CN108943207B

CN108943207B - Automatic advance board hot press

Info

Publication number: CN108943207B
Application number: CN201810676261.3A
Authority: CN
Inventors: 黄勇兵
Original assignee: Zhangzhou Xinhuacheng Machinery Manufacturing Co ltd
Current assignee: Zhangzhou Xinhuacheng Machinery Manufacturing Co ltd
Priority date: 2018-06-15
Filing date: 2018-06-15
Publication date: 2020-08-25
Anticipated expiration: 2038-06-15
Also published as: CN109203126B; CN108908537B; CN108908537A; CN109203126A; CN108943207A

Abstract

The invention provides an automatic plate feeding hot press, which further comprises a controller for controlling a hot pressing device, an arrangement shaping device, a glue distribution device and a supply device in the actual working process, wherein the supply device conveys template blanks to the arrangement shaping device one by one under the control of the controller, the glue distribution device distributes glue to the template blanks, and then the hot pressing device presses the template blanks together to form a plywood. And each propping wheel can guide and support the motion of each horizontal periodic operation beam smoothly. And each lower end step which is obliquely and gradually arranged can be adapted to the height of the template blank which is arranged and shaped layer by layer, and each bearing part can rebound in time without being scraped to the template blank and the hot pressing bottom plate below. Compared with the prior art, the automatic plate feeding hot press can smoothly, stably and automatically convey, arrange, shape, distribute glue and perform one-step hot press molding on the molded plate blank, and is high in efficiency and strong in practicability.

Description

Automatic advance board hot press

The patent application of the invention is a divisional application of Chinese patent application No. 201810618158.3, the application No. of the original application is 201810618158.3, the application date is 2018, 06 and 15 days, and the name of the invention is a high-efficiency hot press.

Technical Field

The invention relates to the field of plywood processing machinery, in particular to an automatic board feeding hot press.

Background

In the production process of the plywood, the template blanks of all layers are coated with viscose, pre-pressed by a prepress for preliminary shaping, and then hot-pressed and compounded by a hot press. Because the number of layers of hot press equipment is large, the template blank coated with the viscose is required to be quickly pressed and compounded after entering a hot plate of the hot press. The traditional process is that workers send the molded slabs into a hot plate of a press one by one, so that the operation requires that the actions of the workers are very quick, the labor intensity is high, the first few molded slabs are dried due to slight delay, and the qualification rate is seriously influenced.

Accordingly, the present inventors have made extensive studies to solve the above problems and have made the present invention.

Disclosure of Invention

The invention aims to provide an automatic plate feeding hot press which can carry out smooth, stable and automatic conveying, arrangement and shaping, glue distribution and one-step hot press molding on a molded plate blank, and has high efficiency and strong practicability.

In order to achieve the purpose, the invention adopts the following technical scheme:

an automatic plate feeding hot press comprises a hot pressing device, an arrangement shaping device for arranging and shaping a template blank, a cutting device for cutting a solid rubber plate and the template blank, a rubber distribution device for distributing the solid rubber plate on the surface of the template blank, and a supply device for supplying the template blank to the arrangement shaping device;

the cutting device comprises a heating container for heating and melting glue and preserving heat, a guide cross beam positioned above the heating container for bearing the heating container, a first moving driving device for driving the heating container to move along the guide cross beam, a glue extrusion nozzle communicated with the lower end of the heating container, a tiled cooling plate arranged below the glue extrusion nozzle, a scraper knife positioned above the tiled cooling plate and moving along the guide cross beam, a second moving driving device for driving the scraper knife to move along the guide cross beam, a cutting platform positioned at the downstream of the tiled cooling plate, a cutting knife positioned above the cutting platform and a cutting lifting driving device for driving the cutting knife to lift; the tiled cooling plate comprises a base plate arranged horizontally, a cooling device arranged below the base plate and felt paper covered on the upper surface of the base plate; the glue extrusion nozzle is provided with a strip-shaped extrusion port, and the strip-shaped extrusion port is parallel to the tiled cooling plate; the scraper knife comprises a knife main body, a knife rest connected between the knife main body and the guide cross beam, and a rotating roller connected between the knife main body and the knife rest and parallel to the strip-shaped extrusion opening; the cutting edge of the cutter main body faces downwards, the cutter main body is gradually arranged in an inclined mode towards the direction of the strip-shaped extrusion opening from top to bottom, and the upper surface of the cutter main body is tangent to the peripheral surface of the rotating roller; the knife rest comprises an upper connecting rod and two lower connecting rods, wherein the upper connecting rod is positioned above the knife rest and connected with the guide cross beam, and the two lower connecting rods are respectively pivoted with the two ends of the rotating roller; the knife main body is provided with a connecting block connected with the lower ends of the two lower connecting rods; the tiled cooling plate is provided with a telescopic supporting seat in a matching way, the telescopic supporting seat comprises a plurality of vertical oil cylinders supported below the tiled cooling plate, the upper end of each vertical oil cylinder is pivoted with the lower part of the tiled cooling plate through a horizontal rotating shaft, and the horizontal rotating shaft is parallel to the strip-shaped extrusion opening;

the hot-pressing device comprises a hot-pressing bottom plate positioned below, a movable hot-pressing top plate positioned right above the hot-pressing bottom plate, and a top plate lifting driving device for driving the movable hot-pressing top plate to lift; the hot-pressing bottom plate is provided with a first vertical side face, a second vertical side face, a third vertical side face and a fourth vertical side face which are sequentially adjacent;

the arrangement and shaping device comprises a first arrangement and shaping part and a second arrangement and shaping part which are respectively arranged at two sides of the hot-pressing bottom plate; the first arrangement reshaping part corresponds to the first vertical side surface, and the second arrangement reshaping part corresponds to the third vertical side surface;

the first arrangement shaping part comprises a first chain periodic operation mechanism which is vertically arranged, a plurality of first horizontal periodic operation cross beams which are arranged on the first chain periodic operation mechanism in an up-and-down arrangement mode, a first vertical fixing plate which is used for abutting against each first horizontal periodic operation cross beam, and a first chain driving part which is used for driving the first chain periodic operation mechanism to operate; the first chain periodic operation mechanism comprises a first upper gear and a second upper gear which are positioned above and coaxially arranged, a first lower gear and a second lower gear which are positioned below and coaxially arranged, a first arrangement shaping chain connected between the first upper gear and the first lower gear, a second arrangement shaping chain connected between the second upper gear and the second lower gear, a first upper connecting rotating shaft bearing the first upper gear and the second upper gear, and a first lower connecting rotating shaft bearing the first lower gear and the second lower gear; the first upper connecting rotating shaft and the first lower connecting rotating shaft are parallel and are both parallel to the first vertical side surface; the first arrangement reshaping chain corresponds to the second vertical side surface, and the second arrangement reshaping chain corresponds to the fourth vertical side surface; the first arrangement reshaping chain comprises a first chain single body facing the second arrangement reshaping part and a second chain single body facing the opposite direction; the second arrangement reshaping chain comprises a third chain single body facing the second arrangement reshaping part and a fourth chain single body facing the opposite direction; first gaps are formed between the first arrangement shaping chain and the second arrangement shaping chain, and second gaps are formed between the first chain single bodies and the second chain single bodies and between the third chain single bodies and the fourth chain single bodies; the first horizontal periodic operation cross beam is connected between the first chain single body and the third chain single body, and the first vertical fixing plate is positioned in the second gap;

the first horizontal periodic operation cross beam comprises a first operation plate beam horizontally connected between the first chain single body and the third chain single body and a first bearing plate beam parallel to the first operation plate beam; the first running plate beam is provided with a first end face at two ends, a first arrangement shaping side face facing the second arrangement shaping part and a first reverse side face facing the opposite direction; the first runner beam includes a first bar channel formed in the first row shaping side surface, and a first guide through-hole and a second guide through-hole communicating the first bar channel and the first reverse side surface; the first strip-shaped groove extends along the first running plate beam and penetrates to the two first end faces; the first and second guide through holes are located at two sides of a midpoint of the first running plate beam, the first guide through hole is closer to the second vertical side than the second guide through hole, and distances from the first and second guide through holes to the midpoint of the first running plate beam are equal; each first guide through hole is staggered from top to bottom and gradually approaches to the plane of the second vertical side face from top to bottom; each second guide through hole is staggered from top to bottom and gradually approaches to the plane of the fourth vertical side face from top to bottom; the first bearing plate beam comprises a first bearing part accommodated in the first strip-shaped groove, a first guide rod correspondingly penetrating through the first guide through hole and a second guide rod correspondingly penetrating through the second guide through hole; the width of the first supporting part is equal to the depth of the first strip-shaped groove; the first bearing part comprises a first thin plate part facing the second arrangement reshaping part and directly bearing the die plate blank, and a first thick plate part facing the first strip-shaped groove; the thickness of the first thick plate part is larger than that of the first thin plate part, and a first upper abutting step is formed between the upper surface of the first thin plate part and the upper surface of the first thick plate part; the outer end of the first guide rod is provided with a first abutting wheel abutting against the first vertical fixing plate, the first abutting wheel is provided with a first rotating shaft parallel to the first strip-shaped groove, the first guide rod is connected with the first rotating shaft through a first connector, a first pressure spring which is arranged between the first connector and a first reverse side surface in an opening mode is sleeved on the first guide rod, and the first connector comprises two first wheel bearing plates which are borne at two ends of the first rotating shaft; a second abutting wheel abutting against the first vertical fixing plate is arranged at the outer end of the second guide rod, the second abutting wheel is provided with a second rotating shaft parallel to the first strip-shaped groove, the second guide rod is connected with the second rotating shaft through a second connector, a second pressure spring stretching between the second connector and the first reverse side surface is sleeved on the second guide rod, and the second connector comprises two second wheel bearing plates borne at two ends of the second rotating shaft; the lower end of the first vertical fixing plate is higher than the upper surface of the hot-pressing bottom plate; a first step group corresponding to each first guide through hole and a second step group corresponding to each second guide through hole are formed at the lower end of the first vertical fixing plate; the first step group comprises a plurality of first lower end steps which are correspondingly arranged under the first guide through holes one by one, the first lower end steps are gradually and obliquely arranged towards the direction of the second vertical side from top to bottom, and the height difference between every two adjacent first lower end steps is equal to the thickness of the template blank; the second step group comprises a plurality of second lower end steps which are correspondingly positioned under the second guide through holes one by one, the second lower end steps are gradually and obliquely arranged towards the direction of the fourth vertical side surface from top to bottom, and the height difference between the adjacent second lower end steps is equal to the thickness of the template blank; the first vertical fixing plate comprises a first plate main body part at the lower part and a first extending plate part at the upper part; the first plate main body part is provided with a first main body abutting vertical side surface facing the second arrangement reshaping part and a first main body abutting vertical reverse surface facing the opposite direction; the first extending plate part is provided with a first extending propping vertical side surface facing the second arrangement shaping part; the distance from the plane of the first extending abutting vertical side face to the plane of the first vertical side face is greater than the distance from the plane of the first main body abutting vertical side face to the plane of the first vertical side face; a first transition step is formed between the first extending abutting vertical side face and the first main body abutting vertical side face, and the first transition step is provided with a first transition inclined plane which is gradually inclined downwards from the first extending abutting vertical side face to the first main body abutting vertical side face; the upper end of the first extending plate part is provided with a second transition inclined plane which is gradually inclined downwards from the first main body to the vertical reverse surface to the first extending and propping vertical side surface; the first abutting wheel and the second abutting wheel correspond to the second transition inclined plane;

