CN210911586U

CN210911586U - Board pasting machine

Info

Publication number: CN210911586U
Application number: CN201921465090.6U
Authority: CN
Inventors: 汤耀新
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-09-05
Filing date: 2019-09-05
Publication date: 2020-07-03
Anticipated expiration: 2029-09-05

Abstract

The utility model provides a plate sticking machine, which mainly comprises a feeding scissor-fork type lifting platform, a power roller line, a pressing plate belt line and a blanking lifting platform which are sequentially butted from left to right, wherein the power roller line is sequentially provided with a spraying room, an iron plate placing primary positioning platform and an iron plate repositioning slope from left to right, and a suction iron plate manipulator is movably arranged above the iron plate placing primary positioning platform and the iron plate repositioning slope; wherein, power roller line disposes first adjustable spacing subassembly, and iron plate is placed primary location platform and is disposed the adjustable spacing subassembly of second, and iron plate relocation slope disposes the adjustable spacing subassembly of third. The utility model discloses can transfer spacing subassembly through adjusting according to the production demand, the hanging erasable board of the different specifications of bonding specifically can adapt to wide 0.6 to 1.2 meters, and the product of long 0.6 to 2.4 meters specification realizes automatic standard production, can effectively improve production efficiency, improves product quality, reduces the cost of labor.

Description

Board pasting machine

Technical Field

The utility model relates to a production facility of erasable board refers in particular to a flitch machine.

Background

In the prior art, the main process in the manufacture of the current domestic hanging erasable boards (such as white boards, blackboards, green boards and the like) for writing and displaying is that an iron plate is bonded with a paperboard, most manufacturers still need manual bonding, the specific operation is that firstly glue is sprayed back and forth on the paperboard by a spray gun, then the upper iron plate (white paint on the surface) is laid on the upper iron plate, then a roller press is put on the upper iron plate for pressing, the paperboard is reversed after pressing to spray glue on the bottom surface, then the bottom iron plate (galvanized plate) is laid on the lower iron plate, and then the lower iron plate is taken to the roller press. However, the size of the white board reaches 1.2 meters wide and 2.4 meters long at most, and the size of the white board is large in demand, but the size of the white board needs several people to take up the iron plate and the paper board for bonding, in the process, the iron plate and the paper board are taken, placed and carried by multiple people for multiple times, the labor cost is high, the production efficiency is low, and meanwhile, the iron plate and the paper board are difficult to align during bonding through manual operation, the precision is low, and the bonding consistency is influenced.

Disclosure of Invention

An object of the utility model is to provide a can automatic bonding iron plate and cardboard and adapt to the flitch machine of different specification iron plates to existing technical current situation.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a flitch machine mainly comprises a feeding scissor type lifting table, a power roller line, a pressing plate belt line and a blanking lifting table which are sequentially butted from left to right, wherein the power roller line is sequentially provided with a spraying room, an iron plate placing primary positioning table and an iron plate repositioning slope from left to right, and an iron plate sucking and releasing manipulator is movably arranged above the iron plate placing primary positioning table and the iron plate repositioning slope; wherein, power roller line disposes first adjustable spacing subassembly, and iron plate is placed primary location platform and is disposed the adjustable spacing subassembly of second, and iron plate relocation slope disposes the adjustable spacing subassembly of third.

In the scheme, the spraying room is provided with a plurality of spraying gun assemblies, the top of the spraying room is provided with an exhaust filtering assembly, and the power roller line is provided with a water tray under the position of the spraying room.

Further, the iron plate placing primary positioning table is located on the rack, a plurality of idler wheels are arranged at the bottom of the iron plate placing primary positioning table, the second adjustable limiting component is respectively located on the longitudinal side and the transverse side of the iron plate placing primary positioning table, the second adjustable limiting component is adjusted by adopting a screw rod, and the second adjustable limiting component is respectively adjusted by the X shaft and the Y shaft to the iron plate placing primary positioning table.

Further, the upper end portion of the iron plate relocation slope is provided with an electric roller, the lower end portion of the iron plate relocation slope is provided with an iron plate sucking and conveying platform assembly, the iron plate relocation slope is formed by a plurality of groups of slope fluency strips which are arranged downwards in an inclined mode, one side of the iron plate relocation slope is provided with a fixed flange fluency strip, the other side of the iron plate relocation slope is provided with a third adjustable limiting assembly, each of the fixed flange fluency strip and the third adjustable limiting assembly is formed by a plurality of longitudinally arranged fluency strips, and the third adjustable limiting assembly is adjusted in a screw mode.

