CN109049182A - A kind of continuous smoothly cold press - Google Patents

A kind of continuous smoothly cold press Download PDF

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Publication number
CN109049182A
CN109049182A CN201810838771.6A CN201810838771A CN109049182A CN 109049182 A CN109049182 A CN 109049182A CN 201810838771 A CN201810838771 A CN 201810838771A CN 109049182 A CN109049182 A CN 109049182A
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CN
China
Prior art keywords
supply
wheel
conveyer belt
line segment
glue
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Granted
Application number
CN201810838771.6A
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Chinese (zh)
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CN109049182B (en
Inventor
黄勇兵
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Zhangzhou Xinhuacheng Machinery Manufacturing Co Ltd
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Zhangzhou Xinhuacheng Machinery Manufacturing Co Ltd
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Priority to CN201810838771.6A priority Critical patent/CN109049182B/en
Publication of CN109049182A publication Critical patent/CN109049182A/en
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
    • B27D—WORKING VENEER OR PLYWOOD
    • B27D3/00—Veneer presses; Press plates; Plywood presses
    • B27D3/02—Veneer presses; Press plates; Plywood presses with a plurality of press plates, i.e. multi- platen hot presses
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
    • B27D—WORKING VENEER OR PLYWOOD
    • B27D3/00—Veneer presses; Press plates; Plywood presses
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
    • B27D—WORKING VENEER OR PLYWOOD
    • B27D1/00—Joining wood veneer with any material; Forming articles thereby; Preparatory processing of surfaces to be joined, e.g. scoring
    • B27D1/04—Joining wood veneer with any material; Forming articles thereby; Preparatory processing of surfaces to be joined, e.g. scoring to produce plywood or articles made therefrom; Plywood sheets
    • B27D1/08—Manufacture of shaped articles; Presses specially designed therefor
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
    • B27D—WORKING VENEER OR PLYWOOD
    • B27D1/00—Joining wood veneer with any material; Forming articles thereby; Preparatory processing of surfaces to be joined, e.g. scoring
    • B27D1/04—Joining wood veneer with any material; Forming articles thereby; Preparatory processing of surfaces to be joined, e.g. scoring to produce plywood or articles made therefrom; Plywood sheets
    • B27D1/08—Manufacture of shaped articles; Presses specially designed therefor
    • B27D1/083—Presses specially designed for making the manufacture of shaped plywood articles

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  • Life Sciences & Earth Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Wood Science & Technology (AREA)
  • Forests & Forestry (AREA)
  • Manufacturing & Machinery (AREA)
  • Treatment Of Fiber Materials (AREA)
  • Making Paper Articles (AREA)

Abstract

The present invention proposes a kind of continuous smoothly cold press, break through the structural form of conventional veneer boards cold press, in practical work process, under the control of master controller, brush coating produces line segment to formation glue brushing form block after template base brush coating and is delivered to cold moudling production line segment, interlayer and top layer's template base are delivered to cold moudling production line segment by supply production line segment, top layer's template base pad is set to be located at the top of the glue brushing form block of respective numbers as surface layer, the top for making interlayer pad be located at corresponding top layer's template base separates the top layer's template base for being in top and several glue brushing form blocks with the top layer's template base and several glue brushing form blocks being below, cold moudling is finally carried out by cold moudling production line segment, while realizing automatic feed, primary plastic multiple glued boards.Compared with prior art, the present invention can carry out free of discontinuities, continuous smoothly cold moudling to template base, and mechanization degree is high, and finished product Strength of Plywood is higher.

Description

A kind of continuous smoothly cold press
Present patent application is the divisional application of Chinese Patent Application No. 201810776907.5, the application number of original application It is 201810776907.5, the applying date is on 07 16th, 2018, a kind of entitled automatic feed cold press.
Technical field
The present invention relates to veneer processing machine fields, and in particular to a kind of continuous smoothly cold press.
Background technique
It is required to carry out brush coating during most plywood productions and cold pressing, the construction of brush coating cold press has been known, such as Chinese utility model patent CN201720660264.9 discloses a kind of plywood cold press, including cold press main body and Lifting palletizing machine in cold press main body upstream, the lifting palletizing machine includes rack, the conveying device in rack, if In the support frame carried in rack to conveying device, conveying device is driven to be moved back and forth along the conveying direction of conveying device Dynamic horizontal drive apparatus, and driving support frame carry out the lifting drive of lifting moving；The horizontal drive apparatus is set to On support frame as described above, the conveying device along the guide rail that conveying direction extends by being set on support frame as described above；The rack packet The column of four matrix forms distribution is included, four columns are respectively the first column and second for being in the one side of conveying device Column and in the conveying device other side and respectively third column corresponding with the first column and the second column and the 4th vertical Column；The lifting drive includes connecting with support frame as described above and along the leading truck of four columns slidings, and to guiding Frame carries out the lifting power plant of lifting driving；The lifting power plant includes vertically arranged and the oil cylinder of output end upward, Set on the bogie of oil cylinder output end, movable pulley on bogie, and matched with movable pulley and support frame as described above is carried out Go up and down the chain pulled.Four columns are equipped with the fixed frame below support frame as described above.Four movable pulleys Be divided into four corners of the bogie, four chains respectively with each movable pulley corresponding matching, and four institutes The one end for stating chain is connected on support frame as described above, the other end is connected on the fixed frame.The leading truck includes being connected to The first leading truck between first column and the second column, and be connected between the third column and the 4th column Two leading trucks；First leading truck is slidably connected at one with first column and the second column respectively by the first sliding block It rises, second leading truck is slidably connected together with the third column and the 4th column respectively by the second sliding block.It is described First column and the second column are respectively formed with the first sliding groove slided up and down for first sliding block, the third column and 4th column is respectively formed with the second sliding groove slided up and down for second sliding block.
The utility model cocoa overcomes traditional lifting cylinder pitch drives to generate larger starting angle and cause instantaneous pressure The excessive defect easily to break down.But the utility model is similar with the general configuration of other brush coating cold presses in the market, in reality Existing in the course of work of border not can be carried out efficient brush coating, the defect of poor continuity, and practicability is to be improved.
In consideration of it, inventor furthers investigate the above problem, there is this case generation then.
Summary of the invention
The purpose of the present invention is to provide one kind, and free of discontinuities, continuous smoothly cold moudling can be carried out to template base, mechanical Change degree is high, and the higher continuous smoothly cold press of finished product Strength of Plywood.