the second arrangement shaping part comprises a second chain periodic operation mechanism which is vertically arranged, a plurality of second horizontal periodic operation cross beams which are vertically arranged on the second chain periodic operation mechanism and correspond to the first horizontal periodic operation cross beams one by one, a second vertical fixing plate which supports the second horizontal periodic operation cross beams, and a second chain driving part which drives the second chain periodic operation mechanism to operate; the second chain periodic operation mechanism comprises a third upper gear and a fourth upper gear which are positioned above and coaxially arranged, a third lower gear and a fourth lower gear which are positioned below and coaxially arranged, a third arrangement reshaping chain connected between the third upper gear and the third lower gear, a fourth arrangement reshaping chain connected between the fourth upper gear and the fourth lower gear, a second upper connecting rotating shaft bearing the third upper gear and the fourth upper gear, and a second lower connecting rotating shaft bearing the third lower gear and the fourth lower gear; the second upper connecting rotating shaft and the second lower connecting rotating shaft are parallel and are both parallel to the third vertical side face; the third arrangement reshaping chain corresponds to the second vertical side surface, and the fourth arrangement reshaping chain corresponds to the fourth vertical side surface; the third arrangement reshaping chain comprises a fifth chain single body facing the first arrangement reshaping part and a sixth chain single body facing the opposite direction; the fourth arrangement reshaping chain comprises a seventh chain single body facing the first arrangement reshaping part and an eighth chain single body facing the opposite direction; third gaps are formed between the third arrangement reshaping chain and the fourth arrangement reshaping chain, and fourth gaps are formed between the fifth chain single body and the sixth chain single body and between the seventh chain single body and the eighth chain single body; the second horizontal periodic operation cross beam is connected between the fifth chain single body and the seventh chain single body, and the second vertical fixing plate is positioned in the fourth gap;

the second horizontal periodic operation cross beam comprises a second operation plate beam horizontally connected between the fifth chain single body and the seventh chain single body and a second bearing plate beam parallel to the second operation plate beam; the second running plate beam is provided with second end faces at two ends, a second arrangement shaping side face facing the first arrangement shaping part and a second reverse side face facing the opposite direction; the second running plate beam comprises a second strip-shaped groove formed in the second arrangement and shaping side surface, and a third guide through hole and a fourth guide through hole which are communicated with the second strip-shaped groove and the second reverse side surface; the second strip-shaped groove extends along the second running plate beam and penetrates to the two second end faces; the third and fourth guide through holes are respectively positioned on two sides of the midpoint of the second running plate beam, the third guide through hole is closer to the second vertical side surface than the fourth guide through hole, and the distances from the third and fourth guide through holes to the midpoint of the second running plate beam are equal; each third guide through hole is staggered from top to bottom and gradually approaches to the plane of the second vertical side face from top to bottom; each fourth guide through hole is staggered from top to bottom, and each fourth guide through hole is gradually close to the plane where the fourth vertical side surface is located from top to bottom; the second bearing plate beam comprises a second bearing part accommodated in the second strip-shaped groove, a third guide rod correspondingly penetrating through the third guide through hole and a fourth guide rod correspondingly penetrating through the fourth guide through hole; the width of the second bearing part is equal to the depth of the second strip-shaped groove; the second supporting part comprises a second thin plate part facing the first arrangement reshaping part and directly bearing the die plate blank, and a second thick plate part facing the second strip-shaped groove; the thickness of the second thick plate part is larger than that of the second thin plate part, and a second upper abutting step is formed between the upper surface of the second thin plate part and the upper surface of the second thick plate part; a third abutting wheel abutting against the second vertical fixing plate is arranged at the outer end of the third guide rod, the third abutting wheel is provided with a third rotating shaft parallel to the second strip-shaped groove, the third guide rod is connected with the third rotating shaft through a third connector, a third pressure spring stretching between the third connector and the second reverse side surface is sleeved on the third guide rod, and the third connector comprises two third wheel bearing plates borne at two ends of the third rotating shaft; a fourth abutting wheel abutting against the second vertical fixing plate is arranged at the outer end of the fourth guide rod, the fourth abutting wheel is provided with a fourth rotating shaft parallel to the second strip-shaped groove, the fourth guide rod is connected with the fourth rotating shaft through a fourth connector, a fourth pressure spring stretching between the fourth connector and the second reverse side surface is sleeved on the fourth guide rod, and the fourth connector comprises two fourth wheel bearing plates borne at two ends of the fourth rotating shaft; the lower end of the second vertical fixing plate is higher than the upper surface of the hot-pressing bottom plate; a third step group corresponding to each third guide through hole and a fourth step group corresponding to each fourth guide through hole are formed at the lower end of the second vertical fixing plate; the third step group comprises a plurality of third lower end steps which are correspondingly positioned right below the third guide through holes one by one, the third lower end steps are gradually and obliquely arranged towards the second vertical side surface from top to bottom, and the height difference between the adjacent third lower end steps is equal to the thickness of the template blank; the fourth step group comprises a plurality of fourth lower end steps which are correspondingly positioned right below the fourth guide through holes one by one, the fourth lower end steps are gradually and obliquely arranged towards the direction of the fourth vertical side surface from top to bottom, and the height difference between every two adjacent fourth lower end steps is equal to the thickness of the template blank; the second vertical fixing plate comprises a second plate main body part at the lower part and a second extending plate part at the upper part; the second extending plate part is provided with a second main body abutting vertical side surface facing the first arrangement reshaping part and a second main body abutting vertical reverse surface facing the opposite direction; the second extending plate part is provided with a second extending and propping vertical side surface facing the first arrangement and shaping part; the distance from the plane of the second extending abutting vertical side face to the plane of the third vertical side face is greater than the distance from the plane of the second main body abutting vertical side face to the plane of the second vertical side face; a second transition step is formed between the second extending abutting vertical side face and the second main body abutting vertical side face, and the second transition step is provided with a third transition inclined plane which is gradually inclined downwards from the second extending abutting vertical side face to the second main body abutting vertical side face; the upper end of the second extending plate part is provided with a fourth transition inclined plane which is gradually inclined downwards from the second main body to the vertical reverse surface to the second extending and propping vertical side surface; the third jacking wheel and the fourth jacking wheel correspond to the fourth transition inclined plane;

the first thin plate part is provided with a first limiting end facing the second vertical side surface and a second limiting end facing the fourth vertical side surface; the first limiting end is provided with a first limiting lug which protrudes upwards and limits the solid rubber plate, and the second limiting end is provided with a second limiting lug which protrudes upwards and limits the die plate blank; the second thin plate part is provided with a third limiting end facing the second vertical side surface and a fourth limiting end facing the fourth vertical side surface; the third limiting end is provided with a third limiting lug which protrudes upwards and limits the solid rubber plate, and the fourth limiting end is provided with a fourth limiting lug which protrudes upwards and limits the die plate blank.

The glue distribution device corresponds to the fourth vertical side face; the glue distributing device comprises a glue distributing shifting mechanism, a first horizontal sliding rail for bearing the glue distributing shifting mechanism and a first horizontal driving mechanism for driving the glue distributing shifting mechanism to be close to or far away from the arrangement and shaping device; the glue distributing shifting mechanism comprises a first conveying belt for supplying a solid glue plate to the corresponding first horizontal period running beam and the second horizontal period running beam, a first shifting lug arranged on the first conveying belt, and a glue distributing support for bearing the first conveying belt; the first horizontal sliding rail is perpendicular to the fourth vertical side surface;

the supply device corresponds to the second vertical side; the supply device comprises a conveying shifting mechanism, a second horizontal sliding rail for bearing the conveying shifting mechanism and a second horizontal driving mechanism for driving the conveying shifting mechanism to be close to or far away from the arrangement and shaping device; the conveying toggle mechanism comprises a second conveying belt for supplying the template blank to the corresponding first horizontal period running beam and the second horizontal period running beam, a second toggle lug arranged on the second conveying belt, and a conveying support for bearing the second conveying belt; the second horizontal slide rail is perpendicular to the second vertical side surface.

The first conveying belt comprises a first conveying wheel facing the arrangement shaping device, a second conveying wheel facing the opposite direction, and a first conveying belt connected between the first conveying wheel and the second conveying wheel; the first poking lug is arranged on the outer surface of the first conveying belt; the glue distribution support comprises a first support column supported below the first conveying wheel, a second support column supported below the second conveying wheel, and a first connecting support rod connected between the first support column and the second support column; the first supporting columns are gradually inclined towards the arrangement shaping device from bottom to top.

