission line by the distribution of main transmission line road, pass through the first push plate platform, second push plate platform transmits aluminum-pinch to dividing transmission line, first middle transition platform makes to park transition in the middle part of aluminum-pinch, make to be transferred in point transmission line by shunting, divide transmission line by reaching patch platform after the second middle transition platform, smooth patch platform, make a plurality of route while running, high production efficiency, it is adapted to the production of higher-strength.It transmitted by cloth feeding mechanism, carry out glue spraying on cloth, patch mechanism is transferred to after glue spraying, this kind of glue spraying mode is more uniform, and the glue on cloth is less, avoids influencing production equipment, this kind transmission laminating type is more convenient, fitting effect is good.
Description
Technical field
The present invention relates to a kind of production equipments of aluminum-pinch fitting non-woven fabrics.
Background technique
The aluminum-pinch back fitting non-woven fabrics of punching is widely used in metal ceiling and is related to, this kind is bonded the aluminium button of non-woven fabrics
Plate plays sound-absorbing, reduces extraneous bring noise.The production line of conventional aluminum-pinch fitting non-woven fabrics is grasped by assembly line
Make, is produced by putting the processes such as plate, glue spraying, fitting non-woven fabrics, this kind of single wire transmission production method production efficiency is poor, nothing
The production of method adaptation higher-strength.
Secondly, carrying out fitting non-woven fabrics, this kind of production method after carrying out glue spraying by aluminum-pinch inner surface in the prior art
It is easy to cause resin added excessive and glue can be flowed out from punching place, solid can be formed in the production line after glue dries and influence to give birth to
It produces.
Summary of the invention
For overcome the deficiencies in the prior art, the present invention provides a kind of production equipment of aluminum-pinch fitting non-woven fabrics.
The technical solution adopted by the present invention to solve the technical problems is: a kind of production of aluminum-pinch fitting non-woven fabrics is set
It is standby, including be used for transmission aluminum-pinch main transmission line road, two arrangement above are in the transmission line that divides on main transmission line trackside side, institute
Stating main transmission line road includes that plate platform, first are put in the first rack, the first conveyer belt group being movably set in the first rack, beginning
Plate platform, the first push plate platform are put, among first in push plate platform, the first middle transition platform, the second push plate platform, the beginning
Transition platform, the second push plate platform can move up and down and be arranged along the first conveyer belt group direction of transfer sequence, described point of transmission
Route includes the second rack, the second conveyer belt group for receiving the aluminum-pinch from main transmission line road, the second middle transition platform, patch
Cloth platform smooths patch platform, and the second middle transition platform, patch platform smooth patch platform and can move up and down simultaneously
It is arranged along the second conveyer belt group direction of transfer sequence, it is described to divide setting glue spraying bonding structure on transmission line, the glue spraying fitting
Structure includes cloth feeding mechanism, patch mechanism.
Wherein: the cloth feeding mechanism includes that cloth, the cabinet body for transmitting cloth, the spread for being fixedly installed on cabinet body side are flat
Platform, the interior setting of the cabinet body carry out the glue-spraying mechanism of glue spraying to cloth, and the patch mechanism includes patch rack, reciprocable
And the cloth on spread platform is pulled into the first clamping device for spreading into front, connection patch rack and unfolds cloth pushing
It is bonded smooth laminating apparatus, is set to patch rack side and the secondary spreading device that cloth pasting is smooth.
Wherein: first gear moving up and down is arranged along the first conveyer belt group transmission direction side in the first push plate platform
Aluminum-pinch on the first push plate platform in promotion state is pushed to the of point transmission line by block, first rack setting
One toggle mechanism, first toggle mechanism include the first support frame being fixedly installed in the first rack, are fixedly installed respectively
It is driven in the first axle body of the first support frame two sides, with the first transmission mechanism being fixedly connected above the first support frame, with first
Mechanism end is fixedly connected and the first driving member for being flexibly connected with the first axle body, one end are fixedly connected with the first driving member
Two transmission mechanisms, the first plectrum for connecting the second transmission mechanism end.
Wherein: the second block is fixedly installed along the first conveyer belt group transmission direction end in the second push plate platform, described
Aluminum-pinch on the second push plate platform in promotion state is pushed to the second of point transmission line and stirred by the setting of the first rack
Mechanism, second toggle mechanism include the second support frame being fixedly installed in the first rack, are fixedly installed on second respectively
The second axle body of support frame two sides, the 5th transmission mechanism being fixedly connected with the second support frame top and the 5th transmission mechanism end
Hold the 6th transmission that the second driving member for being fixedly connected and being flexibly connected with the second axle body, one end are fixedly connected with the second driving member
Mechanism, the second plectrum for connecting the 6th transmission mechanism end.
Wherein: third block moving up and down is arranged along the second conveyer belt group transmission direction side in the patch platform,
Wherein glue spraying bonding structure of the setting for patch on patch platform, the patch platform that smooths is along the second conveyer belt group transmission side
To side, fourth gear block moving up and down is set, it is described smooth patch platform side and be respectively set be fixedly connected with the second rack
And the fifth gear block of setting parallel with the second conveyer belt group, it is parallel with the second conveyer belt group setting and it is opposite with fifth gear block
It should carry out being moved forward and backward the sixth gear block for completing pinching action, the sixth gear block, which is fixedly connected to provide, is moved forward and backward the of power
Three transmission mechanisms, it is described smooth the connection of patch platform can the 7th block along from the second conveyer belt prescription to reciprocating motion, it is described to comfort
The fixed setting of smooth cloth mesa base is that the 7th block provides the 4th transmission mechanism of power, third transmission mechanism one end and
Second rack is fixedly connected.
