Splitting machine

Abstract

The invention relates to the technical field of oral dissolving film agent packaging machines, in particular to a splitting machine which comprises a splitting machine frame. A feeding mechanism for placing packaging film material rolls, a splicing mechanism for splicing two material rolls end to end, a slitting mechanism for dividing a packaging film into two parts and a guide mechanism for guiding the two sections of packaging films to be conveyed outwards are sequentially arranged on the slitting rack along a packaging film unwinding route, and the guide mechanism is located below the slitting mechanism. Comprising an upper guiding assembly and a lower guiding assembly, an upper discharging window and a lower discharging window for outputting films are formed in one wall plate corresponding to the upper guiding assembly and the lower guiding assembly respectively, and the film discharging device has the beneficial effects that the film discharging device can be installed on the side edge of the oral dissolving film agent packaging machine for use, and front operation of the oral dissolving film agent packaging machine cannot be affected.

Description

Technical Field

[0001] The invention relates to the technical field of orally dissolving film packaging machines, and in particular to a slitting machine. Background Art

[0002] Orodispersible film is the latest generation of oral drug preparation products in the world today. The size and thickness of a piece of material film is similar to that of an ordinary stamp. When taking medicine, place the material film on the surface of the tongue or under the tongue. The whole piece of material film will completely dissolve in saliva within 10 to 60 seconds, and the medication process can be completed quickly without drinking water.

[0003] Most of the orodissolving films are made by using a film making machine to dry the material into a film and then adhere it to a base film. When packaging, the base film and the material film are first cut into multiple strips, and then the material film is cut to equal lengths, and then the material film and the base film are peeled off, and the material film is packaged with a packaging film, and then the packaging film is cut into multiple strips, and finally the packaging film is cut to equal lengths into finished products. When the material film is packaged with the packaging film, in the prior art, an upper and a lower packaging film are usually used to cover the material film at the same time. The invention with patent number CN220431765U discloses a packaging film unwinding mechanism of an orodissolving film packaging machine, including an unwinding frame, and a packaging film is rolled up along the unwinding frame. In the film unwinding direction, there are provided a feeding assembly for placing a packaging film roll, a splicing platform for splicing two rolls head to tail, a packaging film slitting assembly for dividing the packaging film into two, an upper guide assembly for pulling one half of the packaging film upward, and a lower guide assembly for pulling the other half of the packaging film downward. The splicing platform is arranged above the feeding assembly, the upper guide assembly is located at the upper end of the unwinding frame, and the lower guide assembly is located at the lower end of the unwinding frame. The packaging film unwinding mechanism has the following disadvantages during use: 1. When the packaging film unwinding mechanism is put into the production line, the patent document with patent application number CN202310596568.3 is referred to. Figure 1It can be seen that the packaging film unwinding mechanism is independently placed in front of the whole machine frame. Such position distribution will affect the operator's operation of the whole machine; 2. The packaging film slitting component adopts fixed slitting, and the position of the cutting wheel cannot be adjusted. When the packaging film is offset during the conveying process, the width of the upper packaging film and the lower packaging film after slitting are no longer consistent, affecting subsequent packaging; 3. The specific structure and use of the splicing platform can refer to the invention patent document with patent application number CN202123177556.2. The splicing platform mainly uses two pressing rollers to press the film to be spliced ​​respectively. The spliced ​​film and the film that is about to be exhausted, this film pressing method is very inconvenient, the film needs to be passed through the pressing roller and ensure that the pressing roller can press the film, which increases the difficulty of changing materials; 4. Use the loading assembly to place the packaging film unwinding shaft. The packaging film unwinding shaft needs to be passed through the loading rod first, and then the loading rod is lifted so that the two ends of the loading rod can be plugged into the connecting disk. However, this loading method is very inconvenient for workers. The loading rod with the packaging film unwinding shaft has a certain weight. It is very difficult to successfully connect such a loading rod with the connecting disk, which increases the difficulty of loading and reduces the loading efficiency. Summary of the invention

[0004] The technical problem to be solved by the present invention is to provide a slitting machine that can be installed on the side of an orodissolving film packaging machine for use without affecting the front operation of the orodissolving film packaging machine in view of the above-mentioned deficiencies of the prior art.

