CN112727006B

CN112727006B - Floor heating insulation board bonding line and bonding method thereof

Info

Publication number: CN112727006B
Application number: CN202011607442.4A
Authority: CN
Inventors: 栾晓文; 窦波
Original assignee: Nanjing Tuoxin Cooling And Heating Technology Co ltd
Current assignee: Nanjing Tuoxin Cooling And Heating Technology Co ltd
Priority date: 2020-12-30
Filing date: 2020-12-30
Publication date: 2022-07-29
Anticipated expiration: 2040-12-30
Also published as: CN112727006A

Abstract

The invention discloses a floor heating insulation board bonding line and a bonding method thereof, wherein the floor heating insulation board bonding line comprises a conveying device, a pressing mechanism and a bonding mechanism, wherein the conveying device comprises a feeding mechanism and a pressing mechanism which are arranged on the conveying device, the bonding mechanism is arranged on the conveying device, and the feeding mechanism and the bonding mechanism are positioned on different sides of the pressing mechanism; the pressing mechanism comprises a transmission rail arranged on the conveying device, at least one group of pressing rollers arranged on the transmission rail, and at least two groups of pressing wheels arranged on the pressing rollers; this device is through making to have predetermined difference in height between the adjacent embossing roll, and then can make aluminum plate slowly warp, avoids aluminum plate to take place deformation suddenly and leads to the pressure that aluminum plate bore too big, and then leads to aluminum plate to damage or fracture.

Description

Floor heating insulation board bonding line and bonding method thereof

Technical Field

The invention relates to a floor heating insulation board bonding device, in particular to a floor heating insulation board bonding line, and relates to the technical field of floor heating insulation board bonding.

Background

In the development of decoration industry, people have more and more requirements on decoration functions and are higher and higher, and the application of the floor heating insulation board is more and more common. In order to avoid cold in winter, special floor heating insulation boards are paved in the floor in northern areas, so that the floor heating insulation boards are continuously popularized.

But current ground heating insulation board's manufacturing installation still has some problems in the course of the work, the briquetting machine that current carries out the suppression to the filter plate mostly can apply a great pressure to the suppression device, and aluminum plate's thickness is thinner, after applying a great pressure, the suppression device can lead to aluminum plate to take place the damage, and then the heated board that leads to producing can not reach established standard, some enterprises can adopt the tile press to carry out suppression work to aluminum plate, but current tile press chance leads to the width of the recess that forms on the aluminum plate too big, and then influence off-the-shelf result of use.

Therefore, how to accomplish the suppression work to aluminum plate on the floor heating insulation board is a problem that will solve at present.

Disclosure of Invention

The purpose of the invention is as follows: the utility model provides a warm up heated board bonding line to solve the above-mentioned problem that prior art exists.

The technical scheme is as follows: a floor heating insulation board bonding line, comprising:

the conveying device comprises a feeding mechanism and a pressing mechanism which are arranged on the conveying device, and an adhering mechanism which is arranged on the conveying device, wherein the feeding mechanism and the adhering mechanism are positioned on different sides of the pressing mechanism; the pressing mechanism comprises a transmission rail arranged on the conveying device, at least one group of pressing rollers arranged on the transmission rail, and at least two groups of pressing wheels arranged on the pressing rollers; the pressing wheels can move on the pressing rollers, the interval between every two adjacent pressing wheels can be adjusted, the pressing wheels can reciprocate perpendicular to the conveying direction of the transmission rail under the driving of the pressing rollers, and a preset height difference exists between the adjacent pressing rollers.

In a further embodiment, the pressing mechanism comprises a connecting frame fixedly connected with the conveying device, a plurality of rotating rollers arranged on the connecting frame, at least one group of driving gears sleeved on the rotating rollers, a transmission belt used for connecting the driving gears, and a driving motor arranged on one of the rotating rollers; after aluminum plate passed the clearance between live-rollers and the embossing roll, the embossing roll can do with the vertically reciprocating motion of transmission track direction of transportation, until the embossing wheel on the embossing roll can with aluminum plate surface butt, can play the transportation work to aluminum plate, and then can transport aluminum plate to established position, guarantee the smooth operation of aluminum plate pressing work.