Furthermore, the iron plate is repositioned behind the stroke of the slope, namely in the moving range of the iron plate sucking and releasing manipulator, a paperboard intercepting component is arranged below the power roller line at the position section, the paperboard intercepting component is driven by a cylinder, and the paperboard intercepting component is in an L shape.

Further, inhale and put iron plate manipulator and dispose a plurality of sucking disc subassemblies through cylinder drive to and hold-in range track module, servo motor.

Furthermore, at least one group of pressing plate roller components are arranged on the pressing plate belt line.

Furthermore, a cylinder opening and closing assembly, a linked fluency strip and a lifting screw rod assembly are arranged on the blanking lifting platform.

The utility model has the advantages that:

the utility model discloses a flitch machine, the user can be according to production needs, transfer spacing subassembly through adjusting, the hanging erasable board of the different specifications of bonding, specifically can adapt to wide 0.6 to 1.2 meters, long 0.6 to the product of 2.4 meters specification, bonding process only need alone on earlier go up a pile of iron plates and utilize the material loading to cut the fork elevating platform after adorning glue and push into a cardboard cylinder line to a cardboard, flitch process is full-automatic, last finished product is folded at the blanking elevating platform, can come out with the fork truck fork, the manual work has been saved and production efficiency has been improved.

Description of the drawings:

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic structural view of the iron plate placing primary positioning table and the iron plate repositioning slope of the present invention;

fig. 3 is the structure schematic diagram of the middle blanking lifting platform of the utility model.

The specific implementation mode is as follows:

please refer to fig. 1 to 3, which are schematic structural views of a preferred embodiment of the present invention, the present invention relates to a plate pasting machine, which mainly comprises a feeding scissor lift 1, a power roller line 2, a pressing plate belt line 13, and a blanking lift 14, which are sequentially butted from left to right, wherein the power roller line 2 drives a paper board to transport, and sprays glue, and after the iron plate is positioned and transported, the end of the power roller line 2 is formed by combining with an iron plate, therefore, the power roller line 2 is sequentially provided with a spraying room 5, an iron plate placing primary positioning table 8, and an iron plate repositioning slope 10 from left to right, and a suction iron plate manipulator 11 is movably disposed above the iron plate placing primary positioning table 8 and the iron plate repositioning slope 10.

The power roller line 2 is driven by a speed-adjustable motor 15, the power roller line 2 is provided with a first adjustable limiting component 16, the first adjustable limiting component 16 adopts a hand wheel to drive a screw rod to adjust the push plate, and the first adjustable limiting component mainly carries out limiting conveying on the paper plate entering the power roller line 2.

Wherein, spout the room 5 in and be equipped with a plurality of spray gun subassemblies 17, spray gun 17 supplies to glue through glue pressure tank 3, spouts the room 5 top and is equipped with exhaust filter assembly 18, power roller line 2 is provided with water tray 6 under spouting the room 5 position, and spray gun subassembly 7 spouts the glue to the cardboard of transporting on the power roller line 2, and the glue that falls can get into in the water tray 6.

Iron plate is placed primary importance platform 8 and is located frame 20, iron plate is placed primary importance platform 8 and is configured with the adjustable spacing subassembly 19 of second, the adjustable spacing subassembly 19 of second is located iron plate respectively and is placed 8 vertical sides and horizontal sides of primary importance platform, the adjustable spacing subassembly 19 of second adopts screw regulation, the adjustable spacing subassembly 19 of second is adjusted iron plate from X axle and Y axle respectively and is placed primary importance platform 8 to iron plate, still include baffle 21 of side location, and iron plate is placed 8 bottoms of primary importance platform and is equipped with a plurality of gyro wheels, can make iron plate place primary importance platform 8 and remove on the horizontal plane of frame 20 at will, when iron plate is placed on iron plate places primary importance platform 8, through the adjustable spacing subassembly 19 of second, the side relies on baffle 21 as the benchmark, fix a position iron plate according to the size of iron plate.