[0005] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a slitting machine, including a slitting frame, on which a loading mechanism for placing a packaging film roll, a splicing mechanism for splicing two rolls head to tail, a slitting mechanism for dividing the packaging film into two, and a guiding mechanism for respectively guiding the two sections of packaging film to be transported outward are arranged in sequence along the packaging film unwinding route. The slitting frame includes two wall panels that are arranged opposite to each other and have a certain interval, the slitting mechanism is horizontally arranged on the upper end surfaces of the two wall panels, including a slitting plate mounted on the wall panels, the upper end surface of the slitting plate is provided with a slitting knife assembly that divides the film into two, the slitting plate is provided with a V-shaped film-slitting groove that can guide the slit film to be folded 45 degrees, and the guiding mechanism is located below the slitting mechanism, including upper guide assemblies arranged on both sides of the V-shaped film-slitting groove The invention relates to a method for manufacturing a film cutting machine, wherein the cutting machine comprises a plurality of parts, wherein the plurality of parts are connected to each other through the plurality of guide wheels, and the plurality of parts are connected to each other through the plurality of guide wheels. The plurality of parts are connected to each other through the plurality of guide wheels, and the plurality of parts are connected to each other through the plurality of guide wheels.

[0006] The present invention with the above characteristics: usually the packaging film is a single-sided inner film and a single-sided outer film, and the packaging film roll will have the inner film facing inward and the outer film facing outward. When packaging, it is necessary to ensure that the inner film is in contact with the medicine, and a V-shaped film-cutting groove is arranged on the slitting plate, so that the cut film is conveyed along the two side groove edges of the V-shaped film-cutting groove to be in contact with the lower end surface of the slitting plate, and then the film is folded 45 degrees, so that the single-sided inner film is folded downward for subsequent packaging; the film is conveyed to the outside of the equipment through the upper guide components and the lower guide components under the two sides of the V-shaped film-cutting groove, and an upper discharge window and a lower discharge window are opened on the same wall panel, so that the cut films are output from the same side, one at the top and the other at the bottom. Such an output method The method can configure the slitting machine on the side of the orodissolving film packaging machine without interfering with the operation of the orodissolving film packaging machine; the slitting plate is slidably set on the mounting plate to adjust the position of the slitting plate. When the packaging film is offset during the feeding process, the position of the slitting plate is adjusted to ensure that the widths of the two films after cutting are consistent, thereby improving the packaging quality; the cutter seat is set in an L shape, and the cutter wheel can be set on one side of the V-shaped film-cutting groove without affecting the film feeding; a wheel groove is set on the slitting plate, and a part of the cutter wheel passes through the wheel groove and then cooperates with the auxiliary cutter roller to shear the film. Such a setting can make the part of the film to be cut fall into the wheel groove, thereby preventing it from offsetting during cutting and improving the cutting accuracy.

[0007] A further configuration of the present invention is that at least two groups of buffer swing roller assemblies with similar structures are also arranged in the frame, including a first buffer swing roller assembly located between the feeding mechanism and the slitting mechanism, and a second buffer swing roller assembly located in the upper guide assembly, the first buffer swing roller assembly including two sliding rods arranged at intervals in the vertical direction, a sliding member sleeved on the sliding rod, and at least two first floating rollers located between the two sliding members, the second buffer swing roller assembly including two screw rods arranged at intervals in the vertical direction, a threaded connector sleeved on the screw rod, and at least two second floating rollers located between the two threaded connectors, and the threaded connector is provided with an adjustment knob capable of adjusting its position on the screw rod.

[0008] The present invention has the above-mentioned characteristics: the first floating roller floats up and down on the sliding rod and moves with the pulling of the film, thereby adjusting the tension of the film and keeping the tension of the film stable during the feeding process; after the film is cut, an upper film and a lower film are obtained, and the upper and lower films have a layout of fixed size. When packaging, the two need to be aligned, and the position of the second floating roller on the screw is changed by the adjustment knob. By changing the position of the second floating roller on the screw, the unwinding distance of the upper film is adjusted, thereby ensuring that the layouts on the upper film and the lower film are aligned; the setting of the first buffer swing roller assembly and the second buffer swing roller assembly plays a material storage function and can be used in conjunction with an intermittent orodispersible film packaging machine.