In order to achieve the above object, the present invention uses such technical solution:
A kind of continuous smoothly cold press, including cold moudling produce line segment, supply brush coating to cold moudling production line segment The brush coating of formwork produces line segment, produces line segment to the supply of cold moudling production line segment conveying interlayer and top layer's template base, And to the master controller that cold moudling production line segment, brush coating production line segment and brush coating production line segment are controlled；The cold pressing Forming production line section is between brush coating production line segment and supply production line segment, and brush coating production line segment and supply life The extending direction of producing line section is vertical with the cold moudling production extending direction of line segment；
The brush coating production line segment includes carrying out the brush coating production department that brush coating forms continuous brush coating plate to template base, will be continuous Brush coating plate cuts the cutting production department to form glue brushing form block, and glue brushing form block is delivered to cold moudling production line segment one by one Production department is conveyed, and to the rack that brush coating production department and cutting production department are supported；
The brush coating production department includes the first conveyer belt being below, and is conveyed above first conveyer belt and with first With the brush coating runner rotated synchronously, solid glue scrim layer is covered and is covered in the screen cloth on the template base upper surface in first conveyer belt Device, and the pressing device that solid glue scrim layer and template base are pressed together；The first conveyer belt includes being in upstream The first upstream delivery wheel, the first downstream delivery wheel in downstream, and driving the first upstream delivery wheel or the first downstream it is defeated The first feeder motor for sending wheel to rotate；The axis of the brush coating runner, the first upstream delivery wheel and the first downstream delivery wheel is equal Row；The brush coating runner has towards the downstream side of the first conveyer belt downstream direction, and the upstream side towards opposite direction； The screen cloth covers the top that device is in the upstream side of the brush coating runner and is in the first conveyer belt；The screen cloth covers If device includes the screen cloth supply wheel in top supply solid glue scrim layer, and below the screen cloth supply wheel and by solid glue screen cloth Lamination is put down in the pressuring flat device on template base upper surface；The solid glue scrim layer is formed with the mesh for glue infiltration；
The brush coating runner includes the wheel body for containing glue, and is covered in the cloth glue-line on wheel body circumferential surface；The cloth Glue-line includes the articulamentum being connected with the circumferential surface of the wheel body and multiple elastomeric bladders connecting with articulamentum；The elasticity Capsule has the butt connecting with the articulamentum, and the tip towards the other end；The elastomeric bladder by the butt to tip by Gradually it is obliquely installed towards the direction opposite with the wheel body rotation direction；The butt is formed with glue-feeder, and the tip is formed There is gum outlet；The circumferential surface of the wheel body is formed with multiple through-holes corresponding with each glue-feeder；
The pressuring flat device includes the pressing wheel parallel with the screen cloth supply wheel, and driving flattens wheel and compresses institute downwards State the first pressure driving device of solid glue scrim layer；The first pressure driving device includes carrying the first of the pressing wheel to hold Carrier, first carrying fixed plate of the level above the first carrier, two are connected to above the first carrier and slide up Dynamic the first guide rod through the first carrying fixed plate, and to be placed on the first guide rod outer and be located at the first carrying fixed plate and the The first pressure spring between one carrier；The first carrying fixed plate is formed with for first guide rod sliding perforative first Sliding eye；Two first guide rods are corresponding with the both ends for flattening wheel；Pressing wheel and screen cloth supply wheel with it is described The axis of brush coating runner is parallel；
The solid glue scrim layer has brush coating face and the back side；The solid glue scrim layer of the screen cloth supply wheel release is around described It flattens the upstream side of wheel and is bonded together with the upper surface of the template base in the upstream belt；
The pressing device includes the press bonding roller right above the delivery wheel of first downstream, and drives press bonding roller downward Compress the second pressure driving device of the solid glue scrim layer；The second pressure driving device includes carrying the press bonding roller Second carrier, second carrying fixed plate of the level above the second carrier, two are connected to above the second carrier simultaneously Upward sliding carries the second guide rod of fixed plate through second, and is placed on outside the second guide rod and is located at the second carrying and fix The second pressure spring between plate and the second carrier；The second carrying fixed plate is formed with to be run through for second guide rod sliding The second sliding eye；Two second guide rods are corresponding with the both ends of the press bonding roller；
The cut portion includes the Cutting platform in the first conveyer belt downstream, cutting above Cutting platform Cutter, and the cutting lifting device of driving cutter lifting；
The supply production line segment includes the supply conveyer belt in upstream, and the atomized water spray above supply conveyer belt removes Dirt device, the supply runner in supply conveyer belt downstream, the jet drying device above supply runner, and in confession Runner and the cold moudling is answered to produce the supply leading truck between line segment；
The water spray precipitator device includes the water tank in top, is below the upper surface with the supply conveyer belt Corresponding fog-spray nozzle, and the aqueduct being connected between water tank and fog-spray nozzle；
The supply runner includes supply shaft and multiple supply delivery boards around the supply evenly distributed setting of shaft；Institute It is parallel with the first supply delivery wheel and the second supply axis of delivery wheel to state supply shaft, each supply delivery board is equal It is parallel with the supply shaft；The supply delivery board have with the inner end that connect of supply shaft, and towards opposite direction Outer end；The supply delivery board has the rotation front towards rotation direction, and the rotation back side towards opposite direction；It is described The outer end of supply delivery board is formed with the extension baffle extended towards rotation direction for blocking template base；The supply runner includes Upstream portion between the supply shaft and the supply conveyer belt, and in supply shaft and cold moudling production line Downstream portion between section；
The jet drying device includes the dry air compressed tanks in top, is below and the supply runner The corresponding jet thrust of upstream portion, and the gas-guide tube being connected between dry air compressed tanks and jet thrust；
The supply leading truck includes that the supply between the supply runner and cold moudling production line segment is led To plate, and the supply bracket being supported in below supply guide plate；The supply guide plate is from top to bottom gradually cold-pressed into towards described Type production line segment direction is obliquely installed；
The transport portion includes the second conveyer belt in the Cutting platform downstream, in the second conveyer belt downstream Conveyer belt is enumerated, enumerates operated motor to enumerate that conveyer belt driven, enumerates carrying to enumerate that conveyer belt carried Frame, to enumerating the support frame of enumerating that conveyer belt is supported, and to the oscillatory gearing mechanism for enumerating carrier and carrying out wobble drive； The conveyer belt of enumerating has input terminal corresponding with second conveyer belt, and corresponding defeated with first trim panel Outlet；The support frame of enumerating is supported in the input terminal, and the input terminal and the upper end for enumerating support frame pass through first Shaft, which links together, to be made described to enumerate conveyer belt and can be spun upside down；The oscillatory gearing mechanism is to be supported in described enumerate First fluid cylinder pressure below carrier, the upper end for enumerating carrier and the oscillatory gearing mechanism is by with described first The second parallel shaft of shaft links together；
Second conveyer belt includes the second upstream delivery wheel in upstream, the second downstream delivery wheel in downstream, And the second feeder motor that the second upstream delivery wheel of driving or the second downstream delivery wheel rotate；
The rack includes two main support columns in upstream that are vertically arranged and being in upstream, and two vertically arranged and be in down The main support column in the downstream of trip, the upstream crossbeam being connected between the main support column in two upstreams are connected between the main support column in two downstreams Downstream crossbeam, the stringer between the main support column in two corresponding upstreams of being parallel to each other and be connected to and the main support column in downstream, carrying First support frame of the brush coating runner carries the second support frame of the screen cloth supply wheel, carries first carrying and fixes The third support frame of plate, and the 4th support frame of carrying the second carrying fixed plate；
The two main support columns in upstream set up the two sides of the first conveyer belt separately, and the two main support columns in downstream set up separately described The two sides of first conveyer belt；First support frame includes two runner A-frames for being articulated in brush coating runner both ends, The runner A-frame includes two runner struts from top to bottom moved closer to, the upper end of the two runner struts and opposite The stringer answered links together, and the lower end of the two runner brackets is connect with the respective end of the brush coating runner by bearing Together；
Second support frame includes two screen cloth A-frames for being articulated in screen cloth supply wheel both ends, the screen cloth A-frame includes two screen cloth struts moved closer to by upstream to downstream, the upstream end of the two screen cloth struts with it is corresponding The main support column in the upstream link together, the respective end of the downstreams of the two screen cloth struts and the screen cloth supply wheel is logical Bearing is crossed to link together；
The third support frame includes two and is connected to the described first pressing bracket for carrying fixed board ends；The pressing Bracket includes being connected to described first for glue groove lower end and the first pressing strut being parallel to each other and the second pressing strut, is connected to First flattens the pressing connecting rod between strut and the second pressing strut, and is connected to the second pressing strut lower end and vertically prolongs The pressing vertical bar stretched；Described second, which flattens strut, flattens strut than described first closer to the brush coating runner, and described first The lower end for flattening strut and pressing vertical bar is connected to the described first two sides for carrying fixed plate；The length for flattening vertical bar The maximum distance moved up greater than first guide rod；
4th support frame includes two and is connected to the described second pressing bracket for carrying fixed board ends；The pressing Bracket includes the second horizontal support bar connected with the corresponding main support column in downstream, and on the second horizontal support bar The inclined support bar of side；The downstream of the inclined support bar and the corresponding second supply strut connection, upstream end and opposite The first level support rod connection answered；The inclined support bar from top to bottom gradually inclines towards second carrying fixed plate direction Tiltedly setting.
The cloth glue-line includes the capsule group of circumferential array of the multiple groups along the wheel body；The capsule group includes multiple along described The elastomeric bladder of wheel body axial alignment.
Closure convex block corresponding with the glue-feeder is equipped with inside the butt of the elastomeric bladder.
The extension baffle and the corresponding supply delivery board are perpendicular.
The supply runner further includes the flexible cushion block between the adjacent supply delivery board inner end.
