阅读说明：本技术 一种热压贴膜机 (Hot pressing sticking film machine ) 是由 刘日升 于 2021-08-30 设计创作，主要内容包括：本发明涉及一种热压贴膜机,用于瓶盖贴膜加工,其具有模块化组装在一起的主机系统、轨道输送模组、贴膜冲切模具模组、前热压贴模组；主机系统上设有工作料道,并在该工作料道中设置瓶盖载具,该瓶盖载具携带瓶盖沿工作料道设定的方向间隙移动；轨道输送模组、贴膜冲切模具模组及前热压贴模组则依照工作料道中的瓶盖移动方向依次设置,轨道输送模组将瓶盖转送到瓶盖载具上,贴膜冲切模具模组用于冲切胶纸,获得分离的膜片,前热压贴模组通过热压将膜片与瓶盖粘连在一起,实现瓶盖贴膜加工。模块式设计方案,维护保养或更换零件更方便快捷,加工速度快,并有效减少鼓包和贴合不严的情况,提升工作效率及质量,适合工业化大生产。(The invention relates to a hot-pressing film sticking machine, which is used for processing a bottle cap sticking film and is provided with a host system, a rail conveying module, a sticking film punching die module and a front hot-pressing sticking module which are assembled together in a modularized manner; the host system is provided with a working material channel, a bottle cap carrier is arranged in the working material channel, and the bottle cap carrier carries a bottle cap to move along the direction set by the working material channel at intervals; the track conveying module, the film sticking die module and the front hot-pressing pasting module are sequentially arranged according to the bottle cap moving direction in the working material channel, the bottle cap is transferred to the bottle cap carrier by the track conveying module, the film sticking die module is used for punching gummed paper to obtain separated diaphragms, and the diaphragms are adhered to the bottle cap together by the front hot-pressing pasting module through hot pressing to realize the processing of the film sticking of the bottle cap. The modular design scheme has the advantages of more convenient and rapid maintenance or part replacement and high processing speed, effectively reduces the conditions of bulging and untight fitting, improves the working efficiency and quality, and is suitable for industrial mass production.)

1. A hot-pressing film sticking machine is used for processing a bottle cap sticking film and is characterized by comprising a host system (1), a track conveying module (2), a sticking film punching die module (3) and a front hot-pressing sticking module (4) which are assembled together in a modularized manner;

the host system (1) is provided with a working material channel (11), a bottle cap carrier (5) is arranged in the working material channel (11), and the bottle cap carrier (5) carries a bottle cap to move along the direction set by the working material channel (11) in a clearance mode;

rail transport module (2), the die-cut mould module of pad pasting (3) and preceding hot pressing die set (4) then set gradually according to the bottle lid moving direction in the work material way, realize that rail transport module (2) forwards the bottle lid on bottle lid carrier (5), the die-cut mould module of pad pasting (3) are used for die-cut adhesive tape, so that obtain the diaphragm of separation and press the diaphragm to paste the bottle lid on, and preceding hot pressing die set (4) are in the same place diaphragm and bottle lid adhesion through the hot pressing, realize the processing of bottle lid pad pasting.

2. The hot-pressing film sticking machine according to claim 1, further comprising a cap arranging system module (6) and an outlet counting and box separating module (7), wherein the cap arranging system module (6) is used for arranging bottle caps and outputting the bottle caps to the rail conveying module (2) in order; and the outlet counting box separating module (7) is arranged at the downstream of the front hot-pressing sticking module (4), and the outlet counting box separating module (7) is used for receiving the bottle caps after the sticking films are processed and carrying out counting box separating operation.

3. The hot-pressing film sticking machine according to claim 1, wherein the working material channel (11) is of a linear groove structure, the left inner side and the right inner side of the working material channel (11) are respectively provided with a matched circulating chain (12), the bottle cap carrier (5) comprises a support plate (51) and a seat core (52), two ends of the support plate (51) are respectively connected with the left circulating chain (12) and the right circulating chain (12), the seat core (52) is arranged on the support plate (51) and is protruded, and the film sticking punching die module (3) and the front hot-pressing film sticking module (4) are erected above the working material channel (11).

