CN111634468A

CN111634468A - Film sticking machine

Info

Publication number: CN111634468A
Application number: CN202010480814.5A
Authority: CN
Inventors: 刘洋
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-05-30
Filing date: 2020-05-30
Publication date: 2020-09-08

Abstract

The invention discloses a film sticking machine, which structurally comprises a machine body, a control box, a processor, a film sticking plate and a sliding block, wherein the control box is arranged in front of the machine body, the sliding block is arranged above the machine body, the lower part of the sliding block is connected with the film sticking plate through a connecting shaft, the machine body is mechanically connected with the processor, the processor consists of a cleaner, an adjuster and a support body, the cleaner is in sliding connection with the adjuster, impurities are adhered through a sticky block on a sticky cavity, the sticky block is enabled to jump up and down through vibration caused by a spring when a connecting block is hammered by a rotating hammer, the impurities on a mobile phone are adhered through the upward and downward jumping, the surface of the sticky block is a convex hemisphere, when the sticky surface is jumped to adhere the impurities, the contact area between the sticky surface and a screen is reduced, and the situation that the sticky block is completely adhered to the mobile phone screen due to overlarge contact surface when the sticky surface is in contact with the mobile phone screen is, resulting in the device not being able to advance.

Description

Film sticking machine

Technical Field

The invention relates to the field of film sticking machines, in particular to a film sticking machine.

Background

In the film sticking machine market, various film sticking machines are available, such as a curved surface film sticking machine and a plate film sticking machine, but a communication device, namely a mobile phone, cannot be opened in the current life, people can stick a film to the screen of the mobile phone in order to protect the screen of the mobile phone, especially the mobile phone needs to stick a large amount of films to the mobile phone before leaving a factory, because the efficiency of manual film sticking is low, people introduce a mobile phone film sticking machine behind the mobile phone, but the mobile phone film sticking machine directly places the mobile phone on a workbench, the workbench directly placing the mobile phone on the workbench is easy to incline, the mobile phone can be askew to stick the device to generate bubbles when sticking the film, the cleanness and tidiness of the screen of the mobile phone must be ensured when sticking the film, otherwise, dust impurities can cause the machine to generate bubbles when sticking the film.

Disclosure of Invention

Aiming at the defects of the prior art, the invention is realized by the following technical scheme: the utility model provides a sticking film machine, its structure includes organism, control box, treater, pad pasting board, slider, the place ahead of organism is equipped with the control box, the slider has been installed to the top of organism, the below and the pad pasting board of slider pass through the connecting axle and are connected, organism and treater mechanical connection.

The processor consists of a cleaner, an adjuster and a support body, wherein the cleaner is connected with the adjuster in a sliding way, the adjuster is mechanically connected with the support body, and the support body is arranged above the machine body.

As a further optimization of the technical scheme, the cleaner is provided with a viscous cavity, a liquid cavity, a feed inlet, a roller, a wiping cavity, a cleaning block and a rotating block, wherein the viscous cavity is arranged on the outermost side, the liquid cavity is connected with the viscous cavity, the feed inlet and the liquid cavity are of an integrated structure, the wiping cavity is arranged beside the liquid cavity, the roller is respectively arranged on the liquid cavity and the wiping cavity, and the rotating block and the cleaning block are arranged in the wiping cavity and the liquid cavity.

As a further optimization of the technical scheme, the cleaning blocks are respectively arranged at two sides of the liquid cavity and the wiping cavity, a hemisphere is arranged below the cleaning block, and a wavy concave-convex surface is arranged below the cleaning block.

As a further optimization of the technical scheme, the lower part of the roller is a cylindrical wheel, the lower part of the rotating block is in a long strip shape, the cylindrical wheel of the roller and the long strip of the rotating block are provided with paper cotton layers on the surfaces, the roller, the wiping cavity and the cleaning block in the liquid cavity are provided with hollow pipelines, the connecting part of the wiping cavity is not provided with a pipeline, the roller of the wiping cavity is arranged beside the cleaning blocks on the two sides, and the rotating block is arranged between the two rollers.

As a further optimization of the technical scheme, the viscous cavity is provided with a rotating hammer, a sticky block and a connecting block, the rotating hammer is connected to the upper right of the connecting block through a movable shaft, the connecting block is mechanically connected with the sticky block, an I-shaped moving block is arranged above the connecting block, the sticky block is a hemisphere, a hemisphere protruding block is arranged on the surface below the sticky block, a viscous layer is arranged on the surface of the protruding block, and a spring is arranged between the sticky block and the connecting block as well as between the sticky block and the I-shaped knot.