After adopting the above technical scheme, continuous smoothly cold press of the invention, breaks through the structure of conventional veneer boards cold press Appearance formula, in practical work process, under the control of master controller, brush coating produces line segment to forming brush coating after template base brush coating Formwork is simultaneously delivered to cold moudling production line segment, and interlayer and top layer's template base are delivered to cold moudling by supply production line segment Line segment is produced, the top for making top layer's template base pad be located at the glue brushing form block of respective numbers is located at interlayer pad as surface layer The top of corresponding top layer's template base is by top layer's template base and several glue brushing form blocks in top and is below Top layer's template base and several glue brushing form blocks separate, and finally carry out cold moudling by cold moudling production line segment, realize While automatic feed, primary plastic multiple glued boards.Specifically, first conveyer belt downstream conveying templates base one by one, will Solid glue scrim layer is corresponding with the upper surface of template base, and brush coating runner supports template base and solid glue screen cloth on the first conveying section On layer, glue in wheel body is because gravity enters in elastomeric bladder from the glue-feeder of top, but due to the bore of gum outlet cross Sectional area is less than the cross-sectional area of glue-feeder, in addition the mobility of glue is weak, and surface tension and cohesive force are larger, and glue will not It is persistently flowed out from gum outlet, with the operating of first conveyer belt, the pressing wheel of pressuring flat device is under the elastic force effect of the first pressure spring It supports downwards to flatten to take turns to flatten scrim layer on the upper surface of template base and (is suitable for template using the elastic force effect of the first pressure spring The thickness change of base and solid glue scrim layer and remain flattening pressure, the first guide rod to flatten wheel lifting play guiding make With), runner driving motor drives brush coating runner and first conveyer belt to rotate synchronously, and clamps and drives solid glue scrim layer and template base same Step is fed forward, while screen cloth supply wheel being pulled to discharge solid glue scrim layer, and template base and solid glue scrim layer support elastomeric bladder upwards, It is squeezed elastic balloon and is folded towards the direction opposite with wheel body rotation direction, by the glue in elastomeric bladder by glue-feeder Direction squeezes towards gum outlet direction and squeezes out glue from gum outlet and flow in solid glue scrim layer, and glue will not flow back into wheel master In vivo, so that each elastomeric bladder is carried out comprehensive cloth glue to solid glue scrim layer, realize that brush coating runner carries out the brush coating face of solid glue scrim layer Continue brush coating, solid glue scrim layer can adhere to glue, and glue is adsorbed using mesh and fixed, and glue is not easy to accumulate and drip It falls, enough and uniform glue is kept to contact through the mesh of solid glue scrim layer with template base；As brush coating runner continues to rotate, When solid glue scrim layer and template base are in the lower section of press bonding roller, press bonding roller is under the elastic force effect of the second pressure spring downwards to solid The pressure that glue scrim layer and template base generate duration (is suitable for solid glue scrim layer and template using the elastic force effect of the second pressure spring The thickness change of base and remain pressure force, the second guide rod plays guiding role to the lifting of press bonding roller), press bonding roller with just First downstream delivery wheel of lower section, which matches, will flatten in dotted glue in solid glue scrim layer and is uniformly layered on template base Meanwhile solid glue scrim layer and template base are adhesively-bonded together to form continuous glue brushing form by glue compression.When continuous brush coating mould When plate continues to be fed forward to cutter device, cutting lifting device driving cutter decline carries out pair continuous glue brushing form The cutting between adjacent forms base is answered, making every piece of template base is the glue brushing form block of the fixed length with solid glue scrim layer；Then Glue brushing form block is downstream conveyed one by one by conveying device continuation, drops on lower cold pressing plate and is enumerated.Production is supplied simultaneously By template base towards cold moudling production line segment direction conveying, template base has viscous with glue brushing form block the supply conveyer belt of line segment The adhesive surface of conjunction and reverse side towards opposite direction, make the adhesive surface direction of template base, when template base reaches water spray precipitator dress When setting lower section, water spray precipitator device by water tank is that fog-spray nozzle supplies water via aqueduct, then by fog-spray nozzle towards template base Adhesive surface atomized water spray rinses, and the impurity such as dust are washed out；It drops on the rotation front of supply delivery board and locates with rear pattern plate base In the upstream portion of supply runner, template base is limited on the rotation front of supply delivery board by extension baffle, supplies wheel drive Device driving supply runner rotation, drives each supply delivery board to be flipped up and produces line segment conveying templates towards the cold moudling Base, while jet drying device (is compressed containing low-moisture air after drying and is contained in by dry air compressed tanks In compressed tanks) via gas-guide tube it is that jet thrust supplies dry air, then by jet thrust towards the dry sky of adhesive surface spray drying of template base Gas is dried；As supply driven by rotating wheel template base continues to rotate, when accordingly, supply delivery board and template base are more than to erect After state reaches the downstream portion of supply runner, corresponding template base overturns forward and falls in the rotation back side of previous supply delivery board Pollute bonding with rotation rear-face contact, will not by impurity such as dusts down, it is ensured that the adhesion strength with glue, and not Again by the limit for extending baffle；As supply driven by rotating wheel template base continues to rotate, when corresponding supply delivery board and template Base more than horizontality and in when from top to bottom being tilted by inner end to outer end, lead with supply by corresponding supply delivery board and template base Corresponding to plate, corresponding template base glides along the rotation back side of corresponding supply delivery board under the effect of gravity, and along confession Guide plate slides are answered, drops downward on lower cold pressing plate accordingly and enumerates in corresponding several layers brush in leading for supply guide plate The top of rubber moulding plate is contacted with the glue stratum reticulare of this glue brushing form block, and supply production line segment conveys interlayer in the same way, is made Interlayer is dropped on lower cold pressing plate accordingly and is enumerated on top layer's template base of respective sets glue brushing form block, every group of brush coating mould Plate includes several layers glue brushing form block, and interlayer can separate the glue brushing form block of adjacent sets, can simultaneously cold moudling multiple groups brush Rubber moulding plate, and every time simultaneously cold moudling each group glue brushing form block be it is independent, will not influence each other；Then it enumerates again Several glue brushing form blocks, repeat above operation, glue brushing form block, top layer's template base and interlayer until enumerating respective numbers Afterwards, horizontal cold pressing driving device drives corresponding completed lower cold pressing plate moving forward supreme cold pressing plate just along cold pressing guide rail Lower section, with space-time lower cold pressing plate along cold pressing guide rail move forward to the conveying production department and supply guide plate it is corresponding, Continue to enumerate, and upper cold pressing plate carries out cold moudling to each glue brushing form block on the lower cold pressing plate of underface, first stretches Contracting support rod drive the first trim panel by first overturning shaft axis on overturns, the second telescopic supporting rod drive the second trim panel according to It being overturn on the second overturning shaft axis, third telescopic supporting rod driving third trim panel overturns by third and overturns on shaft axis, 4th telescopic supporting rod drives the 4th trim panel by overturning on the 4th overturning shaft axis, to each of each glue brushing form block enumerated A side carries out squeezing shaping, enumerates each glue brushing form block enumerated neatly, and it is upper cold to be then cold-pressed lifting drive driving Pressing plate moves down, and matches with lower cold pressing plate and carries out cold moudling into glued board to each glue brushing form block.First support frame is logical Brush coating runner both ends can securely be carried by crossing triangular support configurations；Second support frame can be to screen cloth by triangular support configurations The both ends of supply wheel are securely carried；Third support frame can flatten strut, the second pressing strut and flatten and connect by first The triangular support configurations of bar securely carry the first carrying fixed plate and entire pressuring flat device, and flatten vertical bar to the One guide rod has stopped lifting space；4th support frame is by triangular support configurations to the i.e. entire pressing dress of the second carrying fixed plate Set and securely carried, and using the elastic force of the second pressure spring effect be suitable for scrim layer and template base thickness change and always Keep pressure force.Solid glue scrim layer is while ensuring that solid glue scrim layer and template base can be bonded together by glue infiltration, also The reinforcing rib that can be used as finished product glued board, make glued board more elasticity, be unlikely to deform and fracture damage.Compared with prior art, Continuous smoothly cold press of the invention can carry out free of discontinuities, continuous smoothly cold moudling, mechanization degree to template base Height, and finished product Strength of Plywood is higher.
Detailed description of the invention
Fig. 1 is first partial structural schematic diagram of the invention；
Fig. 2 is the second partial structural diagram of the invention；
Fig. 3 is third partial structural diagram of the invention；
Fig. 4 is the 4th partial structural diagram of the invention；
Fig. 5 is the 5th partial structural diagram of the invention.
In figure:
1- cold moudling produces the upper cold pressing plate 12- of line segment 11- and is cold-pressed under lifting drive 13- cold pressing plate 1311- the One trim panel 1312- first level support plate the first telescopic supporting rod of 1313- 1314- first overturns shaft 1315- first Upper end the first lower end shaft 1316- shaft 1321- third trim panel 1322- third horizontal supporting plate 1323- third is flexible Support rod 1324- third overturns shaft 1325- third upper end shaft 1326- third lower end shaft 14- and is cold-pressed guide rail 151- First the second sprocket wheel of sprocket wheel 152- 153- drive chain 16- is cold-pressed support
2- brush coating produces line segment
The first upstream 21- first conveyer belt 211- the first downstream delivery wheel 212- delivery wheel
221- wheel body 2211- through-hole 222- cloth glue-line 2221- articulamentum 2222- elastomeric bladder 22221- glue-feeder 22222- gum outlet 22223- blocks convex block
231- screen cloth supply wheel 2321- flattens wheel the first carrier of 23221- 23222- first and carries fixed plate 23223- the first guide rod the first pressure spring of 23224-
281- press bonding roller the second carrier of 2821- 2822- second carries the second guide rod of fixed plate 2823- 2824- the Two pressure springs
The upstream the 31- Cutting platform 311- downstream guide plate 312- guide plate 32- cutter 33- cuts lifting device
The second upstream 41- the second conveyer belt 411- the second downstream delivery wheel 412- delivery wheel 42- enumerates conveyer belt 43- It enumerates carrier 44- and enumerates support frame 45- oscillatory gearing mechanism 46- first rotating shaft the second shaft of 47-
Main the first support frame of support column 53- stringer 54- the second support frame of 55- in the upstream the 51- downstream main support column 52- 581- first flattens strut 582- second and flattens the strut 583- pressing connecting rod 584- pressing support of vertical bar 500- the 4th Frame 5001- the second horizontal support bar 5002- inclined support bar
10- supply production line segment 101- supply conveyer belt 1011- first supply the supply conveying of delivery wheel 1012- second 102- water spray precipitator device 1021- water tank 1022- fog-spray nozzle 1023- aqueduct 103- supply runner 1031- is taken turns to supply Shaft 1032- supply delivery board 10321- is answered to extend baffle 1033- flexibility cushion block 104- jet drying device 1041- dry Air compression tank 1042- jet thrust 1043- gas-guide tube 1051- supplies guide plate 1052- and supplies bracket 10521- stabilizer blade 10522- supplies arc supporting plate
6- template base 7- solid glue scrim layer.