Wherein: the first rib for limiting route, the setting of second rack two sides is arranged in first rack two sides
For limiting the second rib of route.
Wherein: the cabinet body includes tank bracket, the first roller bearing being arranged in parallel in above tank bracket and the second roller bearing, first
Opening, third roller bearing, the 4th roller bearing, the 5th roller bearing, the 6th roller bearing, the 7th roller bearing, the second opening, the third roller bearing, the 4th
Roller bearing, the 5th roller bearing, the 6th roller bearing, the 7th roller bearing are all set in tank bracket, and second opening is set to tank bracket side, described
First opening is set to the second roller bearing obliquely downward, and the glue-spraying mechanism includes laterally being fixedly installed on the intracorporal fixed strip of cabinet, more
A nozzle being fixedly installed on fixed strip, spread platform two sides are respectively provided with the clamp system for clamping cloth, described
Clamp system is made of the first driving end that clamping plate, connection clamp plate.
Wherein: the cloth cut device for making cloth be separated into sizing sheet, the cloth cut device is laterally arranged in the patch rack
By the heating wire being horizontally set in patch rack, the electric heating for connecting heating wire and heating wire being made back and forth to move up and down cutting cloth
Silk transmission mechanism composition, first clamping device include the guide rail for being fixedly installed on patch rack two sides, are set on guide rail
Sliding block group, power is provided for sliding block group power device, connection sliding block group fixed frame, be movably set in fixed frame side
First pneumatic machinery clip, the second driving end, the second driving end of connection and transmitting make the first pneumatic machinery clip rotational power
Drive block, the power device include motor, the wheel body for being set to four apex angles of patch rack, the connecting shaft for connecting wheel body, connect
Connect the belt of ipsilateral wheel body and sliding block group.
Wherein: the laminating apparatus includes being fixedly installed on third driving end above patch rack, connection third transmission
It holds the fitting frame of end, the 4th driving end being fixedly installed below fitting frame, be fixedly installed on the progress of the 4th driving end end
The scraper plate of reciprocating motion, the spreading device include sprawl rack, be fixedly installed on the first circular shaft for sprawling rack two sides and
Second circular shaft is parallel to each other and opposite to being set to the 6th driving end for sprawling rack two sides and the 7th driving end, connection the
The first of six driving end ends, which sprawl end, connects the second of the 7th driving end end sprawls end, described first sprawl end include with
6th driving end end be fixedly connected and be flexibly connected with the first circular shaft and the second circular shaft first movement block, be fixedly installed on
The 8th driving end on first movement block is set to the first of the 8th driving end end and sprawls plate, and described second, which sprawls end, includes
Be fixedly connected with the 7th driving end end and be flexibly connected with the first circular shaft and the second circular shaft the second movable block, fixed setting
In on the second movable block the 9th driving end, be set to the second of the 9th driving end end and sprawl plate.
Wherein: the cloth feeding mechanism further includes the frame body for placing cloth, the intermediate transport being set between cloth and cabinet body
Structure.
The beneficial effects of the present invention are: being transported in point transmission line by the distribution of main transmission line road, pass through the first push plate
Platform, the second push plate platform transmit aluminum-pinch to transmission line is divided, and the first middle transition platform makes to park transition in the middle part of aluminum-pinch,
Make to be transferred in point transmission line by shunting, divides transmission line by reaching patch platform after the second middle transition platform, comforting
Smooth cloth platform makes a plurality of route while running, high production efficiency, is adapted to the production of higher-strength.
It transmitted by cloth feeding mechanism, carry out glue spraying on cloth, patch mechanism, this kind of glue spraying mode are transferred to after glue spraying
More uniform, the glue on cloth is less, avoids influencing production equipment；Cloth, which is transmitted, by the first clamping device expects cloth pasting machine frame
It is interior, and applying cloth is carried out by laminating apparatus, spreading device, this kind transmission laminating type is more convenient, fitting effect is good.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is layout structure schematic diagram of the invention；
Fig. 2 is the structural schematic diagram on main transmission line road of the present invention；
Fig. 3 is the partial structural diagram on main transmission line road of the present invention；
Fig. 4 is the structural schematic diagram of patch platform of the present invention；
Fig. 5 is the structural schematic diagram that the present invention smooths patch platform；
Fig. 6 is the structural schematic diagram of glue spraying bonding structure of the present invention；
Fig. 7 is the partial structural diagram of cabinet body side view of the present invention；
Fig. 8 is the structural schematic diagram of laminating apparatus of the present invention；
Fig. 9 is another schematic diagram of laminating apparatus structure of the invention；
Figure 10 is the structural schematic diagram of spreading device of the present invention；
Figure 11 is the structural schematic diagram of cloth cut device of the present invention.
Specific embodiment
Referring to figs. 1 to Figure 11, a kind of production equipment of aluminum-pinch fitting non-woven fabrics, the main biography including being used for transmission aluminum-pinch
1, two arrangement above of defeated route divides transmission line 2 in 1 side of main transmission line road, and the main transmission line road 1 includes the first machine
Plate platform 13, the first push plate platform 14, are put in frame 11, the first conveyer belt group 12 being movably set in the first rack 11, beginning
Plate platform 13, the first push plate platform 14, the first intermediate mistake are put in one middle transition platform 15, the second push plate platform 16, the beginning
Cross platform 15, the second push plate platform 16 can move up and down and be arranged along the first conveyer belt group 12 direction of transfer sequence, described point
Transmission line 2 includes the second rack 21, receives among the second conveyer belt group 22, second of the aluminum-pinch from main transmission line road 1
Transition platform 23, patch platform 24 smooth patch platform 25, and the second middle transition platform 23, smooths patch at patch platform 24
Cloth platform 25 can move up and down and be arranged along the second conveyer belt group 22 direction of transfer sequence.It is arranged on described point of transmission line 2
Glue spraying bonding structure, the glue spraying bonding structure include cloth feeding mechanism, patch mechanism.