As a further optimization of the technical scheme, the adjuster is provided with a table body, clamping blocks, a stabilizing block and an air suction body, wherein the clamping blocks are arranged on top corner edges around the table body, the stabilizing block is arranged in the center of the table body, the air suction body is arranged on the clamping blocks, and crossed sliding rails are arranged on the table body.

As a further optimization of this technical scheme, the clamp splice is equipped with casing, colloid, alignment block, and the place ahead of casing is equipped with the colloid, the alignment block is installed on the colloid next door, the casing is the type structure, and the inboard of this type structure is formed for semicircle protruding piece and groove phase connection, the alignment block is installed on the protruding structure of type structure, the alignment block is installed on the recess of casing, the alignment block forms for the continuous connection of inverted triangle limit, and the centre on this triangle limit is equipped with the protruding piece of triangle, and the summit of this protruding piece of triangle is outside, the colloid is oval recess form, the structure limit and the some of alignment block are all on same straight line.

As a further optimization of the technical scheme, the air suction body is provided with a blocking block and an air suction pipe, the blocking block is movably connected with the shell through a movable shaft, the inner side of the air suction pipe is connected with the blocking block through a line body and is arranged above the blocking block, and a spring is arranged at the connecting part of the blocking block and the shell.

As a further optimization of this technical scheme, the steady piece is equipped with disc, sucking disc, connector, spliced pole, the connector passes through loose axle and spliced pole swing joint, the front end top at the spliced pole is installed to the disc, the sucking disc is established in the front end below of spliced pole, the sucking disc is circular inhales the body and a cuboid distributes round the rotatory equidistance of a point of spliced pole, the side on the spliced pole is equipped with the body that inhales of rhombus, should inhale the body and sucking disc in same one side, the surface of disc is glossy, the sucking disc and the last connector of inhaling the body all are equipped with the body of breathing in.

Advantageous effects

Compared with the prior art, the film sticking machine has the following advantages:

1. according to the mobile phone screen sticking device, impurities are adhered through the sticky block on the sticky cavity, when the rotary hammer hammers the connecting block, the sticky block is shaken by the spring to jump up and down, the impurities on the mobile phone are stuck through the upward and downward jumping, the surface of the sticky block is a convex hemisphere, when the mobile phone screen sticks the impurities through the jumping, the contact area between a sticky surface and the screen is reduced, and the situation that the equipment cannot advance due to the fact that the sticky block is completely adhered to the mobile phone screen due to the fact that the contact surface is too large and the viscosity is enhanced when the sticky surface contacts the mobile phone screen is avoided.

2. The liquid cavity and the cleaning block on the wiping cavity have small volume and are positioned at the edge of the cleaner, the boundary of the mobile phone can be wiped, the surface of the liquid cavity and the cleaning block is a wavy concave-convex surface, and for some mobile phones with screens and convex edges, the concave-convex surface can be completely attached to the mobile phone and can be thoroughly cleaned.

3. The cleaning connection parts in the wiping cavity of the invention are dry, the first rotating wheel and the rotating block can wipe the screen of the mobile phone roughly, the last rotating wheel rotates slowly for 45 degrees at intervals of a few seconds forwards, the time of pasting a film by general equipment is ten seconds, the slow rotation in the time period is equivalent to parallel movement wiping, so that the direction is consistent when the device wipes the screen of the mobile phone, namely the device wipes forwards, thus, no water mark generated by the rotation of a wiping body is left on the device, the forward side rotates in the same direction as the forward movement of the equipment, and the wiping surface can be replaced for wiping, so that the wiping of the screen of the mobile phone is more thorough, and no bubbles are generated due to the existence of impurities.

4. The colloid of the clamping block is in an elliptical groove shape, the elliptical characteristic is long and narrow, the thinner the traditional mobile phone is, compared with a circular colloid, the elliptical colloid can better absorb the edge of the mobile phone to firmly clamp the mobile phone, and the calibration block at the groove of the clamping block is formed by connecting an inverted triangular edge with an additional triangular raised block in the middle, so that point edges of the structure are on the same structure, when the point edges are in contact with the edge of the mobile phone, the edge of the mobile phone is provided with an accurate support body, and the calibration of the mobile phone is realized through the clamping of four edges.

