CN208360580U

CN208360580U - A kind of air-conditining laminating machine

Info

Publication number: CN208360580U
Application number: CN201820775543.4U
Authority: CN
Inventors: 肖宇明皓; 周乾宇; 刘剑锋
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-05-23
Filing date: 2018-05-23
Publication date: 2019-01-11
Anticipated expiration: 2028-05-23

Abstract

The utility model discloses a kind of air-conditining laminating machines, including film sticking apparatus, cutter device, conveying device, film feeder and useless Membrane recovery unit MRU, the conveying device is oppositely arranged on the two sides above the conveying device to convey air-conditining, the film feeder and useless Membrane recovery unit MRU；There are two pad pasting units for the film sticking apparatus tool, two pad pasting units are respectively provided at the two sides of the conveying device, the cutter device includes two cutter units, the film feeder is to film sticking apparatus conveying band film, two pad pasting units of the film sticking apparatus are respectively covering band-like film on the surface of the air-conditining, two cutter units of the cutter device are wiped out to scratch the film sticked on the air-conditining from band-like film, leftover pieces of the useless Membrane recovery unit MRU to recycle band-like film.Its structure is simple, and is able to achieve the pad pasting of the automation of air-conditining, serialization, and artificial demand is few, and labor intensity is low.

Description

A kind of air-conditining laminating machine

Technical field

The utility model belongs to equipment for coating film field more particularly to a kind of air-conditining laminating machine.

Background technique

Existing laminating machine the degree of automation is low, and pad pasting quality is difficult to control, and labor intensity is big, and secondly it is more The requirement that proficiency of workers have this high, air-conditining applying film is mainly applied on its surface (except wall side) at present Film.

Utility model content

In order to solve the above-mentioned technical problem, the purpose of this utility model is to provide a kind of high degree of automation, and structure Simple air-conditining laminating machine.

In order to solve the above-mentioned technical problem, the technical solution of the utility model is as follows: a kind of air-conditining laminating machine, including Film sticking apparatus, cutter device, conveying device, film feeder and useless Membrane recovery unit MRU, the conveying device are hung to convey air-conditioning Machine, the film feeder and useless Membrane recovery unit MRU are oppositely arranged on the two sides above the conveying device；The film sticking apparatus tool There are two pad pasting unit, two pad pasting units are respectively provided at the two sides of the conveying device, and the cutter device includes two A cutter unit, two cutter units are separately positioned on the two sides of the conveying device, and the film feeder is to patch Film device conveying band film, two pad pasting units of the film sticking apparatus are respectively covering band-like film in the air-conditioning The surface of on-hook, two cutter units of the cutter device will be will stick on the film on the air-conditining from strip-shaped thin It scratches and wipes out in film, leftover pieces of the useless Membrane recovery unit MRU to recycle band-like film.

The beneficial effect of above-mentioned technical proposal is that structure is simple, and is able to achieve the automation of air-conditining, serialization Pad pasting, artificial demand is few, and labor intensity is low.

Conveying device two sides described in above-mentioned technical proposal has keel, and two cutter units are opposite respectively to be placed in institute On the keel for stating conveying device two sides, each cutter unit respectively includes bottom plate, first driving device and cutting head, described Bottom plate is horizontally disposed stripe board, and one end of the bottom plate is connect with the upper end of the keel of the conveying device respective side, The corresponding one end of the bottom plate far from the conveying device is arranged in the outside horizontal extension of the other end, the first driving device Upper end, and it drives end towards the conveying device, and the cutting head is U-shaped and is horizontally placed on the corresponding bottom plate, and Towards conveying device, the driving end of the first driving device is driven with the closed end of the corresponding cutting head to be connected for its open end It connects, two the first driving device two cutting heads of synchronous driving are close to each other and its opening two sidewalls mutually abuts And air-conditining is enclosed in it and scratches the film sticked on the air-conditining from band-like film and is wiped out, or synchronous drive Dynamic two cutting heads are located remotely from each other to unclamp the air-conditining after pad pasting.

The beneficial effect of above-mentioned technical proposal is that structure is simple, and cutting facilitates simplicity, and two cutting heads are close to each other It encloses to scratch and wipe out by the film sticked on air-conditining from band-like film, so that band-like film is not broken.