In a further embodiment, the pressing mechanism comprises a clamping device disposed on the pressing roller; the clamping device comprises at least two connecting seats uniformly arranged on the pressing wheel, a clamping motor fixedly arranged on the connecting seats, a rotating disc arranged at the output end of the clamping motor, a rotor arranged on the rotating disc, a pull rod arranged at the other end of the rotor, a moving plate arranged on the pull rod, at least one group of latches arranged on the moving plate, and guide rods symmetrically arranged on the connecting seats, wherein the guide rods penetrate through the moving plate, reciprocate on the guide rods, and are also provided with through grooves for the latches to pass through; according to the shape of the aluminum plate to be processed, the pressing wheel reciprocates on the pressing roller, and the pressing position of the pressing wheel on the surface of the workpiece is adjusted; after the pressing wheel is located the existing position, through the motion of pressing from both sides tight motor, and then can make the hasp stretch out, through installing electromagnetic lock on the embossing roll, and then the hasp can be detained by electromagnetic lock, and then can make the pressing wheel be located existing position, and after circular telegram for electromagnetic lock, the hasp was popped out this moment, and the movable plate of motion can drive the hasp and begin to do reciprocating motion from top to bottom on the guide arm, and then can make the hasp detain by electromagnetic lock, and then can restrict the position of pressing wheel on the embossing roll, and then accomplish spacing work.

In a further embodiment, the feeding mechanism comprises a feeding frame connected with the conveying device, a group of driving rollers symmetrically arranged on the feeding frame, a group of pulling claws symmetrically arranged on the driving rollers, a driving chain connected with the pulling claws, a connecting piece connected with the driving chain, a material box fixedly arranged on the feeding frame, a material feeding box arranged on the material box, a lifting device connected with the conveying device, and a feeding motor connected with one of the driving rollers; after the insulation board is located the workbin, the insulation board in the workbin can be extracted in proper order under the drive of pulling claw this moment to accomplish the transportation work to the insulation board under the drive of connecting piece, can make the connecting piece begin to move, and then can accomplish the transportation work to the insulation board.

In a further embodiment, the bonding mechanism comprises a glue spraying assembly and a cleaning assembly, the glue spraying assembly comprises a bonding line connected with the conveying device, at least one group of lateral guide wheels symmetrically arranged on two sides of the bonding line, at least two groups of glue spraying devices symmetrically arranged on two sides of the bonding line, and at least one group of limiting rollers arranged on the bonding line; after the heated board of butt transported to the bonding line around, the work piece can be followed between spacing roller and the bonding line this moment, and then spouts mucilage binding and put and can accomplish the gluey work of spouting to work piece set surface, can play spacing work to the heated board, and then avoid the heated board to produce on the bonding line and control the skew, and then guarantee to spout going on smoothly of gluey work.

In a further embodiment, the cleaning assembly comprises at least one set of cleaning rollers disposed on the bonding line, and a cleaning rod disposed on the cleaning rollers; the cleaning roller is also provided with a clamping device and an electromagnetic lock, so that the position of the cleaning rod on the cleaning roller is adjusted, and the cleaning rod on the cleaning roller and the pressing wheel on the pressing roller are positioned on the same straight line in the length direction of the bonding line or the conveying device; after the heated board of current back butt is accomplished and is spouted gluey work, the cleaning roller begins to rotate, clean pole be located the recess on the heated board, and with the recess butt, under the motion of heated board, clean pole can with heated board displacement predetermined distance, can be according to the recess of closing device's suppression on the heated board, and then adjust the position of clean pole on the cleaning roller, and then make it can accomplish the cleaning work to the recess.

In a further embodiment, the cleaning assembly further comprises a coating device arranged on the bonding line, and at least one group of supporting devices symmetrically arranged on the bonding line; the supporting devices are positioned on two sides of the coating device, and the cleaning assembly and the coating device are positioned on the same side of one of the supporting devices; after the completion is to the cleaning work of the recess on the heated board, the coating device can be at the perpendicular to reciprocating motion is to bonding line direction of transportation, until coating device and heated board butt, and then the coating device can move at least one heated board length direction's distance on the heated board, can avoid the junction to produce more bubble, and then influences aluminum plate's bonding effect, and then guarantees the smooth operation of bonding work.

A bonding method based on the floor heating insulation board bonding line comprises the following steps:

s1: firstly, the position of a groove on the insulation board and the depth of the groove need to be measured, and then the data is input into a control box, and the pressing mechanism is adjusted through calculation of the control box;

s2: when the pressing mechanism is adjusted to work, the position of the pressing wheel on the pressing roller can be adjusted, so that when the pressing wheel presses the filter plate, the deformation position on the aluminum plate can be matched with the position and the depth of the groove on the heat insulation plate, and meanwhile, the position of the cleaning rod on the cleaning roller needs to be adjusted, so that the cleaning work of the groove on the heat insulation plate can be completed;

s3: when the pressing wheel is located at the set position on the pressing roller or the cleaning rod is located at the set position on the cleaning roller, the clamping motor starts to work, the moving clamping motor can enable the moving plate to reciprocate on the guide rod, the moving plate can drive the lock catch to reciprocate, the moving lock catch can be buckled into the electromagnetic lock, and the limiting work of the cleaning rod and the pressing wheel at the positions of the cleaning roller and the pressing roller is completed;