5. The stabilizing block is arranged on the mobile phone, the disc is upward at first, the smooth surface enables the friction force of the mobile phone to be reduced during adjustment, the surface is flat, the mobile phone can be adjusted freely on the stabilizing block, when the sucker faces upward, the stabilizing block plays a role in adsorbing, supporting and fixing, the adjusted mobile phone is further firmly fixed on the stabilizing block, and air bubbles can not be generated when the mobile phone is obliquely attached to the film due to large force displacement of equipment during film attaching.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is a schematic view of an overall structure of a film laminator according to the present invention.

FIG. 2 is a diagram of a processor according to the present invention.

Fig. 3 is a schematic view of the cleaner of the present invention.

Fig. 4 is a schematic diagram of the regulator of the present invention.

Fig. 5 is a schematic structural view of the clamping block of the present invention.

Fig. 6 is a schematic view of the structure of the stabilizer block of the present invention.

In the figure: a machine body 1, a control box 2, a processor 3, a film pasting plate 4, a sliding block 5, a cleaner 31, a regulator 32, a support 33, a viscous cavity 31-1, a liquid cavity 31-2, a feed inlet 31-3, a roller 31-4, a wiping cavity 31-5, a cleaning block 31-6, a rotating block 31-7, a rotating hammer 31-1a, a viscous block 31-1b, a connecting block 31-1c, a table body 32-1, a clamping block 32-2, a stabilizing block 32-3, an air suction body 32-4, a shell 32-2a, a colloid 32-2b and a calibration block 32-2c, a shell 32-2a, a block 32-4a, an air suction pipe 32-4b, a disc 32-3a, a suction cup 32-2b, a connecting body 32-3c and a connecting column 32-3 d.

Detailed Description

In order to make the technical means, the original characteristics, the achieved purposes and the effects of the invention easy to understand, the following description and the accompanying drawings further illustrate the preferred embodiments of the invention.

Example one

Referring to fig. 1 to 3, a film sticking machine is provided in the present invention, and aiming at the defects of the prior art, the present invention is implemented by the following technical solutions: the utility model provides a sticking film machine, its structure includes organism 1, control box 2, treater 3, pad pasting 4, slider 5, the place ahead of organism 1 is equipped with control box 2, slider 5 has been installed to the top of organism 1, the below of slider 5 is connected through the connecting axle with pad pasting 4,

organism

1 and 3 mechanical connections of treater.

The processor 3 is composed of a cleaner 31, an adjuster 32 and a support 33, the cleaner 31 is connected with the adjuster 32 in a sliding mode, the adjuster 32 is mechanically connected with the support 33, and the support 33 is installed above the machine body 1 to achieve position adjustment of placing of a mobile phone and cleaning of a mobile phone screen.

The cleaner 31 is provided with a viscous cavity 31-1, a liquid cavity 31-2, a feed inlet 31-3, a roller 31-4, a wiping cavity 31-5, a cleaning block 31-6 and a rotating block 31-7, the viscous chamber 31-1 is installed at the outermost side, the liquid chamber 31-2 is connected with the viscous chamber 31-1, the feed port 31-3 and the liquid cavity 31-2 are integrated, the wiping cavity 31-5 is arranged beside the liquid cavity 31-2, the rollers 31-4 are respectively arranged on the liquid cavity 31-2 and the wiping cavity 31-5, the inside of the drying cavity 31-5 and the liquid cavity 31-2 is provided with a rotating block 31-7 and a cleaning block 31-6, and the cleaning of the mobile phone screen is realized through the steps of alcohol wiping, drying and the like of sticky objects.

The cleaning blocks 31-6 are respectively arranged at two sides of the liquid cavity 31-2 and the wiping cavity 31-5, a hemisphere is arranged below the cleaning block 31-6, and a wavy concave-convex surface is arranged below the cleaning block 31-6, so that the edge of the mobile phone screen can be wiped.

The lower part of the roller 31-4 is a cylindrical wheel, the lower part of the rotating block 31-7 is a long strip, the surfaces of the cylindrical wheel of the roller 31-4 and the long strip of the rotating block 31-7 are all provided with a paper cotton layer, the roller 31-4, the wiping cavity 31-5 and the cleaning block 31-6 in the liquid cavity 31-2 are all provided with hollow pipelines, the connecting part of the wiping cavity 31-5 is not provided with a pipeline, the roller 31-4 of the wiping cavity 31-5 is arranged beside the cleaning blocks 31-6 at the two sides, the rotating block 31-7 is arranged in the middle of the two rollers 31-4, alcohol is poured into the discharge port, the mobile phone screen is wiped through the soaked paper cotton layer, and the wiping cavity 31-5 achieves the wiping effect of the mobile phone screen.