Cutting head described in above-mentioned technical proposal includes a horizontally disposed U-shaped coaming plate and heater strip, the U-shaped coaming plate It is horizontally placed on the bottom plate, and its open end is towards conveying device, the driving end of the first driving device and the corresponding U The closed end of shape coaming plate is sequentially connected, and the heater strip is horizontally disposed with along the inside lower edge of the U-shaped coaming plate and is in U-shape, and its Both ends are folded upward at the notch of U-shaped coaming plate respectively and extend the upper end of the U-shaped coaming plate；Two the first driving dresses The synchronous two sidewalls for driving two U-shaped coaming plates to relatively move to the two opening are set mutually to abut and enclose air-conditining In it, and the film sticked on the air-conditining is scratched from band-like film by heater strip and is wiped out, or synchronous driving two The U-shaped coaming plate is located remotely from each other, and the air-conditining after pad pasting is unclamped.

The beneficial effect of above-mentioned technical proposal is, heater strip is used to cut, and cutting method is simple, and notch is neat.

Two pad pasting units respectively include bracket, drive assembly and compression bar, two brackets point in above-mentioned technical proposal Two sides that are not vertical and being symmetricly set on the conveying device, and each cutter unit is located at the branch of respective side Between frame and conveying device, each bracket respectively includes two root posts, and two root posts are vertical and interval is arranged, and two institutes Plane where stating column is parallel with the keel of the conveying device, and is distributed in the two sides of the corresponding cutter unit, described Compression bar is U-shaped bar, and closed end is located in the conveying device and is located at the side close to corresponding cutter unit of air-conditining, And it is parallel with the keel of the conveying device, both ends tilt upward respectively to be extended between two columns of corresponding side stand, And outward bending is rotatablely connected to corresponding heel post respectively, drive assembly setting on corresponding bracket, and with it is described Compression bar is sequentially connected to drive the compression bar to swing up and down, and the band-like film that the film feeder is sent out is each passed through described in two Useless Membrane recovery unit MRU is entered above lower section and the process air-conditining in the middle part of compression bar, two drive assembly are synchronous Two compression bars are driven to cover on the air-conditining to lower swing and by band-like film between the two, or synchronous driving two Compression bar is swung up to be detached from band-like film.

The beneficial effect of above-mentioned technical proposal is that structure is simple, is directly swung up and down by two compression bars with by film Stick on air-conditining or be detached from band-like film.

Drive assembly described in above-mentioned technical proposal includes the second driving device and driving member, and the driving member includes one turn Axis, the shaft is horizontally disposed, and its both ends is rotatablely connected with two columns of bracket described in respective side respectively, and itself and the branch The junction of frame is located at the lower section of the corresponding compression bar and bracket junction, be separately installed in the shaft there are two specification one The cam of cause, and two cams are located at the lower section of corresponding compression bar two sides and are parallel to each other, each second driving device Connected respectively with corresponding rotating shaft transmission, when the synchronous drive shafts rotation of two second driving devices, the cam it is convex The portion of rising is rotated synchronously to contact with corresponding compression bar to be jacked up so that it tilts disengaging band-like film, or synchronous rotation is convex to its The portion of rising deviates from the compression bar so that compression bar rotates down under the effect of gravity and pushes band-like film, and makes therebetween Band-like film cover on air-conditining.

The beneficial effect of above-mentioned technical proposal is that structure is simple, low to the required precision of the second driving device.

Film feeder described in above-mentioned technical proposal and useless Membrane recovery unit MRU are separately positioned on two brackets, In, the film feeder and useless Membrane recovery unit MRU respectively include air-expanding shaft, third driving device and a set of safety chuck, every set institute Two clamping parts for stating safety chuck are oppositely arranged respectively and are rotatably installed in the upper end of corresponding two columns of bracket, described The both ends of air-expanding shaft are detachably connected with two clamping parts of the corresponding safety chuck respectively, each third driving device It is separately mounted to the corresponding bracket and is sequentially connected with any one clamping part in corresponding safety chuck, wherein two The third driving device respectively drives corresponding air-expanding shaft rotating Vortex.

The beneficial effect of above-mentioned technical proposal is that structure is simple, and is convenient for the installation of coiled band-like film raw material, and The useless film of Chen Jun is dismantled.

Conveying device described in above-mentioned technical proposal is roller conveyor.

The beneficial effect of above-mentioned technical proposal is that structure is simple.

First driving device described in above-mentioned technical proposal is servo cylinder.

The beneficial effect of above-mentioned technical proposal is, convenient for control.