First push plate platform 14, the second push plate platform 16 can push aluminum-pinch to transmission line 2 is divided, and single beginning is arranged
Put plate platform 13, the first middle transition platform 15 can be realized and continuously aluminum-pinch is pushed on two points of transmission lines, this kind
Push transmission mode is efficient, resource utilization is higher.
First conveyer belt group 12 by the first idler wheel, fit in the first conveyer belt on the first idler wheel, connection the first idler wheel
First axis composition, wherein gear is fixedly installed in the first axis, the gear passes through the first chain connection the first transmission conveyer belt
Motor.Second conveyer belt group 22 by the second idler wheel, fit in the second conveyer belt on the second idler wheel, connect the second of the second idler wheel
Axis composition, wherein gear is fixedly installed in the second axis, the gear passes through the second chain connection the second transmission transmission translator.
First gear moving up and down is arranged along 12 transmission direction side of the first conveyer belt group in the first push plate platform 14
Aluminum-pinch on the first push plate platform 14 in promotion state is pushed to a point transmission by block 141, the setting of the first rack 11
First toggle mechanism of route 2.First toggle mechanism includes the first support frame being fixedly installed in the first rack 11
171, be fixedly installed on respectively 171 two sides of the first support frame the first axle body 172, be fixedly connected above the first support frame 171
The first transmission mechanism 173, be fixedly connected and be flexibly connected with the first axle body 172 with 173 end of the first transmission mechanism first
The second transmission mechanism 175 that driving member 174, one end are fixedly connected with the first driving member 174 connect 175 end of the second transmission mechanism
First plectrum 176 at end.First block 141 moves up and aluminum-pinch can be prevented to continue to move to first, is convenient for the first push plate platform
14 aluminum-pinch when moving up will not shift, and complete that the first block 141 after push, the first push plate platform 14 declines makes the first biography
Band group 12 is sent to continue to transmit aluminum-pinch.
Wherein the first driving member 174 by the first transmission mechanism 173 drive make its can along 172 setting direction of the first axle body come
Return is dynamic, and the first plectrum 176 is moved up and down by the drive of the second transmission mechanism 175, the second transmission mechanism when needing push plate
175 for extended state drive the first plectrum 176 mobile to complete push plate to dividing transmission line 2 by the first transmission mechanism 173
Operation, when return, the second transmission mechanism 175 is contraction state and the first transmission mechanism 173 drives the first plectrum 176 mobile
To home position.Wherein the first transmission mechanism 173, the second transmission mechanism 175 are cylinder.Wherein the first driving member 174 is " J "
Font.
The second block 161, institute is fixedly installed along 12 transmission direction end of the first conveyer belt group in the second push plate platform 16
It states the setting of the first rack 11 and the aluminum-pinch on the second push plate platform 16 in promotion state is pushed to the of point transmission line 2
Two toggle mechanisms.Second toggle mechanism includes the second support frame 181 being fixedly installed in the first rack 11, fixes respectively
Be set to 181 two sides of the second support frame the second axle body 182, with the 5th driver that is fixedly connected above the second support frame 181
Structure 183, the second driving member 184, one for being fixedly connected with 183 end of the 5th transmission mechanism and being flexibly connected with the second axle body 182
The second plectrum held the 6th transmission mechanism 185 being fixedly connected with the second driving member 184, connect 185 end of the 6th transmission mechanism
186.Second block 161 moves up and aluminum-pinch can be prevented to continue to move to first, when moving up convenient for the second push plate platform 16
Aluminum-pinch will not shift, and the second block 161, the second push plate platform 16, which decline, after completion push continues the first conveyer belt group 12
Transmit aluminum-pinch.
Wherein the second driving member 184 by the 5th transmission mechanism 183 drive make its can along 182 setting direction of the second axle body come
Return is dynamic, and the second plectrum 186 is moved up and down by the drive of the 6th transmission mechanism 185, the 6th transmission mechanism when needing push plate
185 for extended state drive the second plectrum 186 mobile to complete push plate to dividing transmission line 2 by the 5th transmission mechanism 183
Operation, when return, the 6th transmission mechanism 185 is contraction state and the 5th transmission mechanism 183 drives the second plectrum 186 mobile
To home position.Wherein the 5th transmission mechanism 183, the 6th transmission mechanism 185 are cylinder.Wherein the second driving member 184 is " J "
Font.
Put 13 bottom of plate platform, 14 bottom of the first push plate platform, 15 bottom of the first middle transition platform, the second push plate in beginning
16 bottom of platform, 141 bottom of the first block is respectively provided with the cylinder being fixedly connected in the first rack 11 move up and down it can.
The height that first block 141 rises highest state is higher than 14 horizontal plane of the first push plate platform, and the height of the second block 161 is than second
16 horizontal plane of push plate platform is high.Plate is put at first push plate platform 14, the first middle transition platform 15, the second push plate platform 16, beginning
Platform 13 is all set between the first conveyer belt.Wherein it is flat to put plate platform 13, the first push plate platform 14, the first middle transition for beginning
Platform 15, the second push plate platform 16 make aluminum-pinch bottom be not in contact with each other with 12 phase of the first conveyer belt group when being in lifting state, aluminium button
Plate can not be driven by the first conveyer belt group 12；Beginning put plate platform 13, the first push plate platform 14, the first middle transition platform 15,
When second push plate platform 16 is in decline state, aluminum-pinch bottom contacts and is transmitted with the first conveyer belt group 12.