The sticky cavity 31-1 is provided with a rotating hammer 31-1a, a sticky block 31-1b and a connecting block 31-1c, the rotating hammer 31-1a is connected to the upper right of the connecting block 31-1c through a movable shaft, the connecting block 31-1c is mechanically connected with the sticky block 31-1b, an I-shaped moving block is arranged above the connecting block 31-1c, the sticky block 31-1b is a hemisphere, a hemisphere protruding block is arranged on the surface below the sticky block 31-1b, a sticky layer is arranged on the surface of the protruding block, a spring is arranged between the sticky block 31-1b and the connecting block 31-1c and the I-shaped knot, and impurities on a mobile phone screen are stuck together through the sticky layer.

The using method comprises the following steps: firstly, alcohol is poured from a feeding hole 31-3 of a liquid cavity 31-2, so that the alcohol can flow onto a roller 31-4, a cleaning block 31-6 and a rotating block 31-7 along a pipeline in the liquid cavity 31-2, and along with the cooperation of the permeability of the liquid and the adsorption force of a paper cotton layer on the surface of the parts, the wiping bodies of the roller 31-4, the cleaning block 31-6 and the rotating block 31-7 can be wetted, when the equipment is in normal operation, a power supply is started firstly, the roller 31-4 and the rotating block 31-7 are rotated firstly, so that the alcohol liquid can uniformly wet the paper cotton layers of the parts, then a mobile phone is placed on a table body 32-1, under the cooperation of a control box 2, a cleaner 31 starts to work and slides forwards along the edge of a working table, and when the mobile phone moves, a rotating hammer 31-1a on the viscous cavity 31-1 can rotate around a connecting shaft to realize quick up-and-down reciprocating When the rotary hammer 31-1a rotates, the front end of the rotary hammer 31-1a contacts with the I-shaped structure on the connecting block 31-1c and beats the I-shaped structure all the time, so that the sticky block 31-1b sticks impurities to the mobile phone screen when sliding, the cleaning block 31-6 of the rear liquid cavity 31-2 can directly move along with the sliding of the cleaner 31, the roller 31-4 in the middle of the liquid cavity 31-2 rotates along the central axis of the cylinder, the roller 31-4 and the rotary block 31-7 on the cleaning block 31-6 rotate around the connecting point of the cylinder, then the contacted mobile phone screen is wiped along with the movement of the cleaner 31, the connecting part of the rear wiping cavity 31-5 has no pipeline, the drying of the wiping cavity 31-5 is kept, and the wiping function can be carried out on the wetted mobile phone screen, when the wiping cavity 31-5 passes through the wetted surface of the mobile phone screen, the front roller 31-4 continuously rolls, the middle rotating block 31-7 rotates in place, and then the rear roller 31-4 rotates forwards at a frequency of 45 degrees every 5 to 8 seconds to wipe, so that the mobile phone screen can be completely wiped in the process.

Example two

Referring to fig. 1 to 6, a film sticking machine is provided in the present invention, and aiming at the defects of the prior art, the present invention is implemented by the following technical solutions: the utility model provides a sticking film machine, its structure includes organism 1, control box 2, treater 3, pad pasting 4, slider 5, the place ahead of organism 1 is equipped with control box 2, slider 5 has been installed to the top of organism 1, the below of slider 5 is connected through the connecting axle with pad pasting 4,

organism

1 and 3 mechanical connections of treater.

The adjuster 32 is provided with a table body 32-1, clamping blocks 32-2, a stabilizing block 32-3 and an air suction body 32-4, the clamping blocks 32-2 are arranged on the top corner edges of the periphery of the table body 32-1, the stabilizing block 32-3 is connected with the table body 32-1 in a sliding mode, and the air suction body 32-4 is installed on the clamping blocks 32-2 to adjust the placing position of the mobile phone so that the mobile phone does not incline.

The clamping block 32-2 is provided with a shell 32-2a, a colloid 32-2b and a calibration block 32-2c, the colloid 32-2b is arranged in front of the shell 32-2a, the calibration block 32-2c is arranged beside the colloid 32-2b, the shell 32-2a is of an L-shaped structure, the inner side of the L-shaped structure is formed by connecting a semicircular convex block and a groove, the calibration block 32-2c is arranged on a convex structure of the L-shaped structure, the calibration block 32-2c is arranged on the groove of the shell 32-2a, the calibration block 32-2c is formed by connecting inverted triangular edges in sequence, a triangular convex block is arranged in the middle of each triangular edge, the vertex of the triangular convex block faces outwards, the colloid 32-2b is of an oval groove, and the structural edges and the points of the calibration block 32-2c are all on the same straight line, the mobile phone is completely fixed in the middle by clamping the mobile phone.