Second driving device described in above-mentioned technical proposal and third driving device are servo motor.

It further include close to switch and control device in above-mentioned technical proposal, the close switch is arranged in the conveying device Lower section and be located at close to outlet two conveying rollers between, it is described close to switch to incude in conveying device convey air-conditioning hang The close information of machine, it is described close to switch, first driving device, the second driving device, third driving device and conveying device point It is not electrically connected with the control device.

The beneficial effect of above-mentioned technical proposal is: being positioned proximate to switch and control device, whole device oneself can be improved Dynamicization degree.

Detailed description of the invention

Fig. 1 is the distribution map of air-conditining laminating machine described in the utility model embodiment；

Fig. 2 is the side view of air-conditining laminating machine described in the utility model embodiment；

Fig. 3 is the Local map of the pad pasting unit of air-conditining laminating machine described in the utility model embodiment；

Fig. 4 is conveying device, film sticking apparatus and the cutter device of air-conditining laminating machine described in the utility model embodiment Top view；

Fig. 5 is the electrical connection graph of the control device of air-conditining laminating machine described in the utility model embodiment；

Fig. 6 is the conveying device of air-conditining laminating machine and the connection of air bubble eliminating device described in the utility model embodiment Figure.

In figure: 11 pad pasting units, 111 brackets, 1111 columns, 112 drive assembly, 1,121 second driving devices, 1122 pass Moving part, 11221 shafts, 11222 cams, 113 compression bars, 21 cutter units, 211 bottom plates, 212 first driving devices, 213 cuttings Head, 2131U shape coaming plate, 2132 heater strips, 3 conveying devices, 31 keel, 4a film feeder, 4b useless Membrane recovery unit MRU, 41 inflatables Axis, 42 third driving devices, 43 safety chucks, 44 band-like films, 5 air-conditinings, 6 close switches, 7 control devices, 8 degasification Bulb apparatus.

Specific embodiment

The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical It is novel, it is not intended to limit the scope of the utility model.

As depicted in figs. 1 and 2, a kind of air-conditining laminating machine, including film sticking apparatus, cutting dress are present embodiments provided Set, conveying device 3 and film feeder 4a and useless Membrane recovery unit MRU 4b, the conveying device it is described to give to convey air-conditining 5 Film device 4a and useless Membrane recovery unit MRU 4b is oppositely arranged on the two sides of 3 top of conveying device；The film sticking apparatus has two A pad pasting unit 11, two pad pasting units 11 are respectively provided at the two sides of the conveying device 3, and the cutter device includes two A cutter unit 21, two cutter units 21 are separately positioned on the two sides of the conveying device 3, and the film feeder 4a is used With to film sticking apparatus conveying band film, two pad pasting units 11 of the film sticking apparatus are respectively to cover band-like film The surface of the air-conditining 5, two cutter units 21 of the cutter device will be will stick on the air-conditining 5 Film is scratched from band-like film and is wiped out, leftover pieces of the useless Membrane recovery unit MRU 4b to recycle band-like film.Its structure is simple, And it is able to achieve the pad pasting of the automation of air-conditining, serialization, artificial demand is few, and labor intensity is low.

It is detailed in Fig. 2 and Fig. 4, the two sides of conveying device 3 described in above-described embodiment have keel 31, two cutter units 21 it is opposite respectively be placed on the keel 31 of 3 two sides of conveying device, each cutter unit 21 respectively include bottom plate 211, First driving device 212 and cutting head 213, the bottom plate 211 be horizontally disposed stripe board, one end of the bottom plate 211 with The upper end of the keel 31 of 3 respective side of conveying device connects, the outside horizontal extension of the other end, the first driving device 212 are arranged in the upper end of the one end of the corresponding bottom plate 211 far from the conveying device 3, and it drives end towards described defeated Send device 3, the cutting head 213 is U-shaped and is horizontally placed on the corresponding bottom plate 211, and its open end is towards conveying device 3, the driving end of the first driving device 212 is sequentially connected with the closed end of the corresponding cutting head 213, and two described first Two cutting heads 213 of synchronous driving of driving device 212 are close to each other and its opening two sidewalls mutually abuts and by air-conditioning On-hook 5 encloses in it and scratches the film sticked on the air-conditining 5 from band-like film and wipes out, or synchronous driving two The cutting head 213 is located remotely from each other to unclamp the air-conditining 5 after pad pasting.Its structure is simple, and cutting facilitates simplicity, and two are cut It cuts an enclosing close to each other to wipe out to scratch the film sticked on air-conditining from band-like film, so that band-like film is continuous It splits.