S4: after the position limiting work of the cleaning rod and the pressing wheel is completed, the driving motor starts to work at the moment, the moving driving motor can enable the driving chain to start to move, the moving driving chain can drive one of the connecting pieces to start to work, the moving connecting pieces can drive the insulation board to start to move, and the insulation board can be conveyed to the conveying device;

s5: then the hoisting device starts to work, the moving hoisting device can lift the aluminum ring to an expected height, one end of the aluminum plate penetrates through the space between the rotating roller and the pressing roller, the aluminum plate can be driven to start moving along with the rotation of the rotating roller, and meanwhile, the pressing roller reciprocates in the direction perpendicular to the transportation direction of the transportation device until the pressing wheel is abutted against the aluminum plate, so that the aluminum plate is deformed, and the pressing work of the aluminum plate is finished;

s6: after pressing work on the aluminum plate is finished, the heat preservation plate is conveyed to a bonding line from a conveying device at the moment and then penetrates through a position between a limiting roller and the bonding line, the limiting roller reciprocates in a direction perpendicular to the motion direction of the bonding line, the limiting roller is abutted to the heat preservation plate, and then a glue spraying device finishes glue spraying work on the surface of the heat preservation plate;

S7: after the glue spraying work on the surface of the heat insulation plate is finished, the cleaning rod can be abutted against the groove on the heat insulation plate, the heat insulation plate is driven to start moving through the bonding line, the heat insulation plate and the cleaning rod can generate relative displacement, the cleaning work on the groove on the heat insulation plate can be finished, then the coating device starts working, and the moving coating device can finish the coating work on the glue on the surface of the heat insulation plate;

s8: after the completion was to the coating work of insulation board surface glue, aluminum plate was under the influence of self gravity this moment, and then aluminum plate can with the insulation board butt, and then can be in the same place the tight bonding of filter plate and insulation board under the effect of glue, and then accomplish the bonding work of insulation board and filter plate.

Has the advantages that: the invention discloses a bonding line of a floor heating insulation board, which aims to complete the pressing work of an aluminum plate on the floor heating insulation board, and a pressing mechanism is further arranged, and after the pressing roller is abutted with the aluminum plate through at least one group of pressing rollers, since a predetermined height difference exists between the adjacent pressing rollers in a direction perpendicular to the moving direction of the transporting device, thereby the aluminum plate can be slowly deformed, the phenomenon that the aluminum plate bears overlarge pressure due to the sudden deformation of the aluminum plate is avoided, further causing damage or fracture of the aluminum plate, and a clamping device is also arranged, when the pressing roller or the cleaning rod is positioned at the existing position, by buckling the lock catch into the electromagnetic lock, further avoiding the pressing wheel pressing the aluminum plate or cleaning the groove on the heat insulation plate by the cleaning rod, the pressing wheel and the cleaning rod cannot deviate, and the accuracy of the pressing process and the cleaning process is further ensured.

Drawings

FIG. 1 is a schematic of the present invention.

Fig. 2 is a right side view of the feed mechanism of the present invention.

Fig. 3 is a schematic view of the pressing mechanism of the present invention.

Fig. 4 is a cross-sectional view of the clamping device of the present invention.

Fig. 5 is a perspective view of the bonding mechanism of the present invention.

The reference signs are: the device comprises a feeding mechanism 1, a feeding frame 11, a feeding motor 12, a driving roller 13, a pulling claw 14, a material box 15, a connecting piece 16, a feeding box 17, a conveying device 2, a lifting device 3, a pressing mechanism 4, a connecting frame 41, a transmission rail 42, a driving motor 43, a rotating roller 44, a driving gear 45, a pressing roller 46, a pressing wheel 47, a clamping device 48, a connecting seat 481, a clamping motor 482, a rotating disc 483, a rotor 484, a pull rod 485, a moving plate 486, a guide rod 487, a lock catch 488, a glue spraying assembly 5, a glue spraying device 51, a bonding wire 52, a limiting roller 53, a cleaning assembly 6, a coating device 61, a supporting device 62, a cleaning roller 63 and a cleaning rod 631.