The air suction body 32-4 is provided with a blocking block 32-4a and an air suction pipe 32-4b, the blocking block 32-4a is movably connected with the shell 32-2a through a movable shaft, the inner side of the air suction pipe 32-4b is connected with the blocking block 32-4a through a wire body and is arranged above the blocking block 32-4a, and a spring is arranged at the connecting position of the blocking block 32-4a and the shell 32-2a and can suck air and deflate the equipment to achieve installation and fetching of the equipment.

The stabilizing block 32-3 is provided with a disc 32-3a, a sucker 32-2b, a connector 32-3c and a connecting column 32-3d, the connector 32-3c is movably connected with the connecting column 32-3d through a movable shaft, the disc 32-3a is installed above the front end of the connecting column 32-3d, the sucker 32-2b is arranged below the front end of the connecting column 32-3d, the sucker 32-2b is a circular sucker and a cuboid which rotates around one point of the connecting column 32-3d at equal intervals, the side surface of the connecting column 32-3d is provided with a rhombic sucker which is on the same side as the sucker 32-2b, the surface of the disc 32-3a is smooth, and the last connecting ports of the sucker 32-2b and the sucker are provided with the sucker 32-4, further stabilize equipment, make the cell-phone ajust can not make the bubble appear when the pad pasting because of the slope of cell-phone.

On the basis of the first embodiment, an adjuster 32 is installed, a power supply is started, the outward surface of the stabilizing block 32-3 is a disc 32-3a surface, a mobile phone is placed on the stabilizing block 32-3 on the table body 32-1, after the power supply is switched on, the clamping blocks 32-2 at the four corners of the table body 32-1 start to move along the crossed slide ways on the table body 32-1, when the clamping blocks 32-2 at the four sides touch the four corners of the mobile phone, the colloid 32-2b on the clamping block 32-2 clings to the side wall of the mobile phone, the air suction pipe 32-4b turns downwards at the moment, the blocking block 32-4a is pushed to the side surface, then air suction is carried out towards the inside of the clamping block 32-2, the air suction pipe 32-4b is recycled, the blocking block 32-4a is automatically bounced back at the spring connecting part of the blocking block 32-4a, blocking an outlet, attaching the calibration block 32-2c on the clamping block 32-2 to the edge of the mobile phone, attaching the colloid 32-2b to the edge of the mobile phone, moving the stabilizing block 32-3 downwards, hanging the four sides of the mobile phone under clamping force, turning the connecting column 32-3d of the stabilizing block 32-3 for a circle when the stabilizing block 32-3 slides to move downwards along the center of the table body 32-1 until the disk 32-3a is completely separated from the mobile phone, enabling the side with the suction cup 32-2b to face upwards, then ascending again, enabling the side with the suction cup 32-2b to be completely attached to the rear end of the mobile phone, then sucking air at the interval of the suction cup 32-2b on the mobile phone under the coordination of the control box 2, attaching the stable mobile phone, enabling the mobile phone to be positioned at the center, not attaching askew to form bubbles, and after the mobile phone is completely attached with a film, the air suction pipe 32-4b of the air suction body 32-4 is turned upwards, the air suction pipe 32-4b is connected with the blocking block 32-4a through a wire body, the blocking block 32-4a can be driven to turn upwards, and the mobile phone can be taken out when air enters to enable the colloid 32-2b and the suction disc 32-2b to be loosened.

While there have been shown and described what are at present considered the fundamental principles of the invention, the essential features and advantages thereof, it will be understood by those skilled in the art that the present invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but rather, is capable of numerous changes and modifications in various forms without departing from the spirit or essential characteristics thereof, and it is intended that the invention be limited not by the foregoing descriptions, but rather by the appended claims and their equivalents.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims

1. A sticking film machine which is characterized in that: the structure of the machine comprises a machine body (1), a control box (2), a processor (3), a film pasting plate (4) and a sliding block (5), wherein the control box (2) is arranged in front of the machine body (1), the sliding block (5) is arranged above the machine body (1), the lower part of the sliding block (5) is connected with the film pasting plate (4) through a connecting shaft, and the machine body (1) is mechanically connected with the processor (3);

the processor (3) is composed of a cleaner (31), an adjuster (32) and a support body (33), the cleaner (31) is connected with the adjuster (32) in a sliding mode, the adjuster (32) is mechanically connected with the support body (33), and the support body (33) is installed above the machine body (1).