Specific embodiment
In order to further explain the technical solution of the present invention, being described in detail below by specific embodiment.
The continuous smoothly cold press of one kind of the invention, as shown in Figs. 1-5, including cold moudling produces line segment 1, to cold pressing Forming production line section 1 supply glue brushing form block brush coating produce line segment 2, and to cold moudling production line segment 1 convey interlayer and The supply of top layer's template base 6 produces line segment 10；Preferably, the invention also includes produce to cold moudling production line segment 1, brush coating The master controller that line segment 2 and brush coating production line segment 2 are controlled；Preferably, cold moudling production line segment 1 is in brush coating production line Between section 2 and supply production line segment 10, and brush coating production line segment 2 and supply produce the extending direction of line segment 10 and cold moudling The extending direction for producing line segment 1 is vertical；
Preferably, cold moudling production line segment 1 includes the upper cold pressing plate 11 in top, and cold pressing plate 11 is gone up and down in driving It is cold-pressed lifting drive 12, it is multiple to be below and produce the lower cold pressing plates 13 that 1 extending direction of line segment arranges along cold moudling, The cold pressing guide rail 14 for being carried on each 13 lower section of lower cold pressing plate and extending along cold moudling production 1 extending direction of line segment, and driving The horizontal cold pressing driving device that each lower cold pressing plate 13 is moved along cold pressing guide rail 14；Lower cold pressing plate 13 be equipped with to glue brushing form block into The apparatus for shaping of row shaping；
Preferably, lower cold pressing plate 13 has the first successively adjacent vertical side, the second vertical side, the vertical side of third With the 4th vertical side；Apparatus for shaping includes the first shaping monomer being correspondingly connected with the first vertical side, with the second vertical side The second shaping monomer that face is correspondingly connected with, the third shaping monomer being correspondingly connected with the vertical side of third, and with the 4th vertical side The 4th shaping monomer that face is correspondingly connected with；First shaping monomer includes first spun upside down with the first vertical side pivot joint Trim panel 1311, the first level support plate 1312 connecting below the first trim panel 1311 and with the first vertical side, with And it is connected to the first telescopic supporting rod 1313 between the first trim panel 1311 and first level support plate 1312；First trim panel 1311 lower end is articulated by the first overturning shaft 1314 with the first vertical side, the first telescopic supporting rod 1313 it is upper End is articulated by the first upper end shaft 1315 and the lower surface of the first trim panel 1311, the first telescopic supporting rod 1313 Lower end is articulated by the upper surface of the first lower end shaft 1316 and first level support plate 1312, the first overturning shaft 1314, the first upper end shaft 1315 and the first lower end shaft 1316 are parallel；Second shaping monomer includes and the second vertical side It is pivotally connected the second trim panel spun upside down, second connect below the second trim panel and with the second vertical side is horizontal Support plate, and the second telescopic supporting rod being connected between the second trim panel and the second horizontal supporting plate；Second trim panel Lower end is articulated by the second overturning shaft with the second vertical side, and the upper end of the second telescopic supporting rod passes through the second upper end Shaft and the lower surface of the second trim panel are articulated, and the lower end of the second telescopic supporting rod passes through the second lower end shaft and second The upper surface of horizontal supporting plate is articulated, and the second overturning shaft, the second upper end shaft and the second lower end shaft are parallel；The Three shaping monomers include being pivotally connected the third trim panel 1321 spun upside down with the vertical side of third, are in third trim panel 1321 lower sections and the third horizontal supporting plate 1322 that is connect with the vertical side of third, and it is connected to third trim panel 1321 and the Third telescopic supporting rod 1323 between three horizontal supporting plates 1322；The lower end of third trim panel 1321 overturns shaft by third 1324 are articulated with the vertical side of third, and the upper end of third telescopic supporting rod 1323 passes through third upper end shaft 1325 and the The lower surface of three trim panels 1321 is articulated, the lower end of third telescopic supporting rod 1323 by third lower end shaft 1326 with The upper surface of third horizontal supporting plate 1322 is articulated, and third overturns shaft 1324, third upper end shaft 1325 and third Lower end shaft 1326 is parallel；4th shaping monomer includes being pivotally connected the 4th shaping spun upside down with the 4th vertical side Plate, the 4th horizontal supporting plate connecting below the 4th trim panel and with the 4th vertical side, and it is connected to the 4th shaping The 4th telescopic supporting rod between plate and the 4th horizontal supporting plate；The lower end of 4th trim panel passes through the 4th overturning shaft and the 4th Vertical side is articulated, and the upper end of the 4th telescopic supporting rod passes through the lower surface pivot of the 4th upper end shaft and the 4th trim panel It is connected together, the lower end of the 4th telescopic supporting rod is articulated in one by the upper surface of the 4th lower end shaft and the 4th horizontal supporting plate It rises, the 4th overturning shaft, the 4th upper end shaft and the 4th lower end shaft are parallel；Preferably, cold pressing lifting drive 12 is Cylinder or oil cylinder；
Preferably, brush coating production line segment 2 includes carrying out the brush coating production department that brush coating forms continuous brush coating plate to template base 6, Continuous brush coating plate is cut to the cutting production department to form glue brushing form block, and glue brushing form block is delivered to cold moudling one by one Produce the conveying production department of line segment 1；Preferably, brush coating production line segment 2 further includes carrying out to brush coating production department and cutting production department The rack of support；
Preferably, brush coating production department includes the first conveyer belt 21 being below, in the top of first conveyer belt 21 and with The brush coating runner that first conveyer belt 21 rotates synchronously, solid glue scrim layer 7 is covered in table on the template base 6 in first conveyer belt 21 Screen cloth on face covers device, and the pressing device that solid glue scrim layer 7 and template base 6 are pressed together；Preferably, brush coating Production department further includes the brush coating runner driving motor for driving brush coating driving runner rotation；First conveyer belt 21 includes in upstream First upstream delivery wheel 211, the first downstream delivery wheel 212 in downstream, and the first upstream delivery wheel 211 or the first of driving The first feeder motor that downstream delivery wheel 212 rotates；Brush coating runner, the first upstream delivery wheel 211 and the first downstream delivery wheel 212 Axis it is parallel；Preferably, brush coating runner has towards the downstream side of 21 downstream direction of first conveyer belt, and towards phase negative side To upstream side；Preferably, screen cloth covers the top that device is in the upstream side of brush coating runner and is in first conveyer belt 21；Net It includes the screen cloth supply wheel 231 in top supply solid glue scrim layer 7 that cloth, which covers device, and in 231 lower section of screen cloth supply wheel And solid glue scrim layer 7 is flattened in the pressuring flat device on 6 upper surface of template base；Preferably, solid glue scrim layer 7 is formed with for glue The mesh of infiltration；
Preferably, brush coating runner includes the wheel body 221 for containing glue, and is covered in the cloth glue on 221 circumferential surface of wheel body Layer 222；Cloth glue-line 222 includes the articulamentum 2221 being connected with the circumferential surface of wheel body 221 and multiple connect with articulamentum 2221 Elastomeric bladder 2222；Preferably, elastomeric bladder 2222 has the butt connecting with articulamentum 2221, and the tip towards the other end； Preferably, property capsule is tapered bullet by butt to tip, and elastomeric bladder 2222 by butt to tip gradually towards with 221 turns of wheel body Contrary direction is moved to be obliquely installed；Preferably, butt is formed with glue-feeder 22221, and tip is formed with gum outlet 22222； Preferably, the circumferential surface of wheel body 221 is formed with multiple through-holes 2211 corresponding with each glue-feeder 22221；
Preferably, pressuring flat device includes the pressing wheel 2321 parallel with screen cloth supply wheel 231, and driving flattens wheel 2321 The first pressure driving device of solid glue scrim layer 7 is compressed downwards；Preferably, first pressure driving device includes that carrying flattens wheel 2321 the first carrier 23221, first carrying fixed plate 23222 of the level in 23221 top of the first carrier, two companies It is connected to 23221 top of the first carrier and upward sliding runs through the first the first guide rod 23223 for carrying fixed plate 23222, and It is placed on the first pressure that the first guide rod 23223 is outer and is located between the first carrying fixed plate 23222 and the first carrier 23221 Spring 23224；Preferably, the first carrying fixed plate 23222, which is formed with, slides perforative first sliding for the first guide rod 23223 Hole；Preferably, two first guide rods 23223 are corresponding with the both ends for flattening wheel 2321；Preferably, wheel 2321 and screen cloth supply are flattened Wheel 231 is parallel with the axis of brush coating runner；