The lower end of the first supporting column is provided with a first sliding sleeve matched with the first horizontal sliding rail, and the lower end of the second supporting column is provided with a second sliding sleeve matched with the first horizontal sliding rail; the first horizontal driving mechanism comprises a first driving screw rod which is connected with the second supporting column and is parallel to the first horizontal sliding rail, and a first horizontal driving motor which is arranged on the first horizontal sliding rail and drives the first driving screw rod; and a first driving screw hole matched with the first driving screw is formed in the second supporting column.

The second conveying belt comprises a third conveying wheel facing the arrangement shaping device, a fourth conveying wheel facing the opposite direction, and a second conveying belt connected between the third conveying wheel and the fourth conveying wheel; the second poking lug is arranged on the outer surface of the second conveying belt; the conveying support comprises a third supporting column supported below the third conveying wheel, a fourth supporting column supported below the fourth conveying wheel, and a second connecting supporting rod connected between the third supporting column and the fourth supporting column; and the third supporting columns are gradually inclined towards the arrangement and shaping device from bottom to top.

A third sliding sleeve matched with the second horizontal sliding rail is arranged at the lower end of the third supporting column, and a fourth sliding sleeve matched with the second horizontal sliding rail is arranged at the lower end of the fourth supporting column; the second horizontal driving mechanism comprises a second driving screw rod which is connected with the fourth supporting column and is parallel to the second horizontal sliding rail, and a second horizontal driving motor which is arranged on the second horizontal sliding rail and drives the second driving screw rod; and a second driving screw hole matched with the second driving screw is formed in the fourth supporting column.

A transition conveying belt is arranged between the tiled cooling plate and the cutting platform.

The first mobile driving device comprises a third driving screw rod which is connected with the heating container and is parallel to the guide cross beam, and a third horizontal driving motor which is arranged on the guide cross beam and drives the third driving screw rod; the heating container is provided with a third driving screw hole matched with the third driving screw rod; the second movement driving device comprises a fourth driving screw rod which is connected with the heating container and is parallel to the guide cross beam, and a fourth horizontal driving motor which is arranged on the guide cross beam and drives the fourth driving screw rod; and a fourth driving screw hole matched with the fourth driving screw is formed in the heating container.

The heating container is matched and slidably connected with the guide cross beam through a first sliding part; the upper connecting rod is matched and slidably connected with the guide cross beam through a second sliding part.

After the technical scheme is adopted, the automatic board feeding hot press breaks through the structural form of the traditional plywood hot press equipment, and in the actual working process, the automatic board feeding hot press further comprises a controller for controlling the hot press device, the arrangement and shaping device, the cutting device, the glue distribution device and the supply device, under the control of the controller, the solid glue board and the template blank are cut into specified shapes and sizes through the cutting device, the supply device conveys the template blanks to the arrangement and shaping device one by one, the glue distribution device distributes the solid glue board on the surface of the template blank, the arrangement and shaping device shapes and arranges the solid glue board and the template blank up and down, and then the hot press device presses the template blanks together to form the plywood. Specifically, the heating container melts the glue and keeps the glue in a flowing state, the glue extrusion nozzle is opened, the glue flows out from the strip-shaped extrusion port to the felt paper of the tiled cooling plate, and when the glue flows out from the strip-shaped extrusion port, the first moving driving device drives the heating container to drive the glue extruding nozzle to gradually move from one end close to the cutting platform to one end far away from the cutting platform, so that the glue is flatly laid on the flat cooling plate to form a glue layer, under the cooling action of the tiled cooling plate, the glue layer is gradually solidified to form a solid glue plate, then the second mobile driving device drives the knife rest to drive the knife main body to shovel down the solid glue plate, when the solid offset plate upwards slides along the cutter main body, the solid offset plate can bypass the rotating roller and fall on the tiled cooling plate again after passing between the two lower connecting rods, and the rotating roller can flexibly guide and transition the solid offset plate, so that the fracture of the solid offset plate is avoided. Under the flexible drive of vertical hydro-cylinder, make the tiling cooling plate towards cutting the platform direction slope, make the solid offset plate that is shoveled down slide naturally and supply to cut drive arrangement drive cutting knife and carry out the cutting of appointed shape and size on cutting the platform. The cutting device can also cut the die plate blank. The first chain driving part drives the first chain periodic operation mechanism to operate, drives each first horizontal periodic operation beam to bypass each first upper gear and each second upper gear and move downwards along the first chain monomer and the third chain monomer, and simultaneously drives the second chain periodic operation mechanism to operate, drives each second horizontal periodic operation beam to bypass each third upper gear and each fourth upper gear and move downwards along the fifth chain monomer and the seventh chain monomer. The second horizontal driving mechanism drives the conveying shifting mechanism to approach the arrangement shaping device along the second horizontal slide rail, so that the upper surface of the second conveying belt corresponds to a first horizontal period operation beam and a second horizontal period operation beam which correspond to the same height, the template blank is placed on the second conveying belt and conveyed to the arrangement shaping device, and the second shifting lug has the functions of limiting and pushing the template blank; the glue distributing shifting mechanism is driven by the first horizontal driving mechanism to approach the arrangement and shaping device along the first horizontal slide rail, so that the upper surface of the first conveying belt corresponds to a first horizontal period operation beam and a second horizontal period operation beam which correspond to the same height, the solid glue plate is arranged on the first conveying belt and conveyed to the arrangement and shaping device, and the first shifting lug has the functions of limiting and pushing the solid glue plate; when the first resisting wheel and the second resisting wheel of the corresponding first horizontal periodic operation beam slide along the second transition inclined plane and gradually compress the first pressure spring and the second pressure spring until the first resisting wheel and the second resisting wheel slide to the first extending resisting vertical side surface, and the third resisting wheel and the fourth resisting wheel of the corresponding second horizontal periodic operation beam slide along the fourth transition inclined plane and gradually compress the third pressure spring and the fourth pressure spring until the third resisting wheel and the fourth resisting wheel slide to the second extending resisting vertical side surface, the first guide rod and the second guide rod resist against the first thin plate part and protrude out of the first strip-shaped groove, the third guide rod and the fourth guide rod resist against the second thin plate part and protrude out of the second strip-shaped groove, and the second toggle bump pushes the corresponding template blank to slide to the corresponding first horizontal periodic operation beam and the second horizontal periodic operation beam in the glue distribution device direction, two edges of the die plate blank are correspondingly lapped on a first thin plate part of the corresponding first horizontal periodic operation beam and a second thin plate part of the corresponding second horizontal periodic operation beam, and slide to a second limiting lug and a fourth limiting lug along the first thin plate part and the second thin plate part for limiting; then, the first toggle bump pushes the corresponding solid rubber plate to slide to the corresponding first horizontal period running beam and the second horizontal period running beam towards the direction of the supply device, so that two edges of the solid rubber plate are correspondingly lapped on a first thin plate part of the corresponding first horizontal period running beam and a second thin plate part of the corresponding second horizontal period running beam, and slide to the first limit bump and the third limit bump for limiting along the first thin plate part and the second thin plate part, so that the solid rubber plate is in corresponding contact with the template blank in an up-and-down parallel manner; and then the first chain driving part continuously drives the first chain periodic operation mechanism to operate to drive each first horizontal periodic operation cross beam to move downwards along the first chain monomer and the third chain monomer, and meanwhile, the second chain driving part continuously drives the second chain periodic operation mechanism to operate to drive each second horizontal periodic operation cross beam to move downwards along the fifth chain monomer and the seventh chain monomer. The first abutting wheel and the second abutting wheel of the corresponding first horizontal periodic operation beam slide along the first transition inclined plane and continue to gradually compress the first pressure spring and the second pressure spring until the first abutting wheel and the second abutting wheel slide to the first main body abutting vertical side surface, the third abutting wheel and the fourth abutting wheel of the corresponding second horizontal periodic operation beam slide along the third transition inclined plane and continue to gradually compress the third pressure spring and the fourth pressure spring until the third abutting wheel and the fourth abutting wheel slide to the second main body abutting vertical side surface, the first guide rod and the second guide rod abut against the first thin plate part and protrude out of the first strip-shaped groove, the third guide rod and the fourth guide rod abut against the second thin plate part and protrude out of the second strip-shaped groove, the first thick plate part also protrudes out of the first strip-shaped groove, the second thick plate part also protrudes out of the second strip-shaped groove, and the first upper abutting step is matched with the second upper abutting step to clamp the die blank and the solid rubber slab for limiting And further, the whole accurate positioning of the template blank and the solid rubber plate is realized. In this way, the first horizontal period running beams and the second horizontal period running beams corresponding to the same heights bear and position the corresponding die plate blanks and the solid rubber plates, so that the die plate blanks and the solid rubber plates in corresponding numbers are arranged up and down, and the solid rubber plates are arranged between the adjacent die plate blanks, namely the solid rubber plates are not covered on the upper surfaces of the die plate blanks at the top. Then the first chain driving part continuously drives the first chain periodic operation mechanism to operate to drive each first horizontal periodic operation beam to move downwards along the first chain monomer and the third chain monomer, meanwhile, the second chain driving part continuously drives the second chain periodic operation mechanism to operate to drive each second horizontal periodic operation beam to move downwards along the fifth chain monomer and the seventh chain monomer, when the first horizontal periodic operation beam at the lowest part reaches the lower end of the first vertical fixing plate and the second horizontal periodic operation beam at the lowest part reaches the lower end of the second vertical fixing plate, the corresponding template blank at the lowest part reaches the upper surface of the hot pressing bottom plate, the first jacking wheel of the first horizontal periodic operation beam at the lowest part suddenly rebounds under the elastic force of the first pressure spring when sliding through the first lower end step at the lowest part, and the second jacking wheel suddenly rebounds under the elastic force of the second pressure spring when sliding through the second lower end step at the lowest part, the whole first bearing part is completely accommodated in the first strip-shaped groove again, the die plate blank and the solid rubber plate are not supported any more, meanwhile, when a third jacking wheel of the lowermost second horizontal periodic operation cross beam slides over a third lower end step at the lowermost part, the third jacking wheel rebounds suddenly under the elastic action of a third pressure spring, when a fourth jacking wheel slides over a fourth lower end step at the lowermost part, the fourth jacking wheel rebounds suddenly under the elastic action of a fourth pressure spring, the whole second bearing part is completely accommodated in the second strip-shaped groove again, the die plate blank and the solid rubber plate are not supported any more, and the die plate blank and the solid rubber plate at the lowermost part are directly placed on the upper surface of the hot pressing bottom plate. Then the first chain driving part continuously drives the first chain periodic operation mechanism to operate to drive each first horizontal periodic operation beam to move downwards along the first chain monomer and the third chain monomer, meanwhile, the second chain driving part continuously drives the second chain periodic operation mechanism to operate to drive each second horizontal periodic operation beam to move downwards along the fifth chain monomer and the seventh chain monomer, when the second first horizontal periodic operation beam counted from the lower direction reaches the second first lower end step and the second lower end step counted from the lower direction, the second horizontal periodic operation beam counted from the lower direction reaches the second third lower end step and the fourth lower end step counted from the lower direction, the corresponding second die plate blank and the solid rubber plate counted from the lower direction reach the upper surfaces of the lowermost die and the solid rubber plate, and the first abutting wheel of the second first horizontal periodic operation beam counted from the lower direction slides over the second abutting wheel counted from the lower direction The first lower end steps are suddenly rebounded under the action of the elastic force of the first pressure spring, the second abutting wheels are suddenly rebounded under the action of the elastic force of the second pressure spring when sliding over the second lower end steps which are counted from the lower direction, the whole first bearing part is completely accommodated in the first strip-shaped groove again without bearing the die plate blank and the solid rubber plate, meanwhile, when a third resisting wheel of a second horizontal periodic operation beam which is counted from the lower direction upwards slides through a second third lower end step which is counted from the lower direction upwards, the third resisting wheel suddenly rebounds under the action of the elastic force of a third pressure spring, when a fourth resisting wheel slides through a second fourth lower end step which is counted from the lower direction upwards, the fourth resisting wheel suddenly rebounds under the action of the elastic force of a fourth pressure spring, and the whole second bearing part is completely accommodated in the second strip-shaped groove again, the mould plate blanks and the solid rubber plates are not supported any more, and the second mould plate blank counted from the lower part upwards is directly placed on the upper surfaces of the lowermost mould plate blank and the solid rubber plate. In this way, the mould plate blanks and the solid rubber plates are arranged and shaped one by one. And finally, the top plate lifting driving device drives the hot-pressing top plate to move downwards, and the hot-pressing top plate is matched with the hot-pressing bottom plate to carry out hot-pressing forming on each template blank. And each propping wheel can guide and support the motion of each horizontal periodic operation beam smoothly. And each lower end step which is obliquely and gradually arranged can be adapted to the height of the template blank which is arranged and shaped layer by layer, and each bearing part can rebound in time without being scraped to the template blank and the hot pressing bottom plate below. Compared with the prior art, the automatic plate feeding hot press avoids a glue brushing process, can smoothly and stably convey, arrange, shape and perform one-step hot press molding on the die plate blank and the solid glue plate, and obviously improves the hot pressing efficiency.

