CN205061075U - Automatic tape machine of large -scale coil stock - Google Patents

Abstract

The utility model relates to a large-scale roll material automatic tape sticking machine, comprising a moving device, a tape sticking device and a cutting device, the tape sticking device is fixed on the moving device, and the cutting device is installed on the tape sticking device; it is characterized in that the moving device Including motor, motor connection plate, coupling, lead screw, lead screw fixing support, lead screw nut, nut, bottom plate, guide rail, guide rail mounting frame and slider; the motor connection plate is vertically fixed on the center of one end of the bottom plate, and the motor The output shaft of the motor passes through the connecting plate of the motor and is connected with the lead screw through a coupling. A lead screw nut is installed on the bar, and a nut is connected to the upper end of the lead screw nut; on both sides of the lead screw, two guide rails are parallelly fixed on the bottom plate by a guide rail mounting frame.

Description

A large roll material automatic tape sticking machine

technical field

The utility model relates to the technical field of industrial automation machinery and equipment, in particular to a large-scale roll material automatic adhesive tape sticking machine.

Background technique

After the production of some large-scale rolls is completed, before packaging, in order to prevent the large rolls from loosening, the free edges are usually pasted with adhesive tape. In the prior art, the edge-sealing tapes of these large-scale rolls are all pasted manually. When sealing the free edge of the coil material, manual rotation is required to tighten the free edge of the coil material before sticking the tape. This is not only labor-intensive, low production efficiency, and high production cost, but also due to the unstable level of manual operation, such as excessive stretching of the free edge will cause the glue to fall off, and insufficient stretching will cause large rolls to loosen, which will easily affect the packaging quality. problems, resulting in unnecessary losses.

The gluing or labeling process of some products has partially adopted automatic gluing equipment. However, these roll materials are often only suitable for dense roll materials, such as paper rolls, polymer film rolls, etc., and the maximum diameter of the applicable roll materials is small. In addition, the coiled material is thick and loose, and the sticking track is also arc-shaped. When using the current automatic gluing equipment for gluing operations, it is easy to cause large rolls to loosen easily, and it is difficult to locate and capture the free edge. Therefore, for When pasting large coils with free edges, the mass and volume of the coils are large, and the pasting track is arc-shaped. The current automatic glue application equipment is difficult to realize. There is no development and application of automatic pasting edge banding tape equipment for large coils.

The applicant's previous patent application (Application No.: 2015101312039) provides a large-scale roll material automatic edge banding tape system, which only relies on the cylinder to push and cannot control the position of the tape, and the system can only be applied to a specific width. The pasting of the tape, the tape is not stable during the movement process, which is easy to cause the tape to break, which is not conducive to industrial applications.

Utility model content

The purpose of this utility model is to overcome the deficiencies of the prior art and provide a large-scale automatic tape sticking machine for roll materials. Edge banding is an automatic roll material gluer instead of manual sticking by workers. The sticking position of the tape can be effectively controlled through the setting of the mobile device. At the same time, an adjustment ring is set so that the tape machine can be used for sticking tapes of various widths. The application range of the tape sticking machine, the running process of the tape machine is more stable, and the problem that the tape is easy to break in the prior art is overcome. At the same time, the tape sticking machine can solve the problems of high labor intensity, high production cost and poor quality of edge banding in the coil edge banding process, significantly reducing the labor intensity of workers and improving production efficiency.

The technical solution adopted by the utility model to solve the technical problem is to provide a large-scale roll material automatic tape sticking machine, including a moving device, a tape sticking device and a cutting device, the tape sticking device is fixed on the moving device, and the cutting device is installed on the tape sticking device above; it is characterized in that the moving device includes a motor, a motor connection plate, a shaft coupling, a lead screw, a screw fixing support, a lead screw nut, a nut, a bottom plate, a guide rail, a guide rail mounting frame and a slider; the motor connection plate Vertically fixed on the center of one end of the bottom plate, the output shaft of the motor passes through the motor connecting plate, and is connected with the lead screw through a coupling. The lower end of the seat is fixed on the bottom plate; the lead screw nut is installed on the lead screw, and the upper end of the lead screw nut is connected with a nut; on both sides of the lead screw, two guide rails are fixed in parallel on the bottom plate through the guide rail mounting bracket. There are sliders on each guide rail;