Preferably, solid glue scrim layer 7 has brush coating face and the back side；The solid glue scrim layer 7 that screen cloth supply wheel 231 discharges bypasses It flattens the upstream side of wheel 2321 and is bonded together with the upper surface of the template base 6 in upstream belt；
Preferably, pressing device includes the press bonding roller 281 right above the first downstream delivery wheel 212, and driving pressing Roller 281 compresses downwards the second pressure driving device of solid glue scrim layer 7；Second pressure driving device includes carrying press bonding roller 281 The second carrier 2821, second carrying fixed plate 2822 of the level in the top of the second carrier 2821, two are connected to the Two carriers, 2821 top and upward sliding run through the second guide rod 2823 of the second carrying fixed plate 2822, and are placed on second and lead To outside bar 2823 and the second pressure spring 2824 for being located between the second carrying fixed plate 2822 and the second carrier 2821；Second holds Load fixed plate 2822, which is formed with, slides perforative second sliding eye for the second guide rod 2823；Two second guide rods 2823 and pressing The both ends of roller 281 are corresponding；
Preferably, cut portion includes the Cutting platform 31 in 21 downstream of first conveyer belt, on Cutting platform 31 The cutter 32 of side, and the cutting lifting device 33 that driving cutter 32 are gone up and down；
Preferably, supply production line segment 10 includes the supply conveyer belt 101 in upstream, on supply conveyer belt 101 The water spray precipitator device 102 of side, the supply runner 103 in supply 101 downstream of conveyer belt, in 103 top of supply runner Jet drying device 104, and in supply runner 103 and cold moudling production line segment 1 between supply leading truck；It is preferred that Ground, supply production line segment 10 further include the supply wheel driving motor that driving supply runner 103 rotates；
Preferably, supply conveyer belt 101 include include the first supply delivery wheel 1011 in upstream, the in downstream Two supply delivery wheels 1012, and the supply conveying that the first supply delivery wheel 1011 of driving or the second supply delivery wheel 1012 rotate Motor；
Preferably, water spray precipitator device 102 includes the water tank 1021 in top, is below and supply conveyer belt The corresponding fog-spray nozzle 1022 in 101 upper surface, and the aqueduct 1023 being connected between water tank 1021 and fog-spray nozzle 1022；
Preferably, supply runner 103 includes supply shaft 1031 and multiple around supply shaft 1031 evenly distributed setting Supply delivery board 1032；It is equal with the first supply delivery wheel 1011 and the second supply axis of delivery wheel 1012 to supply shaft 1031 Row, each supply delivery board 1032 are parallel with supply shaft 1031；Supply delivery board 1032 has to be connect with supply shaft 1031 Inner end, and the outer end towards opposite direction；Supplying delivery board 1032 has rotation front towards rotation direction, and towards phase The rotation back side of opposite direction；The outer end of supply delivery board 1032, which is formed with towards rotation direction, to be extended for blocking prolonging for template base 6 Stretch baffle 10321；Supply runner 103 includes in supply shaft 1031 and supplying the upstream portion between conveyer belt 101, and locate Downstream portion between supply shaft 1031 and cold moudling production line segment 1；
Preferably, jet drying device 104 includes the dry air compressed tanks 1041 in top, is below and supplies The corresponding jet thrust 1042 of the upstream portion of runner 103, and be connected to dry air compressed tanks 1041 and jet thrust 1042 it Between gas-guide tube 1043；
Preferably, supply leading truck includes the supply guiding between supply runner 103 and cold moudling production line segment 1 Plate 1051, and it is supported in the supply bracket 1052 of 1051 lower section of supply guide plate；Supply the gradually court from top to bottom of guide plate 1051 Cold moudling production 1 direction of line segment is obliquely installed；
Preferably, transport portion includes the second conveyer belt 41 in 31 downstream of Cutting platform, is in the second conveyer belt 41 Conveyer belt 42 is enumerated in downstream, is enumerated operated motor to enumerate that conveyer belt 42 driven, is held to conveyer belt 42 is enumerated What is carried enumerates carrier 43, enumerates support frame 44 to enumerate that conveyer belt 42 is supported, and put to carrier 43 is enumerated The oscillatory gearing mechanism 45 of dynamic driving；Conveyer belt 42 is enumerated with input terminal corresponding with the second conveyer belt 41, and with first The corresponding output end of trim panel 1311；It enumerates support frame 44 and is supported in input terminal, input terminal and the upper end for enumerating support frame 44 Being linked together by first rotating shaft 46, which makes to enumerate conveyer belt 42, to be spun upside down；Oscillatory gearing mechanism 45 is to be supported in sieve The first fluid cylinder pressure of the lower section of column carrier 43, enumerate the upper end of carrier 43 and oscillatory gearing mechanism 45 by with first rotating shaft 46 the second parallel shafts 47 link together；
Preferably, the second conveyer belt 41 includes the second upstream delivery wheel 411 in upstream, the second downstream in downstream Delivery wheel 412, and the second upstream delivery wheel 411 of driving or the second feeder motor of the second downstream delivery wheel 412 rotation；
Preferably, rack include two it is vertically arranged and be in upstream the main support columns 51 in upstream, two it is vertically arranged and The main support column 52 in downstream in downstream, the upstream crossbeam being connected between the main support column 51 in two upstreams are connected to two downstream masters Downstream crossbeam between support column 52, the main support column 51 in two corresponding upstreams of being parallel to each other and be connected to and the main support column 52 in downstream Between stringer 53, carry brush coating runner the first support frame 54, carry screen cloth supply wheel 231 the second support frame 55, carrying The third support frame of first carrying fixed plate 23222, and the 4th support frame 500 of carrying the second carrying fixed plate 2822；
Preferably, the main support column 51 in two upstreams sets up the two sides of first conveyer belt 21 separately, and the main support column 52 in two downstreams sets up separately The two sides of one conveyer belt 21；First support frame 54 includes two runner A-frames for being articulated in brush coating runner both ends, runner three Angle support includes two runner struts from top to bottom moved closer to, and the upper end of two runner struts is connected with corresponding stringer 53 Together, the lower end of two runner brackets and the respective end of brush coating runner are linked together by bearing；
Preferably, the second support frame 55 includes two screen cloth A-frames for being articulated in 231 both ends of screen cloth supply wheel, screen cloth A-frame includes two screen cloth struts moved closer to by upstream to downstream, the upstream end of two screen cloth struts with it is corresponding on It swims main support column 51 to link together, the downstream of two screen cloth struts is connect with the respective end of screen cloth supply wheel 231 by bearing Together；
Preferably, third support frame includes two pressing brackets for being connected to 23222 both ends of the first carrying fixed plate；It flattens Bracket includes being connected to first to flatten strut 582, connection for glue groove lower end and the first pressing strut 581 being parallel to each other and second The pressing connecting rod 583 between strut 581 and the second pressing strut 582 is flattened in first, and is connected to the second pressing strut 582 lower ends and vertically extending pressing vertical bar 584；Second, which flattens strut 582 to the first, flattens strut 581 closer to brush coating turn Wheel, the first pressing strut 581 and the lower end for flattening vertical bar 584 are connected to the two sides of the first carrying fixed plate 23222；It flattens perpendicular It is greater than the maximum distance that the first guide rod 23223 moves up to the length of bar 584；
Preferably, the 4th support frame 500 includes two pressing brackets for being connected to 2822 both ends of the second carrying fixed plate；Pressure Closing bracket includes the second horizontal support bar 5001 connected with the main support column 52 in corresponding downstream, and horizontally-supported in second The inclined support bar 5002 of 5001 top of bar；The downstream of inclined support bar 5002 is connected with corresponding second supply strut, upstream End is connected with corresponding first level support rod；Inclined support bar 5002 is from top to bottom gradually towards the second carrying 2822 side of fixed plate To being obliquely installed.The present invention is in practical work process, and under the control of master controller, brush coating produces line segment 2 and brushes to template base 6 Glue brushing form block is formed after glue and is delivered to cold moudling production line segment 1, and supply produces line segment 10 for interlayer and top layer's template Base 6 is delivered to cold moudling production line segment 1, and top layer's template base 6 is made to pad the top work for being located at the glue brushing form block of respective numbers For surface layer, the top for making interlayer pad be located at corresponding top layer's template base 6 brushes top layer's template base 6 in top with several Rubber moulding plate is separated with the top layer's template base 6 and several glue brushing form blocks being below, and is finally produced by cold moudling Line segment 1 carries out cold moudling, while realizing automatic feed, primary plastic multiple glued boards.Specifically, first conveyer belt 21 Downstream conveying templates base 6 