2. The film laminator according to claim 1, wherein: the cleaner (31) is provided with a viscous cavity (31-1), a liquid cavity (31-2), a feed inlet (31-3), a roller (31-4), a wiping cavity (31-5), a cleaning block (31-6) and a rotating block (31-7), the viscous chamber (31-1) is arranged at the outermost side, the liquid chamber (31-2) is connected with the viscous chamber (31-1), the feed inlet (31-3) and the liquid cavity (31-2) are of an integrated structure, the wiping cavity (31-5) is arranged beside the liquid cavity (31-2), the rollers (31-4) are respectively arranged on the liquid cavity (31-2) and the wiping cavity (31-5), the inside of the drying cavity (31-5) and the liquid cavity (31-2) is provided with a rotating block (31-7) and a cleaning block (31-6).

3. The film laminator according to claim 2, wherein: the cleaning blocks (31-6) are respectively arranged at two sides of the liquid cavity (31-2) and the wiping cavity (31-5), a hemisphere is arranged below the cleaning blocks (31-6), and a wavy concave-convex surface is arranged below the cleaning blocks (31-6).

4. The film laminator according to claim 2, wherein: the lower part of the roller (31-4) is provided with a cylindrical wheel, the lower part of the rotating block (31-7) is provided with a strip shape, the surfaces of the cylindrical wheel of the roller (31-4) and the strip of the rotating block (31-7) are provided with a paper cotton layer, and the roller (31-4), the wiping cavity (31-5) and the cleaning block (31-6) in the liquid cavity (31-2) are provided with hollow pipelines.

5. The film laminator according to claim 2, wherein: the adhesive cavity (31-1) is provided with a rotating hammer (31-1a), an adhesive block (31-1b) and a connecting block (31-1c), the rotating hammer (31-1a) is connected to the upper right of the connecting block (31-1c) through a movable shaft, the connecting block (31-1c) is mechanically connected with the adhesive block (31-1b), an I-shaped movable block is arranged above the connecting block (31-1c), the adhesive block (31-1b) is a hemisphere, a hemisphere protruding block is arranged on the surface below the adhesive block, and an adhesive layer is arranged on the surface of the protruding block.

6. The film laminator according to claim 1, wherein: the adjuster (32) is provided with a table body (32-1), clamping blocks (32-2), a stabilizing block (32-3) and an air suction body (32-4), the clamping blocks (32-2) are arranged on the peripheral vertex angles of the table body (32-1), the stabilizing block (32-3) is arranged in the center of the table body (32-1), and the air suction body (32-4) is arranged on the clamping blocks (32-2).

7. The film laminator according to claim 6, wherein: the clamping block (32-2) is provided with a shell (32-2a), a colloid (32-2b) and a calibration block (32-2c), the colloid (32-2b) is arranged in front of the shell (32-2a), the calibration block (32-2c) is installed beside the colloid (32-2b), the shell (32-2a) is of an L-shaped structure, the inner side of the L-shaped structure is formed by connecting a semicircular convex block and a groove, the calibration block (32-2c) is installed on a convex structure of the L-shaped structure, the calibration block (32-2c) is installed on the groove of the shell (32-2a), the calibration block (32-2c) is formed by connecting inverted triangular edges in succession, a triangular convex block is arranged in the middle of each triangular edge, and the vertex of each triangular convex block faces outwards.

8. The film laminator according to claim 6, wherein: the air suction body (32-4) is provided with a blocking block (32-4a) and an air suction pipe (32-4b), the blocking block (32-4a) is movably connected with the shell (32-2a) through a movable shaft, and the inner side of the air suction pipe (32-4b) is connected with the blocking block (32-4a) through a wire body and is arranged above the blocking block (32-4 a).

9. The film laminator according to claim 6, wherein: the stabilizing block (32-3) is provided with a disc (32-3a), a sucker (32-2b), a connector (32-3c) and a connecting column (32-3d), the connector (32-3c) is movably connected with the connecting column (32-3d) through a movable shaft, the disc (32-3a) is installed above the front end of the connecting column (32-3d), the sucker (32-2b) is arranged below the front end of the connecting column (32-3d), the sucker (32-2b) is a circular sucker and a cuboid and is distributed around one point of the connecting column (32-3d) in a rotating and equidistant mode, a rhombic sucker is arranged on the side face of the connecting column (32-3d), and the sucker (32-2b) are located on the same side.