Drawings

FIG. 1 is a first partial schematic of the present invention;

FIG. 2 is a second partial structural view of the present invention;

FIG. 3 is a schematic view, partly in section, of a first state of the invention from the side;

FIG. 4 is a schematic view, partly in section, of a second state of the side of the present invention;

FIG. 5 is a schematic view, partly in section, of a third state of the side of the present invention;

FIG. 6 is a schematic view of a partial cross-sectional view of a fourth state of the side of the present invention;

FIG. 7 is a schematic view, partly in section, showing a fifth state of the side of the present invention;

FIG. 8 is a schematic view, partly in section, showing a sixth state of the side of the present invention;

FIG. 9 is a partial cross-sectional structural schematic of the present invention;

FIG. 10 is a third partial structural view of the present invention;

fig. 11 is a fourth partial structural diagram of the present invention.

In the figure:

11-hot pressing bottom plate 111-fourth vertical side 12-movable hot pressing top plate 13-top plate lifting driving device

211-the first upper gear 212-the second upper gear 213-the first lower gear 214-the second lower gear 215-the first arrangement reshaping chain 2151-the first chain unit 2152-the second chain unit 216-the second arrangement reshaping chain 2161-the second gap 217-the first upper connecting rotating shaft 218-the first lower connecting rotating shaft 22-the first horizontal periodic operation cross beam 221-the first operation plate beam 2211-the first arrangement reshaping side 2212-the first reverse side 2213-the first strip-shaped groove 2214-the first guide through hole 2221-the first support portion 22211-the first thin plate portion a 11-the first limit protrusion a 12-the second limit protrusion 22212-the first thick plate portion a 2-the first upper inclined surface a 3-the first lower inclined surface 22213-the first upper abutting step 2-the first guide rod 22221-the first abutting wheel 22222-the first pressure spring 22231-the second abutting wheel 22231-the first abutting plate portion 22231 Wheel 23-first vertical securing plate 231-first step set 2311-first lower end step 232-second step set 2321-second lower end step 233-first plate body portion 234-first extension plate portion 235-first transition ramp 236-second transition ramp

311, a third upper gear 312, a fourth upper gear 313, a third lower gear 314, a fourth lower gear 315, a third arrangement reshaping chain 3151, a fifth chain monomer 3152, a sixth chain monomer 316, a fourth arrangement reshaping chain 3161, a fourth gap 317, a second upper connecting rotating shaft 318, a second lower connecting rotating shaft 32, a second horizontal periodic operating beam 321, a second operating plate beam 3211, a second arrangement reshaping side surface 3212, a second reverse side surface 3213, a second strip-shaped groove 3214, a third guide through hole 3221, a second supporting portion 32211, a second thin plate portion 32212, a second thick plate portion a4, a second upper inclined surface a5, a second lower inclined surface 32213, a second upper abutting step 3222, a third guide rod 32221, a third abutting wheel 32222, a third pressure spring 33, a second vertical fixing plate 331, a third step group 3311, a third lower end 32222, a third pressure spring 33, a third vertical fixing plate 331, a third step group 3311, a third lower end 3221, a third abutting step group 32213, a third lower Step 332-fourth step group 3321-fourth lower end step 333-second plate body portion 334-second extension plate portion 335-third transition ramp 336-fourth transition ramp

411-the first conveyor belt 4111-the first conveyor wheel 4112-the second conveyor wheel 4113-the first conveyor belt 412-the first toggle projection 4131-the first support column 4132-the second support column 4133-the first connecting support rod 42-the first horizontal slide rail 43-the first horizontal driving mechanism 431-the first driving screw 432-the first horizontal driving motor 44-the first sliding sleeve 45-the second sliding sleeve

511-a second conveyor belt 5111-a third conveyor wheel 5112-a fourth conveyor wheel 5113-a second conveyor belt 512-a second toggle bump 5131-a third support column 5132-a fourth support column 5133-a second connecting support rod 52-a second horizontal slide rail 53-a second horizontal driving mechanism 531-a second driving screw 532-a second horizontal driving motor 54-a third sliding sleeve 55-a fourth sliding sleeve 55

61-heating container 62-guide beam 63-first movement driving device 64-glue extrusion nozzle 65-tiled cooling plate 651-base plate 652-cooling device 653-felt paper 654-vertical oil cylinder 655-horizontal rotating shaft 66-scraper knife 661-knife main body 662-knife rest 6621-upper connecting rod 6622-lower connecting rod 663-rotating roller 67-second movement driving device 68-cutting platform 69-cutting knife 60-cutting lifting driving device

7-template blank 8-solid rubber plate.

Detailed Description

In order to further explain the technical solution of the present invention, the following detailed description is given by way of specific examples.

The automatic plate feeding hot press disclosed by the invention comprises a hot pressing device, an arrangement shaping device for arranging and shaping a template blank 7, a cutting device for cutting a solid rubber plate 8 and the template blank 7, a rubber distribution device for distributing the solid rubber plate 8 on the surface of the template blank 7, and a supply device for supplying the template blank 7 to the arrangement shaping device, wherein the arrangement shaping device is used for arranging and shaping the template blank 7;

the hot pressing device comprises a hot pressing bottom plate 11 positioned below, a movable hot pressing top plate 12 positioned right above the hot pressing bottom plate 11, and a top plate lifting driving device 13 for driving the movable hot pressing top plate 12 to lift; the hot-pressing bottom plate 11 is provided with a first vertical side surface, a second vertical side surface, a third vertical side surface and a fourth vertical side surface 111 which are adjacent in sequence;

the arrangement shaping device comprises a first arrangement shaping part and a second arrangement shaping part which are respectively arranged at two sides of the hot-pressing bottom plate 11; the first arrangement reshaping part corresponds to the first vertical side surface, and the second arrangement reshaping part corresponds to the third vertical side surface;

the first arrangement shaping part comprises a first chain periodic operation mechanism which is vertically arranged, a plurality of first horizontal periodic operation cross beams 22 which are arranged on the first chain periodic operation mechanism from top to bottom, a first vertical fixing plate 23 which is used for abutting against each first horizontal periodic operation cross beam 22, and a first chain driving part which is used for driving the first chain periodic operation mechanism to operate; the first chain circulation mechanism comprises a first upper gear 211 and a second upper gear 212 which are positioned above and coaxially, a first lower gear 213 and a second lower gear 214 which are positioned below and coaxially, a first arrangement shaping chain 215 connected between the first upper gear 211 and the first lower gear 213, a second arrangement shaping chain 216 connected between the second upper gear 212 and the second lower gear 214, a first upper connecting rotating shaft 217 for bearing the first upper gear 211 and the second upper gear 212, and a first lower connecting rotating shaft 218 for bearing the first lower gear 213 and the second lower gear 214; the first upper connecting rotating shaft 217 and the first lower connecting rotating shaft 218 are parallel and are both parallel to the first vertical side surface; the first arrangement reshaping chain 215 corresponds to the second vertical side surface, and the second arrangement reshaping chain 216 corresponds to the fourth vertical side surface 111; the first arrangement reforming chain 215 includes a first chain unit 2151 facing the second arrangement reforming part, and a second chain unit 2152 facing the opposite direction; the second row of shaping chains 216 includes a third chain element facing the second row of shaping sections, and a fourth chain element facing in the opposite direction; a first gap 2161 is formed between the first arrangement reshaping chain 215 and the second arrangement reshaping chain 216, and a second gap 2161 is formed between the first chain monomer 2151 and the second chain monomer 2152, and between the third chain monomer and the fourth chain monomer; the first horizontal periodic motion beam 22 is connected between the first chain unit 2151 and the third chain unit, and the first vertical fixing plate 23 is located in the second gap 2161;

