CN106003768B - Mouse pad production line - Google Patents
Mouse pad production line Download PDFInfo
- Publication number
- CN106003768B CN106003768B CN201610399590.9A CN201610399590A CN106003768B CN 106003768 B CN106003768 B CN 106003768B CN 201610399590 A CN201610399590 A CN 201610399590A CN 106003768 B CN106003768 B CN 106003768B
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- China
- Prior art keywords
- area
- transferred
- cloth
- line
- heat
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29D—PRODUCING PARTICULAR ARTICLES FROM PLASTICS OR FROM SUBSTANCES IN A PLASTIC STATE
- B29D7/00—Producing flat articles, e.g. films or sheets
- B29D7/01—Films or sheets
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D1/00—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor
- B26D1/01—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work
- B26D1/04—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member
- B26D1/06—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member wherein the cutting member reciprocates
- B26D1/08—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member wherein the cutting member reciprocates of the guillotine type
- B26D1/085—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member wherein the cutting member reciprocates of the guillotine type for thin material, e.g. for sheets, strips or the like
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F16/00—Transfer printing apparatus
Abstract
The invention discloses a kind of mouse pad production line, including cloth operation line, heat-transferring printing paper operation line, rubber blanket operation line and the main work line for connecting three, cloth operation line to include support roller, cutting mechanism and the first area to be transferred；Heat-transferring printing paper operation line includes raw material area, the second area to be transferred and transfer mechanism；Main work line sets compound position, and vacuum adsorption mechanism is set between the first area to be transferred and the second area to be transferred；Main work line sets gradually thermal transfer mechanism, separating mechanism and hot pressing mechanism, and the 3rd area to be transferred and Level Adsorption mechanism are set between hot pressing mechanism and separating mechanism, the first delivery device is set between the 3rd area to be transferred and hot pressing mechanism；Rubber blanket operation line includes storing area, gumming mechanism and the 3rd area to be transferred, second delivery device is set between gumming mechanism and the 4th area to be transferred, 4th area to be transferred is provided with lifting assembly, the present invention provides a kind of mouse pad production line of automated production mouse pad, improves production efficiency.
Description
Technical field
The present invention relates to the production equipment of mouse pad, more particularly to a kind of mouse pad production line.
Background technology
With the popularization of computer, mouse pad also turns into the small article commonly used in daily life, and the production for mouse pad is existing
Some technological processes are that fabric dividing-calico thermal transfer-rubber gluing-rubber carries out hot pressing with patterned cloth, specifically often
The mouse pad seen is made up of the figuratum bed of cloth of band positioned at surface and the rubber layer being bonded with bed of cloth, existing production
In be typically manually first calico is cut, need to cut calico in several units according to size, will then will print
After the heat-transferring printing paper of completion corresponds with calico, it is put into heat transfer machine and carries out thermal transfer, the so figure on heat-transferring printing paper
Case will be transferred on calico, and waste paper is taken away, and heat is shifted to the cloth completed and is collected, then by rubber also according to white
The size that cloth is cut is cut, by glue application device in the side surface sizing of rubber, the cloth that transfer is completed after cutting
It is affixed on a side end face of the rubber with glue, a mouse pad is completed by hot press hot pressing aftershaping.
At present, the production technology of many mouse pads remains is produced by the way of artificial, and its efficiency is low, production yields
It is low, and for a kind of pressure roller former of corrugated paper disclosed in similar Patent No. CN201410127829.8, and it is existing
Some streamlines directly can not be diverted to well in the production technology of mouse pad, therefore need badly provide one kind be specifically applied to
The streamline of mouse pad production.
The content of the invention
It is an object of the invention to provide a kind of mouse pad production line of automated production mouse pad, improves production effect
Rate.
The present invention above-mentioned technical purpose technical scheme is that：A kind of mouse pad produces flowing water
Line, include cloth operation line, heat-transferring printing paper operation line, rubber blanket operation line and the main work line for connecting three, it is described
Cloth operation line, heat-transferring printing paper operation line, rubber blanket operation line and main work line include organic frame, the operation of described cloth
Line, rubber blanket operation line and main work line are additionally provided with transport establishment；
Described cloth operation line include for place calico raw material support roller, the cutting mechanism for cutting cloth
And the first area to be transferred for being placed for calico after cutting；
Heat-transferring printing paper operation line include for place heat-transferring printing paper raw material area, second after raw material area
Area to be transferred and the transfer mechanism for the heat-transferring printing paper in raw material area to be transferred to the second area to be transferred；
One starting ends of described main work line are provided with compound position, and the described first area to be transferred and second wait to turn
Shifting is provided with the vacuum adsorption mechanism that the material in the first area to be transferred and the second area to be transferred is transferred to compound position between area；
Described main work line is disposed with thermal transfer mechanism, for heat-transferring printing paper and cloth mutually to be divided from compound position
From separating mechanism and hot pressing mechanism, be provided between described hot pressing mechanism and separating mechanism for after placing thermal transfer
3rd area to be transferred of cloth and the Level Adsorption machine for the cloth after separating mechanism to be adsorbed to the 3rd area to be transferred
Structure, it is provided between the 3rd described area to be transferred and hot pressing mechanism and pushes to material in the 3rd area to be transferred in hot pressing mechanism
The first delivery device；
Described rubber blanket operation line include for place rubber blanket storing area, the gluing machine after storing area
Structure and the 4th area to be transferred, it is provided between described gumming mechanism and the 4th area to be transferred for by the rubber after gluing
Pad pushes to second delivery device in the 4th area to be transferred, the 4th described area to be transferred be located at the 3rd area to be transferred just under
Side, the 4th described area to be transferred be provided with can oscilaltion lifting assembly.