Third block moving up and down is arranged along 22 transmission direction side of the second conveyer belt group in the patch platform 24
241, the glue spraying bonding structure for being used for patch is wherein set on patch platform 24.The setting of third block 241 is in aluminum-pinch
Limitation movement is carried out before patch platform 24, be shifted aluminum-pinch will not convenient for the rising of patch platform 24, is completed third gear after fitting
Block 241, patch platform 24, which decline, makes the second conveyer belt group 22 continue to transmit aluminum-pinch.
The patch platform 25 that smooths is along 22 transmission direction side of the second conveyer belt group setting fourth gear moving up and down
Block 251, it is described smooth 25 side of patch platform be respectively set be fixedly connected with the second rack 21 and with 22 phase of the second conveyer belt group
Fifth gear block 252 disposed in parallel, with the parallel setting of the second conveyer belt group 22 and with fifth gear block 252 before and after corresponding progress
The mobile sixth gear block 253 for completing pinching action, the sixth gear block 253, which is fixedly connected, provides the third biography for being moved forward and backward power
Motivation structure 254, the 7th block 255 that smooths the connection of patch platform 25 and can be moved back and forth along 22 direction of the second conveyer belt group,
It is described smooth 25 bottom of patch platform fixed setting be the 7th block 255 the 4th transmission mechanism 256 of power, the third are provided
254 one end of transmission mechanism is fixedly connected with the second rack 21.Wherein third transmission mechanism 254, the 4th transmission mechanism 256 are gas
Cylinder, the rising of fourth gear block 251 make aluminum-pinch will not continue to move, and smooth after patch platform 25 lifts the 7th block 255 to transmission
Direction, which is shunk, clamps aluminum-pinch, the clamping aluminum-pinch of sixth gear block 253 of fifth gear block 252 and extended state with fourth gear block 251
Another both sides, fourth gear block 251 when needing to transmit aluminum-pinch smooths patch platform 25 and declines, and sixth gear block 253 is contraction-like
State, the second conveyer belt group 22 continue to transmit aluminum-pinch.
Second middle transition platform, 23 bottom, smooths 25 bottom of patch platform, third block 241 at 24 bottom of patch platform
Bottom, 251 bottom of fourth gear block is respectively provided with the cylinder being fixedly connected in the second rack 21 move up and down it can, third gear
The height that block 241 rises highest state is higher than 24 horizontal plane of patch platform, and the height ratio that fourth gear block 251 rises highest state is comforted
Smooth 25 horizontal plane of cloth platform is high, and fifth gear block 252, sixth gear block 253,255 height of the 7th block are than smoothing patch platform
25 horizontal planes are high.Second middle transition platform 23, patch platform 24 smooth 25 two sides of patch platform and are respectively provided with hollow out position and make
Two conveyer belts can pass through.Wherein the second middle transition platform 23, patch platform 24, when smoothing patch platform 25 and being in lifting state
Aluminum-pinch bottom is set to be not in contact with each other with 22 phase of the second conveyer belt group, aluminum-pinch can not be driven by the second conveyer belt group 22；In second
Between transition platform 23, patch platform 24, when smoothing patch platform 25 and being in decline state, aluminum-pinch bottom and the second conveyer belt group
22 contact and are transmitted.
Aluminum-pinch puts the placement of plate platform 13 in the beginning of lifting state, and beginning is put after plate platform 13 declines through the first transmission
Band group 12, which drives, to be passed through the first push plate platform 14 and reaches the first middle transition platform 15, and the first middle transition platform 15 is lifting
State stops aluminum-pinch, the decline of the first middle transition platform 15, and aluminum-pinch reaches the second push plate platform 16, the second block 161 limit
Aluminum-pinch processed continues to move to and the second push plate platform 16 is in lifting state, and the first push plate platform 14 lifts preceding first block
141 limitation aluminum-pinch first continue to transmit, and another two pieces of block aluminum-pinch are flat respectively at the first push plate for being in lifting state at this time
On platform 14, the first middle transition platform 15, the first toggle mechanism, the second toggle mechanism are respectively by the first push plate platform 14, second
Aluminum-pinch on push plate platform 16 is pushed to dividing on transmission line 2 in side, completes the first middle transition platform after push
15, the first push plate platform 14, the second push plate platform 16 decline, and the aluminum-pinch in the first middle transition platform 15 continues to move to
To the second push plate platform 16, and the aluminum-pinch of the first push plate platform 14, the first middle transition platform 15 puts plate platform by beginning
13, which place aluminum-pinch transmission in-position, passes through second after the second conveyer belt group 22 receives the aluminum-pinch from main transmission line road 1
Patch platform 24 is reached after middle transition platform 23, smooths patch platform 25.
The first rib 19 for limiting route is arranged in first rack, 11 two sides, and first rib 19 is pushed away in first
At 14 setting of plate platform, at 16 setting of the second push plate platform be blank state.Second rack, 21 two sides are arranged for limiting
Second rib 29 of route.Wherein the first master control electronic box is arranged in 11 side of the first rack, wherein the first master control cabinet is electrically connected gas
Cylinder and the first transmission mechanism 173, the second transmission mechanism 175.