the first horizontal period running cross beam 22 comprises a first running plate beam 221 horizontally connected between the first chain unit 2151 and the third chain unit, and a first supporting plate beam parallel to the first running plate beam 221; the first running plate beam 221 has first end faces at both ends, a first row-shaping side face 2211 facing the second row-shaping portion, and a first reverse side face 2212 facing the opposite direction; the first runner beam 221 includes a first strip-shaped slot 2213 formed in the first row shaping side 2211, and a first guide through-hole 2214 and a second guide through-hole that communicate the first strip-shaped slot 2213 with the first reverse side 2212; a first elongated slot 2213 extends along the first running plate beam 221 and through to two first end faces; the first and second guide apertures 2214 and 2214 are located on either side of the midpoint of the first tumbler beam 221, the first guide aperture 2214 is closer to the second vertical side than the second guide aperture, and preferably the first and second guide apertures 2214 and 2214 are equidistant from the midpoint of the first tumbler beam 221; each first guide through hole 2214 is staggered from top to bottom, and each first guide through hole 2214 is gradually close to the plane where the second vertical side surface is located from top to bottom; each second guide through hole is staggered from top to bottom and gradually approaches to the plane of the fourth vertical side surface 111 from top to bottom; the first support plate beam comprises a first support portion 2221 received in the first elongated slot 2213, a first guide rod 2222 correspondingly penetrating the first guide through hole 2214, and a second guide rod correspondingly penetrating the second guide through hole; preferably, the width of the first receiver 2221 is equal to the depth of the first linear slot 2213; the first support portion 2221 comprises a first thin plate portion 22211 directed towards the second row of reforming portions and directly carrying the blank 7, and a first thick plate portion 22212 directed towards the inside of the first elongated slot 2213; preferably, the thickness of the first thick plate part 22212 is greater than that of the first thin plate part 22211, and preferably, a first upper abutting step 22213 is formed between the upper surface of the first thin plate part 22211 and the upper surface of the first thick plate part 22212; a first abutting wheel 22221 abutting against the first vertical fixing plate 23 is arranged at the outer end of the first guide rod 2222, the first abutting wheel 22221 is provided with a first rotating shaft parallel to the first linear groove 2213, the first guide rod 2222 is connected with the first rotating shaft through a first connector, a first pressure spring 22222 stretched between the first connector and the first reverse side surface 2212 is sleeved on the first guide rod 2222, and preferably, the first connector comprises two first wheel bearing plates bearing two ends of the first rotating shaft; a second abutting wheel 22231 abutting against the first vertical fixing plate 23 is arranged at the outer end of the second guide rod, the second abutting wheel 22231 is provided with a second rotating shaft parallel to the first strip-shaped groove 2213, the second guide rod is connected with the second rotating shaft through a second connector, a second pressure spring which is arranged between the second connector and the first reverse side surface 2212 in an opening mode is sleeved on the second guide rod, and preferably, the second connector comprises two second wheel bearing plates which are borne at two ends of the second rotating shaft; the lower end of the first vertical fixing plate 23 is higher than the upper surface of the hot-pressing bottom plate 11; the lower end of the first vertical fixing plate 23 is formed with a first step group 231 corresponding to each first guide through-hole 2214 and a second step group 232 corresponding to each second guide through-hole; the first step group 231 includes a plurality of first lower-end steps 2311 which are located right below the first guide through holes 2214 in a one-to-one correspondence manner, each first lower-end step 2311 is arranged from top to bottom in an inclined manner gradually towards the direction of the second vertical side surface, and preferably, the height difference between the adjacent first lower-end steps 2311 is equal to the thickness of the template blank 7; the second step group 232 comprises a plurality of second lower end steps 2321 which are correspondingly positioned right below the second guide through holes one by one, the second lower end steps 2321 are arranged from top to bottom and gradually incline towards the fourth vertical side surface 111, and preferably, the height difference between the adjacent second lower end steps 2321 is equal to the thickness of the template blank 7; the first vertical fixing plate 23 includes a first plate main body portion 233 at a lower portion, and a first extension plate portion 234 at an upper portion; the first plate main body part 233 has a first main body abutting vertical side surface facing the second array shaping part, and a first main body abutting vertical reverse surface facing the opposite direction; the first extension plate portion 234 has a first extension abutting vertical side surface facing the second array shaping portion; the distance from the plane of the first extending propping vertical side face to the plane of the first vertical side face is greater than the distance from the plane of the first main body propping vertical side face to the plane of the first vertical side face; a first transition step is formed between the first extending abutting vertical side face and the first main body abutting vertical side face, and the first transition step is provided with a first transition inclined face 235 which is gradually inclined downwards from the first extending abutting vertical side face to the first main body abutting vertical side face; the upper end of the first extension plate portion 234 has a second transition inclined surface 236 gradually inclined downward from the first main body abutting vertical reverse surface to the first extension abutting vertical side surface; the first butting wheel 22221 and the second butting wheel 22231 both correspond to the second transitional inclined surface 236;

the second arrangement shaping part comprises a second chain periodic operation mechanism which is vertically arranged, a plurality of second horizontal periodic operation cross beams 32 which are vertically arranged on the second chain periodic operation mechanism and correspond to the first horizontal periodic operation cross beams 22 one by one, a second vertical fixing plate 33 which supports against the second horizontal periodic operation cross beams 32, and a second chain driving part which drives the second chain periodic operation mechanism to operate; the second chain circulation operation mechanism comprises a third upper gear 311 and a fourth upper gear 312 which are positioned above and coaxially arranged, a third lower gear 313 and a fourth lower gear 314 which are positioned below and coaxially arranged, a third arrangement shaping chain 315 connected between the third upper gear 311 and the third lower gear 313, a fourth arrangement shaping chain 316 connected between the fourth upper gear 312 and the fourth lower gear 314, a second upper connecting rotating shaft 317 carrying the third upper gear 311 and the fourth upper gear 312, and a second lower connecting rotating shaft 318 carrying the third lower gear 313 and the fourth lower gear 314; the second upper connecting rotating shaft 317 and the second lower connecting rotating shaft 318 are parallel and are both parallel to the third vertical side; the third row of shaping chains 315 corresponds to the second vertical side, and the fourth row of shaping chains 316 corresponds to the fourth vertical side 111; the third row of shaping chains 315 includes a fifth chain element 3151 facing the first row of shaping parts, and a sixth chain element 3152 facing the opposite direction; the fourth row shaping chain 316 includes a seventh chain element facing the first row shaping part, and an eighth chain element facing the opposite direction; a third gap is formed between the third row of shaping chains 315 and the fourth row of shaping chains 316, and fourth gaps 3161 are formed between the fifth chain monomer 3151 and the sixth chain monomer 3152 and between the seventh chain monomer and the eighth chain monomer; the second horizontal periodic movement beam 32 is connected between the fifth chain monomer 3151 and the seventh chain monomer, and the second vertical fixing plate 33 is located in the fourth gap 3161;

