CN207241085U - A high-speed die-cutting machine - Google Patents

Abstract

The utility model provides a high-speed die-cutting machine, which comprises a bracket, a laminating assembly arranged on the bracket, a material receiving and discharging system arranged on one side of the laminating assembly, and an electric cabinet and a control box arranged on the other side of the laminating assembly; the lower end of the feeding assembly is provided with a feeding mechanism, the upper end of the feeding assembly is provided with a first infrared sensing device, and the first infrared sensing device is fixed with the support through a first flexible pipe with a joint; a transmission system is arranged below the continuous feeding roller, a transmission motor is arranged at the transmission system, the transmission motor is arranged at the bottom of the bracket, and the transmission motor is respectively connected with the electric control box and the control box; the utility model provides a laminating cross cutting machine that can carry out three station operation simultaneously, very big improvement production efficiency.

Description

A high-speed die-cutting machine

technical field

The utility model belongs to a die-cutting machine and relates to a high-speed die-cutting machine.

Background technique

Die-cutting machine is also called beer machine, cutting machine, CNC punching machine, mainly used for die-cutting of corresponding non-metallic materials, self-adhesive, EVA, double-sided adhesive, electronics, mobile phone rubber pad, etc. broken), indentation and hot stamping operations, lamination, automatic waste discharge, die-cutting machine uses steel knife, metal mold, steel wire (or template carved from steel plate), exerts a certain pressure through the embossing plate, and prints or The cardboard is rolled and cut into certain shapes. It is an important equipment for post-press packaging processing and molding.

The working principle of the die-cutting machine is to use a die-cutting knife, a steel knife, a metal mold, a steel wire (or a template carved from a steel plate), and apply a certain pressure through the embossing plate to roll and cut the printed matter or cardboard into a certain shape. If the entire printed product is cut into a single graphic product, it is called die-cutting; if the steel wire is used to press the mark on the printed product or leave a bent groove, it is called indentation; Heating to a certain temperature, hot stamping a pattern or font with a three-dimensional effect on the surface of the printed product is called hot stamping; if one substrate is used to laminate another substrate, it is called lamination; the rest of the parts except the genuine product are called Waste discharge; the above can be collectively referred to as die-cutting technology.

The die-cutting process is the most commonly used process for packaging printed matter. It is to use a die-cutting knife to form a die-cutting plate according to the pattern required by the product design. Cutting molding process. The indentation process is to use a creasing knife or a creasing die to press the line marks on the sheet through the action of pressure, or use a rolling wheel to bend and shape the sheet at a predetermined position. Generally, the die-cutting and creasing process is a process in which the die-cutting knife and the creasing knife are combined in the same template, and the die-cutting and creasing are performed on the die-cutting machine at the same time, which is called die-cutting for short. Process introduction The main process of die-cutting and indentation is as follows: upper plate→determining the rules→pasting base materials and auxiliary materials→pressure test die-cutting→formal die-cutting and indentation→waste cleaning→finished product winding or cutting into pieces→point packaging.

The existing equipment intelligently performs die-cutting for the same printed matter, and the production efficiency is low.

Utility model content

In view of this, the utility model provides a high-speed die-cutting machine.

The technical scheme adopted is as follows:

A high speed die cutting machine comprising

Bracket, a fitting component arranged on the bracket, a feeding and unwinding system arranged on one side of the fitting component, and an electric control box and a control box arranged on the other side of the fitting component;

The laminating assembly includes a base, and a continuous feed roller is provided on the upper end of the base, and the feed assembly, the first width adjustment assembly, the first film coating assembly, and the second width adjustment assembly are sequentially arranged on the continuous feed roller , the second membrane assembly, the third width adjustment assembly and the third membrane assembly;

The feeding and unwinding system includes a beam arranged on the support, and a first discharging assembly, a first receiving assembly, a second discharging assembly, a second receiving assembly, and a third discharging assembly arranged on the beam in sequence And the third receiving assembly, the first discharging assembly and the first receiving assembly are matched with the first coating assembly, and the second discharging assembly and the second receiving assembly are matched with the second coating assembly, so The third discharging assembly and the third receiving assembly are matched with the third coating assembly,

The lower end of the feeding assembly is provided with a feeding mechanism, and its upper end is provided with a first infrared sensing device, and the first infrared sensing device is fixed by a first flexible pipe with joints and a bracket;

The rear end of the third film covering component is provided with a discharge mechanism;

The bottom of the continuous feeding roller is provided with a transmission system, the transmission system is provided with a transmission motor, the transmission motor is arranged at the bottom of the support, and the transmission motor is connected with the electric control box and the control box respectively;

One side of the bonding component is provided with a bonding motor, which is connected to the first film covering component, the second film covering component, the third film covering component, the feeding mechanism and the unloading mechanism through the bonding drive system. connected separately, the bonding motor is connected with the electric control box and the control box respectively;

A second auxiliary discharging mechanism is provided below the second discharging assembly, and a second infrared sensing device is arranged at the second auxiliary discharging mechanism, and the second infrared sensing device is fixed to the base through a second flexible pipe with joints ;

A third auxiliary discharging mechanism is arranged below the third discharging assembly, and a third infrared sensing device is arranged at the third auxiliary discharging mechanism, and the third infrared sensing device is fixed to the base through a third flexible pipe with joints .