By using above-mentioned technical proposal, the production technology of mouse pad is cut between calico and heat-transferring printing paper by calico
The heat of pattern is quoted, to the end will the patterned cloth pasting after thermal transfer with it is upper cross glue rubber blanket on carry out heat
Pressure, it is that cloth runs line, rubber blanket runs line, heat-transferring printing paper runs line and four streams of main work line by process integration so
Waterline is realized that cloth operation line is mainly responsible for cutting for initial calico, and heat-transferring printing paper operation line is used to deposit hot turn
Printing paper, rubber blanket operation line is mainly responsible for the gluing work of rubber blanket, and this cloth operation line, heat-transferring printing paper run line and rubber
Raw material caused by rubber cushion operation line production is transferred on main work line by attachment structures such as vacuum adsorption mechanism, transfer mechanisms,
Thermal transfer mechanism on main work line carries out the calico being superimposed with each other and heat-transferring printing paper the work of thermal transfer, and thermal transfer completes it
Afterwards, separating mechanism is transported to by transport establishment, separating mechanism is separated heat-transferring printing paper with cloth, and thermal transfer is completed
Cloth is delivered to the 3rd area to be transferred and is bonded with having completed the rubber blanket of gluing, and rubber is realized by the hot pressing mechanism of final step
Rubber cushion is bonded with cloth, completes the automated production of whole mouse pad, incorporates production technology of the prior art, is improved
Production efficiency.
The present invention is further arranged to, and described cutting mechanism includes the horizontal cutting mechanism and longitudinally cutting set gradually
Mechanism, described horizontal cutting mechanism include the End assemblies being fixed in frame and dragging component, described end group
Part includes the acceptance division for receiving the cloth in support roller and the cutting knife that is moved along frame width, at described acceptance division
The pressure strip for compressing cloth is provided with, described dragging component includes the clamping element and drive folder for clamping cloth
The conveying member that tight part moves back and forth along cloth conveying direction, described longitudinally cutting mechanism include on cloth transport path
Cut wheel, wheel is axially positioned in frame and the wheel that cuts rotates in a circumferential direction for described cutting.
By using above-mentioned technical proposal, after component pulling yardage roll to specific length is dragged, cut off, cut using cutting knife
The calico having no progeny is moved by transport establishment along the arranged direction of frame, and the described wheel that cuts will be cut along the longitudinal direction by calico
Some pieces are cut into, is split cloth bigger on yardage roll in suitable mouse using horizontal cutting mechanism and longitudinally cutting mechanism with this
The junior unit of size is padded, it is automatic without on streamline is put into, being further increased after yardage roll is machined elsewhere
Change, and the processing of polylith mouse pad can be completed simultaneously in process each time, further increase operating efficiency.
The present invention is further arranged to, and described vacuum adsorption mechanism includes adsorption section and rotary shaft, described absorption
Portion is sheathed in rotary shaft and can be along the axial direction back and forth movement of rotary shaft, and the rotary shaft drives described adsorption section along week
To rotation, described compound position is set immediately below the second area to be transferred between described second area to be transferred and compound position
Dynamic clamping head and quiet clamping head and second area to be transferred can move up and down along the setting direction of dynamic clamping head and quiet clamping head, described main work line pair
Should be provided with the opening position of compound position can inhale pawl along the reciprocating vacuum of setting direction of main work line.
By using above-mentioned technical proposal, the calico for cutting completion is adsorbed in by adsorption section using the principle of vacuum suction
In attached portion, the adsorption section with calico is rotated to the second area to be transferred by the rotation of rotary shaft, in the second area to be transferred
Through placed hot transfer paper, calico is moved in hot transfer paper and is positioned in hot transfer paper, and continue so that adsorption section to
Lower movement is pushed to the second area to be transferred and moved down, and behind the fixed position that the second area to be transferred moves down, vacuum inhales pawl
Calico and hot transfer paper can be held, because calico is above, calico has certain gas permeability, so vacuum suction pawl can be saturating
Cross calico while adsorb hot transfer paper, along the frame direction of main work line after vacuum suction pawl holds calico and hot transfer paper
It is mobile, the calico of overlapping completion and heat transfer cloth are positioned on main work line, so that subsequent step is processed, if in other positions
If installing a compound position, can cause in the compound position of other positions vacuum adsorption mechanism have extraneous act, it is necessary to
The hot transfer paper in the second area to be transferred is first adsorbed to compound position, then calico is adsorbed to compound position and carries out overlapping, such work
Make efficiency just than relatively low, compound position is arranged at below the second area to be transferred, can so simplify job step, secondly again can be with
So that the floor space of streamline is small.
The present invention is further arranged to, and described transfer mechanism includes vacuum cup and runs line machine along heat-transferring printing paper
The slip base of frame setting direction horizontal displacement, it is provided with described slip base along the adjusting rod of short transverse regulation and described
Vacuum cup is fixed on adjusting rod relative to the other end being connected with slip base, and sensing contact is provided with described vacuum cup
Device.
By using above-mentioned technical proposal, transferring the vacuum cup of mechanism has two frees degree, and one is along short transverse
Lifting and moving horizontally along frame setting direction, because the decline of height, institute occurs in consumption process in hot transfer paper
Sense the elevating control of short transverse to configure feeler, adjusting rod is controlled if feeler senses contact
Stopping moves down and controls vacuum cup extract heat transfer paper, after the second area to be transferred slid onto and by hot transfer paper by slip base
Be placed into the second area to be transferred, convenience simple in construction, solve the problems, such as stacking heat-transferring printing paper be not easily separate it is mobile.
The present invention is further arranged to, and described separating mechanism includes the rotating roller being arranged in main work line frame,
Hollow setting and the rotation roller surface are provided with the through hole being connected with inner hollow inside described rotating roller, it is described
Rotating roller is internally provided with air-breathing or the air pump of deflation inside control rotating roller.
By using above-mentioned technical proposal, overlapping cloth is driven to turn with heat by transport establishment after thermal transfer mechanism
Printing paper advances to separating mechanism, because heat-transferring printing paper is always positioned at the lower section of cloth, turns so heat-transferring printing paper can touch
Dynamic roller, the inside of rotating roller is by setting air pump to carry out air-breathing, and heat-transferring printing paper is different from cloth, and heat-transferring printing paper can't breathe freely,
So cloth still can be as before transport establishment and then heat-transferring printing paper is then adsorbed in rotating roller, the rotation of rotating roller turns heat
Printing paper is rolled up to lower section, then controls air pump to stop suction behind heat-transferring printing paper priming to lower section, then heat-transferring printing paper can then drop progress
Collect, can thus reach the separation of the cloth and heat-transferring printing paper after thermal transfer, make use of the airtight of heat-transferring printing paper
The characteristics of, it is simple in construction, avoid it is existing in also to improve operating efficiency by the way of manually separating.