one by one, solid glue scrim layer 7 is corresponding with the upper surface of template base 6, and brush coating runner is supported first On template base 6 and solid glue scrim layer 7 on conveying section, glue in wheel body 221 because gravity from the glue-feeder 22221 of top into Enter into elastomeric bladder 2222, but since the bore cross-sectional area of gum outlet 22222 is less than the cross-sectional area of glue-feeder 22221, In addition the mobility of glue is weak, and surface tension and cohesive force are larger, and glue will not persistently be flowed out from gum outlet 22222, with The pressing wheel 2321 of the operating of first conveyer belt 21, pressuring flat device supports downwards pressure under the elastic force effect of the first pressure spring 23224 Scrim layer is flattened on the upper surface of template base 6 and (is suitable for template using the elastic force effect of the first pressure spring 23224 by flat wheel 2321 The thickness change of base 6 and solid glue scrim layer 7 and remain flattening pressure, the first 23223 pairs of guide rod flatten wheel 2321 lifting Play guiding role), runner driving motor drives brush coating runner and first conveyer belt 21 to rotate synchronously, and clamps and drives solid glue screen cloth Layer 7 and template base 6 synchronize be fed forward, while pulling the release solid glue scrim layer 7 of screen cloth supply wheel 231, template base 6 and solid glue net Layer of cloth 7 supports elastomeric bladder 2222 upwards, and elastic balloon is made to be squeezed and roll over towards the direction opposite with 221 rotation direction of wheel body It is folded, the glue in elastomeric bladder 2222 is squeezed by 22221 direction of glue-feeder towards 22222 direction of gum outlet and makes glue from gum outlet 22222 squeeze out and flow in solid glue scrim layer 7, and glue will not flow back into wheel body 221, make each elastomeric bladder 2222 to solid glue net Layer of cloth 7 carries out comprehensive cloth glue, realizes that brush coating runner carries out the brush coating face of solid glue scrim layer 7 to continue brush coating, solid glue scrim layer 7 can Glue is adhered to, and glue is adsorbed using mesh and is fixed, glue is not easy to accumulate and drip, and keeps enough and uniform glue Water is contacted through the mesh of solid glue scrim layer 7 with template base 6；As brush coating runner continues to rotate, when solid glue scrim layer 7 and template When base 6 is in the lower section of press bonding roller 281, press bonding roller 281 is under the elastic force effect of the second pressure spring 2824 downwards to solid glue screen cloth The pressure that layer 7 and template base 6 generate duration (is suitable for solid glue scrim layer 7 and mould using the elastic force effect of the second pressure spring 2824 The thickness change of slab 6 and remain pressure force, the second guide rod 2823 plays guiding role to the lifting of press bonding roller 281), Press bonding roller 281 is matched with the first downstream delivery wheel 212 of underface and will be flattened in solid glue scrim layer 7 in dotted glue and It is even while be layered on template base 6, solid glue scrim layer 7 and template base 6 are adhesively-bonded together to form continuous brush by glue compression Glue pattern plate.When continuous glue brushing form continues to be fed forward to cutter device, cutting lifting device 33 is driven under cutter 32 Drop carries out the cutting between corresponding adjacent forms base 6 to continuous glue brushing form, and making every piece of template base 6 is with solid glue screen cloth The glue brushing form block of the fixed length of layer 7；Subsequent glue brushing form block is downstream conveyed one by one by conveying device continuation, drops into lower cold pressing It is enumerated on plate 13.Template base 6 is produced line segment towards cold moudling by the supply conveyer belt 101 for supplying production line segment 10 simultaneously The conveying of 1 direction, template base 6 have the adhesive surface bonded with glue brushing form block and towards the reverse side of opposite direction, make template base 6 Adhesive surface direction, when template base 6 reaches 102 lower section of water spray precipitator device, water spray precipitator device 102 passes through water tank 1021 It is the water supply of fog-spray nozzle 1022 via aqueduct 1023, then is rinsed by the adhesive surface atomized water spray of fog-spray nozzle 1022 towards template base 6, it will The impurity such as dust wash out；The rotation front for dropping into supply delivery board 1032 with rear pattern plate base 6 is upper and in supply runner 103 Upstream portion is limited template base 6 on the rotation front of supply delivery board 1032 by extension baffle 10321, supply wheel drive dress It sets driving supply runner 103 to rotate, each supply delivery board 1032 is driven to be flipped up and produces line segment 1 towards the cold moudling and is defeated Template base 6 is sent, while jet drying device 104 (contains low-moisture sky by dry air compressed tanks 1041 after drying Gas, which is compressed, to be contained in compressed tanks) dry air is supplied for jet thrust 1042 via gas-guide tube 1043, then by jet thrust 1042 It is dried towards the adhesive surface spray dry air of template base 6；As supply runner 103 is continued to rotate with moving template base 6, work as phase The supply delivery board 1032 and template base 6 answered are more than corresponding template base after the downstream portion that upright state reaches supply runner 103 6 overturn forward and fall in it is previous supply delivery board 1032 the rotation back side on and make bonding down with rotation rear-face contact, no It can be polluted by impurity such as dusts, it is ensured that the adhesion strength with glue, and it is no longer influenced by the limit for extending baffle 10321；With confession Runner 103 is answered to continue to rotate with moving template base 6, supply delivery board 1032 and template base 6 are more than horizontality and are in when accordingly When from top to bottom being tilted by inner end to outer end, corresponding delivery board 1032 and the template base 6 supplied is corresponding with supply guide plate 1051, Corresponding template base 6 glides along the rotation back side of corresponding supply delivery board 1032 under the effect of gravity, and leads along supply It is slided to plate 1051, if dropping downward on lower cold pressing plate 13 accordingly and enumerating corresponding in leading for supply guide plate 1051 The top of dried layer glue brushing form block is contacted with the glue stratum reticulare of this glue brushing form block, and supply production line segment 10 is defeated in the same way Interlayer is sent, drop into interlayer on corresponding lower cold pressing plate 13 and enumerates top layer's template base 6 in respective sets glue brushing form block On, every group of glue brushing form block includes several layers glue brushing form block, and interlayer can separate the glue brushing form block of adjacent sets, can be cold simultaneously Molded multiple groups glue brushing form block, and every time simultaneously cold moudling each group glue brushing form block be it is independent, will not mutual shadow It rings；Then several glue brushing form blocks are enumerated again, are repeated above operation, the glue brushing form block, most upper until enumerating respective numbers After layer template base 6 and interlayer, level cold pressing driving device drives corresponding completed lower cold pressing plate 13 along cold pressing guide rail 14 Move forward immediately below supreme cold pressing plate 11, with space-time lower cold pressing plate 13 along cold pressing guide rail 14 move forward to it is described defeated It send production department and supply guide plate 1051 corresponding, continues to enumerate, and on the lower cold pressing plate 13 immediately below 11 pairs of upper cold pressing plate Each glue brushing form block carry out cold moudling, the first telescopic supporting rod 1313 drive the first trim panel 1311 by first overturning turn It is overturn on 1314 line of axis, the second telescopic supporting rod drives the second trim panel by overturning on the second overturning shaft axis, and third is flexible Support rod 1323 drives third trim panel 1321 by overturning on third overturning 1324 line of shaft, the 4th telescopic supporting rod driving the Four trim panels carry out squeezing shaping to each side for each glue brushing form block enumerated by overturning on the 4th overturning shaft axis, It enumerates each glue brushing form block enumerated neatly, is then cold-pressed lifting drive 12 and upper cold pressing plate 11 is driven to move down, with Lower cold pressing plate 13, which is matched, carries out cold moudling into glued board to each glue brushing form block.First support frame 54 passes through gusseted knot Structure can securely carry brush coating runner both ends；Second support frame 55 can be to screen cloth supply wheel 231 by triangular support configurations Both ends securely carried；Third support frame can flatten strut 581, second by first and flatten strut 582 and pressing connection The triangular support configurations of bar 583 securely carry the first carrying fixed plate 23222 and entire pressuring flat device, and flatten perpendicular Lifting space has been stopped to the first guide rod 23223 to bar 584；4th support frame 500 is held by triangular support configurations to second Carrying fixed plate 2822 is that entire pressing device is securely carried, and is suitable for net using the effect of the elastic force of the second pressure spring 2824 The thickness change of layer of cloth and template base 6 and remain pressure force.Solid glue scrim layer 7 is ensuring that glue infiltration can be by solid glue screen cloth Layer 7 and template base 6 are alternatively arranged as the reinforcing rib of finished product glued board while be bonded together, make glued board more elasticity, be not easy Deformation and fracture damage.The screen cloth that concretely clothes such as nylon weave of solid glue scrim layer 7.