the second horizontal periodic traveling beam 32 includes a second traveling plate beam 321 horizontally connected between the fifth chain unit 3151 and the seventh chain unit, and a second supporting plate beam parallel to the second traveling plate beam 321; the second runner beam 321 has second end faces at both ends, a second row-shaping side surface 3211 facing the first row-shaping portion, and a second reverse side surface 3212 facing the opposite direction; the second runner beam 321 includes a second strip-shaped groove 3213 formed on the second arrangement and shaping side 3211, and a third guide through-hole 3214 and a fourth guide through-hole communicating the second strip-shaped groove 3213 with the second reverse side 3212; the second strip groove 3213 extends along the second running plate beam 321 and penetrates to the two second end faces; the third and fourth guide through holes 3214 and 3214 are located at both sides of the midpoint of the second running plate beam 321, the third guide through hole 3214 being closer to the second vertical side than the fourth guide through hole, and preferably the third and fourth guide through holes 3214 and 3214 being equidistant from the midpoint of the second running plate beam 321; each third guide through hole 3214 is staggered from top to bottom, and each third guide through hole 3214 is gradually close to the plane where the second vertical side surface is located from top to bottom; each fourth guide through hole is staggered from top to bottom and gradually approaches to the plane of the fourth vertical side surface 111 from top to bottom; the second supporting plate beam comprises a second supporting part 3221 accommodated in the second strip-shaped groove 3213, a third guide rod 3222 correspondingly penetrating through the third guide through hole 3214, and a fourth guide rod correspondingly penetrating through the fourth guide through hole; preferably, the width of the second supporting portion 3221 is equal to the depth of the second strip-shaped groove 3213; the second supporting portion 3221 includes a second thin plate portion 32211 facing the first row of shaping portions and directly carrying the die blank 7, and a second thick plate portion 32212 facing into the second strip groove 3213; preferably, the thickness of the second thick plate portion 32212 is greater than that of the second thin plate portion 32211, and preferably, a second upper abutting step 32213 is formed between the upper surface of the second thin plate portion 32211 and the upper surface of the second thick plate portion 32212; a third abutting wheel 32221 abutting against the second vertical fixing plate 33 is arranged at the outer end of the third guide rod 3222, the third abutting wheel 32221 is provided with a third rotating shaft parallel to the second strip-shaped groove 3213, the third guide rod 3222 is connected with the third rotating shaft through a third connector, a third pressure spring 32222 extending between the third connector and the second reverse side surface 3212 is sleeved on the third guide rod 3222, and preferably, the third connector includes two third wheel bearing plates supported at two ends of the third rotating shaft; a fourth abutting wheel abutting against the second vertical fixing plate 33 is arranged at the outer end of the fourth guide rod, the fourth abutting wheel is provided with a fourth rotating shaft parallel to the second strip-shaped groove 3213, the fourth guide rod is connected with the fourth rotating shaft through a fourth connector, a fourth pressure spring which is arranged between the fourth connector and the second reverse side surface 3212 in an opening mode is sleeved on the fourth guide rod, and preferably, the fourth connector comprises two fourth wheel bearing plates which are borne at two ends of the fourth rotating shaft; the lower end of the second vertical fixing plate 33 is higher than the upper surface of the hot-pressing bottom plate 11; a third step group 331 corresponding to each third guide through hole 3214 and a fourth step group 332 corresponding to each fourth guide through hole are formed at the lower end of the second vertical fixing plate 33; the third step group 331 includes a plurality of third lower end steps 3311 located one by one under each third guide through hole 3214, each third lower end step 3311 is arranged obliquely from top to bottom gradually toward the second vertical side, preferably, the height difference between adjacent third lower end steps 3311 is equal to the thickness of the template blank 7; the fourth step group 332 comprises a plurality of fourth lower end steps 3321 which are correspondingly positioned right below the fourth guide through holes one by one, each fourth lower end step 3321 is arranged from top to bottom and gradually inclines towards the direction of the fourth vertical side surface 111, and preferably, the height difference between every two adjacent fourth lower end steps 3321 is equal to the thickness of the template blank 7; the second vertical fixing plate 33 includes a second plate main body portion 333 at a lower portion, and a second extension plate portion 334 at an upper portion; the second extension plate portion 334 has a second body-abutting vertical side surface facing the first arrangement reshaping portion, and a second body-abutting vertical reverse surface facing the opposite direction; the second extension plate portion 334 has a second extension abutting vertical side surface facing the first arrangement reshaping portion; the distance from the plane of the second extending propping vertical side surface to the plane of the third vertical side surface is greater than the distance from the plane of the second main body propping vertical side surface to the plane of the second vertical side surface; a second transition step is formed between the second extending abutting vertical side and the second main body abutting vertical side, and the second transition step is provided with a third transition inclined surface 335 which is gradually inclined downwards from the second extending abutting vertical side to the second main body abutting vertical side; the upper end of the second extension plate portion 334 is provided with a fourth transition inclined surface 336 which is gradually inclined downwards from the second main body abutting vertical reverse surface to the second extension abutting vertical side surface; the third butting wheel 32221 and the fourth butting wheel both correspond to the fourth transition inclined plane;

preferably, the glue dispensing device corresponds to the fourth vertical side 111; the glue distributing device comprises a glue distributing shifting mechanism, a first horizontal slide rail 42 for bearing the glue distributing shifting mechanism, and a first horizontal driving mechanism 43 for driving the glue distributing shifting mechanism to be close to or far away from the arrangement shaping device; the glue spreading toggle mechanism comprises a first conveying belt 411 for supplying the solid glue plates 8 to the corresponding first horizontal period running beam 22 and the second horizontal period running beam 32, a first toggle bump 412 arranged on the first conveying belt 411, and a glue spreading bracket for bearing the first conveying belt 411; the first horizontal sliding rail 42 is perpendicular to the fourth vertical side 111;

preferably, the supply means correspond to the second vertical side; the supply device comprises a conveying shifting mechanism, a second horizontal slide rail 52 for bearing the conveying shifting mechanism, and a second horizontal driving mechanism 53 for driving the conveying shifting mechanism to be close to or far away from the arrangement shaping device; the conveying toggle mechanism comprises a second conveying belt 511 for supplying the template blank 7 to the corresponding first horizontal period running beam 22 and the second horizontal period running beam 32, a second toggle lug 512 arranged on the second conveying belt 511, and a conveying bracket for bearing the second conveying belt 511; the second horizontal slide rail 52 is perpendicular to the second vertical side;

the first thin plate portion 22211 has a first stopper end facing the second vertical side surface, and a second stopper end facing the fourth vertical side surface 111; the first limit end is provided with a first limit bump a11 which protrudes upwards and limits the solid rubber plate 8, and the second limit end is provided with a second limit bump a12 which protrudes upwards and limits the die plate blank 7; the second thin plate portion 32211 has a third limiting end facing the second vertical side surface, and a fourth limiting end facing the fourth vertical side surface 111; the third limiting end is provided with a third limiting convex block which is upwards convex and limits the solid rubber plate 8, and the fourth limiting end is provided with a fourth limiting convex block which is upwards convex and limits the die plate blank 7. In the actual working process, under the control of a controller, the solid rubber plate 8 and the template blank 7 are cut into a specified shape and a specified size through a cutting device, the template blank 7 is conveyed to an arrangement shaping device one by a supply device, the solid rubber plate 8 is arranged on the surface of the template blank 7 through a rubber distribution device, the solid rubber plate 8 and the template blank 7 are shaped and arranged up and down through the arrangement shaping device, and then the template blanks 7 of all layers are pressed together through a hot pressing device to form the plywood. Specifically, the first chain driving part drives the first chain periodic operation mechanism to operate, drives each first horizontal periodic operation beam to bypass each first upper gear and each second upper gear and move downwards along the first chain monomer 2151 and the third chain monomer, and simultaneously, the second chain driving part drives the second chain periodic operation mechanism to operate, drives each second horizontal periodic operation beam to bypass each third upper gear and each fourth upper gear and move downwards along the fifth chain monomer 3151 and the seventh chain monomer. The second horizontal driving mechanism 53 drives the conveying toggle mechanism to approach the arrangement shaping device along the second horizontal slide rail 52, so that the upper surface of the second conveying belt 511 corresponds to the first horizontal period running beam and the second horizontal period running beam which correspond to the same height, the template blank 7 is placed on the second conveying belt 511 to be conveyed to the arrangement shaping device, and the second toggle bump 512 has the functions of limiting and pushing the template blank 7; the first horizontal driving mechanism 43 drives the glue distributing toggle mechanism to approach the arrangement and shaping device along the first horizontal slide rail 42, so that the upper surface of the first conveying belt 411 corresponds to the first horizontal period operation beam 22 and the second horizontal period operation beam 32 which correspond to the same height, the solid glue board 8 is placed on the first conveying belt 411 and conveyed to the arrangement and shaping device, and the first toggle bump 412 has the functions of limiting and pushing the solid glue board 8; when the first resisting wheel 22221 and the second resisting wheel 22231 of the corresponding first horizontal period running cross beam slide along the second transition inclined plane 236 and gradually compress the first pressure spring 22222 and the second pressure spring until the first resisting wheel 22221 and the second resisting wheel 22231 slide to the first extending resisting vertical side surface, and the third resisting wheel 32221 and the fourth resisting wheel of the corresponding second horizontal period running cross beam slide along the fourth transition inclined plane 336 and gradually compress the third pressure spring 32222 and the fourth pressure spring until the third resisting wheel 32221 and the fourth resisting wheel slide to the second extending resisting vertical side surface, the first guide rod and the second guide rod resist against the first thin plate portion 22211 and protrude from the first strip-shaped groove 2213, the third guide rod and the fourth guide rod resist against the second thin plate portion 32211 and protrude from the second strip-shaped groove 3213, the second protrusion 512 pushes the corresponding template blank 7 to slide to the first horizontal period running cross beam and the second strip-shaped cross beam in the direction of the glue spreading device, the two edges of the template blank 7 are correspondingly lapped on the first thin plate part 22211 of the corresponding first horizontal periodic operation beam and the second thin plate part 32211 of the second horizontal periodic operation beam, and slide to the second limit bump and the fourth limit bump along the first thin plate part 22211 and the second thin plate part 32211 for limiting; then, the first toggle projection 412 pushes the corresponding solid glue board 8 to slide to the corresponding first horizontal period running beam 22 and second horizontal period running beam 32, so that two edges of the solid glue board 8 respectively overlap the first thin plate part 22211 of the corresponding first horizontal period running beam 22 and the second thin plate part 32211 of the second horizontal period running beam 32, and slide to the first limit projection a11 and the third limit projection along the first thin plate part 22211 and the second thin plate part 32211 for limiting, so that the solid glue board 8 is in corresponding contact with the template blank 7 in an up-and-down parallel manner; and then the first chain driving part continuously drives the first chain periodic operation mechanism to operate to drive each first horizontal periodic operation beam to move downwards along the first chain monomer 2151 and the third chain monomer, and meanwhile, the second chain driving part continuously drives the second chain periodic operation mechanism to operate to drive each second horizontal periodic operation beam to move downwards along the fifth chain monomer 3151 and the seventh chain monomer. The first resisting wheel 22221 and the second resisting wheel 22231 of the corresponding first horizontal periodic movement beam slide along the first transition inclined surface 235 and continue to gradually compress the first pressure spring 22222 and the second pressure spring until the first resisting wheel 22221 and the second resisting wheel 22231 slide to the first main body resisting vertical side surface, and the third resisting wheel 32221 and the fourth resisting wheel of the corresponding second horizontal periodic movement beam slide along the third transition inclined surface 335 and continue to gradually compress the third pressure spring 32222 and the fourth pressure spring until the third resisting wheel 32221 and the fourth resisting wheel slide to the second main body resisting vertical side surface, the first guide rod and the second guide rod resist against the first thin plate portion 22211 and protrude more from the first strip-shaped groove 2213, the third guide rod and the fourth guide rod resist against the second thin plate portion 32211 and protrude more from the second strip-shaped groove 3213, and the first strip-shaped groove 22212 also protrudes from the second strip-shaped groove 3213, the first upper abutting step 22213 and the second upper abutting step 32213 are matched to clamp and limit the die plate blank 7 and the solid rubber plate 8, so that the die plate blank 7 and the solid rubber plate 8 are integrally and accurately positioned. In this way, each first horizontal period running beam and each second horizontal period running beam corresponding to the same height bear and position the corresponding template blank 7 and solid glue board 8, so that the corresponding number of template blanks 7 and solid glue boards 8 are arranged up and down, and the solid glue boards 8 are arranged between the adjacent template blanks 7, namely the upper surface of the uppermost template blank 7 is not covered with the solid glue board 8. Then the first chain driving part continues to drive the first chain periodic operation mechanism to operate, and drives each first horizontal periodic operation beam to move downwards along the first chain monomer 2151 and the third chain monomer, and simultaneously the second chain driving part continues to drive the second chain periodic operation mechanism to operate, and drives each second horizontal periodic operation beam to move downwards along the fifth chain monomer 3151 and the seventh chain monomer, when the lowermost first horizontal periodic operation beam reaches the lower end of the first vertical fixing plate and the lowermost second horizontal periodic operation beam reaches the lower end of the second vertical fixing plate, the corresponding lowermost die plate blank 7 reaches the upper surface of the hot pressing bottom plate 11, and when the first abutting wheel 22221 of the lowermost first horizontal periodic operation beam slides over the lowermost first lower end step 2311, the die plate blank suddenly rebounds under the elastic force of the first compression spring 22222, and when the second abutting wheel 22231 slides over the lowermost second lower end step 2321, the die plate blank suddenly rebounds under the elastic force of the second compression spring, the whole first supporting portion 2221 is completely accommodated in the first linear groove 2213 again, and does not support the mold slab 7 and the solid rubber plate 8 any more, meanwhile, when the third supporting wheel 32221 of the lowermost second horizontal periodic operation cross beam slides over the lowermost third lower end step 3311, the whole second supporting portion 3221 is completely accommodated in the second linear groove 3213 again, and does not support the mold slab 7 and the solid rubber plate 8 any more, so that the lowermost mold slab 7 and the solid rubber plate 8 are directly placed on the upper surface of the hot press bottom plate 11. Then the first chain driving part continues to drive the first chain periodic operation mechanism to operate, and drives each first horizontal periodic operation beam to move downwards along the first chain monomer 2151 and the third chain monomer, and simultaneously the second chain driving part continues to drive the second chain periodic operation mechanism to operate, and drives each second horizontal periodic operation beam to move downwards along the fifth chain monomer 3151 and the seventh chain monomer, when the second first horizontal periodic operation beam from the lower direction reaches the second first lower end step 2311 and the second lower end step 2321 from the lower direction, and the second horizontal periodic operation beam from the lower direction reaches the second third lower end step 3311 and the fourth lower end step 3321 from the lower direction, the corresponding second die blank 7 and the solid glue plate 8 from the lower direction reach the upper surface of the bottommost die blank 7 and the solid glue plate 8, when the first resisting wheel 22221 of the second first horizontal periodic movement beam counted from the lower direction slides over the second first lower end step 2311 counted from the lower direction, the first resisting wheel 22221 suddenly rebounds under the action of the elastic force of the first pressure spring 22222, when the second resisting wheel 22231 slides over the second lower end step 2321 counted from the lower direction, the second resisting wheel suddenly rebounds under the action of the elastic force of the second pressure spring, the whole first supporting part 2221 is again and completely accommodated in the first linear groove 2213 without supporting the die plate blank 7 and the solid rubber plate 8, meanwhile, when the third resisting wheel 32221 of the second horizontal periodic movement beam counted from the lower direction slides over the second third lower end step 3311 counted from the lower direction, the whole first supporting part 3221 is suddenly rebounded under the action of the elastic force of the third pressure spring 32222, when the fourth resisting wheel slides over the second fourth lower end step 3321 counted from the lower direction, the whole second supporting part 3221 is again and completely accommodated in the second linear groove 3213, the mould mat 7 and the solid slab 8 are no longer supported, so that the second mould mat 7, counted from below upwards, is placed directly on the upper surface of the lowermost mould mat 7 and the solid slab 8. In this way, the individual mould blanks 7 and the solid glue boards 8 are arranged and shaped one by one. And finally, the top plate lifting driving device 13 drives the hot-pressing top plate 12 to move downwards, and the hot-pressing top plate is matched with the hot-pressing bottom plate 11 to carry out hot-pressing forming on each die plate blank 7. And each propping wheel can guide and support the motion of each horizontal periodic operation beam smoothly. And each lower end step which is obliquely and gradually arranged can be adapted to the height of the template blank 7 which is arranged and shaped layer by layer, and each bearing part can rebound in time without being scratched to the lower template blank 7 and the hot pressing bottom plate 11.