[0009] A further configuration of the present invention is that the splicing mechanism is located above the feeding mechanism, and comprises a cutting frame and a film absorbing plate mounted between two wall panels, a cutting member is slidably arranged on the cutting frame, the film absorbing plate is located on the inner side of the cutting frame, and a cutting groove distributed along the length direction is provided in the middle of a side surface thereof facing the cutting frame, the cutting knife in the cutting member extends into the cutting groove, and a plurality of film absorbing seams capable of absorbing thin films are evenly distributed on the upper and lower sides of the cutting groove, and a vacuum switch for controlling the working state of the film absorbing seam is provided on one side of the wall panel.

[0010] The present invention with the above characteristics: by turning on the vacuum switch, the film absorption seam can absorb the film onto the film absorption plate. Compared with the film pressing method using a pressure roller in the background technology, the vacuum absorption of the film is more convenient and faster. It only requires the ends of the two sections of the film to be spliced ​​to overlap and be absorbed on the film absorption plate, and then use a cutting knife to cut it.

[0011] A further arrangement of the present invention is that: a recess for placing the unwinding shaft is formed on the two wall panels, the loading mechanism includes a unwinding seat embedded in the recess and supporting the end of the unwinding shaft, the unwinding seat is L-shaped, and the unwinding seat includes a vertical portion arranged along the vertical direction and a horizontal portion arranged along the horizontal direction, a first arc-shaped groove for accommodating the unwinding shaft is provided at the connection between the vertical portion and the horizontal portion, and a locking hook assembly for locking the unwinding shaft in the first arc-shaped groove is provided at the end of the vertical portion.

[0012] The present invention with the above-mentioned characteristics: by arranging an L-shaped unwinding seat on the wall panel, the unwinding shaft can be easily put in and taken out, reducing the difficulty of loading the unwinding shaft, and the unwinding shaft is locked in the first arc groove through the locking hook assembly to prevent the unwinding shaft from sliding or falling off during work, and it is also convenient for workers to quickly install and disassemble. Such a loading structure improves the loading efficiency of workers and reduces the difficulty of loading; a first arc groove is arranged in the unwinding seat, which better fits the shape of the unwinding shaft and improves the stability of the placement of the unwinding shaft in the unwinding seat.

[0013] A further arrangement of the present invention is: the locking hook assembly includes a locking hook seat installed at the end of the vertical part, and a locking hook hinged to the locking hook seat, the locking hook seat includes two seat plates, a hinge shaft is provided between the two seat plates, the locking hook is placed between the two seat plates and hinged to the hinge shaft, the locking hook is L-shaped, including a short plate and a long plate perpendicular to each other, the short plate extends toward the end of the unwinding shaft, when the locking hook assembly locks the unwinding shaft in the first arc groove, the end of the short plate is against the end of the unwinding shaft, and the long plate extends upward through the two seat plates.

[0014] The present invention with the above characteristics: the locking hook and the locking hook seat are hinged to facilitate the free rotation of the locking hook within a certain range. When the unwinding shaft rolls into the first arc-shaped groove, the locking hook is moved to allow the unwinding shaft to smoothly enter the first arc-shaped groove. After the unwinding shaft enters the first arc-shaped groove, the locking hook is reset under its own weight to the point where the short plate is against the unwinding shaft to lock the unwinding shaft. This locking method is simple and quick.