It is detailed in Fig. 2, Fig. 3 and Fig. 4, cutting head 213 described in above-described embodiment includes a horizontally disposed U-shaped coaming plate 2131 With heater strip 2132, the U-shaped coaming plate 2131 is horizontally placed on the bottom plate 211, and its open end is towards conveying device 3, institute The driving end for stating first driving device 212 is sequentially connected with the closed end of the corresponding U-shaped coaming plate 2131, the heater strip 2132 It is in U-shape along the inside lower edge of the U-shaped coaming plate 2131 is horizontally disposed, and its both ends is respectively at the notch of U-shaped coaming plate 2131 It is folded upward at and extends the upper end of the U-shaped coaming plate 2131；Described in the synchronous driving two of two first driving devices 212 The two sidewalls that U-shaped coaming plate 2131 relatively moves to the two opening mutually abut and enclose air-conditining 5 in it, and by heating The film sticked on the air-conditining 5 is scratched from band-like film and is wiped out by silk, or two U-shaped coaming plates of synchronous driving 2131 are located remotely from each other, and the air-conditining 5 after pad pasting is unclamped.It uses heater strip to cut, and cutting method is simple, and notch is whole Together.

Two pad pasting units 11 respectively include bracket 111, drive assembly 112 and compression bar 113 in above-described embodiment, Two brackets 111 are vertical respectively and are symmetricly set on the two sides of the conveying device 3, and each cutter unit 21 distinguishes position Between the bracket 111 and conveying device 3 of respective side, each bracket 111 respectively includes two root posts 1111, and two Column 1111 is vertical and interval is arranged, and two 1111 place planes of column are parallel with the keel 31 of the conveying device 3, And the two sides of the corresponding cutter unit 21 are distributed in, the compression bar 113 is U-shaped bar, and closed end is located at conveying dress The side close to corresponding cutter unit 21 of air-conditining 5 is set on 3 and is located at, and parallel with the keel 31 of the conveying device 3, Its both ends tilts upward respectively to be extended between two columns 1111 of corresponding side stand 111, and respectively outward bending to it is right Heel post 1111 is answered to be rotatablely connected, the drive assembly 112 is arranged on corresponding bracket 111, and is driven with the compression bar 113 To drive the compression bar 113 to swing up and down, the band-like film that the film feeder 4a is sent out is each passed through two pressures for connection The lower section at 113 middle part of bar simultaneously enters useless Membrane recovery unit MRU 4b by the top of the air-conditining 5, and two drivings are total It is covered on the air-conditining 5 at 112 two compression bars 113 of synchronous driving to lower swing and by band-like film between the two, Or two compression bars 113 of synchronous driving are swung up to be detached from band-like film.Its structure is simple, is directly swung up and down by two compression bars To stick on air-conditining or be detached from band-like film for film.

Drive assembly 112 described in above-described embodiment includes the second driving device 1121 and driving member 1122, the transmission Part 1122 includes a shaft 11221, and the shaft 11221 is horizontally disposed, and its both ends respectively with bracket 111 described in respective side The rotation connection of two columns 1111, and it is located at the corresponding compression bar 113 with the junction of the bracket 111 and connect with bracket 111 The lower section at place, is separately installed with that there are two the consistent cams 11222 of specification in the shaft 11221, and two cams 11222 divide The lower section of 113 two sides of compression bar Wei Yu not corresponded to and be parallel to each other, each second driving device 1121 respectively with corresponding turn Axis 11221 is sequentially connected, the synchronous drive shafts of two second driving devices turn 12221 it is dynamic when, the cam 11222 it is convex The portion of rising rotates synchronously to corresponding compression bar 113 and contacts to be jacked up so that it, which is tilted, is detached from band-like film, or synchronous rotation is extremely Its lug boss is away from the compression bar so that compression bar 113 rotates down under the effect of gravity and pushes band-like film, and makes Band-like film between the two covers on air-conditining 5, and the middle line of the compression bar and U-shaped coaming plate is overlapped, and in the middle part of compression bar Length be greater than the spacing distance of U shape coaming plate two sidewalls time, the width of band-like film is less than the length at the middle part of compression bar, and The width of band-like film is greater than the distance between U-shaped coaming plate two sides inner wall, and the length of air-conditioning be less than U-shaped coaming plate two sides inner wall it Between distance.It is further preferred that the middle line of two root posts of corresponding bracket is overlapped with the middle line of compression bar.Its structure is simple, right The required precision of second driving device is low.