Detailed Description

Through research and analysis of the applicant, the reason for the problem (after a pressure is applied to the aluminum plate, the aluminum plate is suddenly deformed at the moment to cause overlarge pressure born by the aluminum plate and further cause damage or fracture of the aluminum plate) is that the existing manufacturing device of the floor heating insulation board has some problems in the working process, the existing pressing machine for pressing the filter plate can apply a larger pressure to the pressing device, the aluminum plate is thinner, after a larger pressure is applied, the pressing device can cause damage to the aluminum plate and further cause that the manufactured insulation board can not reach the established standard, some enterprises can adopt the tile press to press the aluminum plate, but the existing tile press can cause overlarge width of a groove formed on the aluminum plate and further influence the use effect of a finished product, in order to complete the pressing work of the aluminum plate on the floor heating insulation board, and then be equipped with pressing mechanism, through the at least a set of embossing roll that sets up, and then after embossing roll and aluminum plate butt, this moment because be at the perpendicular to in the conveyer direction of motion, there is predetermined difference in height between the adjacent embossing roll, and then can make aluminum plate slowly warp, avoid aluminum plate to take place deformation suddenly and lead to the pressure that aluminum plate bore too big, and then lead to aluminum plate to damage or split, still be equipped with clamping device simultaneously, after embossing roll or cleaning rod are located existing location, through withholding the hasp in the electromagnetic lock, and then can avoid pressing the wheel and pressing aluminum plate or cleaning rod to carry out the cleaning process in the recess to the heated board, pressing wheel and cleaning rod can not take place the skew, and then guarantee the accuracy nature of pressing process and cleaning process.

A floor heating insulation board bonding line, comprising: the device comprises a feeding mechanism 1, a feeding frame 11, a feeding motor 12, a driving roller 13, a pulling claw 14, a material box 15, a connecting piece 16, a feeding box 17, a conveying device 2, a lifting device 3, a pressing mechanism 4, a connecting frame 41, a transmission rail 42, a driving motor 43, a rotating roller 44, a driving gear 45, a pressing roller 46, a pressing wheel 47, a clamping device 48, a connecting seat 481, a clamping motor 482, a rotating disc 483, a rotor 484, a pull rod 485, a moving plate 486, a guide rod 487, a lock catch 488, a glue spraying assembly 5, a glue spraying device 51, a bonding wire 52, a limiting roller 53, a cleaning assembly 6, a coating device 61, a supporting device 62, a cleaning roller 63 and a cleaning rod 631.

The device comprises a conveying device 2, a feeding mechanism 1 and a bonding mechanism which are positioned at two sides of the conveying device 2, and a pressing mechanism 4 arranged on the conveying device 2; the pressing wheels 47 can move on the pressing rollers 46, the interval between every two adjacent pressing wheels 47 can be adjusted, the pressing wheels 47 can reciprocate perpendicular to the conveying direction of the transmission rail 42 under the driving of the pressing rollers 46, and a preset height difference exists between the adjacent pressing rollers 46; the pressing mechanism 4 comprises a transmission rail 42 arranged on the transportation device 2, at least one set of pressing rollers 46 arranged on the transmission rail 42, and at least two sets of pressing wheels 47 arranged on the pressing rollers 46; when needs bond the during operation to warm up the heated board, can lift by crane 3 to appointed height with the aluminium circle this moment, then have feed mechanism 1 to accomplish the material loading work to warm up the heated board, then after pressing into the filter plate of appointed shape with aluminum plate via pressing mechanism 4, at last in having the bonding mechanism spout gluey subassembly 5, clearance subassembly 6 and coating device 61 etc. heated board and aluminum plate between the bonding operation, and then guarantee going on smoothly of warm up the heated board bonding operation.

The pressing mechanism 4 comprises a connecting frame 41 fixedly connected with the transporting device 2, a plurality of rotating rollers 44 arranged on the connecting frame 41, at least one group of driving gears 45 sleeved on the rotating rollers 44, a transmission belt used for connecting the driving gears 45, and a driving motor 43 arranged on one of the rotating rollers 44; after the aluminum plate passes through the gap between the rotating roller 44 and the pressing roller 46, the pressing roller 46 can reciprocate perpendicular to the conveying direction of the transmission rail 42 until the pressing wheel 47 on the pressing roller 46 can abut against the surface of the aluminum plate. Through the live-rollers 44 that set up, and then can play the transportation work to aluminum plate, and then can transport aluminum plate to established position, guarantee the smooth operation of aluminum plate suppression work.