The cloth feeding mechanism includes cloth 63, transmits the cabinet body of cloth 63, is fixedly installed on the spread platform of cabinet body side
65, setting carries out the glue-spraying mechanism 66 of glue spraying to cloth 63 in the cabinet body, and the patch mechanism includes patch rack 621, can
Move back and forth and pull the cloth 63 on spread platform 65 the first clamping device for spreading into front, connection patch rack 621
And cloth 63 is pushed to unfold and is bonded smooth laminating apparatus, is set to 621 side of patch rack and secondary is bonded cloth 63
Smooth spreading device.Wherein patch rack 621 be fixedly installed in the second rack 21 and be correspondingly arranged in patch platform 24
Surface.
The cabinet body includes tank bracket 641, the first roller bearing 642 and the second roller bearing for being arranged in parallel in 641 top of tank bracket
643, first opening 644, third roller bearing 645, the 4th roller bearing 646, the 5th roller bearing 647, the 6th roller bearing 648, the 7th roller bearing 649,
Second opening 640, the third roller bearing 645, the 4th roller bearing 646, the 5th roller bearing 647, the 6th roller bearing 648, the 7th roller bearing 649 are
It is set in tank bracket 641, second opening 640 is set to 641 side of tank bracket, and first opening 644 is set to the second rolling
643 obliquely downward of axis, the glue-spraying mechanism 66 include laterally being fixedly installed on the intracorporal fixed strip 661 of cabinet, multiple being fixedly installed on
Nozzle 662 on fixed strip 661.
The cloth feeding mechanism further includes the frame body 631 for placing cloth 63, the centre biography being set between cloth 63 and cabinet body
Send structure 632.Wherein intermediate transport structure 632 is rectangular, is set to 631 obliquely downward of frame body, first passes through cloth 63 and be in
The intermediate transport structure 632 of lower position by 641 top of tank bracket, makes cloth 63 be in the state that stretching, extension is straightened again, convenient for passing
It send.
First roller bearing 642, the second roller bearing 643 are movably connected on tank bracket 641, third roller bearing 645, the 4th roller bearing 646,
5th roller bearing 647, the 6th roller bearing 648, the 7th roller bearing 649 are movably connected in tank bracket 641.Wherein the 4th roller bearing 646 is arranged
In 645 obliquely downward of third roller bearing, the 5th roller bearing 647 is set to 646 obliquely downward of the 4th roller bearing, the 6th roller bearing 648 and the 5th roller bearing
647 is arranged in parallel, and the 7th roller bearing 649 is set at nearly second opening 640, the nozzle 662 with pass through the second roller bearing
643, the cloth 63 of third roller bearing 645 is corresponding.Wherein nozzle 662 is attached conveying liquid glue using pipeline and carries out glue spraying
Onto cloth 63.Wherein 63 sequence of cloth passes through on intermediate transport structure 632,642 upper surface of the first roller bearing, the second roller bearing 643
Surface, the first opening 644, surface, 646 upper surface of the 4th roller bearing, the nearly cabinet of the 5th roller bearing 647 of the nearly tank bracket 641 of third roller bearing 645
The surface of frame 641,648 lower surface of the 6th roller bearing, 649 lower surface of the 7th roller bearing, the second opening 640 reach spread platform 65.
When cloth 63 after glue spraying passes through third roller bearing 645, glue spraying face is bonded to each other with third roller bearing 645, makes cloth 63
Cloth 63 is avoided to adhere to excessive glue while the glue amount on surface is uniform.
65 two sides of spread platform are respectively provided with the clamp system 651 for clamping cloth 63, the clamp system 651 by
Clamp the first driving end 6512 composition of plate 6511, connection clamping plate 6511.Wherein spread platform 65 is fixedly installed on closely
At second 640 settings of opening.Wherein the first driving end 6512 is fixedly installed on spread platform 65, and the first driving end 6512 is gas
Cylinder.
The cloth cut device for making cloth 63 be separated into sizing sheet, the cloth cut device is laterally arranged in the patch rack 621
By be horizontally set in patch rack 621 heating wire 6261, connection heating wire 6261 and make heating wire 6261 it is reciprocal on move down
The heating wire transmission mechanism 6262 of dynamic cutting cloth 63 forms.621 two sides of patch rack are arranged for clamping cloth 63
Second clamping device, second clamping device include the 5th driving end for being fixedly installed on 621 two sides of patch rack and the 5th
Second pneumatic machinery clip of driving end end connection.5th driving end is cylinder, and the second pneumatic machinery clip is passed by the 5th
Moved end pushes forward, and the second pneumatic machinery clip clamps the two sides of cloth 63.First clamping device includes being fixedly installed on
The guide rail 6221 of 621 two sides of patch rack, the sliding block group 6222 being set on guide rail 6221 provide power for sliding block group 6222
Power device, connection sliding block group 6222 fixed frame 6224, be movably set in 6224 side of fixed frame the first pneumatic machinery folder
Sub 6225, second driving end 6226, the second driving end 6226 of connection and transmitting make 6225 rotational power of the first pneumatic machinery clip
Drive block 6227.Wherein the second driving end 6226 is cylinder.Wherein the first pneumatic machinery clip 6225, the second pneumatic machinery folder
Son is specially pneumatic-finger, and the heating wire 6261 is set at the nearly spread platform 65 of patch rack 621, the heating wire transmission
Mechanism 6262 is fixedly installed in patch rack 621, and the heating wire 6261 is fixedly installed on 6262 end of heating wire transmission mechanism
End, the heating wire transmission mechanism 6262 are cylinder, wherein after the clamping of the first clamping device and stretch material 63, the second pneumatic motor
63 two sides of cloth of 621 lower section of tool clamp patch rack, clamp system 651 are clamped in the cloth 63 sprawled on platform 65
Two sides, heating wire 6261, which drives with heating wire transmission mechanism 6262 and touches cloth 63, makes the cloth in 621 lower section of patch rack
Material 63 is separated in sprawling the cloth 63 on platform 65, wherein transmits aluminum-pinch on the patch platform below patch rack 621
In place, the cloth 63 after separation is bonded cloth 63 by the first pneumatic machinery clip 6225, the release of the second pneumatic machinery clip
In in aluminum-pinch.