It is detailed in Fig. 2, Fig. 3 and Fig. 4, film feeder 4a described in above-described embodiment and useless Membrane recovery unit MRU 4b are respectively set On two brackets 111, wherein the film feeder 4a and useless Membrane recovery unit MRU 4b respectively include air-expanding shaft 41, third Two clamping parts of driving device 42 and a set of safety chuck 43, safety chuck 43 described in every set are oppositely arranged respectively and rotate peace Mounted in the upper end of correspondence 111 two columns 1111 of bracket, the both ends of the air-expanding shaft 41 respectively with the corresponding safety clamp First 43 two clamping parts are detachably connected, and each third driving device 42 is separately mounted to the corresponding bracket 111 And it is sequentially connected with any one clamping part in corresponding safety chuck 43, wherein two third driving devices 42 are distinguished Drive corresponding 41 rotating Vortex of air-expanding shaft.Structure is simple, and is convenient for the installation of coiled band-like film raw material, and coiled useless Film disassembly.

Conveying device 3 described in above-described embodiment is roller conveyor.

First driving device 212 described in above-described embodiment is servo cylinder.

The second driving device 1121 and third driving device 42 are servo motor described in above-described embodiment.

As shown in figure 5, further include approaching switch 6 and control device 7 in above-described embodiment, it is described to exist close to the setting of switch 6 The lower section of the conveying device 3 is simultaneously located between two conveying rollers of outlet, described to convey dress to incude close to switch 6 Set and convey the close information of air-conditining 5 on 3, it is described close to switch 6, first driving device 212, the second driving device 1121, Third driving device 42 and conveying device 3 are electrically connected with the control device 7 respectively.It is positioned proximate to switch and control device, it can Improve the degree of automation of whole device.

Wherein, it should be noted that yes, the conveying direction one of the long side and conveying device of air-conditining in the utility model end It causes.

Wherein, the specific installation site for approaching switch is preferably installed standard and is, as the general close to inductive switching to conveying device When air-conditining is delivered to thereon, i.e. the edge of the close conveying device discharge end of air-conditining is located exactly at close to the upper of switch Fang Shi, the conveying device of control device control at this time stop conveying, while the middle line weight of the middle line of air-conditining long side and U-shaped coaming plate It closes.

The principles of the present invention are: the conveying air-conditining at conveying device interval, when air-conditining movement is connecing just When the top closely switched, close to inductive switching to signal, and it is out of service by control device control conveying device, then control fills Two third driving devices for setting control film feeder and useless Membrane recovery unit MRU rotate at the same speed to release a fixed length in the same direction respectively The band-like film of degree, it is ensured that the band-like film above air-conditining be it is complete, then stop film feeder and useless film and return The operation of two third driving devices of receiving apparatus controls two the second driving device band moving cams by control device again at this time and turns A dynamic circle, the band-like film for being located at air-conditining two sides is pushed respectively and is tilted rapidly after pushing by two compression bars at this time, so Two first driving device elongations are controlled by control device again afterwards, so that two U-shaped coaming plates enclose, and the heating in U-shaped coaming plate The film applied on air-conditining is scratched from band-like film and is removed by silk, i.e., the shearing hole on band-like film, after completing the process, first Driving device is shunk.

Wherein film scald and be cut by heater strip using its heat, therefore is also noted that and is carried out conductive heater to heater strip, Preferred heater strip is tungsten wire, but its temperature is unsuitable excessively high, preferably needs to control in 200-300 DEG C, the voltage of specific tungsten wire It need to specifically be determined according to its resistance with electric current, belong to the common knowledge of those skilled in the art, therefore herein without superfluous It states.

It should be noted that when, in order to enable the operation that equipment is more accurate, the third driving of film feeder can be not provided with Device is only arranged the third driving device of useless Membrane recovery unit MRU, is actively rotated using useless Membrane recovery unit MRU and pass through strip-shaped thin Film pulls the gas expansion shaft rotation of film feeder, removes band-like film with release, so can avoid the thickness because of film on two gas expansion shafts It is inconsistent that degree variation causes film feeding speed and useless film to recycle speed.