The pressing mechanism 4 includes a clamping device 48 provided on the pressing roller 46; the clamping device 48 comprises at least two connecting seats 481 uniformly arranged on the pressing wheel 47, a clamping motor 482 fixedly arranged on the connecting seats 481, a rotating disc 483 arranged at the output end of the clamping motor 482, a rotor 484 arranged on the rotating disc 483, a pull rod 485 arranged at the other end of the rotor 484, a moving plate 486 arranged on the pull rod 485, at least one group of latches 488 arranged on the moving plate 486, and guide rods 487 symmetrically arranged on the connecting seats 481, wherein the guide rods 487 penetrate through the moving plate 486, the moving plate 486 reciprocates on the guide rods 487, and a through groove for the latches 488 to penetrate through is further formed in the pressing wheel 47; according to the shape of the aluminum plate to be processed, the pressing wheel 47 reciprocates on the pressing roller 46, and the pressing position of the pressing wheel 47 on the surface of the workpiece is adjusted; when the pressing wheel 47 is at the predetermined position, the movement of the clamping motor 482 extends the lock 488, and the electromagnetic lock installed on the pressing roller 46 allows the lock 488 to be locked by the electromagnetic lock 488, so that the pressing wheel 47 is at the predetermined position, and when the electromagnetic lock is energized, the lock 488 is ejected; when the position of the pressing wheel 47 needs to be adjusted, the clamping motor 482 starts to work at this time, and then the moving clamping motor 482 can drive the rotating disc 483 to start moving, and then the moving rotating disc 483 can drive the rotor 484 to start moving, and then the moving rotor 484 can drive the pull rod 485 to start moving, and then the moving pull rod 485 can drive the moving plate 486 to start moving, so that the moving plate 486 can drive the lock catch 488 to start to reciprocate up and down on the guide rod 487, and then the lock catch 488 can be caught by the electromagnetic lock catch 488, and further the position of the pressing wheel 47 on the pressing roller 46 can be limited, and further the limiting work is completed; in a further embodiment, because the pressing wheel 47 on the pressing roller 46 is in the process of pressing the aluminum plate, and the existing pressing device for the floor heating insulation board can apply a pressure to the floor heating insulation board in a short time, and further damage to the aluminum plate can be caused, the device passes through the plurality of pressing rollers 46, and meanwhile, a predetermined height difference exists between the adjacent pressing rollers 46, and further through the predetermined height difference, the deformation rate of the aluminum plate can be delayed, and further the aluminum plate is prevented from being suddenly stressed, and therefore damage or breakage to the aluminum plate can be caused, meanwhile, the clamping device 48 is further arranged, when the pressing roller 46 or the cleaning rod 631 is located at the existing position, the lock catch 488 is buckled into the electromagnetic lock, and further the pressing wheel 47 can be prevented from pressing the aluminum plate or the cleaning rod 631 is in the process of cleaning the groove on the insulation board, the pressing wheel 47 and the cleaning rod 631 cannot deviate, thereby ensuring the accuracy of the pressing process and the cleaning process. In a further embodiment, the rotor 484 is hollow inside, and the rotor 484 is provided with a limit screw inside, which passes through a through slot located on the rotating disk 483, and a nut arranged at the other end of the limit screw, and the limit screw and the nut are arranged, and when the device is used for a long time, the rotor 484 or the rotating disk 483 can generate oxidation-reduction reaction, and thus rust may be generated in the rotor 484 or the rotating disk 483, and further rust may be generated between the rotor 484 and the rotating disk 483, further, in the disassembly process, due to the rust among the parts, the parts are difficult to disassemble, and through the arranged limit screw and the nut, the nut is separated from the limit screw by rotating the nut, so that the device is convenient to disassemble, and parts in the device are convenient to replace and maintain; in a further embodiment, the rotating roller 44 is further provided with pressure wheels having the same number as the pressing wheels 47, the pressing wheels 47 are circumferentially provided with annular protruding ends, the pressure wheels are circumferentially provided with annular grooves adapted to the protruding ends, at least in an operating state, the aluminum plate is located between the pressing wheels 47 and the pressure wheels, and the pressing work on the aluminum plate is completed through the cooperation of the protruding ends in the circumferential direction of the pressing wheels 47 and the annular grooves.