[0015] A further arrangement of the present invention is: the unwinding shaft includes an shaft head placed in a recessed portion of a wall panel, an shaft core suspended between two wall panels, the shaft core being sleeved with a film roll and being able to rotate with the film roll, one of the wall panels being provided with an anti-rotation component for preventing the shaft head from rotating, the anti-rotation component including an anti-rotation seat fixed to the wall panel, an anti-rotation strip slidably connected to the anti-rotation seat, and an anti-rotation wheel arranged at the end of the anti-rotation strip, one end of the anti-rotation seat being inclined toward the recessed portion of the wall panel, the anti-rotation seat being provided with an adjustment groove for the anti-rotation strip to be inserted into and slide along, the anti-rotation strip being provided with a waist-shaped groove for fastener installation, a protective sleeve and an anti-rotation sleeve being respectively sleeved from the outside to the inside on the shaft head on one side of the unwinding shaft corresponding to the anti-rotation component, the anti-rotation sleeve being placed on the outside of the wall panel, and being provided with a plurality of planes which abut against the anti-rotation wheel.

[0016] The present invention has the above-mentioned characteristics: the shaft core can rotate with the material roll, and under normal circumstances, the shaft head needs to remain stationary so as not to affect the unwinding speed of the shaft core. However, the shaft head may rotate due to factors such as the excessive weight of the material roll and friction, driving the shaft core to rotate and thus affecting the normal unwinding of the material roll. For this purpose, an anti-rotation component is provided, and the anti-rotation wheel abuts against the anti-rotation sleeve. Since the anti-rotation sleeve is fixedly connected to the shaft head, the anti-rotation wheel can prevent the shaft head from rotating after abutting, thereby ensuring the normal unwinding of the film material roll; a waist-shaped groove is provided on the anti-rotation strip, so that the installation position of the anti-rotation strip in the anti-rotation seat can be adjusted according to actual conditions, so as to ensure that the anti-rotation wheel can abut against the anti-rotation sleeve.

[0017] A further configuration of the present invention is that a coding component for coding the film is also provided in the slitting machine frame, and the coding component includes two guide rails horizontally arranged between two wall panels and a coding base slidably connected to the guide rails, the two guide rails are arranged at intervals, a handle mounting plate is provided on one side of the coding base, a handle is provided on the side of the handle mounting plate facing outward, a handle window is provided on one of the wall panels for the handle mounting plate to be embedded, the handle is placed outside the slitting machine frame through the handle window, a coding terminal is slidably provided on the coding base, and a coding power part for driving the coding terminal to reciprocate along the guide rail direction is provided under the coding base.

[0018] The present invention with the above characteristics: by arranging a coding component in the slitting frame, it is possible to code the packaging film according to customer needs; by adopting a guide rail and a coding base structure slidably arranged therewith, the coding base can be pulled out of the slitting frame by a handle, which is convenient for maintenance and debugging.

[0019] The present invention is further described in detail below with reference to the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 It is a schematic structural diagram of an embodiment of the present invention.

[0021] Figure 2 The structure of the embodiment of the present invention after removing the external sheet metal is schematically shown. Figure 1 .

[0022] Figure 3 The structure of the embodiment of the present invention after removing the external sheet metal is schematically shown. Figure 2 .

[0023] Figure 4 The structure of the slitting mechanism of the embodiment of the present invention is shown in FIG. Figure 1 .

[0024] Figure 5 The structure of the slitting mechanism of the embodiment of the present invention is shown in FIG. Figure 2 .

[0025] Figure 6 A cross-sectional view of an embodiment of the present invention Figure 1 .

[0026] Figure 7 A cross-sectional view of an embodiment of the present invention Figure 2 .

[0027] Figure 8 It is a structural schematic diagram of a splicing mechanism according to an embodiment of the present invention.

[0028] Fig. 9 It is a structural schematic diagram of a feeding mechanism according to an embodiment of the present invention.

[0029] Fig.10 It is an exploded view of the feeding mechanism according to an embodiment of the present invention.

[0030] Fig.11 It is a schematic diagram of the structure of the coding assembly according to an embodiment of the present invention.

[0031] Fig.12 Schematic diagram of the feeding of the film according to the embodiment of the present invention.

[0032] Fig.13 It is a schematic diagram of material feeding after the embodiment of the present invention is assembled with an orodispersible film packaging machine. DETAILED DESCRIPTION

[0033] This specific embodiment is merely an explanation of the present invention and is not a limitation of the present invention. After reading this specification, those skilled in the art may make non-creative modifications to the present embodiment as needed. However, as long as they are within the scope of the claims of the present invention, they are protected by the patent law.