4. The hot-pressing film sticking machine according to claim 1 or 3, wherein the film sticking and die cutting die module (3) comprises an integrated back plate (31), a paper placing seat (32), a paper receiving seat (33), a lower die (34), an upper die (35) and a pressing and sticking module (36), the paper placing seat (32) and the paper receiving seat (33) are arranged on one side of the integrated back plate and used for guiding the movement of the gummed paper (8) and enabling the gummed paper to be tensioned to present a horizontal section (81), the horizontal section (81) is just positioned between the lower die (34) and the upper die (35), the horizontal section (81) is punched through the relative up-and-down movement between the lower die (34) and the upper die (35) so as to obtain the film separated from the gummed paper (8), and the pressing and sticking module (36) presses and sticks the separated film to the bottle cap.

5. The hot-pressing film sticking machine according to claim 1 or 3, wherein the front hot-pressing film sticking module (4) comprises a fixed seat (41), a lifting block (42) and a heating head (43), the heating head (43) is assembled on the lifting block (42) and positioned above the bottle cap, the fixed seat (41) is connected with the host system (1) and provides support, the lifting block (42) is assembled on the fixed seat (41) and drives the heating head (43) to lift above the bottle cap, so that the heating head (43) has a state of pressing and being away from the bottle cap, and when the heating head (43) presses the bottle cap, the film and the bottle cap are adhered together through hot pressing.

6. The hot-press laminator according to claim 4, wherein the laminating module (36) has a retractable laminating head (361), the laminating head (361) is extended and retracted right above the film, and the laminating head (361) sequentially passes through an upper die hole (351) of the upper die (35) and a lower die hole (341) of the lower die (34) to laminate the separated film to the bottle cap.

7. The hot-pressing film sticking machine as claimed in claim 5, wherein an anti-sticking protection pad (44) is further arranged on the pressing end of the heating head (43), and the heating head (43) is contacted with and pressed against the bottle cap through the anti-sticking protection pad (44).

8. A hot-press film applicator as claimed in claim 7 wherein said anti-adhesive protection pad (44) is a high temperature Teflon tape, and said anti-adhesive protection pad (44) is attached to said heating head (43) by adhesion or wrapping.

9. The hot-pressing laminator according to claim 3, wherein the seat core (52) is disposed perpendicular to the carrier plate (51), and the plurality of seat cores (52) are arranged at intervals along the length direction of the carrier plate (51) to form a seat core row; the front hot-pressing sticking module (4) is close to the outlet end of the working material channel (11), an auxiliary supporting block (9) is further arranged in the working material channel (11), and the auxiliary supporting block (9) supports the edge of the port of the bottle cap so as to be matched with the front hot-pressing sticking module (4) for hot-pressing processing.

10. The hot-pressing laminator according to claim 9, wherein the auxiliary support block (9) is a strip shape extending inward from the outlet end of the working material path (11), the start end of the auxiliary support block (9) engages the cap-removing guide (13) on the outlet end of the working material path (11), the extending end of the auxiliary support block (9) extends along the aperture between the adjacent seat cores (52), the left and right outer sides of the seat cores (52) are provided with the void-avoiding portions (521), and the support plate (51) moves on the lower side of the auxiliary support block (9).

Technical Field

The invention relates to the technical field of production machinery, in particular to a hot-pressing film sticking machine for sticking a film on a bottle cap.

Background

Most of the existing bottle cap films are formed by modifying a labeling machine, the film pasting effect is not ideal, the situation of bulging and untight pasting often occurs, the equipment is large in size, complex in structure and poor in stability, and inconvenience is brought to maintenance for users.

Disclosure of Invention

The invention aims to provide a hot-pressing film sticking machine which well solves the technical problem.