Above-described embodiment is to disregard to lead to film feeding speed and wound membrane because changing between band-like film coiled material on two gas expansion shafts Speed difference.

As shown in fig. 6, other also settable air bubble eliminating device 8, it is defeated that the air bubble eliminating device is hung on the conveying device 3 The top of outlet is shaped like in a broom, and lower end is bristle portion, and bristle portion is downward, and bristle portion is located at conveying dress Set the top in the middle part of output end, and the plane where its bristle portion is perpendicular to conveying device conveying direction, and the lower end of bristle portion In the concave arc shape that Open Side Down, when air-conditining continues to be fed forward after the completion of pad pasting, upper surface and two sides can pass through institute State the lower section of bristle portion and contacted with the bristle portion, under the extruding of bristle portion by pad pasting after the fold that generates or bubble comfort It is flat, the height of air bubble eliminating device setting can be contacted with its bristle portion with air-conditining, but not stop the defeated of air-conditining Subject to sending.

Although the utility model has been described by way of example and in terms of the preferred embodiments, it is not intended to limit the utility model, any Person skilled in the art can do various change and modification, therefore this without departing from the spirit and scope of the utility model The protection scope of utility model should subject to the definition of the claims.

Claims

1. a kind of air-conditining laminating machine, which is characterized in that including film sticking apparatus, cutter device, conveying device (3), film feeding dress (4a) and useless Membrane recovery unit MRU (4b) are set, the conveying device is to convey air-conditining (5), the film feeder (4a) and useless Membrane recovery unit MRU (4b) is oppositely arranged on the two sides above the conveying device (3)；There are two pad pasting lists for the film sticking apparatus tool First (11), two pad pasting units (11) are respectively provided at the two sides of the conveying device (3), and the cutter device includes two Cutter unit (21), two cutter units (21) are separately positioned on the two sides of the conveying device (3), the film feeder (4a) to film sticking apparatus conveying band film, two pad pasting units (11) of the film sticking apparatus are respectively to by strip-shaped thin Membrane pressure overlays on the surface of the air-conditining (5), and two cutter units (21) of the cutter device are described will stick on Film on air-conditining (5) is scratched from band-like film to be wiped out, and the useless Membrane recovery unit MRU (4b) is to recycle band-like film Leftover pieces.

2. air-conditining laminating machine according to claim 1, which is characterized in that conveying device (3) two sides have dragon Bone (31), two cutter units (21) are opposite respectively to be placed on the keel (31) of the conveying device (3) two sides, Mei Gesuo It states cutter unit (21) and respectively includes bottom plate (211), first driving device (212) and cutting head (213), the bottom plate (211) For horizontally disposed stripe board, the upper end of the keel (31) of one end and conveying device (3) respective side of the bottom plate (211) Connection, the outside horizontal extension of the other end, first driving device (212) setting are separate in the corresponding bottom plate (211) The upper end of one end of the conveying device (3), and it drives end towards the conveying device (3), the cutting head (213) is U It shape and is horizontally placed on the corresponding bottom plate (211), and its open end is towards conveying device (3), the first driving device (212) driving end is sequentially connected with the closed end of the corresponding cutting head (213), two first driving devices (212) Two cutting heads (213) of synchronous driving are close to each other and its opening two sidewalls mutually abuts and encloses air-conditining (5) It closes in it and scratches the film sticked on the air-conditining (5) from band-like film and wipe out, or described in synchronous driving two Cutting head (213) is located remotely from each other to unclamp the air-conditining (5) after pad pasting.

3. air-conditining laminating machine according to claim 2, which is characterized in that the cutting head (213) includes one horizontal The U-shaped coaming plate (2131) and heater strip (2132) of setting, the U-shaped coaming plate (2131) are horizontally placed on the bottom plate (211), and Its open end is towards conveying device (3), the driving end of the first driving device (212) and the corresponding U-shaped coaming plate (2131) Closed end transmission connection, the heater strip (2132) along the U-shaped coaming plate (2131) inside lower edge it is horizontally disposed be in U Shape, and its both ends is folded upward at the notch of U-shaped coaming plate (2131) respectively and extends the upper of the U-shaped coaming plate (2131) End；Two first driving device (212) two U-shaped coaming plates (2131) of synchronous driving relatively move to the two opening Two sidewalls mutually abut and enclose air-conditining (5) in it, and will be sticked on the air-conditining (5) by heater strip Film is scratched from band-like film and is wiped out, or two U-shaped coaming plates (2131) of synchronous driving are located remotely from each other, by the sky after pad pasting On-hook (5) are adjusted to unclamp.