[0034] like Figure 1-12The slitting machine shown in the figure comprises a slitting frame 1, on which a feeding mechanism 2 for placing a packaging film roll, a splicing mechanism 3 for splicing two rolls head to tail, a coding assembly 8 for coding a film, a slitting mechanism 4 for dividing the packaging film into two, and a guiding mechanism 5 for guiding the two sections of packaging film to be transported outward are arranged in sequence along the packaging film unwinding route. The slitting frame 1 comprises two wall panels 11 arranged opposite to each other and having a certain interval, the slitting mechanism 4 is transversely arranged on the upper end surfaces of the two wall panels 11, comprises a slitting plate 41 mounted on the wall panels 11, the upper end surface of the slitting plate 41 is provided with a slitting knife assembly 42 for dividing the film into two, the slitting plate 41 is provided with a V-shaped film-slitting groove 411 capable of folding and guiding the slit film at 45 degrees, and the slitting mechanism 4 also comprises two wall panels 11 respectively arranged on the two wall panels 11. A mounting plate 43 is provided on each wall panel 11, the mounting plate 43 is located on both sides of the slitting plate 41, two sets of slide rail slider assemblies 44 are arranged between the two mounting plates 43, the slitting plate 41 is fixedly connected to the slider 441 in the slide rail slider assembly 44, the slitting knife assembly 42 comprises an L-shaped slitting knife seat 421 fixedly connected to the slitting plate 41, the vertical plate 4211 of the L-shaped slitting knife seat 421 is fixedly connected to the slitting plate 41, the horizontal plate 4212 extends to the center of the V-shaped film-cutting groove 411 and is provided with a cutting wheel 422, the slitting plate 41 is provided with a wheel groove 412 for the cutting wheel 422 to pass through, an auxiliary cutting knife roller (not shown in the figure) is fixed below the slitting plate 41, the auxiliary cutting knife roller is provided with a shearing groove (not shown in the figure) adapted to the cutting wheel 422, and the shearing groove is located directly below the wheel groove 412.

[0035] The guide mechanism 5 is located below the slitting mechanism 4, and includes an upper guide component 51 and a lower guide component 52 arranged on both sides of the V-shaped film-slitting groove 411. An upper discharge window 111 and a lower discharge window 112 for outputting the film are respectively opened on one of the wall panels 11 corresponding to the upper guide component 51 and the lower guide component 52.

[0036] At least two groups of buffer swing roller assemblies with similar structures are also provided in the slitting machine frame 1, including a first buffer swing roller assembly 6 located between the feeding mechanism 2 and the slitting mechanism 4, and a second buffer swing roller assembly 7 located in the upper guide assembly 51. The first buffer swing roller assembly 6 includes two sliding rods 61 arranged at intervals in the vertical direction, a sliding member 62 mounted on the sliding rod 61, and at least two first floating rollers 63 located between the two sliding members 62. The second buffer swing roller assembly 7 includes two screw rods 71 ​​arranged at intervals in the vertical direction, a threaded connector 72 mounted on the screw rod 71, and at least two second floating rollers 73 located between the two threaded connectors 72. The threaded connector 72 is provided with an adjusting knob (not shown in the figure) that can adjust its position on the screw rod 71.

[0037] The splicing mechanism 3 is located above the feeding mechanism 2, and includes a cutting frame 31 and a film absorbing plate 32 mounted between two wall panels 11. A cutting member 33 is slidably arranged on the cutting frame 31. The film absorbing plate 32 is located on the inner side of the cutting frame 31. A cutting groove 321 distributed along the length direction is provided in the middle of the side facing the cutting frame 31. The cutting knife 331 in the cutting member 33 extends into the cutting groove 321. A plurality of film absorbing seams 322 capable of absorbing the film are evenly distributed on the upper and lower sides of the cutting groove 321. A vacuum switch 33 for controlling the working state of the film absorbing seam 322 is provided on one side of the wall panel 11.