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

a hot-pressing film sticking machine is used for bottle cap film sticking processing and comprises a host system, a rail conveying module, a film sticking punching die module and a front hot-pressing film sticking module which are assembled in a modularized manner;

the host system is provided with a working material channel, a bottle cap carrier is arranged in the working material channel, and the bottle cap carrier carries a bottle cap to move along the direction set by the working material channel at intervals;

the track conveying module, the pad pasting die cutting module and the front hot-pressing pasting module are sequentially arranged according to the bottle cap moving direction in the working material channel, the bottle cap is transferred to the bottle cap carrier by the track conveying module, the pad pasting die cutting module is used for punching gummed paper, so that a separated diaphragm is obtained and the diaphragm is pressed and pasted on the bottle cap, the front hot-pressing pasting module adheres the diaphragm and the bottle cap together through hot pressing, and the bottle cap pasting processing is realized.

The hot-pressing film sticking machine further comprises a cap arranging system module and an outlet counting and box separating module, wherein the cap arranging system module is used for arranging the bottle caps and orderly outputting the bottle caps to the rail conveying module; and the export count sub-box module sets up the low reaches of hot pressing die set in the front, and export count sub-box module is used for receiving the bottle lid after the pad pasting processing and carries out the operation of count sub-box.

The technical scheme is that the working material channel is of a linear groove structure, paired circulating chains are arranged on the left inner side and the right inner side of the working material channel respectively, the bottle cap carrier comprises a support plate and a seat core, the two ends of the support plate are connected with the left circulating chains and the right circulating chains respectively, the seat core is arranged on the support plate and protrudes, and the film sticking punching die module and the front hot pressing die module are erected above the working material channel.

The technical scheme is that the die-cut die module of pad pasting is further including integrated backplate and set up the paper seat of putting, the paper seat of receiving, bed die, go up the mould and the module of pressing of integrated backplate one side, put paper seat and paper seat of receiving and be used for guiding the adhesive tape and remove and make the adhesive tape rise tightly and present a horizontal segment, this horizontal segment is located between bed die and the last mould just, die-cut horizontal segment is come through relative up-and-down motion between bed die and the last mould to this obtains the diaphragm that separates from the adhesive tape, presses the module and presses the diaphragm that separates to paste on the bottle lid.

The utility model provides a further, preceding hot pressing pastes the module including fixing base, elevator and heating head, the heating head equipment is on the elevator and is located the top of bottle lid, and the fixing base is connected with host system and provides the support, and the elevator equipment is on the fixing base and drives the heating head and go up and down in the top of bottle lid, makes the heating head have and supports and press and keep away from the state of bottle lid, when the heating head supported the pressure bottle lid, through the hot pressing with diaphragm and bottle lid adhesion together.

The above scheme is further that the pressing module is provided with a telescopic pressing head, the pressing head is telescopic right above the diaphragm, and the pressing head sequentially penetrates through an upper die hole of the upper die and a lower die hole of the lower die to press and paste the separated diaphragm to the bottle cap.

According to the scheme, the anti-sticking protection pad is further arranged at the abutting end of the heating head, and the heating head abuts against the bottle cap through the anti-sticking protection pad.

The anti-sticking protective pad is a high-temperature-resistant Teflon adhesive tape and is connected with the heating head in an adhesion or wrapping mode.

The seat cores are arranged perpendicular to the carrier plate, and the seat cores are arranged at intervals along the length direction of the carrier plate to form a seat core row; the front hot-pressing sticking module is close to the outlet end of the working material channel, an auxiliary supporting block is further arranged in the working material channel, and the auxiliary supporting block supports the edge of the port of the bottle cap so as to be matched with the hot-pressing processing of the front hot-pressing sticking module.

According to the scheme, the auxiliary supporting block is a strip shape extending inwards from the outlet end of the working material channel, the starting end of the auxiliary supporting block is connected with the cover removing guide device on the outlet end of the working material channel, the extending end of the auxiliary supporting block extends along the hole between the adjacent seat cores, the left outer side and the right outer side of each seat core are provided with the space avoiding parts, and the support plate moves on the lower side of the auxiliary supporting block.

The invention has the following technical effects:

1. the modular design scheme provides the greatest convenience for users, the direct plug-in connection design of lines does not need to be disassembled when the maintenance or part replacement is carried out, and the whole module is hoisted down for maintenance and the like. The manufacturer can provide modules with different functions according to the requirements of customers, quickly respond to the requirements of the customers, and design the modules to leave the factory more conveniently and quickly.