The tape sticking device includes a frame belt shaft, a connecting plate, three tensioning wheel assemblies, a spring mounting column, a pressing plate support, a pressing plate and two rotating shaft assemblies; the lower end of the connecting plate is fixed on the nut and two sliding On the block, the upper end of the connecting plate is fixed with a frame belt shaft; the three tension wheel assemblies are fixed and distributed in the middle of the connecting plate in a triangular shape, and a spring mounting column and a pressure plate support are fixed at the front end of the connecting plate; fixed on the pressure plate support There is a pressing plate and two rotating shaft assemblies, and the pressing plate is pressed on the front rotating shaft assembly, and a spring is installed between the front rotating shaft assembly and the spring mounting post;

The rack belt shaft includes a discharge shaft, a plexiglass plate, a moving sleeve, an adjustment ring, an adjustment bolt, a screw and a set screw; one side of the discharge shaft is provided with an internal thread, and the other side is provided with an external thread. The middle part of the shaft is fixed on the connecting plate; the moving sleeve is installed on the side of the discharge shaft with external threads, and the position of the moving sleeve on the discharge shaft is adjusted by adjusting bolts and fixed by screws; Two plexiglass plates are located on one side of the external thread of the discharge shaft, and an adjusting ring is fixed on the slot of the moving sleeve through a set screw, and the distance between the two plexiglass plates is adjusted through the set screw;

The tensioning wheel assembly includes a tensioning wheel shaft, a tensioning wheel, a tensioning wheel deep groove ball bearing and a nut; one end of the tensioning wheel shaft is fixed on the connecting plate, and the other end is connected with a tensioning wheel deep groove ball bearing. The tensioner pulley is installed on the deep groove ball bearing, and is fixed on the outer side of the tensioner pulley by a hex nut;

The rotating shaft assembly includes a taping wheel shaft, a deep groove ball bearing, a guide wheel and a taping plate; Deep groove ball bearings, guide wheels are installed on the deep groove ball bearings; the pressure plate is pressed on the guide wheels;

Described shearing device comprises cylinder, connecting angle steel, cylinder mounting plate, knife rest and knife; The bottom of described connecting angle steel is fixed on connecting plate, and cylinder mounting plate is installed on top; Described cylinder is installed on cylinder mounting plate, on cylinder A knife rest is installed on the front end of the knife rest, and a knife is installed on the knife rest.

The applicant's prior patented technology (application number: 2015101312039) proposes a large-scale roll material automatic edge-banding tape system. Compared with it, the utility model has improved the moving device, the tape sticking device and the cutting device, that is, the screw assembly has been added to the moving device of the present application, and the power mode that only relied on the cylinder to push before has been changed, and the wire is driven by the motor. The rotation of the bar can effectively control the position of the tape, and at the same time can ensure the stability of the whole machine movement, so as to better ensure the effect of the tape; Width, you can choose to place tapes of different widths, which can be applied to the glue application requirements of products with different widths, and the scope of application is wider; in this application, three tensioning wheel assemblies are used, and the three tensioning wheel assemblies form a stable triangular structure. Make the tape more stable when it moves, which can effectively prevent the tape from breaking due to the uneven motion of the tape; the cutting device uses a cylinder that prevents rotation to replace the existing rotatable piston rod cylinder, so that the tape can be pasted The machine is more stable and accurate when cutting, which improves the working efficiency of the tape sticking machine.

The large-scale roll material automatic tape sticking machine provided by the utility model, due to the mutual cooperation of the moving device, the tape sticking device and the cutting device in the utility model, can automatically complete the tightening, glueing, and cutting of the roll material, and through the automatic roll material sticking The glue machine makes the roll material just in the right tightness when applying the glue, neither loosening nor loosening, nor causing the roll material to be too tight due to excessive stretching of the free edge, which will cause the glue to fall off, and the work is more stable, which realizes the The automatic production of the process improves the quality of the packaging, and at the same time increases the scope of application of the tape sticking machine, which can better meet the needs of industrial production.