The feeding mechanism 1 comprises a feeding frame 11 connected with the conveying device 2, a group of driving rollers 13 symmetrically installed on the feeding frame 11, a group of pulling claws 14 symmetrically installed on the driving rollers 13, a driving chain for connecting the pulling claws 14, a connecting piece 16 for connecting the driving chain, a material box 15 fixedly installed on the feeding frame 11, a feeding box 17 arranged on the material box 15, a lifting device 3 connected with the conveying device 2, and a feeding motor 12 connected with one of the driving rollers 13; after the insulation boards are located in the material box 15, the insulation boards in the material box 15 can be sequentially pulled out under the driving of the pulling claws 14, the transportation work of the insulation boards is completed under the driving of the connecting pieces 16, then the feeding motor 12 starts to work, further the moving feeding motor 12 can drive the driving roller 13 to start to move, further the rotating driving roller 13 can drive the pulling claws 14 to start to move, further the rotating pulling claws 14 can drive the driving chain to start to work, further the moving driving chain can drive the insulation boards on the connecting pieces 16 to start to move, and further the smooth operation of the insulation board feeding work is ensured; in a further embodiment, the material box 15 is further provided with a feeding device, the feeding box 17 is in a shape like a Chinese character kou, an upper base plate and a lower base plate of the Chinese character kou-shaped feeding box 17 are telescopic support plates, and the lower base plate is further provided with a lifting device, the lifting device can lift a screw rod or lift a slider or lift a cam, so that when the heat-insulating plate needs to be transported to the connecting piece 16, the lifting device starts to work, the moving lifting device can drive the lower base plate to start to work, the moving lower base plate starts to work, the height of the lower base plate starts to rise, the upper surface of the lower base plate can abut against the lower surface of the upper base plate, the upper base plate starts to move, the moving upper base plate can retract into the material box 15 body, the heat-insulating plate can abut against the upper surface of the lower base plate, and the lower base plate starts to work, and then the lower plate of motion begins to descend, and then the lower plate of motion can drive the heated board and begin to work, and then when the bottom plate moves a heated board thickness distance down, the upper plate begins to work this moment, and then the upper plate of motion begins to stretch out, and then there is a heated board between messenger's upper plate and the bottom plate, and then the heated board is up to the take the altitude along with the motion of bottom plate after, the bottom plate begins to stretch out and draw back this moment, and then the heated board that is located on the bottom plate can fall into to connecting piece 16, and then under the drive of material loading motor 12, and then can make connecting piece 16 begin to move, and then can accomplish the transportation work to the heated board.

The bonding mechanism comprises a glue spraying assembly 5 and a cleaning assembly 6, wherein the glue spraying assembly 5 comprises a bonding line 52 connected with the conveying device 2, at least one group of lateral guide wheels symmetrically arranged on two sides of the bonding line 52, at least two groups of glue spraying devices 51 symmetrically arranged on two sides of the bonding line 52, and at least one group of limiting rollers 53 arranged on the bonding line 52; after the heat preservation plates which are abutted front and back are transported to the bonding line 52, the workpiece can pass through the space between the limiting roller 53 and the bonding line 52, and the glue spraying device 51 can finish the glue spraying work on the set surface of the workpiece; in a further embodiment, spacing roller 53 is installed through connecting device bond line 52 both sides, and connecting device is liftable device, and then through the liftable device that sets up, thereby can adjust the height between spacing roller 53 and the bond line 52, and then can be according to the thickness of insulation board, and then adjust the vertical height between spacing roller 53 and the bond line 52, and then can play the spacing work of insulation board on the height of perpendicular and bond line 52, and then avoid the insulation board to spout gluey in-process and take place the bounce phenomenon, and then avoided spouting gluey failure, simultaneously through a set of side direction leading wheel that sets up, and then can play spacing work to the insulation board, and then avoid the insulation board to produce on bond line 52 and control the skew, and then guarantee to spout gluey smooth going on of working.

The cleaning assembly 6 comprises at least one set of cleaning rollers 63 arranged on the bonding line 52, and a cleaning rod 631 arranged on the cleaning rollers 63; the cleaning roller 63 is also provided with a clamping device 48 and an electromagnetic lock, so that the position of the cleaning rod 631 on the cleaning roller 63 is adjusted, and the cleaning rod 631 on the cleaning roller 63 and the pressing wheel 47 on the pressing roller 46 are positioned on the same straight line in the length direction of the bonding line 52 or the conveying device 2; after the heated board of current back butt is accomplished and is spouted gluey work, cleaning roller 63 begins to rotate, cleaning rod 631 be located the recess on the heated board, and with the recess butt, under the motion of heated board, cleaning rod 631 can with the predetermined distance of heated board displacement, through clamping device 48 and the electromagnetic lock that sets up, and then can adjust the position of cleaning rod 631 on cleaning roller 63, and then can be according to the recess of closing device's suppression on the heated board, and then adjust the position of cleaning rod 631 on cleaning roller, and then make it can accomplish the cleaning to the recess.

The cleaning assembly 6 further comprises a coating device 61 arranged on the bonding line 52, and at least one group of supporting devices 62 symmetrically arranged on the bonding line 52; the supporting devices 62 are positioned at two sides of the coating device 61, and the cleaning assembly 6 and the coating device 61 are positioned at the same side of one supporting device 62; after the cleaning work of the groove on the heat insulation board is finished, the coating device 61 can do reciprocating motion in the direction perpendicular to the conveying direction of the bonding line 52 until the coating device 61 is abutted against the heat insulation board, and then the coating device 61 can move on the heat insulation board by at least one distance in the length direction of the heat insulation board, and through the arranged supporting devices 62, the supporting devices 62 are sliding lifting devices such as linear guide rail mechanisms or linear shaft assemblies or linear sliding rails, and further through the height difference between the group of the supporting devices 62, the aluminum plate can be prevented from generating large deformation under the influence of self gravity, and further when the aluminum plate is bonded with the heat insulation board, more bubbles can be prevented from being generated at the bonding position, so that the bonding effect of the aluminum plate is influenced, and the smooth operation of the bonding work is ensured, and the supporting device 62 is further provided with a supporting roller, so that the supporting roller can perform the supporting work on the aluminum plate, and then can avoid aluminum plate's deformation, and then guarantee going on smoothly of bonding work.