The mechanisms of the first infrared sensing device, the second infrared sensing device and the third infrared sensing device are the same, and all include reflectors and infrared sensors.

The second auxiliary discharging mechanism is arranged on the second auxiliary adjusting bracket, one end of the second auxiliary adjusting bracket is fixed to the beam, and the other end is fixed above the base, and the third auxiliary discharging mechanism is arranged on the third auxiliary adjusting bracket. On the adjusting bracket, one end of the third auxiliary adjusting bracket is fixed to the beam, and the other end is fixed above the base.

The first discharging assembly, the first receiving assembly, the second discharging assembly, the second receiving assembly, the third discharging assembly and the third receiving assembly are arranged at intervals on the crossbeam, and the upper end and the lower end of the crossbeam An upper track mechanism and a lower track mechanism are provided, the first discharging assembly, the first receiving assembly, the second discharging assembly, the second receiving assembly and the third discharging assembly are arranged on the upper track mechanism, and the third The discharging assembly is arranged on the lower track mechanism.

1. The utility model provides a lamination die-cutting machine that can operate three stations at the same time, which greatly improves the production efficiency.

2. The utility model provides a laminating assembly whose width and pressing plate can be adjusted. Each laminating process of the assembly is equipped with a front width adjustment and pressing plate adjustment mechanism, which improves the use of the laminating machine. scope.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is a structural schematic diagram of the laminating component in the utility model.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described in further detail:

Referring to Figure 1 and Figure 2, the utility model provides a high-speed die-cutting machine.

The technical scheme adopted is as follows:

A high speed die cutting machine comprising

Bracket 111, the fitting assembly arranged on the bracket 111, the retractable material system arranged on one side of the fitting assembly, and the electric control box 100 and the control box 101 arranged on the other side of the fitting assembly;

The bonding assembly includes a base 7, the upper end of the base 7 is provided with a continuous feed roller, and the feed assembly 4, the first width adjustment assembly, the first film coating assembly 3, The second width adjustment component, the second film covering component 2, the third width adjusting component and the third film covering component 1;

The feeding and unwinding system includes a crossbeam 109 arranged on the support 111, and a first unwinding assembly 104, a first rewinding assembly 105, a second unwinding assembly 106, and a second rewinding assembly successively arranged on the crossbeam 109 107, the third discharging assembly 108 and the third receiving assembly 109, the first discharging assembly 104 and the first receiving assembly 105 are matched with the first coating assembly 3, the second discharging assembly 106 and the first The second receiving assembly 107 is matched with the second coating assembly 2, and the third discharging assembly 108 and the third receiving assembly 109 are matched with the third coating assembly 1,

The lower end of the feeding assembly 4 is provided with a feeding mechanism 102, and its upper end is provided with a first infrared sensing device, which is fixed with a bracket 111 through a first flexible pipe 103 with joints; An infrared sensing device includes a reflector 113 and an infrared sensor 114 .

The rear end of the third coating assembly 1 is provided with a discharge mechanism 112;

The bottom of the continuous feeding roller is provided with a transmission system, the transmission system is provided with a transmission motor, the transmission motor is arranged on the bottom of the support 111, and the transmission motor is connected with the electric control box 100 and the control box 101 respectively;

One side of the laminating assembly is provided with a laminating motor 121, and the laminating motor 121 is connected to the first lamination assembly 3, the second lamination assembly 2, the third lamination assembly 1, the upper lamination assembly through the lamination drive system 6. The material mechanism 102 and the unloading mechanism 112 are connected respectively, and the laminating motor 5 is connected with the electric control box 100 and the control box 101 respectively;

A second auxiliary discharging mechanism 115 is provided below the second discharging assembly 106, and a second infrared sensing device is arranged at the second auxiliary discharging mechanism 115, and the second infrared sensing device passes through the second flexible pipe with a joint. 117 is fixed with the base 7; the second auxiliary discharging mechanism 115 is arranged on the second auxiliary adjustment bracket 116, one end of the second auxiliary adjustment bracket 116 is fixed with the beam 111, and the other end is fixed above the base 7, the The structure of the second infrared sensing device is the same as that of the first infrared sensing device, and will not be repeated here.