The power device includes motor 62231, wheel body 62232, the fifth wheel for being set to 621 4 apex angles of patch rack
The connecting shaft 62233 of body 62232, the belt 62234 for connecting ipsilateral wheel body 62232 and sliding block group 6222.
Wherein connecting shaft 62233 is movably set in patch rack 621.Power device is fixedly installed on patch rack 621
On, wherein motor 62231 be fixedly installed on 621 side of patch rack and with a wherein coaxially connected transmission of connecting shaft 62233,
62234 connection sliding block group 6222 of belt makes sliding block group 6222 reciprocally carry out pushing fixed frame 6224 mobile, multiple wheel bodys is arranged
62232, keep 62234 keeping parallelism of belt mobile.
Wherein 6227 activity transition fit of drive block is in fixed frame 6224, wherein 6225 side of the first pneumatic machinery clip
It being movably connected on fixed frame 6224 by bearing, 6227 side of drive block is connect with the first pneumatic machinery clip 6225, and second
Driving end 6226 pushes drive block 6227 to rotate the first pneumatic machinery clip 6225 by stretching, extension, and the second driving end 6226 is shunk
When so that the first pneumatic machinery clip 6225 is restored to parastate, clamped and cloth 63 and led to by the first pneumatic machinery clip 6225
Crossing motor 62231 drives the first pneumatic machinery clip 6225 to carry out granny rag to 621 lower section of 65 front of spread platform and patch rack.
The laminating apparatus includes the third driving end 6231 for being fixedly installed on 621 top of patch rack, connection third biography
The fitting frame 6232 of 6231 end of moved end, is fixedly installed on the 4th driving end 6233 for being fixedly installed on 6232 lower section of fitting frame
The scraper plate 6234 that 4th driving end, 6233 end moves back and forth.
Third driving end 6231, the 4th driving end 6233 are cylinder, and wherein 6231 end of third driving end may pass through patch
Rack 621 carries out scaling operation, and third driving end 6231 moves down fitting frame 6232 entirely, scraper plate 6234 and 63 phase of cloth
It contradicts, it is smooth that the stretching, extension of the 4th driving end 6233 drives scraper plate 6234 that cloth 63 is made to unfold fitting.Aluminium wherein is set below cloth 63
Buckle, cloth 63 fit in aluminum-pinch.
The spreading device includes sprawling rack 6241, being fixedly installed on the first circular shaft 6242 for sprawling 6241 two sides of rack
And it second circular shaft 6243, is parallel to each other and opposite to being set to the 6th driving end 6244 for sprawling 6241 two sides of rack and the
Seven driving ends 6245, connect 6244 end of the 6th driving end first sprawl end, connect 6245 end of the 7th driving end second
Sprawl end.Described first sprawl end include be fixedly connected with 6244 end of the 6th driving end and with the first circular shaft 6242 and second
The first movement block 62461 of the flexible connection of circular shaft 6243, the 8th driving end being fixedly installed on first movement block 62461
62462, it is set to the first of 62462 end of the 8th driving end and sprawls plate 62463, described second, which sprawls end, includes and the 7th transmission
The second movable block 62471 for holding 6245 ends to be fixedly connected and be flexibly connected with the first circular shaft 6242 and the second circular shaft 6243,
The 9th driving end 62472 that is fixedly installed on the second movable block 62471 is set to the second of 62472 end of the 9th driving end
Sprawl plate 62473.Wherein spread rack 6241, which is fixedly installed in the second rack 21 and is correspondingly arranged in, smooths patch platform 25
Surface.
6th driving end 6244, the 7th driving end 6245, the 8th driving end 62462, the 9th driving end 62472 are gas
Cylinder.It is transferred to below spreading device by the aluminum-pinch of laminating apparatus patch by the second conveyer belt group 22 and smooths patch platform
On 25, the 6th driving end 6244,6245 phase of the 7th driving end are arranged oppositely drives first movement block 62461, second mobile respectively
For block 62471 backwards to movement, the 8th driving end 62462, the 9th driving end 62472 can make first to sprawl the paving of plate 62463, second respectively
Panel 62473 moves up and down, and drives the first of decline state to sprawl plate by the 6th driving end 6244, the 7th driving end 6245
62463, second sprawl plate 62473 backwards to mobile to complete it is secondary by cloth 63 in being bonded smooth operation in aluminum-pinch.It is logical
It is smooth using secondary fitting to cross patch of progress first, keeps patch effect on aluminum-pinch more preferable, patch equipment fitting effect
Rate is high, and fitting effect is good.
In the present invention: by main transmission line road 1 distribution be transported in point transmission line 2, by the first push plate platform 14,
Second push plate platform 16 transmits aluminum-pinch to transmission line 2 is divided, and the first middle transition platform 15 makes to park transition in the middle part of aluminum-pinch,
Make to be transferred in point transmission line 2 by shunting, divides transmission line 2 by reaching patch platform after the second middle transition platform 23
24, patch platform 25 is smoothed, a plurality of route is made while being run, high production efficiency, the production of higher-strength is adapted to.