2. Optimize the structure of die-cut mould module of pad pasting and preceding hot pressing pad pasting module, process velocity is fast to effectively reduce the bulge and laminate not tight the condition, promote work efficiency and quality, be fit for the industrialization large-scale production.

3. The whole structure is compact, the connection is effective, the body shape is small, the layout implementation is facilitated, and the work is stable and reliable.

Description of the drawings:

FIG. 1 is a schematic structural diagram of an embodiment of the present invention;

FIG. 2 is an exploded view of the embodiment of FIG. 1;

FIG. 3 is a schematic structural view of a die set of the die for die cutting of the film of the embodiment of FIG. 1;

FIG. 4 is an exploded view of the die set of the die cutting die for attaching a film according to the embodiment of FIG. 3;

FIG. 5 is a schematic structural diagram of the front hot stamping die set of the embodiment of FIG. 1;

FIG. 6 is a partially exploded view of the embodiment of FIG. 5;

FIG. 7 is a schematic top view of a portion of the embodiment of FIG. 1;

FIG. 8 is a schematic cross-sectional view of a portion of the embodiment of FIG. 7;

FIG. 9 is an enlarged view of a portion of the embodiment of FIG. 8;

fig. 10 is a schematic view of a portion of the bottle cap carrier of the embodiment of fig. 1;

fig. 11 is a schematic cross-sectional structural view of the embodiment of fig. 10.

The specific implementation mode is as follows:

the following further description of the specific embodiments of the present invention is provided for the purpose of illustration only and is not intended to limit the scope of the invention.

It should be noted that in the description of the present invention, the terms of direction or positional relationship indicated by the terms "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc. are based on the directions or positional relationships shown in the drawings, which are merely for convenience of description, and do not indicate or imply that the device or element must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention.

Referring to fig. 1 to 11, which are drawings illustrating a preferred embodiment of the present invention, the present invention provides a hot pressing film sticking machine for processing a film sticking on a bottle cap, which includes a host system 1, a rail conveying module 2, a film sticking die cutting module 3, and a front hot pressing film sticking module 4 assembled together in a modularized manner, and through a modular design scheme, the present invention provides maximum convenience to a user, and can perform maintenance by lifting the whole module without detaching a line or directly inserting and pulling out a connection design when performing maintenance or replacing parts. The manufacturer can also provide modules with different functions according to the requirements of customers, so that the requirements of the customers can be met quickly, the factory can be designed to be more convenient and quicker, and the production is promoted.

The host system 1 is horizontally designed and provided with a working material channel 11, a bottle cap carrier 5 is arranged in the working material channel 11, and the bottle cap carrier 5 carries a bottle cap 100 to move along the direction set by the working material channel 11 at intervals, so that continuous film pasting processing is met. The track transport module 2, the die-cut mould module of pad pasting 3 and preceding hot pressing die set 4 then set gradually according to the bottle lid moving direction in the work material way, realize that the track transport module 2 forwards the bottle lid on bottle lid carrier 5, the die-cut mould module of pad pasting 3 is used for die-cut adhesive tape to obtain the diaphragm of separation and press the diaphragm to paste the bottle lid on, and preceding hot pressing die set 4 is in the same place diaphragm and bottle lid adhesion through the hot pressing, realize the processing of bottle lid pad pasting. In this embodiment, the hot-pressing film sticking machine further includes a cap arranging system module 6 and an outlet counting and box separating module 7, wherein the cap arranging system module 6 is used for arranging the bottle caps and orderly outputting the bottle caps to the rail conveying module 2; the outlet counting and box-separating module 7 is arranged at the downstream of the front hot-pressing module 4, and the outlet counting and box-separating module 7 is used for receiving the bottle caps after film sticking processing and carrying out counting and box-separating operation; therefore, full-automatic feeding, film pasting processing and box separation are realized, an automatic production line is formed, the production efficiency is high, the labor cost and the working procedures are saved, and the requirements of the existing industrial production are met. Adopt prior art to reason lid system module 6, realize the arrangement and arrange the bottle lid in order, then export on the track transport module 2 to subsequent pad pasting production. The outlet counting and box-separating module 7 mainly utilizes the existing coding technology to count and separate boxes, and the outlet counting and box-separating module 7 in the embodiment of the figure is provided with a flow guide groove for guiding the movement and the counting of the bottle caps after film sticking.