Description of drawings

Fig. 1 is the overall structure schematic diagram of a kind of embodiment of automatic tape sticking machine of large coil material of the present utility model;

Fig. 2 is the top structural schematic diagram of the moving device 1 of an embodiment of the utility model large-scale roll material automatic tape sticking machine;

Fig. 3 is the three-dimensional structure schematic diagram of the tape sticking device 2 of a kind of embodiment of the utility model large-scale roll material automatic tape sticking machine;

Fig. 4 is the front structural schematic diagram of the frame belt shaft 201 of the tape sticking device of an embodiment of the large-scale roll material automatic tape sticking machine of the present invention;

5 is a three-dimensional structural schematic diagram of the tensioning wheel assembly 203 of the tape application device of an embodiment of the large-scale automatic tape application machine for roll materials of the present invention;

Fig. 6 is a three-dimensional structural schematic diagram of the rotating shaft assembly 207 of the tape sticking device of an embodiment of the large-scale roll material automatic tape sticking machine of the present invention;

Fig. 7 is a schematic diagram of the front view of the cutting device 3 of an embodiment of the large-scale automatic tape sticking machine for roll materials of the present invention;

Among them, 1. Mobile device; 2. Adhesive tape device; 3. Cutting device; 101. Motor; 102. Motor connecting plate; 103. Coupling; 104. Lead screw; Bar nut; 107, nut; 108, bottom plate; 109, guide rail; 110 guide rail mounting frame; 111, slide block; 201, frame belt shaft; 202, connecting plate; 203, tensioner assembly; 205, pressure plate support; 206, pressure plate; 207, shaft assembly; 2011, discharge shaft; 2012, plexiglass plate; 2013, moving sleeve; 2014, adjustment ring; 2015, adjustment bolt; 2016, screw; Set screw; 2031, tension wheel shaft; 2032, tension wheel; 2033, tension wheel deep groove ball bearing; 2034, hex nut; Tape board; 301, cylinder; 302, connecting angle steel; 303, cylinder mounting plate; 304, tool holder; 305 knives;

detailed description

The utility model will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

The utility model large roll material automatic adhesive tape machine (referred to as adhesive tape machine, see Fig. 1-7) comprises moving device 1, adhesive tape device 2 and cutting device 3, and adhesive tape device 2 is fixed on mobile device 1, and cutting device 3 Installed on the adhesive tape device 2;

Described moving device 1 (referring to Fig. 2) comprises motor 101, motor connecting plate 102, shaft coupling 103, leading screw 104, leading screw fixed support 105, leading screw nut 106, nut 107, base plate 108, guide rail 109, Guide rail mounting frame 110 and slide block 111; Motor connection plate 102 is vertically fixed on the center of one end of base plate 108, and the output shaft of motor 101 passes through motor connection plate 102, and is connected with lead screw 104 by coupling 103, and lead screw 104 The two ends of the two ends are respectively fixed on the corresponding lead screw fixed support 105, and the lower end of the lead screw fixed support 105 is fixed on the base plate 108; Lead screw nut 106 is installed on the lead screw 104, and the upper end of lead screw nut 106 is connected with Nut 107; On both sides of leading screw 104, and on base plate 108, two guide rails 109 are fixed in parallel by guide rail mounting bracket 110, and slide block 111 is all provided on each guide rail 109;

Described sticking tape device 2 (referring to Fig. 3) comprises frame belt shaft 201, connecting plate 202, three tensioning wheel assemblies 203, spring mounting post 204, pressing plate support 205, pressing plate 206 and two rotating shaft assemblies 207; The lower end of the connecting plate 202 is fixed on the nut 107 and the two slide blocks 111 at the same time, and the upper end of the connecting plate 202 is fixed with the frame belt shaft 201; the three tensioning wheel assemblies 203 are fixedly distributed in the middle of the connecting plate 202 in a triangular shape. The front end of the connecting plate 202 is fixed with a spring mounting column 204 and a pressing plate support 205; a pressing plate 206 and two rotating shaft assemblies 207 are fixed on the pressing plate supporting 205, and the pressing plate 206 is pressed on the front rotating shaft assembly 207, and the front rotating shaft assembly 207 A spring is installed between the spring mounting post 204;