It transmitted by cloth feeding mechanism, carry out glue spraying on cloth 63, patch mechanism, this kind of glue spraying side are transferred to after glue spraying
Formula is more uniform, and the glue on cloth 63 is less, avoids influencing production equipment；Cloth 63, which is transmitted, by the first clamping device arrives patch
In rack 621, and applying cloth 63 is carried out by laminating apparatus, spreading device, this kind transmission laminating type is more convenient, is bonded
Effect is good.
Claims (10)
1. a kind of production equipment of aluminum-pinch fitting non-woven fabrics, it is characterised in that: the main transmission line including being used for transmission aluminum-pinch
Road (1), two arrangement above are divided transmission line (2) in main transmission line road (1) side, and the main transmission line road (1) includes the
One rack (11), the first conveyer belt group (12) being movably set on the first rack (11), beginning are put plate platform (13), first are pushed away
Plate platform (14), the first middle transition platform (15), the second push plate platform (16), the beginning are put plate platform (13), first are pushed away
Plate platform (14), the first middle transition platform (15), the second push plate platform (16) can move up and down and along the first conveyer belt group
(12) direction of transfer sequence is arranged, described that transmission line (2) is divided to include the second rack (21), receive from main transmission line road (1)
Aluminum-pinch the second conveyer belt group (22), the second middle transition platform (23), patch platform (24), smooth patch platform
(25), the second middle transition platform (23), patch platform (24), smooth patch platform (25) and can move up and down and along
Two conveyer belt group (22) direction of transfers sequence is arranged, described to divide setting glue spraying bonding structure on transmission line (2), the glue spraying patch
Closing structure includes cloth feeding mechanism, patch mechanism.
2. a kind of production equipment of aluminum-pinch fitting non-woven fabrics according to claim 1, it is characterised in that: the cloth feeding mechanism
Including cloth (63), the cabinet body that transmits cloth (63), it is fixedly installed on the spread platform (65) of cabinet body side, is set in the cabinet body
Set to cloth (63) carry out glue spraying glue-spraying mechanism (66), the patch mechanism include patch rack (621), reciprocable simultaneously
Cloth (63) on spread platform (65) is pulled to the first clamping device for spreading into front, connection patch rack (621) and is incited somebody to action
Cloth (63) pushes to unfold and is bonded smooth laminating apparatus, is set to patch rack (621) side and secondary pastes cloth (63)
Close smooth spreading device.
3. a kind of production equipment of aluminum-pinch fitting non-woven fabrics according to claim 1, it is characterised in that: first push plate
The first block (141) moving up and down is arranged along the first conveyer belt group (12) transmission direction side in platform (14), and described first
Aluminum-pinch on the first push plate platform (14) in promotion state is pushed to the of a point transmission line (2) by rack (11) setting
One toggle mechanism, first toggle mechanism include the first support frame (171) being fixedly installed on the first rack (11), difference
Be fixedly installed on the first support frame (171) two sides the first axle body (172), be fixedly connected above the first support frame (171)
First transmission mechanism (173) is fixedly connected with the first transmission mechanism (173) end and is flexibly connected with the first axle body (172)
The second transmission mechanism (175) that first driving member (174), one end are fixedly connected with the first driving member (174) connect the second transmission
First plectrum (176) of mechanism (175) end.
4. a kind of production equipment of aluminum-pinch fitting non-woven fabrics according to claim 1, it is characterised in that: second push plate
The second block (161) are fixedly installed along the first conveyer belt group (12) transmission direction end in platform (16), first rack (11)
It is arranged and the aluminum-pinch on the second push plate platform (16) in promotion state is pushed to the second of a point transmission line (2) and stirs machine
Structure, second toggle mechanism include the second support frame (181) being fixedly installed on the first rack (11), are fixedly installed respectively
In the second support frame (181) two sides the second axle body (182), with the second support frame (181) above be fixedly connected the 5th transmission
Mechanism (183), the second transmission for being fixedly connected with the 5th transmission mechanism (183) end and being flexibly connected with the second axle body (182)
The 6th transmission mechanism (185) that part (184), one end are fixedly connected with the second driving member (184) connect the 6th transmission mechanism
(185) the second plectrum (186) of end.
5. a kind of production equipment of aluminum-pinch fitting non-woven fabrics according to claim 1, it is characterised in that: the patch platform
(24) third block (241) moving up and down is set along the second conveyer belt group (22) transmission direction side, wherein patch platform
(24) setting is used for the glue spraying bonding structure of patch on, and the patch platform (25) that smooths is along second conveyer belt group (22) transmission side
Fourth gear block (251) moving up and down is set to side, described patch platform (25) side that smooths is respectively set and the second machine
Frame (21) is fixedly connected and the fifth gear block (252) of setting parallel with second conveyer belt group (22), with the second conveyer belt group
(22) parallel setting and the sixth gear block (253) for carrying out being moved forward and backward completion pinching action corresponding with fifth gear block (252),
The sixth gear block (253) is fixedly connected with the third transmission mechanism (254) for providing and being moved forward and backward power, described to smooth patch platform
(25) the 7th block (255) that connection can be moved back and forth along the second conveyer belt group (22) direction, it is described to smooth patch platform (25)
Bottom fixed setting is that the 7th block (255) provides the 4th transmission mechanism (256) of power, the third transmission mechanism (254)
One end is fixedly connected with the second rack (21).
6. a kind of production equipment of aluminum-pinch fitting non-woven fabrics according to claim 1, it is characterised in that: first rack
(11) the first rib (19) for limiting route is arranged in two sides, and the second rack (21) two sides are arranged for limiting route
Second rib (29).