The present invention is further arranged to, the acceptance division towards cutting knife side end set have several breach and it is described lack
Opening's edge cloth streamline frame width is set gradually, and described clamping element includes retractable train wheel bridge and lower plate,
The train wheel bridge and lower plate are provided with embedding with the lug boss corresponding to breach, the lug boss of the conveying member driving clamping element
Enter in the corresponding breach.
By using above-mentioned technical proposal, after cutting cloth due to cutting knife, otch and the acceptance division of cloth are to flush simultaneously
It is affixed on acceptance division, so very easily cloth can not be picked up, so several breach are provided with acceptance division, and
The lug boss coordinated with breach is provided with train wheel bridge and lower plate, is then leakage so in the lower surface of the cloth of indentation, there
, lower plate enters from breach contradicted with the lower surface of cloth after, upper surface, which pushes, clamps cloth, can thus realize pair
In the dilatory of cloth, solve the problems, such as the lower surface that clamping element can not be stretched into cloth well, it is simple in construction, improve work
Efficiency.
The present invention is further arranged to, and described thermal transfer mechanism includes heat-conducting plate and leading for setting is bonded with heat-conducting plate
Heat pipe, the bending of described heat conducting pipe are connected with the heat conduction using Electromagnetic Heating in some end to end U-shaped in the heat conducting pipe
Oil.
By using above-mentioned technical proposal, heated in the prior art by the way of conductive filament, conductive filament is easy
Occur that local temperature is high and the problem of other local temperature is low so that hot transfer effect has difference, so being adopted on heat-conducting plate
Heated with some end to end U-shaped heat conducting pipes, by using the conduction oil of Electromagnetic Heating, such words in heat conducting pipe
The temperature everywhere of heat conducting pipe is more uniform, and corresponding heat-conducting plate is inconsistent with heat conducting pipe, also ensure that the temperature of heat-conducting plate is uniform,
The effect of thermal transfer is ensure that, the consumption of heat can be reduced again using conduction oil, and enters one by the way of Electromagnetic Heating
Step improves the firing rate for conduction oil, further increases the thermal transfer effect of the thermal transfer mechanism on the whole.
The present invention is further arranged to, and the storing area is provided with feedstock transportation roller, and the feedstock transportation roller is treated with the 4th
Be provided with cutting assembly between transition range, described cutting assembly include set gradually along rubber blanket conveying direction arrangement
Slit shearing part runs the transversely cutting part that the frame width of line is arranged, described slit shearing part with and along rubber blanket
The heater strip for its heating, the quantity of described slit shearing part and the quantity phase for cutting wheel are provided with transversely cutting part
Together.
It is corresponding with cloth operation line by using above-mentioned technical proposal, complete rubber blanket is subjected to slit shearing part
The rubber blanket unit small with some pieces of the size identical of calico is realized in segmentation with transversely cutting part, in cutting for rubber blanket
Cheng Zhong, it is contemplated that the thickness ratio of rubber blanket is thicker, if first by its transversely cutting after if be not easy to longitudinal cut-out, so our
The direction of transverse cuts is being carried out using first longitudinally cutting in case, slit shearing part and transversely cutting part are all using the heating of heating
Silk heated, so can carry out thermal cutting for rubber blanket so that cutting it is more efficient, the cut surface of rubber blanket will not
There is the problem of burr, at the same it is corresponding with cloth operation line, the production of polylith mouse pad can be carried out simultaneously, improve production
Efficiency.
The present invention is further arranged to, and the first delivery device and the second delivery device include pushing plate and promote push
The linkage unit of plate motion, described linkage unit include the reciprocating structure of linear motion of drives edge frame setting direction
And it is fixed on along the reciprocating lengthwise movement structure of short transverse, described pushing plate in lengthwise movement structure.
By using above-mentioned technical proposal, cannot be moved after being glued on rubber blanket by vacuum suction, institute
Its movement is promoted with the impetus using pushing plate, same is to be used to promote rubber blanket and cloth for first delivery device
Material after material fitting, so and, so being still controlled by the way of promoting, can not be worked by vacuum suction
Efficiency high, solves the movement for material when sticky surface can not adsorb.
The present invention is further arranged to, and described lifting assembly includes to be moved down on hoistable platform and driving hoistable platform
Dynamic drive cylinder, described hoistable platform is back and forth in the 3rd area to be transferred and the 4th area to be transferred, and it is flat to work as the lifting
It is located at same level with place table top when platform is located at the 3rd area or four areas to be transferred to be transferred.
By using above-mentioned technical proposal, overlapped by the 3rd area to be transferred with the position in the 4th area to be transferred by rubber blanket
Operation line connects with main work line, utilizes the relation of upper-lower position so that the streamline floor space is smaller, and connection is more
It is convenient, many job steps have been simplified accordingly.
Brief description of the drawings
Fig. 1 is mouse pad production line overall structure diagram；
Fig. 2 is cloth operation cable architecture schematic diagram；
Fig. 3 is the structural representation of main work line, rubber blanket operation line and heat-transferring printing paper operation line, is mainly used in showing
Heat-transferring printing paper runs cable architecture；
Fig. 4 is thermal transfer mechanism internal structure schematic diagram；
Fig. 5 is to remove rubber blanket operation line and the main work line structural representation after heat-transferring printing paper operation line；
Fig. 6 is the structural representation of rubber blanket operation line.