Description of the working principle: firstly, the position of a groove on the insulation board and the depth of the groove need to be measured, and then the data is input into a control box, and the pressing mechanism 4 is adjusted through calculation of the control box; when the pressing mechanism 4 is adjusted to work, the position of the pressing wheel 47 on the pressing roller 46 can be adjusted, so that when the pressing wheel 47 presses the filter plate, the deformation position on the aluminum plate can be matched with the position and the depth of the groove on the insulation plate, and meanwhile, the position of the cleaning rod 631 on the cleaning roller 63 also needs to be adjusted, so that the cleaning work of the groove on the insulation plate can be completed; when the pressing wheel 47 is located at the predetermined position on the pressing roller 46 or the cleaning rod 631 is located at the predetermined position on the cleaning roller 63, the clamping motor 482 starts to operate, the moving clamping motor 482 can make the moving plate 486 reciprocate on the guide rod 487, the moving plate 486 can drive the lock 488 to reciprocate, the moving lock 488 can be buckled into the electromagnetic lock, and the limiting operation of the cleaning rod 631 and the pressing wheel 47 at the positions of the cleaning roller 63 and the pressing roller 46 is completed; after the position limiting work of the cleaning rod 631 and the pressing wheel 47 is completed, the driving motor 43 starts to work at the moment, the moving driving motor 43 can enable the driving chain to start to move, the moving driving chain can drive one of the connecting pieces 16 to start to work, the moving connecting piece 16 can drive the insulation board to start to move, and the insulation board can be conveyed to the conveying device 2; then the hoisting device 3 starts to work, the moving hoisting device 3 can lift the aluminum ring to a desired height, one end of the aluminum plate penetrates through the space between the rotating roller 44 and the pressing roller 46, the aluminum plate can be driven to start to move along with the rotation of the rotating roller 44, and meanwhile, the pressing roller 46 reciprocates in the direction perpendicular to the conveying direction of the conveying device 2 until the pressing wheel 47 is abutted against the aluminum plate, so that the aluminum plate is deformed, and the pressing work on the aluminum plate is completed; after the pressing work of the aluminum plate is finished, the heat preservation plate is conveyed to the bonding line 52 from the conveying device 2 at the moment and then passes through the position between the limiting roller 53 and the bonding line 52, then the limiting roller 53 reciprocates in the direction perpendicular to the movement direction of the bonding line 52, then the limiting roller 53 is abutted to the heat preservation plate, and then the glue spraying device 51 finishes the glue spraying work of the surface of the heat preservation plate; after the glue spraying work on the surface of the heat insulation plate is finished, the cleaning rod 631 can be abutted to the groove in the heat insulation plate, the heat insulation plate is driven to move through the bonding line 52, the heat insulation plate can be relatively displaced with the cleaning rod 631, the cleaning work on the groove in the heat insulation plate can be finished, then the coating device 61 starts to work, and the moving coating device 61 can finish the coating work on the glue on the surface of the heat insulation plate; after the completion was to the coating work of insulation board surface glue, aluminum plate was under the influence of self gravity this moment, and then aluminum plate can with the insulation board butt, and then can be in the same place the tight bonding of filter plate and insulation board under the effect of glue, and then accomplish the bonding work of insulation board and filter plate.

The preferred embodiments of the present invention have been described in detail with reference to the accompanying drawings, however, the present invention is not limited to the specific details of the embodiments, and various equivalent changes can be made to the technical solution of the present invention within the technical idea of the present invention, and these equivalent changes are within the protection scope of the present invention.

Claims

1. The utility model provides a warm up heated board bonding line, characterized by includes:

the conveying device comprises a feeding mechanism and a pressing mechanism which are arranged on the conveying device, and an adhering mechanism which is arranged on the conveying device, wherein the feeding mechanism and the adhering mechanism are positioned on different sides of the pressing mechanism;

the pressing mechanism comprises a transmission rail arranged on the conveying device, at least one group of pressing rollers arranged on the transmission rail, and at least two groups of pressing wheels arranged on the pressing rollers;

the pressing wheels can move on the pressing rollers, the interval between every two adjacent pressing wheels can be adjusted, the pressing wheels can reciprocate perpendicular to the conveying direction of the transmission rail under the driving of the pressing rollers, and a preset height difference exists between the adjacent pressing rollers;

the pressing mechanism comprises a connecting frame fixedly connected with the conveying device, a plurality of rotating rollers arranged on the connecting frame, at least one group of driving gears sleeved on the rotating rollers, a transmission belt used for connecting the driving gears, and a driving motor arranged on one of the rotating rollers;