Preferably, cloth glue-line 222 includes capsule group of the multiple groups along the circumferential array of wheel body 221；Capsule group includes multiple along wheel The elastomeric bladder 2222 of 221 axial alignment of main body.For the present invention in practical work process, elastomeric bladder 2222 is covered with brush in matrix form On the circumferential surface of glue runner, comprehensive and uniform cloth glue can be carried out to solid glue scrim layer 7.Specific structure can be adjacent elastomeric bladder The distance between 2222 is equal.
Preferably, closure convex block 22223 corresponding with glue-feeder 22221 is equipped with inside the butt of elastomeric bladder 2222, it is excellent Selection of land, elastomeric bladder 2222 have the downstream interior side towards the upstream inside of upstream and towards downstream, block convex block 22223 and be set to bullet The downstream interior side of property capsule 2222.The present invention is in practical work process, when elastomeric bladder 2222 is by template base 6 and solid glue scrim layer Upstream folded bent deforms after 7 extruding, drives closure convex block 22223 to be swung up and block glue-feeder 22221, into one Step avoids glue from flowing back into wheel body 221, flows out the glue in elastomeric bladder 2222 sufficiently and efficiently from gum outlet 22222 Onto solid glue scrim layer 7 and template base 6.
Preferably, the upper end of the first guide rod 23223 is formed with the first limited block being stuck in above the first sliding eye, and second The upper end of guide rod 2823 is formed with the second limited block being stuck in above the second sliding eye.The present invention in practical work process, First limited block can limit the downward movement of the first guide rod 23223, and the first guide rod 23223 is avoided excessively to transport downwards It is dynamic, maintain the first guide rod 23223 in running order；Second limit buckle can be to the downward mobile progress of the second guide rod 2823 Limit avoids the downward overexercise of the second guide rod 2823, maintains people's guide rod in running order.
Preferably, the first carrier 23221 includes the first end carrier bar of two with the 2321 both ends pivot joint of pressing wheel, and even The first middle brace rod being connected between two first end carrier bar upper ends；Among the lower end and first of first guide rod 23223 Connecting rod links together；Second carrier 2821 includes the second end carrier bar of two with the pivot joint of 281 both ends of press bonding roller, and even The second middle brace rod being connected between two second end carrier bar upper ends；Connect among the lower end and second of second guide rod 2823 Extension bar links together.The present invention in practical work process, two first guide rods 23223 can by the first middle brace rod and Two first end carrier bars synchronize lifting carrying and guiding to wheel 2321 is flattened, it is ensured that flatten the steady and right of 2321 lifting of wheel Solid glue scrim layer 7 carries out more effectively flattening operation；Two second guide rods 2823 can pass through the second middle brace rod and two second End carrier bar to press bonding roller 281 synchronize lifting carrying and guiding, it is ensured that press bonding roller 281 go up and down it is steady and to solid glue screen cloth Layer 7 and template base 6 carry out more effective stitching operation.
Preferably, the upper surface of Cutting platform 31 is equipped with the upstream guide plate 311 extended towards upstream, and prolongs towards downstream The downstream guide plate 312 stretched；Upstream guide plate 311 is obliquely installed gradually downward towards updrift side, and lower end is defeated lower than first Send the height of the upper surface of band 21；Downstream guide plate 312 is obliquely installed gradually downward towards downstream direction, and lower end is higher than second The height of the upper surface of conveyer belt 41.For the present invention in practical work process, inclined upstream guide plate 311 can be by continuous brush coating Template, which is taken advantage of a situation, to be directed on Cutting platform 31, even if the downstream of continuous glue brushing form occurs slightly sagging because of gravity, also can It takes advantage of a situation along continuous glue brushing form and slides and be oriented to；Glue brushing form block can be taken advantage of a situation and be put down by inclined downstream guide plate 312 It is quietly directed on the second conveyer belt 41, is not in that violent shake etc. causes positional shift and influences delivery precision.It leads upstream It to plate 311 and downstream guide plate 312 concretely metal plate, and is gradually thickend by tip to root, it is ensured that deformation performance and strong Degree.
Preferably, cold moudling production line segment 1 further includes being carried on 14 lower section of cold pressing guide rail and extending along cold pressing guide rail 14 Cold pressing support 16；Level cold pressing driving device includes the first sprocket wheel 151 and the second sprocket wheel set on cold pressing 16 both ends of support 152, the drive chain 153 being connected between the first sprocket wheel 151 and the second sprocket wheel 152, and the first sprocket wheel 151 or the second of driving The sprocket wheel driving motor that sprocket wheel 152 rotates；Drive chain 153 include in top it is upper it is single-stranded and be below down it is single-stranded, It is above single-stranded to link together with each lower cold pressing plate 13.For the present invention in practical work process, level cold pressing driving device passes through chain Wheel drive motor driven the first sprocket wheel 151 or the rotation of the second sprocket wheel 152, drive drive chain 153 to operate, drive chain 153 Upper single-stranded each lower cold pressing plate 13 of drive is moved forward or back along cold pressing guide rail 14.Specific structure can be two horizontal cold pressing driving dresses The two sides for being divided into each lower cold pressing plate 13 are set, driving, driving more balance and stability are synchronized to each lower cold pressing plate 13.
Preferably, extend baffle 10321 and corresponding supply delivery board 1032 is perpendicular.The present invention is in real work Cheng Zhong, with the perpendicular extension baffle 10321 of supply delivery board 1032 on the basis of can carry out effectively limit to template base 6, Template base 6 will not be stopped to overturn forward, acted more smooth.
Preferably, supply runner 103 further includes the flexible cushion block 1033 between adjacent supply 1032 inner end of delivery board. The present invention is in actual use, flexible when template base 6 is slipped on supply delivery board 1032 by supply conveyer belt 101 Cushion block 1033 can buffer template base 6, and the lower edge of template base 6 is avoided to be occurred the feelings such as damage of bursting apart by hard collision Condition, it is ensured that the integrality of template base 6.Flexible cushion block 1033 concretely rubber, cloth or sponge etc..
Preferably, supply bracket 1052 includes stabilizer blade 10521, and is connected to stabilizer blade 10521 and supply guide plate 1051 Between supply arc supporting plate 10522；Supplying arc supporting plate 10522 is around the arc-shaped of the supply extension of shaft 1031.The present invention In actual use, the radius for specifically supplying arc supporting plate 10522 is greater than the radius of supply runner 103, stabilizer blade 10521 Supply arc supporting plate 10522 can be supported, each delivery board 1032 of supplying can be rotated along supply guide plate 1051, and structure is more Step up it is close, act it is smooth.
Preferably, the lower end of oscillatory gearing mechanism 45 and carrying oscillatory gearing mechanism 45 load bearing component by with first turn The parallel third shaft of axis 46 links together.
Preferably, cutting lifting device 33 includes the fixture of fixed cutter 32 and the second that lower end is connect with fixture Body cylinder pressure.
Product form of the invention is not limited to this case diagram and embodiment, anyone carries out the appropriate of similar thinking to it Changes or modifications all should be regarded as not departing from patent category of the invention.