Described rack belt shaft 201 (referring to Fig. 4) comprises discharge shaft 2011, plexiglass plate 2012, moving sleeve 2013, adjustment ring 2014, adjustment bolt 2015, screw 2016 and set screw 2017; One side is provided with an internal thread, and the other side is provided with an external thread. The middle part of the discharge shaft 2011 is fixed on the connecting plate 202; The upper position is adjusted by the adjusting bolt 2015 and fixed by the screw 2016; two plexiglass plates 2012 are installed on the moving sleeve 2013, which are located on one side of the external thread of the discharging shaft 2011 and on the slot of the moving sleeve 2013 Adjustment ring 2014 is fixed by set screw 2017, and the distance between the two plexiglass plates 2012 is adjusted by set screw 2017, so that adhesive tapes of different widths can be placed between the two plexiglass plates 2012;

Described tensioning wheel assembly 203 (referring to Fig. 5) comprises tensioning wheel shaft 2031, tensioning wheel 2032, tensioning wheel deep groove ball bearing 2033 and nut 2034; One end of tensioning wheel shaft 2031 is fixed on the connecting plate 202, and the other end Tensioning wheel deep groove ball bearing 2033 is connected, and tensioning wheel 2032 is installed on the tensioning wheel deep groove ball bearing 2033, and the outside of tensioning wheel 2032 is fixed by hex nut 2034, which can effectively prevent tensioning wheel 2032 from falling off .

Described rotating shaft assembly 207 (referring to Fig. 6) comprises taping wheel shaft 2071, deep groove ball bearing 2072, guide wheel 2073 and taping plate 2074; On the adhesive tape plate 2074, a deep groove ball bearing 2072 is installed on the adhesive tape wheel shaft 2071, and a guide wheel 2073 is installed on the deep groove ball bearing 2072; the pressing plate 206 is pressed on the guide wheel 2073;

Described shearing device 3 (referring to Fig. 7) comprises cylinder 301, connecting angle steel 302, cylinder mounting plate 303, knife rest 304 and knife 305; The bottom of described connecting angle steel 302 is fixed on the connecting plate 202, and the top is equipped with cylinder mounting plate 304 ; the cylinder 301 is installed on the cylinder mounting plate 304 , a knife rest 304 is installed on the front end of the cylinder 301 , and a knife 305 is installed on the knife rest 304 .

A further feature of the utility model is that the cylinder 301 adopts a cylinder of model A-MGPM12-75, which is provided with two guide rods, which can effectively prevent the cylinder piston rod from rotating.

The usage method of the present utility model is: when in use, the adhesive tape is placed between the two plexiglass plates 2012 on the frame belt shaft 201, the adhesive tape is tightened by three tensioning wheel assemblies 203, and then the adhesive tape is placed on the two rotating shafts On the component 207, the pressure plate 206 compresses the tape, and a spring is installed between the spring mounting column 204 and the front-end shaft assembly 207, so that the pressure plate 206 and the front-end shaft assembly 207 become tighter, and the belt shaft 201 and three tensioning wheels are mounted. The component 203 and the two rotating shaft components 207 form a moving path for tape pulling. The roll material is placed in front of the tape machine, and the adhesive side of the tape is attached to the roll material. The rotation of the large roll material drives the tape head to move on the roll material. The motor 101 runs to make the lead screw 104 rotate, thereby driving the tape sticking device 2 and the cutting device 3 to stay away from the large roll material and stop at a certain position, and then the cylinder piston rod drives the knife holder 304 so that the knife 305 moves toward the tape, so that the tape Cutting, the piston rod of the cylinder moves back, so that the knife is away from the tape, and the motor moves in the opposite direction, so that the screw rotates to drive the tape sticking device and the cutting device back to the initial position, thus completing a complete movement of the tape sticking machine. The moving device can To effectively control the position of the glue, the cylinder with two guide rods can effectively prevent the rotation of the simple piston rod cylinder and make the cutting process more stable.