In figure：1st, cloth operation line；11st, support roller；12nd, tension assembly；13rd, cutting mechanism；131st, horizontal cutting mechanism；
1311st, shell；1312nd, acceptance division；1313rd, breach；1314th, cutting knife；132nd, longitudinally cutting mechanism；1321st, motor；1322nd, cut out
Cut wheel；14th, component is dragged；141st, clamping element；1411st, lower plate；1412nd, train wheel bridge；1413rd, lug boss；142nd, conveying member；
15th, fine motion holds down assembly；151st, spheroid；152nd, fixed plate；16th, the first area to be transferred；2nd, vacuum adsorption mechanism；21st, adsorption section；
22nd, rotary shaft；23rd, pedestal；24th, sleeve；25th, cylinder；3rd, transfer paper operation line；31st, raw material area；32nd, mechanism is transferred；321st, it is true
Suction disk；322nd, slip base；323rd, adjusting rod；33rd, the second area to be transferred；34th, dynamic clamping head and quiet clamping head；35th, air feeder；4th, main work
Line；41st, compound position；42nd, vacuum inhales pawl；421st, rotating shaft 43, sliding seat；44th, thermal transfer mechanism；441st, heat conducting pipe；442nd, heat conduction
Plate；45th, separating mechanism；451st, rotating roller；4511st, through hole；452nd, support；46th, the 3rd area to be transferred；47th, Level Adsorption mechanism；
471st, screw rod；472nd, Mobile base；473rd, adjustment gear；474th, drive gear；475th, micromachine；48th, the first delivery device；
49th, hot pressing mechanism；5th, rubber blanket operation line；51st, storing area；52nd, delivery roll；53rd, cutting assembly；531st, slit shearing part；
532nd, transversely cutting part；54th, gumming mechanism；541st, upper glue roller；55th, the second delivery device；551st, linkage unit；5511st, straight line
Motion structure；5512nd, lengthwise movement structure；552nd, pushing plate；56th, lifting assembly；561st, hoistable platform；6th, transport establishment；7、
Frame.
Embodiment
The present invention is described in further detail below in conjunction with accompanying drawing.
As shown in figure 1, a kind of mouse pad streamline, includes cloth operation line 1, heat-transferring printing paper operation line 3, rubber blanket fortune
Line 5 and the main work line 4 for connecting three, the mouse pad streamline are set in short transverse in three-decker, cloth operation
Line 1 and heat-transferring printing paper operation line 3 are positioned at top, and described main work line 4 be located at the second layer, and described rubber blanket runs line 5
Positioned at the bottom, pass through being stacked to reduce the floor space of streamline and simplify corresponding operation step in height
Suddenly.
Specifically, as shown in Fig. 2 cloth operation line 1 includes being used to place the support roller 11 of calico raw material and positioned at branch
Support the cutting mechanism 13 after roller 11, it is preferred that further can increase tensioning group between cutting mechanism 13 and support roller 11
Part 12, tension assembly 12 are achieved using some idler rollers, and described cutting mechanism 13 includes horizontal cutting mechanism 131 and indulged
To cutting mechanism 132, described horizontal cutting mechanism 131 includes the shell 1311 being fixed in frame 7, described shell
1311 are internally provided with acceptance division 1312, and acceptance division 1312 is more specifically a support for being used to place support calico
Plate, the end set for being affixed on supporting plate on described shell 1311 have a cutting knife 1314, and described cutting knife 1314 passes through conveyer belt
Its width along frame 7 is driven to move back and forth, described conveyer belt is located at the top of shell 1311, described shell
The pressure strip that can be moved along longitudinal short transverse is additionally provided with inside 1311, when cutting knife 1314 is cut to calico, then
Control pressure strip causes pressure strip to push down calico with supporting plate, ensures cutting effect of the cutting knife 1314 for calico.
Some breach 1313, breach are sequentially arranged at intervals with described acceptance division 1312 along the width of frame 7
1313 opening direction is set towards the side of cutting knife 1314, and described horizontal cutting mechanism 131 also includes for drawing cloth
Dragging component 14, described dragging component 14 includes the clamping element 141 being made up of train wheel bridge 1412 and lower plate 1411, under
In fixed setting, train wheel bridge 1412 is provided with cylinder 25 and drives it to move up and down to realize train wheel bridge 1412 and lower folder clamping plate 1411
Open and close movement between plate 1411, the lower plate 1411 are provided with the projection being engaged with breach 1313 with train wheel bridge 1412
Portion 1413, when conveying member 142 controls clamping element 141 to move to acceptance division 1312, on train wheel bridge 1412 and train wheel bridge 1412
In the embedded corresponding breach 1313 of lug boss 1413, the height of lower plate 1411 flushes with the horizontal plane of acceptance division 1312,
So when lower plate 1411 is embedded in breach 1313, the bottom surface of calico then can be inconsistent with lower plate 1411, this time control
The lug boss 1413 of train wheel bridge 1412 processed is inconsistent with the upper surface of calico and clamps calico, and control conveying member 142 goes dragging white
Cloth, complete the Dragging movement for calico.
Described longitudinally cutting mechanism 132 is located at after horizontal cutting mechanism 131, described longitudinally cutting mechanism 132
Include and cut wheel 1322, wheel 1322 is axially fixed in frame 7 and the described wheel 1322 that cuts is provided with use for described cutting
In the motor 1321 for driving it to rotate in a circumferential direction, the described wheel 1322 that cuts could be arranged to the cut surface of sub-fraction higher than fortune
The conveyor surface of transfer mechanism 6, when complete transverse cuts calico run to cut wheel 1322 when, by cut wheel 1322 sanction
Cut, one piece of complete calico can be divided into two pieces；Preferably, fine motion is provided with longitudinally cutting mechanism 132 to hold down assembly
15, described fine motion, which holds down assembly, 15 includes the fixed plate 152 being fixed in frame 7, and described fixed plate 152 is higher than frame
7 end face, circular hole is sequentially arranged at intervals with described fixed plate 152, spheroid is provided with each described circular hole
151, described spheroid 151 is embedded at circular hole and within the specific limits can be freely movable, and described calico is from spheroid 151 with transporting
By compressing calico by spheroid 151, ensure that longitudinally cutting mechanism 132 for calico between the transportation surface of transfer mechanism 6
Cutting effect, because spheroid 151 has the relatively good free degree, it ensure that calico is good and pass through, and wheel can cut
1322 opening position is provided with protective cover, and protective cover, which covers to cut, ensures security on wheel 1322, ensure protective cover and transport
There is certain gap for calico by the way that the end of described cloth active line is provided with first between the conveyor surface of mechanism 6
Area 16 to be transferred.