[0038] A recess 111 for placing the unwinding shaft 21 is formed on the two wall panels 11. The loading mechanism 2 includes a unwinding seat 22 embedded in the recess 111 and supporting the end of the unwinding shaft 21. The unwinding seat 22 is L-shaped. The unwinding seat 22 includes a vertical portion 221 arranged along the vertical direction and a horizontal portion 222 arranged along the horizontal direction. A first arc groove 223 for accommodating the unwinding shaft 21 is provided at the connection between the vertical portion 221 and the horizontal portion 222. A locking hook assembly for locking the unwinding shaft 21 in the first arc groove 223 is provided at the end of the vertical portion 221. An upwardly tilted blocking block 2221 is provided at the end of the horizontal portion 222. The connection between the blocking block 321 and the horizontal portion 32 is a second arc groove 224.

[0039] The locking hook assembly includes a locking hook seat 23 installed at the end of the vertical portion 221, and a locking hook 24 hinged to the locking hook seat 23. The locking hook seat 23 includes two seat plates 231, and a hinge shaft 232 is provided between the two seat plates 231. The locking hook 24 is placed between the two seat plates 231 and is hinged to the hinge shaft 232. The locking hook 24 is L-shaped, including a short plate 241 and a long plate 242 that are perpendicular to each other. The short plate 241 extends toward the end of the unwinding shaft 21. When the locking hook assembly locks the unwinding shaft 21 in the first arc groove 223, the end of the short plate 241 is against the end of the unwinding shaft 21, and the long plate 242 extends upward through the two mounting plates 43.

[0040] A mounting block 224 is provided on the side of the vertical portion 221 of the unwinding seat 22 facing the unwinding shaft 2, and the mounting block 224 is located in the middle of the vertical portion 221. The two side surfaces of the mounting block 224 and the vertical portion 221 form a space for installing the seat plate 231. The seat plate 231 is in the form of a right triangle, and one right-angled side of the seat plate 231 is placed in the space and attached to the vertical portion 221. The right-angled side is detachably connected to the mounting block 224 by fasteners, and the other right-angled side remains parallel to the horizontal portion 222 of the unwinding seat 22.

[0041] The unwinding shaft 21 includes a shaft head 211 placed in the concave portion 111 of the wall panel 11, a shaft core 212 suspended between the two wall panels 11, a film roll is sleeved on the shaft core 212 and can rotate with the film roll, and an anti-rotation component for preventing the shaft head 211 from rotating is provided on one of the wall panels 11, and the anti-rotation component includes an anti-rotation seat 25 fixed on the wall panel 11, an anti-rotation strip 26 slidably connected to the anti-rotation seat 25, and an anti-rotation wheel 27 provided at the end of the anti-rotation strip 26. One end of the anti-rotation seat 25 is inclined toward the recessed portion 111 of the wall panel 11, and an adjustment groove 251 is provided in the anti-rotation seat 25 for the anti-rotation strip 26 to be inserted into and slide along it. The anti-rotation strip 26 is provided with a waist-shaped groove 261 for installing a fastener. A protective sleeve 29 and an anti-rotation sleeve 28 are respectively sleeved on the shaft head 211 on one side of the unwinding shaft 21 corresponding to the anti-rotation component from the outside to the inside. The anti-rotation sleeve 28 is placed on the outside of the wall panel 11, and is provided with a plurality of flat surfaces that abut against the anti-rotation wheel 27.

[0042] The coding assembly 8 includes two guide rails 81 horizontally arranged between two wall panels 11, and a coding base 82 slidably connected to the guide rails 81. The two guide rails 81 are arranged at intervals. A handle mounting plate 83 is provided on one side of the coding base 82, and a handle 84 is provided on the side of the handle mounting plate 83 facing outward. A handle window 113 for the handle mounting plate 83 to be embedded is opened on one of the wall panels 11. The handle 84 is placed outside the slitting machine frame 1 through the handle window 113. A coding terminal 85 is slidably arranged on the coding base 82, and a coding power part (not shown in the figure) for driving the coding terminal 85 to reciprocate along the guide rail 81 is provided under the coding base 82.