Preferably, the cutting device specifically comprises a heating container 61 for heating, melting and preserving heat of glue, a guide cross beam 62 arranged above and used for bearing the heating container 61, a first moving driving device 63 for driving the heating container 61 to move along the guide cross beam 62, a glue extruding nozzle 64 communicated with the lower end of the heating container 61, a tiled cooling plate 65 arranged below the glue extruding nozzle 64, a scraper knife 66 arranged above the tiled cooling plate 65 and moving along the guide cross beam 62, a second moving driving device 67 for driving the scraper knife 66 to move along the guide cross beam 62, a cutting platform 68 arranged at the downstream of the tiled cooling plate 65, a cutting knife 69 arranged above the cutting platform 68 and a cutting lifting driving device 60 for driving the cutting knife 69 to lift up and down; the glue can be urea-formaldehyde resin, melamine glue or other hot melt adhesives; the tiled cooling plate 65 includes a base plate 651 disposed horizontally, a cooling device 652 disposed below the base plate 651, and felt paper 653 coated on the upper surface of the base plate 651; felt 653 avoids sticking with glue; the glue extrusion nozzle 64 is provided with a strip-shaped extrusion opening which is parallel to the tiled cooling plate 65; the blade 66 includes a blade main body 661, a blade frame 662 connected between the blade main body 661 and the guide cross member 62, and a rotating roller 663 connected between the blade main body 661 and the blade frame 662 and parallel to the elongated extrusion port; the cutting edge of the cutter main body 661 faces downwards, the cutter main body 661 is gradually inclined towards the direction of the strip-shaped extrusion opening from top to bottom, and the upper surface of the cutter main body 661 is tangent to the peripheral surface of the rotating roller 663; the tool rest 662 comprises an upper connecting rod 6621 positioned above and connected with the guide beam 62, and two lower connecting rods 6622 respectively pivoted with the two ends of the rotating rollers 663; the cutter main body 661 has a connection block connected to the lower ends of the two lower connection rods 6622; the tiled cooling plate 65 is provided with a telescopic support seat, the telescopic support seat comprises a plurality of vertical oil cylinders 654 supported below the tiled cooling plate 65, the upper ends of the vertical oil cylinders 654 are pivoted with the lower part of the tiled cooling plate 65 through a horizontal rotating shaft 655, and the horizontal rotating shaft 655 is parallel to the strip-shaped extrusion opening. In the actual working process of the invention, the heating container 61 melts the glue and keeps the glue in a flowing state, the glue extrusion nozzle 64 is opened, the glue flows out from the strip-shaped extrusion opening to the felt paper 653 of the tiled cooling plate 65, while the glue flows out from the strip-shaped extrusion opening, the first moving driving device 63 drives the heating container 61 to drive the glue extrusion nozzle 64 to gradually move from one end close to the cutting platform 68 to one end far away from the cutting platform 68, so that the glue is tiled on the tiled cooling plate 65 to form a glue layer, under the cooling effect of the tiled cooling plate 65, the glue layer is gradually solidified to form the solid glue plate 8, then the second moving driving device 67 drives the knife rest 662 to drive the knife main body 661 to shovel the solid glue plate 8, when the solid glue plate 8 slides upwards along the knife main body 661, the solid glue plate 8 can smoothly pass through the rotating roller 663 and then fall on the tiled cooling plate 65 again after passing through the two lower connecting rods 6622, the rotating rollers 663 can flexibly guide and transition the solid rubber plate 8, so that the solid rubber plate 8 is prevented from being broken. Under the telescopic driving of the vertical oil cylinder 654, the tiled cooling plate 65 is inclined towards the cutting platform 68, so that the solid glue board 8 which is shoveled down naturally slides onto the cutting platform 68, and the cutting driving device drives the cutting knife 69 to cut with the specified shape and size. The cutting device can also cut the die plate blank 7.

Preferably, a transition conveyor belt is provided between the flat cooling plate 65 and the cutting platform 68.

Preferably, the first movement driving means 63 includes a third driving screw connected to the heating container 61 and parallel to the guide beam 62, and a third horizontal driving motor provided on the guide beam 62 and driving the third driving screw; the heating container 61 is provided with a third driving screw hole matched with the third driving screw rod; the second movement driving device 67 includes a fourth driving screw connected to the heating container 61 and parallel to the guide beam 62, and a fourth horizontal driving motor provided on the guide beam 62 and driving the fourth driving screw; the heating container 61 is formed with a fourth driving screw hole to be fitted with the fourth driving screw.

Preferably, the heating container 61 is in sliding connection with the guide beam 62 by a first sliding part; the upper connecting rod 6621 is slidably coupled to the guide cross member 62 by a second sliding member.

Preferably, the height of the upper surface of the first conveyor belt 411 is greater than the height of the first transition slope 235. In the actual working process of the invention, only when the first horizontal periodic operation beam 22 corresponds to the first extending propping vertical side surface and the second horizontal periodic operation beam 32 corresponds to the second extending propping vertical side surface, the first and second thin plate portions 22211 and 32211 are protruded under the slab 7 and the slab 8 to have a function of supporting the slab 7 and the slab 8, and the slab 7 must fall on the first thin plate portion 22211 and the second thin plate portion 32211 before the first horizontal circulating cross beam 22 reaches the first transitional inclined surface 235 and before the second horizontal circulating cross beam 32 reaches the third transitional inclined surface 335 to be clamped and limited by the first upper abutting step 22213 and the second upper abutting step 32213, it is necessary that the height of the upper surface of the first conveyor 411 is greater than the height of the first transition inclined surface 235 and the third transition inclined surface 335 to ensure that the template blank 7 and the solid glue board 8 slide accurately and naturally onto the first thin plate part 22211 and the second thin plate part 32211.