Specifically, as shown in figure 3, described heat-transferring printing paper operation line 3 includes raw material area 31, heap in the raw material area 31
The heat-transferring printing paper that printing is completed is laminated with, the second area 33 to be transferred, described raw material area 31 are provided with after described raw material area 31
The transfer mechanism that the hot transfer paper in raw material area 31 is passed to the second area 33 to be transferred is provided between the second area 33 to be transferred
32, the transfer mechanism 32 includes vacuum cup 321 and runs the setting direction horizontal displacement of line frame 7 along heat-transferring printing paper
Slip base 322, is provided with the adjusting rod 323 adjusted along short transverse on described slip base 322, on described slip base 322
The cylinder 25 for controlling adjusting rod 323 to move along the longitudinal direction is provided with, the vacuum cup 321 is fixed on described regulation
On bar 323, feeler is provided with described vacuum cup 321, described feeler instructs the liter of adjusting rod 323
Air-breathing or the deflation of drop and vacuum cup 321, more smoothly can be inhaled heat-transferring printing paper using vacuum cup 321 herein
Rise；In addition, air feeder 35 can be provided with raw material area 31, air feeder 35 is located at the side of vacuum cup 321, and described blows
The power of mechanism of qi 35 need not be especially big, and the hot transfer paper that air feeder 35 stacks against raw material area 31, which blow, to be caused positioned at upper
Several paper of the overlapping of layer can separate each other, thus can more easily allow vacuum cup 321 to inhale heat-transferring printing paper
Invest on vacuum cup 321.
As shown in Fig. 2 it is provided with vacuum adsorption mechanism between the first described 16 and second area 33 to be transferred of area to be transferred
2, described vacuum adsorption mechanism 2 includes adsorption section 21 and rotary shaft 22, is provided with the ground for connecting with rotary shaft 22
The pedestal 23 connect, the rotary shaft 22 is positioned on pedestal 23 and the rotary shaft 22 is provided with the driving electricity of its rotation of driving
Machine, is arranged with sleeve 24 in described rotary shaft 22, and described one end of sleeve 24, which abuts, to be connected on adsorption section 21 and sleeve 24
The other end is provided with cylinder 25 to the axial direction displacement for promoting sleeve 24 along rotary shaft 22.
As shown in figure 3, the underface in the second described area 33 to be transferred is correspondingly arranged on the compound position 41 of main work line 4,
Lead is provided between described 41 and second area 33 to be transferred of compound position, dynamic clamping head and quiet clamping head is arranged with the lead
34, described lead one end is fixed on compound position 41, and the described second area 33 to be transferred is sheathed on the other end of lead
And be squeezed in dynamic clamping head and quiet clamping head 34, the frame 7 of described main work line 4 runs the arranged direction of frame 7 of line 3 along heat-transferring printing paper
Set, the opening position that compound position 41 is corresponded in the frame 7 of described main work line 4 is provided with vacuum suction pawl 42, and described is true
Suction pawl 42 includes some small suction pawls being sequentially arranged at intervals along the width of frame 7, and use is provided with described main work line 4
The sliding seat 43 of straight reciprocating motion is done along the setting direction of frame 7 in driving vacuum suction pawl 42, described vacuum inhales pawl 42 with sliding
A rotating shaft 421 is provided between dynamic seat 43, described small suction pawl is fixedly installed in rotating shaft 421 successively, the described axle of rotating shaft 421
To being positioned on sliding seat 43 and the rotating shaft 421 can rotate in a circumferential direction, described rotating shaft 421 is provided with motor and drives its edge
The reciprocal motion that rotates in a circumferential direction of certain angle, described vacuum suction pawl 42 is with the rotation of rotating shaft 421 from the water parallel to frame 7
Prosposition is put to lifting obliquely, prevents the vacuum from inhaling pawl 42 and encountering again when cloth and heat-transferring printing paper are put down and cause cloth
Material is no perfect overlapping between heat-transferring printing paper, has more fully ensured that the quality of follow-up thermal transfer.
As shown in Figure 3 and Figure 4, the thermal transfer mechanism 44 for carrying out thermal transfer, institute are provided with described main work line 4
The thermal transfer mechanism 44 stated includes heat-conducting plate 442 and housing, formed with for putting between described heat-conducting plate 442 and housing
The space of heat conducting pipe 441 is put, described heat conducting pipe 441 is in end to end U-shaped setting, described corresponding thermal transfer mechanism 44
Opening position is placed with the oil drum for storing conduction oil, is provided with electromagnetic heating apparatus outside described oil drum, the Electromagnetic Heating is set
It is standby to be extracted into be passed through after progress Electromagnetic Heating in electromagnetic heating apparatus by oil pump and lead for known product on the market, described conduction oil
In heat pipe 441, by the heat transfer of heat conducting pipe 441 to heat-conducting plate 442, by heat-conducting plate 442 be transferred to overlapping cloth with
On heat-transferring printing paper, the other end of conduction oil from heat conducting pipe 441 is drained back in oil drum again to be recycled.
As shown in figure 5, described main work line 4 is provided with separating mechanism 45, described main work in thermal transfer mechanism 44
The frame 7 of line 4 is separated at separating mechanism 45, and described separating mechanism 45 is described between two neighboring frame 7
Separating mechanism 45 includes a rotating roller 451 and the support 452 for fixing rotating roller 451, and drive is provided with the support 452
The motor that dynamic rotating roller 451 rotates, the described inside of rotating roller 451 are provided with and inner hollow phase in hollow setting and its surface
The through hole 4511 of UNICOM, the through hole 4511 are uniformly arranged on the surface of rotating roller 451, be additionally provided with frame 7 for pair
The air pump that inner hollow is evacuated, control air pump can realize that the through hole 4511 on the surface of rotating roller 451 is air-breathing or deflation,
The gap passed through between the rotating roller 451 and the next frame 7 of main work line 4 formed with heat supply transfer paper, described rotating roller
451 lower sections are provided with the collecting box for collecting waste paper.