4. air-conditining laminating machine according to claim 3, which is characterized in that two pad pasting units (11) are wrapped respectively Bracket (111), drive assembly (112) and compression bar (113) are included, two brackets (111) are vertical respectively and are symmetricly set on described defeated The two sides of device (3) are sent, and each cutter unit (21) is located at the bracket (111) and conveying device of respective side (3) between, each bracket (111) is respectively included two root posts (1111), and two root posts (1111) are vertical and interval is arranged, And plane where two columns (1111) is parallel with keel (31) of the conveying device (3), and is distributed in corresponding institute The two sides of cutter unit (21) are stated, the compression bar (113) is U-shaped bar, and closed end is located in the conveying device (3) and is located at The side close to corresponding cutter unit (21) of air-conditining (5), and it is parallel with keel (31) of the conveying device (3), Both ends tilt upward respectively to be extended between two columns (1111) of corresponding side stand (111), and respectively outward bending to Corresponding heel post (1111) rotation connection, the drive assembly (112) are arranged on corresponding bracket (111), and with the pressure Bar (113) is sequentially connected to drive the compression bar (113) to swing up and down, the band-like film difference that the film feeder (4a) is sent out Useless Membrane recovery unit MRU is entered above lower section and the process air-conditining (5) in the middle part of two compression bars (113) (4b), two drive assembly (112) two compression bars (113) of synchronous driving are to lower swing and by band-like film between the two It covers on the air-conditining (5), or two compression bars (113) of synchronous driving are swung up to be detached from band-like film.

5. air-conditining laminating machine according to claim 4, which is characterized in that the drive assembly (112) includes second Driving device (1121) and driving member (1122), the driving member (1122) include a shaft (11221), the shaft (11221) it is horizontally disposed with, and its both ends is rotatablely connected with two columns (1111) of bracket described in respective side (111) respectively, and its It is located at the lower section of the corresponding compression bar (113) and bracket (111) junction, the shaft with the junction of the bracket (111) (11221) the consistent cam of specification (11222) there are two being separately installed on, and two cams (11222) are located at correspondence The lower section of compression bar (113) two sides is simultaneously parallel to each other, each second driving device (1121) respectively with corresponding shaft (11221) it is sequentially connected, when the synchronous drive shaft turn (12221) of two second driving devices is dynamic, the cam (11222) Lug boss rotate synchronously to contact with corresponding compression bar (113) to be jacked up so that it tilts disengaging band-like film, or synchronization Its lug boss is turned to away from the compression bar so that compression bar (113) rotates down under the effect of gravity and will be under band-like film Pressure, and band-like film between the two is covered on air-conditining (5).

6. air-conditining laminating machine according to claim 5, which is characterized in that the film feeder (4a) and the recycling of useless film Device (4b) is separately positioned on two brackets (111), and the film feeder (4a) and useless Membrane recovery unit MRU (4b) are respectively Including air-expanding shaft (41), third driving device (42) and a set of safety chuck (43), two of safety chuck (43) described in every set Clamping part is oppositely arranged respectively and is rotatably installed in the upper end of corresponding (111) two columns (1111) of bracket, the inflatable The both ends of axis (41) are detachably connected with two clamping parts of the corresponding safety chuck (43) respectively, each third driving Device (42) is separately mounted to the corresponding bracket (111) and passes with any one clamping part in corresponding safety chuck (43) Dynamic connection, wherein two third driving devices (42) respectively drive corresponding air-expanding shaft (41) rotating Vortex.

7. air-conditining laminating machine according to claim 6, which is characterized in that the conveying device (3) is roll-type conveying Machine.

8. air-conditining laminating machine according to claim 7, which is characterized in that the first driving device (212) is to watch Convinced cylinder；Second driving device (1121) and third driving device (42) are servo motor.

9. air-conditining laminating machine according to claim 7 or 8, which is characterized in that further include approaching switch (6) and control Device (7), it is described in the lower section of the conveying device (3) and to be located at two conveying rollers close to outlet close to switch (6) setting Between, described that air-conditining (5) close information is conveyed on conveying device (3) to incude close to switch (6), described approach is opened Close (6), first driving device (212), the second driving device (1121), third driving device (42) and conveying device (3) difference It is electrically connected with the control device (7).