A third auxiliary discharging mechanism 119 is provided below the third discharging assembly 108, and a third infrared sensing device is arranged at the third auxiliary discharging mechanism 119, and the third infrared sensing device passes through the third flexible pipe with a joint. 120 is fixed with base. The third auxiliary discharging mechanism 119 is arranged on the third auxiliary adjusting bracket 118 , one end of the third auxiliary adjusting bracket 118 is fixed to the beam 111 , and the other end is fixed above the base 7 . The structure of the third infrared sensing device is the same as that of the first infrared sensing device and will not be repeated here.

The first discharging assembly 104, the first receiving assembly 105, the second discharging assembly 106, the second receiving assembly 107, the third discharging assembly 108 and the third receiving assembly 109 are arranged at intervals on the beam 111, the The upper and lower ends of the crossbeam 111 are provided with an upper track mechanism and a lower track mechanism, the first discharging assembly 104, the first receiving assembly 105, the second discharging assembly 106, the second receiving assembly 107, the third discharging assembly 108 is arranged on the upper track mechanism, and the third discharging assembly 109 is arranged on the lower track mechanism.

The feed assembly 4 includes a left feed fixed plate 43 and a right feed fixed plate 49 connected to the supporting legs, and the left feed fixed plate 43 and the right feed fixed plate 49 are respectively provided with a baffle plate 45, The feed roller passes through the baffle plate 45 and is fixed on the left feed fixed plate 43 and the right feed fixed plate 49, and a press bar 44 is arranged above the feed roller, and the press bar 44 passes through the press material. The adjusting sleeve 47 is connected with the pressing sheet fixed rod 41 arranged at the rear end of the pressing rod 44, the pressing sheet fixing sleeve 40 is arranged above the pressing sheet fixing rod 41, and the right side of the pressing rod 44 is in contact with the pressing sheet. The material rod adjustment sleeve 48 is connected, and the material pressure rod adjustment sleeve 48 is fixed on the right feed fixed plate 49, and the left side of the pressure material rod 44 is connected with the material pressure handle 42, and the material pressure handle 42 is fixed on the left feed material. On the material fixing plate 43.

The first width adjustment assembly is arranged on the continuous feed roller at the rear end of the pressing sheet fixing sleeve 40, and the first width adjustment assembly includes a first left adjustment slide block 32 and a first right adjustment slide block 30. The first left adjustment slide block 32 and the first right adjustment slide block 30 are respectively fixed on the first left slideway 33 and the first right slideway 31 arranged on the continuous feed roller, the first left slideway 33 and the first right slideway 31 The rear end of a right slideway 31 is provided with the first adjusting ruler that matches the first left slideway 33 and the first right slideway 31;

The rear end of the first adjustment ruler is provided with a first coating assembly 3, and the rear end of the first coating assembly 3 is provided with a second pressing rod 21, and the second pressing rod 21 is arranged on the second pressing material. On the rod fixing seat 23 , the second pressing rod fixing seat 23 is provided with a second pressing rod adjusting sleeve 20 . The rear end of the second pressing rod 21 is provided with a second width adjustment assembly;

The second width adjustment assembly includes a second left adjustment slider and a second right adjustment slider, and the second left adjustment slider and the second right adjustment slider are respectively fixed on the second On the slideway, the rear end of the second slideway is provided with a second adjustment ruler 22 matching the second slideway;

The rear end of the second adjustment ruler 22 is provided with a second coating assembly 2, the rear end of the second coating assembly 2 is provided with a third pressing rod 11, and the rear end of the third pressing rod 11 is provided with The third width adjustment assembly: the third binder rod 11 is arranged on the third binder rod fixing seat 13 , and the third binder rod fixing seat 13 is provided with a third binder rod adjusting sleeve 10 .

The third width adjustment assembly includes a third left adjustment slider and a third right adjustment slider, and the third left adjustment slider and the third right adjustment slider are respectively fixed on third rollers arranged on the continuous feed roller. On the slideway, the rear end of the third slideway is provided with a third adjustment ruler 12 matching the third slideway;

The rear end of the third adjustment ruler 12 is provided with a third membrane assembly 1 .

One side of the base 7 is provided with a bonding transmission system 6 , which connects the bonding motor 5 with the first film covering assembly 3 , the second film covering assembly 2 and the third film covering assembly 1 .

Laying transmission system 6 is respectively connected with the transmission wheel that is arranged on the first membrane assembly 3, the second membrane assembly 2 and the 3rd membrane assembly 1 by synchronous belt, and described transmission wheel is connected with the first membrane assembly 3, The lower lamination roller set on the second lamination assembly 2 and the third lamination assembly 1 is connected, and the lower lamination roller is used as the driving wheel, and the plate enters the continuous feed roller through the feed roller, and each lamination of the assembly In the process, there are front width adjustment and pressure plate adjustment mechanisms, which improve the application range of the laminating machine. In the present utility model, the first film covering component 3, the second film covering component 2 and the third film covering component 1 are exemplarily depicted. Of course, this does not mean that the present utility model is implemented according to this technical solution. Technologies similar to the first width adjustment assembly, the second width adjustment assembly, and the third width adjustment assembly all belong to the protection scope of the present invention.