As shown in fig. 6, described rubber blanket operation line 5 includes storing area 51, described storing area 51 is to rotate to have
The feedstock transportation roller of rubber raw materials, the transport establishment 6 of line 5 is run using the friction transmission side between roller and roller for rubber blanket
Formula, described feedstock transportation roller are provided with a pair of delivery rolls 52 afterwards, cutting assembly 53, institute are provided with after the delivery roll 52
The cutting assembly 53 stated includes slit shearing part 531 and transversely cutting part 532, and described slit shearing part 531 is positioned at laterally
Between blank 532, described slit shearing part 531 is specifically the blade heated by heater strip, and described blade is fixed
In in frame 7, a pair of delivery rolls 52 are additionally provided between the slit shearing part 531 and transversely cutting part 532, ensure rubber
Tensioning, described transversely cutting part 532 are the blade set along the width of frame 7, and the heated silk of the same blade heats,
Described transversely cutting part 532 is provided with the cylinder 25 of its up and down motion of driving, and gluing is provided with after transversely cutting part 532
Mechanism 54, described gumming mechanism 54 are specifically a pair of delivery rolls 52 and a upper glue roller 541 being bonded with delivery roll 52,
Gluing mouth is provided between described delivery roll 52 and upper glue roller 541.
The second delivery device 55 and the 4th area to be transferred, the second described delivery device are provided with after gumming mechanism 54
55 include pushing plate 552 with promoting the linkage unit 551 that pushing plate 552 moves, width of the described pushing plate 552 along frame 7
Spend direction to set, the linkage unit 551 includes two frees degree, respectively slides along the horizontal of setting direction of frame 7
Structure of linear motion 5511 and elevating movement along short transverse lengthwise movement structure 5512, described lengthwise movement knot
Structure 5512 is that a cylinder 25 drives connecting rod to move up and down, and described pushing plate 552 is fixed in connecting rod, described connecting rod
It is fixed on a sliding plate, sliding plate can will be glued and completed along the direction horizontal displacement of frame 7, the second described delivery device 55
Rubber blanket push to the 4th area to be transferred.
As shown in fig. 6, being provided with the 3rd area 46 to be transferred in second frame 7 of main pipeline, the described the 3rd treats
Transition range 46 is corresponding with the 4th area to be transferred on rubber blanket operation line 5, and the 4th described area to be transferred waits to turn positioned at the 3rd
The lower section in area 46 is moved, the opening position that the 4th area to be transferred is corresponded on described rubber blanket operation line 5 is provided with lifting assembly 56,
The drive cylinder 25 that described lifting assembly 56 includes hoistable platform 561 and drives hoistable platform 561 to move up and down, it is described
The 3rd 46 and the 4th area to be transferred of area to be transferred be all specifically a size and the identical space of hoistable platform 561, it is described
Hoistable platform 561 by drive cylinder 25 back and forth in the 3rd 46 and the 4th area to be transferred of area to be transferred, by rubber blanket from the 4th
Block transitive to be transferred is to the 3rd area 46 to be transferred.
As shown in figure 5, it is provided with second frame 7 of described main work line 4 for that will be separated from separating mechanism 45
Cloth afterwards is transferred to the Level Adsorption mechanism 47 in the 3rd area 46 to be transferred, and described Level Adsorption mechanism 47 equally includes
For the Mobile base 472 for adsorbing the vacuum cup 321 of cloth and driving vacuum cup 321 to be moved horizontally along frame 7, the shifting
The screw rod 471 slid along short transverse drive Mobile base about 472 and adjustment gear 473 are provided with dynamic seat 472, it is described
Screw rod 471 is circumferentially fixed on Mobile base 472 and the vacuum cup 321 is fixed on screw rod 471, described adjustment gear
473 are provided centrally with screwed hole, and described adjustment gear 473 is threadedly connected on screw rod 471 and the adjustment gear 473 is along spiral shell
The axial direction of bar 471 is fixed on Mobile base 472, and the adjustment gear 473 is engaged with drive gear 474 and the sliding tooth
Wheel 474 is connected with the micromachine 475 of its rotation of driving, and described Mobile base 472 is additionally provided with proximity switch, due to walking herein
Suddenly it is to be transferred to after cloth is adsorbed on the rubber blanket of first-class glue, the upper and lower displacement of the adjusting screw rod 471 of micromachine 475 can
To ensure the stability and precision of the motion of vacuum cup 321, likewise, can preferably be ensured using vacuum cup 321 herein
Stability of the cloth on vacuum cup 321 is adsorbed in, it can be controlled when close to hoistable platform 561 using proximity switch
The speed of decline can be controlled, ensures that cloth can be very good to be overlapped on rubber blanket.
After overlapping between cloth and rubber blanket is completed, cloth and rubber blanket are pushed by the first delivery device 48
Hot pressing mechanism 49 on to main work line 4 carries out the production of the hot pressing completion rubber blanket of final step, the first described pusher
Structure 48 is identical with the structure of the second delivery device 55.
The specific operation principle of mouse pad production line is to place calico in the support roller 11 of cloth operation line 1,
Heat-transferring printing paper is placed in the raw material area 31 of heat-transferring printing paper operation line 3, it is former to place rubber in the storing area 51 of rubber blanket operation line 5
Material, the cutting mechanism 13 of cloth operation line 1 is set according to the size of the mouse pad of required making respectively and rubber blanket runs line 5
Shut-off mechanism, ensure that the size of rubber blanket, the size of cloth are identical with the size of heat-transferring printing paper, cloth operation line 1 on first
The cutting on width is carried out for calico, then cloth is divided into two panels cloth by cutting wheel 1322, while is turned in heat
On printing paper operation line 3, hot transfer paper is passed to the second area 33 to be transferred from raw material area 31 by transferring mechanism 32, in thermal transfer
After paper is put, vacuum adsorption mechanism 2 rotates to an angle after the calico in the first area 16 to be transferred is adsorbed to be waited to turn with second
The heat transfer paper registration moved in area 33, then the control sleeve 24 of drive cylinder 25 move down so that adsorption section 21 moves down and promotes second
Area 33 to be transferred overcomes dynamic clamping head and quiet clamping head 34 to do work so that after the second area 33 to be transferred moves down, inhales pawl 42 using vacuum and holds cloth
Material and hot transfer paper are simultaneously moved in the transport establishment 6 of main work line 4, and transport establishment 6 drives overlapping cloth to turn with heat
Paper transfer carries out heat transfer work into thermal transfer mechanism 44, after heat transfer work is completed, when by separating mechanism 45,
Due to the cloth gas permeability of paper, so when by rotating roller 451, by controlling the air pump inside rotating roller 451 to carry out
Air-breathing causes paper to be rotated around rotating roller 451, and corresponding cloth moves on transport establishment 6, it is achieved thereby that paper
With the separation of cloth, blown after the half revolution of rotating roller 451, now down, by blowing, paper takes off paper
Collecting box is fallen into from rotating roller 451, then synchronously carries out forming phase after longitudinally cutting and transverse cuts for rubber blanket streamline
The rubber blanket of size is answered, then by gumming mechanism 54 for the rubber blanket surface sizing after the completion of cutting, now hoistable platform
561 are located at the 4th area to be transferred, and the rubber blanket of first-class glue is pushed to the liter in the 4th area to be transferred using the second delivery device 55
After dropping platform 561, drive cylinder 25 promotes and moves to the 3rd area 46 to be transferred on hoistable platform 561, and Level Adsorption mechanism 47 is by cloth
After material is moved in the 3rd area 46 to be transferred and overlapped with rubber blanket, the first delivery device 48 is by overlapping cloth and rubber blanket push
Hot pressing is carried out to hot pressing mechanism 49, last processing is completed, completes the production of mouse pad.