The advanced end of the utility model refers to the direction where the motor is located, and the direction where the motor 101 is located is defined as the rear, and the direction where the screw fixing support 105 is located is the front.

This embodiment is only a specific application example of the present utility model, and is not used as a limitation to the scope of protection of the claims of the present application. All simple imitations and transformations based on the present utility model are within the scope of protection of the claims of the present application. Inside.

The unmentioned parts of the utility model are applicable to the prior art, especially the prior application of the applicant.

Claims (2)

1. a large-scale coiled strip automatic adhesive-tape application machine, comprises mobile device, tape device and clipping apparatus, and device of taping is fixing on the mobile device, and clipping apparatus is arranged on tapes on device; It is characterized in that described mobile device comprises motor, connecting plate for electric motor, coupler, leading screw, leading screw fixed bearing, feed screw nut, nut, base plate, guide rail, guide rail installation frame and slide block; Connecting plate for electric motor to be vertically fixed in base plate one end in the heart, the output shaft of motor is through connecting plate for electric motor, and coupled together by coupler and leading screw, the two ends of leading screw are separately fixed on corresponding leading screw fixed bearing, and the lower end of leading screw fixed bearing is fixed on base plate; Leading screw is provided with feed screw nut, is connected with nut in the upper end of feed screw nut; In the both sides of leading screw, and be fixed with two guide rails by guide rail installation frame is parallel on base plate, each guide rail is equipped with slide block;

Described device of taping comprises frame tape spool, connecting panel, three tensioning wheel assemblies, spring fitting post, plate bearing, pressing plate and two rotating assemblies; The lower end of described connecting panel is fixed on nut and two slide blocks simultaneously, and the upper end of connecting panel is fixed with frame tape spool; Three tensioning wheel assembly stationary distribution triangular in shape, at the middle part of connecting panel, are fixed with spring fitting post and plate bearing in the front end of connecting panel; Plate bearing is fixed with pressing plate and two rotating assemblies, and pressing plate is pressed on the rotating assembly of front end, between this front end rotating assembly and spring fitting post, spring is installed;

Described frame tape spool comprises dispensing shaft, poly (methyl methacrylate) plate, moving sleeve, regulating ring, adjusting bolt, screw and holding screw; Described dispensing shaft while be provided with negative thread, be provided with outside thread, be fixed on connecting panel in the middle part of dispensing shaft; Moving sleeve is arranged on dispensing shaft externally threaded side, and the position of moving sleeve on dispensing shaft is regulated by adjusting bolt, and is fixed by screw; Moving sleeve is provided with two poly (methyl methacrylate) plates, is positioned at the externally threaded side of dispensing shaft, the draw-in groove of moving sleeve is fixed with regulating ring by holding screw, regulate the distance between two poly (methyl methacrylate) plates by holding screw;

Described tensioning wheel assembly comprises tension wheel shaft, tension wheel, tension wheel deep groove ball bearing and nut; One end of tension wheel shaft is fixed on connecting panel, and the other end is connected with tension wheel deep groove ball bearing, and tension wheel deep groove ball bearing is provided with tension wheel, is fixed by hexagonal nut in the outside of tension wheel;

Described rotating assembly comprises wheel shaft of taping, deep groove ball bearing, track adjusting wheel and rubberizing band plate; Rubberizing band plate is arranged on plate bearing, and the one end of wheel shaft of taping is fixed on rubberizing band plate, is provided with deep groove ball bearing taping on wheel shaft, deep groove ball bearing is provided with track adjusting wheel; Pressing plate is pressed in track adjusting wheel;

Described clipping apparatus comprises cylinder, connecting angle, cylinder mounting plate, knife rest and cutter; The bottom of described connecting angle is fixed on connecting panel, and top is provided with cylinder mounting plate; Described cylinder is arranged on cylinder mounting plate, is provided with knife rest, knife rest is provided with cutter in the front end of cylinder.

2. large-scale coiled strip automatic adhesive-tape application machine according to claim 1, is characterized in that described cylinder adopts model to be the cylinder of A-MGPM12-75.