Referring to fig. 1, 2, 7 and 8, in the embodiment, the working material channel 11 is a linear groove structure, the front end and the rear end of the working material channel 11 are respectively provided with a connection structure for connecting the track conveying module 2 and the outlet counting box-separating module 7, the left inner side and the right inner side of the working material channel 11 are respectively provided with a matched circulating chain 12, the bottle cap carrier 5 comprises a carrier plate 51 and a seat core 52, and the two ends of the carrier plate 51 are respectively connected with the left circulating chain 12 and the right circulating chain 12 to form a track shape; the core 52 is disposed on the carrier 51 and protruded to hang the bottle cap 100, and the core 52 protrudes into the bottle cap 100 and is positioned to prop the bottle cap 100, so as to stick a film on the outer surface of the bottle cap 100. The die-cut mould module of pad pasting 3 and preceding hot pressing pad pasting module 4 erect in work material way 11 top, realize from top to bottom pad pasting operation.

As shown in fig. 3 and 4, the die set 3 for die cutting a film includes an integrated back plate 31, and a paper holder 32, a paper receiving holder 33, a lower die 34, an upper die 35 and a pressing module 36 which are disposed on one side of the integrated back plate, where the paper holder 32 and the paper receiving holder 33 are used for guiding the movement of the adhesive paper 8 and tensioning the adhesive paper to present a horizontal section 81, the horizontal section 81 is located right between the lower die 34 and the upper die 35, and the horizontal section 81 is die-cut by the relative up-down movement between the lower die 34 and the upper die 35, so as to obtain a film separated from the adhesive paper 8, and the pressing module 36 presses the separated film to a bottle cap. In this embodiment, the paper feeding base 32 and the paper receiving base 33 cooperate with the paper feeding roller 37 and the paper receiving roller 38 through the tension roller to realize tension transmission of the adhesive paper and form a hanging type, so that the adhesive paper is punched through the lower die 34 and the upper die 35 to obtain a film separated from the adhesive paper 8. The pressing module 36 is provided with a telescopic pressing head 361, the pressing head 361 is telescopic right above the membrane, and the pressing head 361 sequentially penetrates through an upper die hole 351 of the upper die 35 and a lower die hole 341 of the lower die 34 to press and paste the separated membrane onto the bottle cap 100; in this embodiment, the pressing head 361 vertically presses the film and applies appropriate heat to align the film to the bottle cap 100, and then transfers the film along with the bottle cap 100.

As shown in fig. 5 and 6, the front thermal pressing module 4 includes a fixing base 41, a lifting block 42 and a heating head 43, the heating head 43 is assembled on the lifting block 42 and located above the bottle cap, the fixing base 41 is connected with the host system 1 and provides support, the lifting block 42 is assembled on the fixing base 41 and drives the heating head 43 to lift above the bottle cap, so that the heating head 43 has a state of abutting against and being away from the bottle cap, and when the heating head 43 abuts against the bottle cap, the membrane and the bottle cap are adhered together through thermal pressing. In this embodiment, the diaphragm is attached to the top surface of the bottle cap 100, the shape and size of the heating head 43 are matched with those of the bottle cap 100, and when the heating head 43 abuts against the bottle cap, the heating head 43 is preferably concentric with the bottle cap 100, so that the heating head 43 is ensured to completely press the diaphragm, the diaphragm is uniformly pressed and attached to the bottle cap, and the phenomena of bulging and untight attachment are effectively reduced. In this embodiment, an anti-sticking protection pad 44 is further disposed on the pressing end of the heating head 43, and the heating head 43 contacts and presses the bottle cap through the anti-sticking protection pad 44. Preferably, the anti-sticking protection pad 44 is a high temperature resistant teflon tape, and the anti-sticking protection pad 44 is connected with the heating head 43 by adhesion or wrapping; the anti-sticking protection pad 44 can prevent the membrane from sticking to the heating head 43, ensure that the membrane is tightly attached to the bottle cap, and improve the film sticking quality.