Specific embodiment is only explanation of the invention, and it is not limitation of the present invention, those skilled in the art
The modification of no creative contribution can be made to the present embodiment as needed after this specification is read, but as long as in this hair
All protected in bright right by Patent Law.
Claims (10)
1. a kind of mouse pad production line, it is characterized in that：Include cloth operation line（1）, heat-transferring printing paper operation line（3）, rubber
Rubber cushion runs line（5）And the main work line of connection three（4）, described cloth operation line（1）, heat-transferring printing paper operation line（3）、
Rubber blanket runs line（5）And main work line（4）Include organic frame（7）, described cloth operation line（1）, rubber blanket operation
Line（5）And main work line（4）It is additionally provided with transport establishment（6）；
Described cloth operation line（1）Include the support roller for placing calico raw material（11）, for cutting cutting for cloth
Mechanism（13）And the first area to be transferred for being placed for calico after cutting（16）；
The heat-transferring printing paper runs line（3）Include the raw material area for placing heat-transferring printing paper（31）, positioned at raw material area（31）It
The second area to be transferred afterwards（33）And for by raw material area（31）Heat-transferring printing paper be transferred to the second area to be transferred（33）Shifting
Rotation mechanism（32）；
Described main work line（4）Starting ends be provided with compound position（41）, described the first area to be transferred（16）With second
Area to be transferred（33）Between be provided with the first area to be transferred（16）With the second area to be transferred（33）Material be transferred to compound position
（41）Vacuum adsorption mechanism（2）；
Described main work line（4）From compound position（41）Rise and be disposed with thermal transfer mechanism（44）, for by heat-transferring printing paper with
The separating mechanism that cloth is separated from each other（45）And hot pressing mechanism（49）, described hot pressing mechanism（49）With separating mechanism（45）Between
It is provided with the 3rd area to be transferred for placing cloth after thermal transfer（46）And for by separating mechanism（45）Cloth afterwards
Material is adsorbed to the 3rd area to be transferred（46）Level Adsorption mechanism（47）, described the 3rd area to be transferred（46）With hot pressing mechanism
（49）Between be provided with the 3rd area to be transferred（46）Interior material pushes to hot pressing mechanism（49）The first interior delivery device（48）；
Described rubber blanket operation line（5）Include the storing area for placing rubber blanket（51）, positioned at storing area（51）Afterwards
Gumming mechanism（54）And the 4th area to be transferred, described gumming mechanism（54）It is provided with and is used between the 4th area to be transferred
Rubber blanket after gluing is pushed to second delivery device in the 4th area to be transferred（55）, the 4th described area to be transferred is located at
3rd area to be transferred（46）Underface, the 4th described area to be transferred be provided with can oscilaltion lifting assembly（56）.
2. mouse pad production line according to claim 1, it is characterized in that, described cutting mechanism（13）Including successively
The horizontal cutting mechanism of setting（131）With longitudinally cutting mechanism（132）, described horizontal cutting mechanism（131）Include fixation
In frame（7）On End assemblies and dragging component（14）, described End assemblies include reception support roller（11）On
The acceptance division of cloth（1312）And along frame（7）The cutting knife of width movement（1314）, described acceptance division（1312）Place
It is provided with the pressure strip for compressing cloth, described dragging component（14）Include the clamping element for clamping cloth（141）
And drive clamping element（141）The conveying member moved back and forth along cloth conveying direction（142）, described longitudinally cutting mechanism
（132）Include and cut wheel on cloth transport path（1322）, described cuts wheel（1322）It is axially positioned on frame
（7）It is upper and described cut wheel（1322）Rotate in a circumferential direction.
3. mouse pad production line according to claim 1, it is characterized in that, described vacuum adsorption mechanism（2）Including
Adsorption section（21）And rotary shaft（22）, described adsorption section（21）It is sheathed on rotary shaft（22）Above and can be along rotary shaft（22）'s
Axial direction back and forth movement, the rotary shaft（22）Drive described adsorption section（21）Circumferentially rotatable, described compound position
（41）Positioned at the second area to be transferred（33）Underface, the described second area to be transferred（33）With compound position（41）Between set elasticity
Return unit（34）And second area to be transferred（33）Can be along dynamic clamping head and quiet clamping head（34）Setting direction move up and down, described master
Active line（4）Corresponding to compound position（41）Opening position be provided with can be along main work line（4）Setting direction it is reciprocating true
Suction pawl（42）.
4. mouse pad production line according to claim 1, it is characterized in that, described transfer mechanism（32）Include true
Suction disk（321）And run line along heat-transferring printing paper（3）Frame（7）The slip base of setting direction horizontal displacement（322）, it is described
Slip base（322）On be provided with along short transverse adjust adjusting rod（323）And described vacuum cup（321）It is fixed on tune
Pole（323）Relative to slip base（322）The other end of connection, described vacuum cup（321）On be provided with sensing contact
Device.
5. mouse pad production line according to claim 1, it is characterized in that, described separating mechanism（45）Include and set
It is placed in main work line（4）Frame（7）On rotating roller（451）, described rotating roller（451）Inside is in hollow setting and described turn
Dynamic roller（451）Surface is provided with the through hole being connected with inner hollow（4511）, described rotating roller（451）It is internally provided with control
Rotating roller processed（451）Internal air-breathing or the air pump of deflation.