[0043] In conjunction with the instruction manual Figure 2 , 12 , put the packaging film roll on the unloading shaft, the operator lifts the unloading shaft to the unloading seat in the concave part of the wall panel, and when the unloading shaft rolls toward the first arc-shaped groove, the locking hook is pushed to smoothly enter the first arc-shaped groove, and the locking hook is reset under the action of its own gravity so that its short plate is against the shaft head of the unloading shaft to prevent the unloading shaft from rolling, and the anti-rotation wheel is against the anti-rotation sleeve. After loading, the film passes through the splicing mechanism, the coding assembly, and the first buffer assembly in sequence and enters the slitting mechanism. The cutting wheel in the slitting mechanism divides the film laid on the slitting board into two, and the film is flipped along both sides of the V-shaped film-cutting groove of the slitting board until it is attached to the lower end surface of the slitting board. The two flipped films are respectively guided by the upper guide assembly and the lower guide assembly, and are output from the upper discharge window and the unloading window respectively. When the slitting machine is put into the production line, refer to the attached Fig.13, located on the side of the orodissolving film packaging machine; when the packaging film roll on the unloading shaft is almost used up, turn off the equipment, turn on the vacuum switch, the film suction plate sucks the film, the cutter cuts the film, and the unloading shaft connected to the packaging film roll is taken out together, replace the new roll and reload, stretch one end of the film of the new roll to the film suction plate of the splicing mechanism to overlap with the previous film, the cutter cuts once at the overlapping part to ensure that the seam is flush, remove the excess part, and fix the two films with tape to complete the roll replacement; when the customer needs to print characters on the packaging film, the inkjet component can be used to spray codes on it.

[0044] In conjunction with the instruction manual Fig.13 When the slitting machine is inside the orodissolving film packaging machine, it is located on the side of the whole machine. The figure shows the conveying route of the slit packaging film inside the whole machine. The installation position of the slitting machine will not hinder the operator from operating the orodissolving film packaging machine from the front.

Claims

1. A slitting machine, characterized in that: The invention comprises a slitting frame, on which a feeding mechanism for placing a packaging film roll, a splicing mechanism for splicing two rolls head to tail, a coding assembly for coding the film, a slitting mechanism for dividing the packaging film into two, and a guiding mechanism for guiding the two sections of packaging film to be transported outward are arranged in sequence along the packaging film unwinding route. The slitting frame comprises two wall panels that are arranged opposite to each other and have a certain interval. The slitting mechanism is transversely arranged on the upper end surfaces of the two wall panels, including a slitting plate mounted on the wall panels, and the upper end surface of the slitting plate is provided with a slitting knife assembly for dividing the film into two, and the slitting plate is provided with a V-shaped film-slitting groove that can fold and guide the slit film at 45 degrees. The guiding mechanism is located below the slitting mechanism, and comprises an upper guiding assembly and a lower guiding assembly arranged on both sides of the V-shaped film-slitting groove. An upper discharge window and a lower discharge window for film output are respectively provided on one of the wall panels corresponding to the upper guide assembly and the lower guide assembly. The slitting mechanism also includes mounting plates respectively arranged on the two wall panels, and the mounting plates are located on both sides of the slitting plate. Two groups of slide rail slider assemblies are arranged between the two mounting plates, and the slitting plate is fixedly connected to the sliders in the slide rail slider assembly. The slitting knife assembly includes an L-shaped slitting knife seat fixed on the slitting plate, and the vertical plate of the L-shaped slitting knife seat is fixedly connected to the slitting plate, and the horizontal plate extends to the center of the V-shaped film-slitting groove and is equipped with a slitting wheel. The slitting plate is provided with a wheel groove for the slitting wheel to pass through, and an auxiliary slitting knife roller is fixed under the slitting plate, and the auxiliary slitting knife roller is provided with a shearing groove adapted to the slitting wheel, and the shearing groove is located directly below the wheel groove.