Preferably, the first conveyor belt 411 includes a first conveyor wheel 4111 facing the alignment and shaping device, a second conveyor wheel 4112 facing in the opposite direction, and a first conveyor belt 4113 connected between the first conveyor wheel 4111 and the second conveyor wheel; the first toggle projection 412 is arranged on the outer surface of the first conveying belt 4113; the glue spreading bracket comprises a first supporting column 4131 supported below the first conveying wheel 4111, a second supporting column 4132 supported below the second conveying wheel 4112, and a first connecting supporting rod 4133 connected between the first supporting column 4131 and the second supporting column 4132; the first support columns 4131 are gradually inclined from bottom to top toward the arrangement and shaping device. In the actual working process of the present invention, the first conveying wheel 4111 or the second conveying wheel 4112 drives the first conveying belt 4113 to operate by the driving of the first conveying motor. And the inclined first support column 4131 feeds the first conveyor belt 411 into the inside of the alignment and shaping device for a wider range of free movement to supply the solid glue boards 8.

Preferably, the lower end of the first supporting column 4131 is provided with a first sliding sleeve 44 matched with the first horizontal sliding rail 42, and the lower end of the second supporting column 4132 is provided with a second sliding sleeve 45 matched with the first horizontal sliding rail 42; the first horizontal driving mechanism 43 includes a first driving screw 431 connected to the second supporting column 4132 and parallel to the first horizontal sliding rail 42, and a first horizontal driving motor 432 disposed on the first horizontal sliding rail 42 and driving the first driving screw 431; the second supporting column 4132 is formed with a first driving screw hole to be fitted with the first driving screw 431.

Preferably, the height of the upper surface of the second conveyor belt 511 is greater than the height of the first transition slope 235. In the actual working process of the invention, only when the first horizontal periodic operation beam 22 corresponds to the first extending propping vertical side surface and the second horizontal periodic operation beam 32 corresponds to the second extending propping vertical side surface, the first and second thin plate portions 22211 and 32211 are protruded under the slab 7 to have a function of carrying the slab 7, and the slab 7 must fall on the first thin plate portion 22211 and the second thin plate portion 32211 before the first horizontal circulating cross beam 22 reaches the first transitional inclined surface 235 and before the second horizontal circulating cross beam 32 reaches the third transitional inclined surface 335 to be clamped and limited by the first upper abutting step 22213 and the second upper abutting step 32213, it is necessary that the height of the upper surface of the second conveyor 511 is greater than the height of the first and third transitional

inclined surfaces

235 and 335 to ensure that the die blank 7 slides exactly and naturally onto the first and second thin plate portions 22211 and 32211.

Preferably, the second conveyor belt 511 includes a third conveyor wheel 5111 facing the alignment and shaping device, a fourth conveyor wheel 5112 facing in the opposite direction, and a second conveyor belt 5113 connected between the third conveyor wheel 5111 and the fourth conveyor wheel 5112; the second toggle projection 512 is arranged on the outer surface of the second conveying belt 5113; the conveying bracket comprises a third supporting column 5131 supported below the third conveying wheel 5111, a fourth supporting column 5132 supported below the fourth conveying wheel 5112, and a second connecting supporting rod 5133 connected between the third supporting column 5131 and the fourth supporting column 5132; the third supporting column 5131 is gradually inclined from bottom to top toward the arrangement and shaping device. In the actual working process of the invention, the third conveying wheel 5111 or the fourth conveying wheel 5112 drives the second conveying belt 5113 to run through the driving of the second conveying motor. And the inclined third support column 5131 feeds the second conveyor 511 into the inside of the alignment and shaping device for a wider range of free movement to supply the slab 7.

Preferably, a third sliding sleeve 54 matched with the second horizontal sliding rail 52 is arranged at the lower end of the third supporting column 5131, and a fourth sliding sleeve 55 matched with the second horizontal sliding rail 52 is arranged at the lower end of the fourth supporting column 5132; the second horizontal driving mechanism 53 includes a second driving screw 531 connected to the fourth supporting column 5132 and parallel to the second horizontal sliding rail 52, and a second horizontal driving motor 532 disposed on the second horizontal sliding rail 52 and driving the second driving screw 531; the fourth supporting column 5132 is formed with a second driving screw hole engaged with the second driving screw 531.

Preferably, the first thick plate part 22212 has a first thick plate front side surface facing the second array reforming part, and a first thick plate reverse side surface facing the inside of the first linear groove 2213; the upper edge of the opposite side of the first thick plate is formed with a first upper inclined surface a2 gradually inclined from top to bottom toward the inside of the first linear groove 2213, and the lower edge is formed with a first lower inclined surface a3 gradually inclined from bottom to top toward the inside of the first linear groove 2213; the second thick plate portion 32212 has a second thick plate front side facing the first arrangement reshaping portion, and a second thick plate reverse side facing the second strip groove 3213; the upper edge of the opposite side of the second thick plate is formed with a second upper inclined surface a4 which gradually inclines towards the inside of the second strip-shaped groove 3213 from top to bottom, and the lower edge is formed with a second lower inclined surface a5 which gradually inclines towards the inside of the second strip-shaped groove 3213 from bottom to top. The first upper inclined surface a2 and the first lower inclined surface a3 facilitate the first thick plate part 22212 and the whole first supporting part 2221 to slide into the first linear groove 2213 without being clamped at the edge of the first linear groove 2213, so that the movement is smoother; the second upper inclined surface a4 and the second lower inclined surface a5 facilitate the second thick plate portion 32212 and the entire second supporting portion 3221 to slide into the second slot 3213 without being jammed at the edge of the second slot 3213, so that the movement is smoother.

The product form of the present invention is not limited to the embodiments and examples shown in the present application, and any suitable changes or modifications of the similar ideas should be made without departing from the patent scope of the present invention.

Claims

1. The utility model provides an automatic advance board hot press which characterized in that: the device comprises a hot-pressing device, an arrangement and shaping device for arranging and shaping the template blank, a cutting device for cutting the solid rubber plate and the template blank, a rubber distribution device for distributing the solid rubber plate on the surface of the template blank, and a supply device for supplying the template blank to the arrangement and shaping device;

2. An automatic plate feeding hot press according to claim 1, characterized in that: the glue distribution device corresponds to the fourth vertical side face; the glue distributing device comprises a glue distributing shifting mechanism, a first horizontal sliding rail for bearing the glue distributing shifting mechanism and a first horizontal driving mechanism for driving the glue distributing shifting mechanism to be close to or far away from the arrangement and shaping device; the glue distributing shifting mechanism comprises a first conveying belt for supplying a solid glue plate to the corresponding first horizontal period running beam and the second horizontal period running beam, a first shifting lug arranged on the first conveying belt, and a glue distributing support for bearing the first conveying belt; the first horizontal sliding rail is perpendicular to the fourth vertical side surface;

3. An automatic plate feeding hot press according to claim 2, characterized in that: the first conveying belt comprises a first conveying wheel facing the arrangement shaping device, a second conveying wheel facing the opposite direction, and a first conveying belt connected between the first conveying wheel and the second conveying wheel; the first poking lug is arranged on the outer surface of the first conveying belt; the glue distribution support comprises a first support column supported below the first conveying wheel, a second support column supported below the second conveying wheel, and a first connecting support rod connected between the first support column and the second support column; the first supporting columns are gradually inclined towards the arrangement shaping device from bottom to top.

4. An automatic plate feeding hot press according to claim 3, characterized in that: the lower end of the first supporting column is provided with a first sliding sleeve matched with the first horizontal sliding rail, and the lower end of the second supporting column is provided with a second sliding sleeve matched with the first horizontal sliding rail; the first horizontal driving mechanism comprises a first driving screw rod which is connected with the second supporting column and is parallel to the first horizontal sliding rail, and a first horizontal driving motor which is arranged on the first horizontal sliding rail and drives the first driving screw rod; and a first driving screw hole matched with the first driving screw is formed in the second supporting column.

5. An automatic board feeding hot press according to any one of claims 2-4, characterized in that: the second conveying belt comprises a third conveying wheel facing the arrangement shaping device, a fourth conveying wheel facing the opposite direction, and a second conveying belt connected between the third conveying wheel and the fourth conveying wheel; the second poking lug is arranged on the outer surface of the second conveying belt; the conveying support comprises a third supporting column supported below the third conveying wheel, a fourth supporting column supported below the fourth conveying wheel, and a second connecting supporting rod connected between the third supporting column and the fourth supporting column; and the third supporting columns are gradually inclined towards the arrangement and shaping device from bottom to top.

6. An automatic plate feeding hot press according to claim 5, characterized in that: a third sliding sleeve matched with the second horizontal sliding rail is arranged at the lower end of the third supporting column, and a fourth sliding sleeve matched with the second horizontal sliding rail is arranged at the lower end of the fourth supporting column; the second horizontal driving mechanism comprises a second driving screw rod which is connected with the fourth supporting column and is parallel to the second horizontal sliding rail, and a second horizontal driving motor which is arranged on the second horizontal sliding rail and drives the second driving screw rod; and a second driving screw hole matched with the second driving screw is formed in the fourth supporting column.

7. An automatic plate feeding hot press according to claim 1, characterized in that: a transition conveying belt is arranged between the tiled cooling plate and the cutting platform.

8. An automatic plate feeding hot press according to claim 7, characterized in that: the first mobile driving device comprises a third driving screw rod which is connected with the heating container and is parallel to the guide cross beam, and a third horizontal driving motor which is arranged on the guide cross beam and drives the third driving screw rod; the heating container is provided with a third driving screw hole matched with the third driving screw rod; the second movement driving device comprises a fourth driving screw rod which is connected with the heating container and is parallel to the guide cross beam, and a fourth horizontal driving motor which is arranged on the guide cross beam and drives the fourth driving screw rod; and a fourth driving screw hole matched with the fourth driving screw is formed in the heating container.

9. An automatic plate feeding hot press as claimed in claim 8, wherein: the heating container is matched and slidably connected with the guide cross beam through a first sliding part; the upper connecting rod is matched and slidably connected with the guide cross beam through a second sliding part.