As shown in fig. 1, 2, 7-11, in the present embodiment, the seat cores 52 are disposed perpendicular to the carrier plate 51, and the plurality of seat cores 52 are arranged at intervals along the length direction of the carrier plate 51 to form a seat core row, so as to complete the film-sticking processing of a plurality of bottle caps at one time; at this time, the track conveying module 2, the film sticking punching die module 3 and the front hot-pressing die module 4 are designed in corresponding numbers to coordinate film sticking processing. In this embodiment, the output port of the track conveying module 2 outputs the bottle caps in rows at a time, so that the bottle caps can be hooked by a plurality of seat cores 52 on the same carrier plate 51 at the same time, and the hooking operation is the prior art, and mainly in the rotating position of the circulating chain 12, the seat cores 52 are gradually inserted into the bottle caps output by the track conveying module 2 by using the intersection relationship, so that the bottle caps are transferred to the seat cores 52. The lower die 34 and the upper die 35 of the film sticking and punching die module 3 punch two rows of films at a time, and the number of the films in each row is the same as that of the seat cores 52 on the same carrier plate 51, so that the films are supplied to the bottle caps 100 carried by the seat cores 52 on the two carrier plates 51 at a time. Similarly, the front hot-pressing module 4 provides two rows of heating heads 43, so as to achieve hot-pressing and film-sticking of the bottle caps 100 carried by the seat cores 52 on the two carrier plates 51 at a time, and the processing speed is high, thereby improving the working efficiency and being suitable for industrial mass production. The front hot-pressing sticking module 4 is close to the outlet end of the working material channel 11, an auxiliary supporting block 9 is further arranged in the working material channel 11, and the auxiliary supporting block 9 supports the edge of the port of the bottle cap so as to be matched with the hot-pressing sticking module 4 for hot-pressing processing. Like this, except that the interior bottom of bottle lid 100 is propped up to seat core 52, the edge of bottle lid also increases supplementary supporting shoe 9 and supports, further guarantees that the last top surface of bottle lid 100 from this levels, guarantees the heating head 43 hot pressing pad pasting, avoids the peripheral condition that does not have the laminating of diaphragm, effectively reduces the bulge and the not tight condition of laminating, promotes the pad pasting quality. Furthermore, the auxiliary supporting block 9 is a strip shape extending inwards from the outlet end of the working material channel 11, the starting end of the auxiliary supporting block 9 is connected with the cap removing guide 13 on the outlet end of the working material channel 11, the extending end of the auxiliary supporting block 9 extends along the gap between the adjacent seat cores 52, the left outer side and the right outer side of the seat cores 52 are provided with the air avoiding parts 521, and the support plate 51 moves on the lower side of the auxiliary supporting block 9.

Through the structural design and practical tests, the invention has the following technical effects:

1. the modular design scheme provides the greatest convenience for users, the direct plug-in connection design of lines does not need to be disassembled when the maintenance or part replacement is carried out, and the whole module is hoisted down for maintenance and the like. The manufacturer can provide modules with different functions according to the requirements of customers, quickly respond to the requirements of the customers, and design the modules to leave the factory more conveniently and quickly.

2. Optimize the structure of die-cut mould module of pad pasting and preceding hot pressing pad pasting module, process velocity is fast to effectively reduce the bulge and laminate not tight the condition, promote work efficiency and quality, be fit for the industrialization large-scale production.

3. The whole structure is compact, the connection is effective, the body shape is small, the layout implementation is facilitated, and the work is stable and reliable.

The present invention has been described in detail with reference to the embodiments, but the technical concept and the features of the present invention are not limited thereto, and it is intended that the present invention is implemented by those skilled in the art, and therefore, all equivalent changes and modifications made according to the spirit of the present invention should be covered by the protection scope of the present invention.