The upper end part of the iron plate relocation slope 10 is provided with an electric roller 25 for assisting the iron plate to slide down on the iron plate relocation slope 10, and the lower end part of the iron plate relocation slope 10 is provided with an iron plate sucking and conveying platform assembly 24 for receiving and limiting the sliding iron plate, so that the iron plate sucking and discharging manipulator 11 can suck conveniently.

The iron plate relocation slope 10 is formed by downwards inclining a plurality of groups of slope fluency strips 26, so that the iron plate can slide down on the slope fluency strips 26 by means of dead weight, the iron plate relocation slope 10 is provided with a third adjustable limiting component 28, one side of the iron plate relocation slope 10 is provided with a fixed flange fluency strip 27, the other side of the iron plate relocation slope is provided with the third adjustable limiting component 28, the fixed flange fluency strip 27 and the third adjustable limiting component 28 are both formed by a plurality of vertically arranged fluency strips, the third adjustable limiting component 28 is adjusted by adopting a screw rod, the iron plate is pushed to one side of the fixed flange fluency strip 27 through the third adjustable limiting component 28, the iron plate relocation is realized, and the two sides of the iron plate slide down by the fluency strips of the fixed flange fluency strip 27 and the third adjustable limiting component 28 in an auxiliary mode.

In order to accurately position and compound the iron plate and the glued paper board, a paper board intercepting component 23 is arranged below the power roller line 2 at the position section behind the stroke of the iron plate repositioning slope 10, namely in the moving range of the iron plate sucking and releasing mechanical arm 11, the paper board intercepting component 23 is driven by an air cylinder, the paper board intercepting component 23 is in an L shape, the air cylinder drives the paper board intercepting component 23 to ascend, the paper board is stopped to advance by the paper board intercepting component 23, at the moment, the sucking and releasing mechanical arm 11 sucks the positioned iron plate to align and overlap the positioned paper board, and the iron plate and the positioned paper board are overlapped and then enter the pressing plate belt line 13 to be pressed.

The iron plate sucking and releasing manipulator 11 is provided with a plurality of sucker assemblies 30 driven by cylinders, a synchronous belt track module 31 and a servo motor 32, the synchronous belt track module 31 is driven by the servo motor 32, so that the iron plate sucking and releasing manipulator 11 runs back and forth between the iron plate placing primary positioning table 8 and the iron plate repositioning slope 10, and the sucker assemblies 30 ascend and descend by means of the cylinders and are used for sucking or placing iron plates.

At least one set of pressing plate roller assemblies 33 is arranged on the pressing plate belt line 13 so as to press the overlapped iron plates and the paper plates to ensure that the iron plates and the paper plates are completely attached.

The cardboard after laminating and iron plate form the finished product, the finished product is piled up in getting into blanking elevating platform 14, dispose cylinder switching subassembly 35 and the fluent strip of linkage on the blanking elevating platform 14, and lifting screw assembly 36, blanking elevating platform 14 relies on lifting screw assembly 36 to go up and down, mainly be that blanking elevating platform 14 diagonal angle is equipped with the screw rod, rely on a motor 37, by sector gear transmission, make blanking elevating platform 4 whole steady lift, the finished product is after getting into fluent strip, cylinder switching subassembly 35 is opened and is made the finished product whereabouts, then blanking elevating platform 14 descends the distance of a board, wait for next finished product to get into, analogize in proper order.