2. A slitting machine according to claim 1, characterized in that: The slitting machine frame is also provided with at least two groups of buffer swing roller assemblies with similar structures, including a first buffer swing roller assembly located between the feeding mechanism and the slitting mechanism, and a second buffer swing roller assembly located in the upper guide assembly. The first buffer swing roller assembly includes two sliding rods arranged at intervals in the vertical direction, a sliding member sleeved on the sliding rod, and at least two first floating rollers located between the two sliding members. The second buffer swing roller assembly includes two screw rods arranged at intervals in the vertical direction, a threaded connector sleeved on the screw rod, and at least two second floating rollers located between the two threaded connectors. The threaded connector is provided with an adjustment knob that can adjust its position on the screw rod.

3. A slitting machine according to claim 1 or 2, characterized in that: The splicing mechanism is located above the feeding mechanism, and includes a cutting frame and a film absorbing plate mounted between two wall panels. A cutting member is slidably arranged on the cutting frame, and the film absorbing plate is located on the inner side of the cutting frame. A cutting groove distributed along the length direction is provided in the middle of a side surface thereof facing the cutting frame. The cutting knife in the cutting member extends into the cutting groove. A plurality of film absorbing seams capable of absorbing thin films are evenly distributed on the upper and lower sides of the cutting groove. A vacuum switch for controlling the working state of the film absorbing seam is provided on one side of the wall panel.

4. A slitting machine according to claim 1 or 2, characterized in that: The two wall panels are both formed with a recess for placing the unwinding shaft, the loading mechanism includes a unwinding seat embedded in the recess and supporting the end of the unwinding shaft, the unwinding seat is L-shaped, and the unwinding seat includes a vertical portion arranged along the vertical direction and a horizontal portion arranged along the horizontal direction, a first arc-shaped groove for accommodating the unwinding shaft is provided at the connection between the vertical portion and the horizontal portion, and a locking hook assembly for locking the unwinding shaft in the first arc-shaped groove is provided at the end of the vertical portion.

5. A slitting machine according to claim 4, characterized in that: The locking hook assembly includes a locking hook seat installed at the end of the vertical part, and a locking hook hinged to the locking hook seat, the locking hook seat includes two seat plates, a hinge shaft is provided between the two seat plates, the locking hook is placed between the two seat plates and hinged to the hinge shaft, the locking hook is L-shaped, including a short plate and a long plate that are perpendicular to each other, the short plate extends toward the end of the unwinding shaft, when the locking hook assembly locks the unwinding shaft in the first arc groove, the end of the short plate is against the end of the unwinding shaft, and the long plate extends upward through the two seat plates.

6. A slitting machine according to claim 4, characterized in that: The unwinding shaft includes an axis head placed in a recessed portion of a wall panel and an axis core suspended between two wall panels, the axis core being sleeved with a film roll and being able to rotate with the film roll, wherein an anti-rotation component is provided on one of the wall panels to prevent the axis head from rotating, the anti-rotation component including an anti-rotation seat fixed to the wall panel, an anti-rotation strip slidably connected to the anti-rotation seat, and an anti-rotation wheel provided at the end of the anti-rotation strip, one end of the anti-rotation seat being inclined toward the recessed portion of the wall panel, the anti-rotation seat being provided with an adjustment groove for the anti-rotation strip to be inserted into and slide along, the anti-rotation strip being provided with a waist-shaped groove for fastener installation, a protective sleeve and an anti-rotation sleeve are respectively sleeved on one side of the axis head corresponding to the anti-rotation component of the unwinding shaft from the outside to the inside, the anti-rotation sleeve is placed on the outside of the wall panel, and is provided with a plurality of planes which abut against the anti-rotation wheel.

7. A slitting machine according to claim 1 or 2, characterized in that: The coding assembly includes two guide rails horizontally arranged between two wall panels and a coding base slidably connected to the guide rails. The two guide rails are arranged at intervals. A handle mounting plate is provided on one side of the coding base. A handle is provided on the side of the handle mounting plate facing outward. A handle window is provided on one of the wall panels for the handle mounting plate to be embedded. The handle passes through the handle window and is placed outside the slitting machine frame. A coding terminal is slidably arranged on the coding base, and a coding power part for driving the coding terminal to reciprocate along the guide rail direction is provided under the coding base.

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