After the aluminum plate passes through the gap between the rotating roller and the pressing roller, the pressing roller can do reciprocating motion perpendicular to the conveying direction of the transmission track until a pressing wheel on the pressing roller can abut against the surface of the aluminum plate;

the pressing mechanism comprises a clamping device arranged on the pressing roller; the clamping device comprises at least two connecting seats uniformly arranged on the pressing wheel, a clamping motor fixedly arranged on the connecting seats, a rotating disc arranged at the output end of the clamping motor, a rotor arranged on the rotating disc, a pull rod arranged at the other end of the rotor, a moving plate arranged on the pull rod, at least one group of latches arranged on the moving plate, and guide rods symmetrically arranged on the connecting seats, wherein the guide rods penetrate through the moving plate, reciprocate on the guide rods, and are also provided with through grooves for the latches to pass through;

according to the shape of the aluminum plate to be processed, the pressing wheel reciprocates on the pressing roller, and the pressing position of the pressing wheel on the surface of the workpiece is adjusted;

when the pressing wheel is positioned at the preset position, the lock catch can extend out through the movement of the clamping motor, and the lock catch can be locked by the electromagnetic lock through the electromagnetic lock arranged on the pressing roller, so that the pressing wheel can be positioned at the preset position, and when the electromagnetic lock is electrified, the lock catch is ejected; the adhesive spraying assembly comprises an adhesive line connected with the conveying device, at least one group of lateral guide wheels symmetrically arranged on two sides of the adhesive line, at least two groups of adhesive spraying devices symmetrically arranged on two sides of the adhesive line, and at least one group of limiting rollers arranged on the adhesive line;

After the heat insulation plates which are abutted front and back are conveyed to the bonding line, the workpiece can penetrate through the space between the limiting roller and the bonding line, and then the glue spraying device can finish glue spraying work on the set surface of the workpiece;

the limiting rollers are arranged on two sides of the bonding line through connecting equipment, the connecting equipment is lifting equipment, and the height between the limiting rollers and the bonding line can be adjusted through the arranged lifting equipment;

the cleaning assembly comprises at least one group of cleaning rollers arranged on the bonding line and a cleaning rod arranged on the cleaning rollers;

the cleaning roller is also provided with a clamping device and an electromagnetic lock, so that the position of the cleaning rod on the cleaning roller is adjusted, and the cleaning rod on the cleaning roller and the pressing wheel on the pressing roller are positioned on the same straight line in the length direction of the bonding line or the conveying device;

after the heated board of current back butt is accomplished and is spouted gluey work, the cleaning roller begins to rotate, clean pole be located the recess on the heated board, and with the recess butt, under the motion of heated board, clean pole can with the predetermined distance of heated board displacement.

2. The floor heating insulation board bonding line according to claim 1, wherein: the feeding mechanism comprises a feeding frame connected with the conveying device, a group of driving rollers symmetrically arranged on the feeding frame, a group of pulling claws symmetrically arranged on the driving rollers, a driving chain connected with the pulling claws, a connecting piece connected with the driving chain, a material box fixedly arranged on the feeding frame, a feeding box arranged on the material box, a lifting device connected with the conveying device and a feeding motor connected with one of the driving rollers;

After the insulation board is located the workbin, the insulation board in the workbin can be extracted in proper order under the drive of pulling claw this moment to accomplish the transportation work to the insulation board under the drive of connecting piece.

3. The floor heating insulation board bonding line according to claim 1, wherein: the cleaning assembly further comprises a coating device arranged on the bonding line and at least one group of supporting devices symmetrically arranged on the bonding line;

the supporting devices are positioned on two sides of the coating device, and the cleaning assembly and the coating device are positioned on the same side of one of the supporting devices;

after the cleaning work of the groove on the heat insulation board is finished, the coating device can be perpendicular to the transportation direction of the bonding line and can do reciprocating motion until the coating device is abutted against the heat insulation board, and then the coating device can move on the heat insulation board by the distance of at least one heat insulation board in the length direction.

4. A bonding method of a floor heating insulation board bonding line based on claim 3 is characterized by comprising the following steps:

s6: after pressing work of the aluminum plate is finished, the heat preservation plate is conveyed to the bonding line from the conveying device at the moment and then passes through the position between the limiting roller and the bonding line, then the limiting roller reciprocates in the direction perpendicular to the motion direction of the bonding line, the limiting roller is abutted against the heat preservation plate, and then the glue spraying device finishes glue spraying work on the surface of the heat preservation plate;