7. the production equipment of a kind of aluminum-pinch fitting non-woven fabrics according to claim 2, it is characterised in that: the cabinet body includes
Tank bracket (641), the first roller bearing (642) being arranged in parallel in above tank bracket (641) and the second roller bearing (643), the first opening
(644), third roller bearing (645), the 4th roller bearing (646), the 5th roller bearing (647), the 6th roller bearing (648), the 7th roller bearing (649),
Second opening (640), the third roller bearing (645), the 4th roller bearing (646), the 5th roller bearing (647), the 6th roller bearing (648), the
Seven roller bearings (649) are all set in tank bracket (641), and second opening (640) is set to tank bracket (641) side, and described first
Opening (644) is set to the second roller bearing (643) obliquely downward, and the glue-spraying mechanism (66) is intracorporal including being laterally fixedly installed on cabinet
Fixed strip (661), multiple nozzles (662) being fixedly installed on fixed strip (661), spread platform (65) two sides are respectively provided with
For the clamp system (651) of clamping cloth (63), the clamp system (651) is clamped flat by clamping plate (6511), connection
The first driving end (6512) of plate (6511) forms.
8. a kind of production equipment of aluminum-pinch fitting non-woven fabrics according to claim 2, it is characterised in that: the patch rack
(621) laterally setting makes cloth (63) be separated into the cloth cut device of sizing sheet, and the cloth cut device is by being horizontally set at patch
Heating wire (6261) in rack (621), connection heating wire (6261) simultaneously make heating wire (6261) back and forth move up and down cutting cloth
Expect that heating wire transmission mechanism (6262) composition of (63), first clamping device include being fixedly installed on patch rack (621)
The guide rail (6221) of two sides, provides the dynamic of power for sliding block group (6222) at the sliding block group (6222) being set on guide rail (6221)
Power device, connection sliding block group (6222) fixed frame (6224), be movably set in the first pneumatic motor of fixed frame (6224) side
Tool clip (6225), the second driving end (6226), connection the second driving end (6226) and transmitting make the first pneumatic machinery clip
(6225) drive block (6227) of rotational power, the power device include motor (62231), are set to patch rack (621)
The wheel bodys (62232) of four apex angles, the connecting shaft (62233) for connecting wheel body (62232), the ipsilateral wheel body (62232) of connection and
The belt (62234) of sliding block group (6222).
9. a kind of production equipment of aluminum-pinch fitting non-woven fabrics according to claim 2, it is characterised in that: the laminating apparatus
Including being fixedly installed on third driving end (6231) above patch rack (621), connection third driving end (6231) end
Fitting frame (6232), the 4th driving end (6233) being fixedly installed below fitting frame (6232) are fixedly installed on the 4th transmission
The scraper plate (6234) that end (6233) end moves back and forth, the spreading device include sprawling rack (6241), fixed setting
In the first circular shaft (6242) and the second circular shaft (6243) for sprawling rack (6241) two sides, it is parallel to each other and opposite to being set to
Sprawl the 6th driving end (6244) and the 7th driving end (6245), the 6th driving end (6244) of connection of rack (6241) two sides
The first of end, which sprawl end, connects the second of the 7th driving end (6245) end sprawls end, and described first, which sprawls end, includes and the
Six driving ends (6244) end be fixedly connected and be flexibly connected with the first circular shaft (6242) and the second circular shaft (6243) first
Movable block (62461), the 8th driving end (62462) being fixedly installed on first movement block (62461) are set to the 8th transmission
End (62462) end first is sprawled plate (62463), and described second to sprawl end include fixing with the 7th driving end (6245) end
Connection and the second movable block (62471) being flexibly connected with the first circular shaft (6242) and the second circular shaft (6243), fixed setting
In on the second movable block (62471) the 9th driving end (62472), be set to the 9th driving end (62472) end second paving
Panel (62473).
10. a kind of production equipment of aluminum-pinch fitting non-woven fabrics according to claim 2, it is characterised in that: the cloth feed machine
Structure further includes the frame body (631) for placing cloth (63), the intermediate transport structure (632) being set between cloth (63) and cabinet body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811060590.1A CN109109437A (en) | 2018-09-11 | 2018-09-11 | A kind of production equipment of aluminum-pinch fitting non-woven fabrics |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811060590.1A CN109109437A (en) | 2018-09-11 | 2018-09-11 | A kind of production equipment of aluminum-pinch fitting non-woven fabrics |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109109437A true CN109109437A (en) | 2019-01-01 |
Family
ID=64859295
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811060590.1A Pending CN109109437A (en) | 2018-09-11 | 2018-09-11 | A kind of production equipment of aluminum-pinch fitting non-woven fabrics |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109109437A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113147151A (en) * | 2021-04-20 | 2021-07-23 | 合肥佩尔哲汽车内饰系统有限公司 | Environmental protection equipment is used in automotive interior production |
| CN113858874A (en) * | 2021-09-09 | 2021-12-31 | 连静娜 | Automatic pasting equipment for anti-wrinkling art picture frame oilcloth |
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| CN208881310U (en) * | 2018-09-11 | 2019-05-21 | 韶关龙督装饰材料有限公司 | A kind of production equipment of aluminum-pinch fitting non-woven fabrics |
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| CN103832044A (en) * | 2012-11-21 | 2014-06-04 | 李世荣 | Automatic cloth sticking machine |
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| CN113858874A (en) * | 2021-09-09 | 2021-12-31 | 连静娜 | Automatic pasting equipment for anti-wrinkling art picture frame oilcloth |
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