When in work: workers firstly respectively adjust the speed parameters of a first adjustable limiting component 16 and a speed regulating motor 15 of each power roller line 2 and an air cylinder opening and closing component 35 of a blanking lifting platform 14 according to the width of a paper board to enable the paper board to smoothly pass through the whole machine, after glue is filled in a glue pressure barrel 3, a stack of iron boards are forked to an iron board placing primary positioning platform 8 by a forklift, the iron boards are initially positioned by adjusting 2 screw adjustable limiting baffles 19, after the iron boards are placed, a stack of paper boards are lifted by a feeding scissor type lifting platform 1 and then are pushed into the paper board power roller lines 2 one by one, when the paper boards pass through a spraying room 5, a spray gun component 17 starts to spray the glue after detecting the paper boards, meanwhile, a suction cup component 30 of a suction and release iron plate manipulator 11 is retracted and moved to the position of the iron boards, an electric roller 25 on a slope starts to rotate, the suction cup component 30 of the suction and release iron plate manipulator 11 sucks an iron plate, sends the iron plate to the iron board to the iron, the iron plate slides to the baffle plate of the iron plate sucking and conveying platform assembly 24 for longitudinal positioning under the action of gravity, the third adjustable limiting assembly 28 on the iron plate repositioning slope 10 carries out transverse positioning on flapping of the iron plate, meanwhile, the electric roller 25 on the slope stops rotating, the iron plate waits for the paper plate to be in place on the slope, the paper plate intercepting assembly 23 detects that the paper plate triggers the intercepting cylinder to intercept, the iron plate sucking and releasing manipulator 11 sucks the iron plate on the iron plate sucking and conveying platform assembly 24 to move and presses the paper plate to the paper plate, the paper plate with the iron plate is pressed through the pressing plate belt line 13, and finally the iron plate is stacked on the blanking lifting platform 14.

Of course, the above illustration is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, so all equivalent changes made in the principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A flitch machine which characterized in that: the iron plate automatic feeding device is characterized by mainly comprising a feeding scissor type lifting platform (1), a power roller line (2), a pressing plate belt line (13) and a blanking lifting platform (14) which are sequentially butted from left to right, wherein the power roller line (2) is sequentially provided with a spraying room (5), an iron plate placing primary positioning platform (8) and an iron plate repositioning slope (10) from left to right, and a suction-discharge iron plate manipulator (11) is movably arranged above the iron plate placing primary positioning platform (8) and the iron plate repositioning slope (10); wherein, power roller line (2) disposes first adjustable spacing subassembly (16), and iron plate is placed primary positioning platform (8) and is disposed second adjustable spacing subassembly (19), and iron plate relocation slope (10) disposes third adjustable spacing subassembly (28).

2. A panelling machine according to claim 1 wherein: the spraying room (5) is provided with a plurality of spraying gun assemblies (17), the top of the spraying room (5) is provided with an exhaust filtering assembly (18), and the power roller line (2) is provided with a water tray (6) under the position of the spraying room (5).

3. A panelling machine according to claim 1 wherein: the iron plate placing initial positioning table (8) is located on the rack (20), a plurality of rollers are arranged at the bottom of the iron plate placing initial positioning table (8), the second adjustable limiting component (19) is respectively located at the longitudinal side and the transverse side of the iron plate placing initial positioning table (8), the second adjustable limiting component (19) adopts screw type adjustment, and the second adjustable limiting component (19) is respectively used for adjusting the iron plate placing initial positioning table (8) from the X axis and the Y axis.

4. A panelling machine according to claim 1 or 3 wherein: the iron plate relocation slope (10) is provided with an electric roller (25) at the upper end part and an iron plate sucking and conveying platform assembly (24) at the lower end part, the iron plate relocation slope (10) is formed by downwards inclining a plurality of groups of slope fluency strips (26), one side of the iron plate relocation slope (10) is provided with a fixed flange fluency strip (27), the other side of the iron plate relocation slope is provided with a third adjustable limiting assembly (28), the fixed flange fluency strip (27) and the third adjustable limiting assembly (28) are respectively formed by a plurality of longitudinally arranged fluency strips, and the third adjustable limiting assembly (28) is adjusted by adopting a screw rod.

5. A flitch machine according to claim 4, characterized in that: and a paperboard intercepting component (23) is arranged below the power roller line (2) at the position section behind the stroke of the iron plate repositioning slope (10), namely in the moving range of the iron plate sucking and releasing manipulator (11), the paperboard intercepting component (23) is driven by an air cylinder, and the paperboard intercepting component (23) is in an L shape.

6. A flitch machine according to claim 5, characterized in that: the sucking and releasing iron plate manipulator (11) is provided with a plurality of sucker assemblies (30) driven by cylinders, a synchronous belt track module (31) and a servo motor (32).

7. A panelling machine according to claim 1 wherein: at least one group of pressing plate roller assemblies (33) are arranged on the pressing plate belt line (13).

8. A panelling machine according to claim 1 wherein: and the blanking lifting platform (14) is provided with an air cylinder opening and closing assembly (35) and a linked fluency strip thereof, and a lifting screw assembly (36).