The whole device is powered by the electric control box 100 and controlled by the control box 101. When working, the material is loaded sequentially through the feeding mechanism 102. The first infrared sensing device detects whether there is material being fed in. When the first material is fed in, The control box 101 controls the first film-coating component 3 and the second film-covering component 2 not to act, and the third film-covering component 1 to act, and in turn, when the second material is fed in, the control box 101 controls the first film-coating component 3 to not act , the actions of the second membrane assembly 2, in sequence, will not be repeated here. After each lamination process is completed, the cutter set on it cuts into the set specifications. During this process, the unwinding mechanism is used for placing the printed matter for lamination, and the receiving component is used for waste recycling after cutting.

The technical solutions disclosed in the embodiments of the present invention have been introduced in detail above, and the principles and implementation methods of the embodiments of the present invention have been explained by using specific examples in this paper. The descriptions of the above embodiments are only applicable to help understand the present invention. The principle of the embodiment; at the same time, for those of ordinary skill in the art, according to the embodiment of the present invention, there will be changes in the specific implementation and the scope of application. Utility model restrictions.

Claims (4)

1. A high-speed die-cutting machine, characterized in that, comprising Bracket, a fitting component arranged on the bracket, a feeding and unwinding system arranged on one side of the fitting component, and an electric control box and a control box arranged on the other side of the fitting component; The laminating assembly includes a base, and a continuous feed roller is provided on the upper end of the base, and the feed assembly, the first width adjustment assembly, the first film coating assembly, and the second width adjustment assembly are sequentially arranged on the continuous feed roller , the second membrane assembly, the third width adjustment assembly and the third membrane assembly; The feeding and unwinding system includes a beam arranged on the support, and a first discharging assembly, a first receiving assembly, a second discharging assembly, a second receiving assembly, and a third discharging assembly arranged on the beam in sequence And the third receiving assembly, the first discharging assembly and the first receiving assembly are matched with the first coating assembly, and the second discharging assembly and the second receiving assembly are matched with the second coating assembly, so The third discharging assembly and the third receiving assembly are matched with the third coating assembly, The lower end of the feeding assembly is provided with a feeding mechanism, and its upper end is provided with a first infrared sensing device, and the first infrared sensing device is fixed by a first flexible pipe with joints and a bracket; The rear end of the third film covering component is provided with a discharge mechanism; The bottom of the continuous feeding roller is provided with a transmission system, the transmission system is provided with a transmission motor, the transmission motor is arranged at the bottom of the support, and the transmission motor is connected with the electric control box and the control box respectively; One side of the bonding component is provided with a bonding motor, which is connected to the first film covering component, the second film covering component, the third film covering component, the feeding mechanism and the unloading mechanism through the bonding drive system. connected separately, the bonding motor is connected with the electric control box and the control box respectively; A second auxiliary discharging mechanism is provided below the second discharging assembly, and a second infrared sensing device is arranged at the second auxiliary discharging mechanism, and the second infrared sensing device is fixed to the base through a second flexible pipe with joints ; A third auxiliary discharging mechanism is arranged below the third discharging assembly, and a third infrared sensing device is arranged at the third auxiliary discharging mechanism, and the third infrared sensing device is fixed to the base through a third flexible pipe with joints . 2. The high-speed die-cutting machine according to claim 1, wherein the mechanisms of the first infrared sensing device, the second infrared sensing device and the third infrared sensing device are the same, and all include reflectors and infrared sensor. 3. The high-speed die-cutting machine according to claim 1, characterized in that, the second auxiliary discharging mechanism is arranged on the second auxiliary adjustment bracket, one end of the second auxiliary adjustment bracket is fixed to the beam, and the other end is fixed to Above the base, the third auxiliary discharging mechanism is arranged on a third auxiliary adjustment bracket, one end of the third auxiliary adjustment bracket is fixed to the beam, and the other end is fixed above the base. 4. The high-speed die-cutting machine according to claim 1, characterized in that, the first discharging assembly, the first receiving assembly, the second discharging assembly, the second receiving assembly, the third discharging assembly and The third receiving assembly is arranged on the beam at intervals, the upper and lower ends of the beam are provided with an upper track mechanism and a lower track mechanism, the first discharging assembly, the first receiving assembly, the second discharging assembly, the second receiving assembly The material assembly and the third discharge assembly are arranged on the upper track mechanism, and the third discharge assembly is arranged on the lower track mechanism.