6. mouse pad production line according to claim 2, it is characterized in that, the acceptance division（1312）Towards cutting knife
（1314）Side end set has several breach（1313）And the breach（1313）Along cloth streamline frame（7）Width side
To setting gradually, described clamping element（141）Include retractable train wheel bridge（1412）With lower plate（1411）, the upper folder
Plate（1412）And lower plate（1411）It is provided with and breach（1313）Corresponding lug boss（1413）, the conveying member
（142）Drive clamping element（141）Lug boss（1413）The embedded corresponding breach（1313）It is interior.
7. mouse pad production line according to claim 1, it is characterized in that, described thermal transfer mechanism（44）Including leading
Hot plate（442）And the heat conducting pipe set is bonded with heat-conducting plate（441）, described heat conducting pipe（441）Bending is in some head and the tail phases
What is connect is U-shaped, the heat conducting pipe（441）Inside it is connected with the conduction oil using Electromagnetic Heating.
8. mouse pad production line according to claim 2, it is characterized in that, the storing area（51）It is defeated to be provided with raw material
Roller is sent, cutting assembly is provided between the feedstock transportation roller and the 4th area to be transferred（53）, described cutting assembly（53）Bag
Include the slit shearing part arranged along rubber blanket conveying direction set gradually（531）With and along rubber blanket operation line（5）'s
Frame（7）The transversely cutting part of width arrangement（532）, described slit shearing part（531）With transversely cutting part（532）
The heater strip of its promising heating, described slit shearing part are set（531）Quantity and cut wheel（1322）Quantity it is identical.
9. mouse pad production line according to claim 1, it is characterized in that, the first delivery device（48）With the second delivery device
（55）Include pushing plate（552）And promote pushing plate（552）The linkage unit of motion（551）, described linkage unit
（551）Include drives edge frame（7）The reciprocating structure of linear motion of setting direction（5511）It is and past along short transverse
The lengthwise movement structure moved again（5512）, described pushing plate（552）It is fixed on lengthwise movement structure（5512）On.
10. mouse pad production line according to claim 1, it is characterized in that, described lifting assembly（56）Include lifting
Platform（561）And driving hoistable platform（561）The drive cylinder moved up and down（25）, described hoistable platform（561）Back and forth
In the 3rd area to be transferred（46）And the 4th area to be transferred, and work as the hoistable platform（561）Positioned at the 3rd area to be transferred（46）
Or it is located at same level with place table top during four areas to be transferred.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610399590.9A CN106003768B (en) | 2016-06-06 | 2016-06-06 | Mouse pad production line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610399590.9A CN106003768B (en) | 2016-06-06 | 2016-06-06 | Mouse pad production line |
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| CN106003768A CN106003768A (en) | 2016-10-12 |
| CN106003768B true CN106003768B (en) | 2017-11-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610399590.9A Expired - Fee Related CN106003768B (en) | 2016-06-06 | 2016-06-06 | Mouse pad production line |
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Families Citing this family (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106743916A (en) * | 2016-12-30 | 2017-05-31 | 苏州巨康缝制机器人有限公司 | A kind of sheet machine material grasping transmission mechanism |
| CN107329599B (en) * | 2017-06-30 | 2018-10-16 | 慈溪市匡堰盈兴竹制品厂(普通合伙) | A kind of mouse pad forming processing device |
| CN107815844A (en) * | 2017-11-30 | 2018-03-20 | 常州市新创智能科技有限公司 | A kind of slight drag cuts cloth cover device and its control method in high precision |
| CN108058398B (en) * | 2017-12-13 | 2023-11-14 | 新乐华宝塑料制品有限公司 | Full-automatic shower curtain machine |
| CN107914132A (en) * | 2017-12-20 | 2018-04-17 | 山东大学深圳研究院 | A kind of mouse case provision for disengagement |
| CN110253640B (en) * | 2019-06-24 | 2020-11-24 | 浦江县恒川信息科技有限公司 | Intelligence books cutting equipment |
| CN110216724B (en) * | 2019-07-17 | 2020-11-03 | 安徽智泓净化科技股份有限公司 | Single edge trimmer for multiple reverse osmosis membrane elements |
| CN111806070B (en) * | 2020-06-22 | 2022-01-18 | 爱咪莉服饰(苏州)有限公司 | Automatic pyrograph machine of drum-type for tailoring |
| CN112847606B (en) * | 2020-12-17 | 2022-08-30 | 安徽宝博新材料科技有限公司 | High-toughness wear-resistant yoga mat forming device and processing technology thereof |
| CN114801537A (en) * | 2022-03-22 | 2022-07-29 | 浙江江南户外用品有限公司 | Wood grain transfer printing method and device |
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|---|---|---|---|---|
| JP2000054264A (en) * | 1998-08-05 | 2000-02-22 | Achilles Corp | Production of foam rubber coated cloth using dyed outer material |
| CN101092061A (en) * | 2006-06-20 | 2007-12-26 | 三芳化学工业股份有限公司 | Artificial leather with even emboss, and fabricating method |
| CN101301160A (en) * | 2007-05-08 | 2008-11-12 | 李福根 | Micro carpet craft pad and manufacture method thereof |
| CN103576937A (en) * | 2012-07-26 | 2014-02-12 | 哈帝斯科技股份有限公司 | Mouse pad structure and manufacturing method for same |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20080050551A1 (en) * | 2006-08-24 | 2008-02-28 | Dow Global Technologies Inc. | Flexible substrate or laminate and method of forming and using same |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000054264A (en) * | 1998-08-05 | 2000-02-22 | Achilles Corp | Production of foam rubber coated cloth using dyed outer material |
| CN101092061A (en) * | 2006-06-20 | 2007-12-26 | 三芳化学工业股份有限公司 | Artificial leather with even emboss, and fabricating method |
| CN101301160A (en) * | 2007-05-08 | 2008-11-12 | 李福根 | Micro carpet craft pad and manufacture method thereof |
| CN103576937A (en) * | 2012-07-26 | 2014-02-12 | 哈帝斯科技股份有限公司 | Mouse pad structure and manufacturing method for same |
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