Claims (5)

1. a kind of continuous smoothly cold press, it is characterised in that: produce line segment including cold moudling, produce line segment to cold moudling The brush coating for supplying glue brushing form block produces line segment, raw to the supply of cold moudling production line segment conveying interlayer and top layer's template base Producing line section, and to the master controller that cold moudling production line segment, brush coating production line segment and brush coating production line segment are controlled；Institute State cold moudling production line segment be in the brush coating production line segment and supply production line segment between, and the brush coating production line segment with The extending direction of supply production line segment is vertical with the cold moudling production extending direction of line segment；
The brush coating production line segment includes carrying out the brush coating production department that brush coating forms continuous brush coating plate to template base, by continuous brush coating Plate cuts the cutting production department to form glue brushing form block, and glue brushing form block is delivered to the conveying of cold moudling production line segment one by one Production department, and to the rack that brush coating production department and cutting production department are supported；
The brush coating production department includes the first conveyer belt being below, above first conveyer belt and same with first conveyer belt The brush coating runner for walking rotation, solid glue scrim layer is covered and covers dress in the screen cloth on the template base upper surface in first conveyer belt It sets, and the pressing device that solid glue scrim layer and template base are pressed together；The first conveyer belt includes in upstream First upstream delivery wheel, the first downstream delivery wheel in downstream, and the first upstream delivery wheel of driving or the conveying of the first downstream Take turns the first feeder motor of rotation；The axis of the brush coating runner, the first upstream delivery wheel and the first downstream delivery wheel is parallel； The brush coating runner has towards the downstream side of the first conveyer belt downstream direction, and the upstream side towards opposite direction；Institute It states screen cloth and covers the top that device is in the upstream side of the brush coating runner and is in the first conveyer belt；The screen cloth covers Device includes the screen cloth supply wheel in top supply solid glue scrim layer, and below the screen cloth supply wheel and by solid glue scrim layer It flattens in the pressuring flat device on template base upper surface；The solid glue scrim layer is formed with the mesh for glue infiltration；
The brush coating runner includes the wheel body for containing glue, and is covered in the cloth glue-line on wheel body circumferential surface；The cloth glue-line Including the articulamentum being connected with the circumferential surface of the wheel body and multiple elastomeric bladders being connect with articulamentum；The elastomeric bladder tool There are the butt connecting with the articulamentum, and the tip towards the other end；The elastomeric bladder is by the butt to tip gradually court The direction opposite with the wheel body rotation direction is obliquely installed；The butt is formed with glue-feeder, and the tip is formed with out Jiao Kou；The circumferential surface of the wheel body is formed with multiple through-holes corresponding with each glue-feeder；
The pressuring flat device includes the pressing wheel parallel with the screen cloth supply wheel, and driving flatten wheel compress downwards it is described solid The first pressure driving device of glue scrim layer；The first pressure driving device includes carrying first carrying for flattening wheel Frame, first carrying fixed plate of the level above the first carrier, two are connected to above the first carrier simultaneously upward sliding Through the first guide rod of the first carrying fixed plate, and it is placed on outside the first guide rod and is located at the first carrying fixed plate and first The first pressure spring between carrier；The first carrying fixed plate is formed with sliding for first guide rod sliding perforative first Dynamic hole；Two first guide rods are corresponding with the both ends for flattening wheel；Pressing wheel and screen cloth supply wheel with the brush The axis of glue runner is parallel；
The solid glue scrim layer has brush coating face and the back side；The solid glue scrim layer of the screen cloth supply wheel release bypasses the pressing The upstream side of wheel and be bonded together with the upper surface of the template base in the upstream belt；
The pressing device includes the press bonding roller right above the delivery wheel of first downstream, and driving press bonding roller compresses downwards The second pressure driving device of the solid glue scrim layer；The second pressure driving device includes carry the press bonding roller second Carrier, second carrying fixed plate of the level above the second carrier, two be connected to it is above the second carrier and upward Sliding through the second carrying fixed plate the second guide rod, and be placed on the second guide rod it is outer and be located at the second carrying fixed plate and The second pressure spring between second carrier；The second carrying fixed plate is formed with for second guide rod sliding perforative the Two sliding eyes；Two second guide rods are corresponding with the both ends of the press bonding roller；
The cut portion includes the Cutting platform in the first conveyer belt downstream, the cutting above Cutting platform Knife, and the cutting lifting device of driving cutter lifting；
The supply production line segment includes the supply conveyer belt in upstream, the water spray precipitator dress above supply conveyer belt It sets, the supply runner in supply conveyer belt downstream, the jet drying device above supply runner, and turns in supply Supply leading truck between wheel and cold moudling production line segment；
The water spray precipitator device includes the water tank in top, is below opposite with the supply upper surface of conveyer belt The fog-spray nozzle answered, and the aqueduct being connected between water tank and fog-spray nozzle；
The supply runner includes supply shaft and multiple supply delivery boards around the supply evenly distributed setting of shaft；The confession Answer shaft parallel with the first supply delivery wheel and the second supply axis of delivery wheel, each supply delivery board is and institute It is parallel to state supply shaft；The supply delivery board have with the inner end that connect of supply shaft, and towards opposite direction outside End；The supply delivery board has the rotation front towards rotation direction, and the rotation back side towards opposite direction；The supply The outer end of delivery board is formed with the extension baffle extended towards rotation direction for blocking template base；The supply runner includes being in It is described supply shaft and it is described supply conveyer belt between upstream portion, and in supply shaft and cold moudling production line segment it Between downstream portion；
The jet drying device includes the dry air compressed tanks in top, is below the upstream with the supply runner The corresponding jet thrust in portion, and the gas-guide tube being connected between dry air compressed tanks and jet thrust；
The supply leading truck includes the supply guide plate between the supply runner and cold moudling production line segment, With the supply bracket being supported in below supply guide plate；The supply guide plate is from top to bottom gradually produced towards the cold moudling Line segment direction is obliquely installed；
The transport portion includes the second conveyer belt in the Cutting platform downstream, in enumerating for the second conveyer belt downstream Conveyer belt enumerates operated motor to enumerate that conveyer belt driven, right to enumerating the carrier of enumerating that conveyer belt carried Enumerate the support frame of enumerating that conveyer belt is supported, and to the oscillatory gearing mechanism for enumerating carrier and carrying out wobble drive；It is described Conveyer belt is enumerated with input terminal corresponding with second conveyer belt, and output corresponding with first trim panel End；The support frame of enumerating is supported in the input terminal, and the input terminal and the upper end for enumerating support frame pass through first turn Axis connection makes described to enumerate conveyer belt and can be spun upside down together；The oscillatory gearing mechanism is to be supported in described enumerate to hold First fluid cylinder pressure below carrier, the upper end for enumerating carrier and the oscillatory gearing mechanism by with described first turn The second parallel shaft of axis links together；
Second conveyer belt includes the second upstream delivery wheel in upstream, the second downstream delivery wheel in downstream, and The second feeder motor for driving the second upstream delivery wheel or the second downstream delivery wheel to rotate；
The rack includes two main support columns in upstream that are vertically arranged and being in upstream, and two vertically arranged and in downstream The main support column in downstream, the upstream crossbeam being connected between the main support column in two upstreams, under being connected between the main support column in two downstreams Swim crossbeam, the stringer between the main support column in two corresponding upstreams of being parallel to each other and be connected to and the main support column in downstream, described in carrying First support frame of brush coating runner carries the second support frame of the screen cloth supply wheel, carries the first carrying fixed plate Third support frame, and the 4th support frame of carrying the second carrying fixed plate；
The two main support columns in upstream set up the two sides of the first conveyer belt separately, and the two main support columns in downstream set up described first separately The two sides of conveyer belt；First support frame includes two runner A-frames for being articulated in brush coating runner both ends, described Runner A-frame includes two runner struts from top to bottom moved closer to, the upper end of the two runner struts with it is corresponding The stringer links together, and the lower end of the two runner brackets and the respective end of the brush coating runner are connected to one by bearing It rises；
Second support frame includes two screen cloth A-frames for being articulated in screen cloth supply wheel both ends, the screen cloth triangle Bracket includes two screen cloth struts moved closer to by upstream to downstream, the upstream ends of the two screen cloth struts and corresponding institute It states the main support column in upstream to link together, the downstream of the two screen cloth struts and the respective end of the screen cloth supply wheel pass through axis It holds and links together；
The third support frame includes two and is connected to the described first pressing bracket for carrying fixed board ends；The pressing bracket Including being connected to described first for glue groove lower end and the first pressing strut being parallel to each other and the second pressing strut, it is connected to first It flattens strut and second and flattens pressing connecting rod between strut, and be connected to the second pressing strut lower end and vertically extending Flatten vertical bar；Described second, which flattens strut, flattens strut than described first closer to the brush coating runner, first pressing Strut and the lower end for flattening vertical bar are connected to the two sides of the first carrying fixed plate；The length for flattening vertical bar is greater than The maximum distance that first guide rod moves up；
4th support frame includes two and is connected to the described second pressing bracket for carrying fixed board ends；The pressing bracket Including the second horizontal support bar connected with the corresponding main support column in downstream, and above the second horizontal support bar Inclined support bar；The downstream of the inclined support bar with it is corresponding it is described second supply strut connection, upstream end with it is corresponding The first level support rod connection；The inclined support bar is from top to bottom gradually set towards second carrying fixed plate direction inclination It sets.
2. a kind of continuous smoothly cold press according to claim 1, it is characterised in that: the cloth glue-line includes multiple groups edge The capsule group of the circumferential array of the wheel body；The capsule group includes multiple elastomeric bladders along the wheel body axial alignment.
3. a kind of continuous smoothly cold press according to claim 2, it is characterised in that: inside the butt of the elastomeric bladder Equipped with closure convex block corresponding with the glue-feeder.
4. a kind of continuous smoothly cold press according to claim 3, it is characterised in that: the extension baffle with it is corresponding The supply delivery board it is perpendicular.
5. a kind of continuous smoothly cold press according to claim 4, it is characterised in that: the supply runner further includes setting Flexible cushion block between the adjacent supply delivery board inner end.
CN201810838771.6A 2018-07-16 2018-07-16 Continuous and smooth cold press Active CN109049182B (en)

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CN201810776907.5A CN109093790B (en) 2018-07-16 2018-07-16 Automatic feeding cold press

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CN109093790A (en) 2018-12-28
CN109049183B (en) 2020-11-10
CN109049182B (en) 2021-03-05
CN109093790B (en) 2020-07-31

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