CN203557446U - Splitting machine capable of automatically collecting leftover materials - Google Patents

Abstract

The utility model discloses a slitting machine for automatically collecting side materials, which comprises a slitting machine body, and the slitting machine body includes a frame, a film roller and a winding roller installed on the frame, a The cutting knife below; also includes: a material receiving frame, located on one side of the frame; a side material receiving roller, installed on the material receiving frame; a driving mechanism, used to drive the side material receiving roller; diversion The channel is located below the cutting knife, the top of the diversion channel has a side material inlet, and the end has a side material outlet facing the side material collection roller. The edge material generated during the slitting process of the slitter is automatically collected, which reduces the labor intensity of the staff and improves production efficiency, and the edge material is smoothly wound on the edge material take-up roller during the automatic collection process, and is not easy to be entangled with other devices .

Description

A slitting machine that automatically collects scraps

technical field

The utility model relates to processing equipment for insulating composite materials, in particular to a cutting machine for automatically collecting side materials.

Background technique

Insulating composite materials refer to composite materials with electrical insulation function composed of insulating fillers and high polymers. After the insulating composite material is processed, it needs to be cut to obtain finished products that meet different requirements. For example, the Chinese invention patent application with the publication number 103085441A discloses a method for manufacturing a soft composite material. Spray a layer of polyurethane adhesive solution on the front and back of the unrolled base film to form a polyurethane adhesive layer. After baking the solvent, the adhesive layer is hot-rolled with fiber paper for winding, post-processing and slitting to obtain finished products.

The slitting process is carried out by a slitting machine. For example, the Chinese invention application with the publication number CN103058002A discloses a double-layer film superimposed slitting device and method. The first winding roller and the second winding roller are arranged on both sides of the pressure roller, the knife groove roller, the first guide roller, the second guide roller and the third guide roller are arranged in the frame, and two pressing rollers are arranged outside the frame , a stacker is set outside the pressing roller.

The Chinese invention application with the publication number CN101917095A discloses a splitter for insulating pad strips, which includes an operating table, a motor, an adjusting bracket, a cutter, a cutting die, a lifting frame and a support; There is a door frame support, and a lifting frame is installed inside the support, and the center of the beam above the support is equipped with an adjusting bolt connected with the lifting frame; the front and rear sides of the lifting frame are symmetrically equipped with motors, and the shaft ends of the two motors are perpendicular to the operating table. Another motor is located in the middle of one side of the two vertically arranged motors, and its shaft ends are parallel to the operating table. The three motors are respectively coaxially provided with cutters; the slitting molds with limiting grooves are correspondingly arranged below the cutters; A water tank is arranged under the table top of the operating table, and a water pump is arranged in it, and the water pipes connected with the water pump are respectively connected to three motors through cooling rubber hoses; the lower parts of the two outer sides of the support are correspondingly provided with adjustment brackets, and springs are arranged below it.

In the traditional slitting equipment, the trimmings produced during the slitting process need to be sorted manually, which increases the labor intensity of the staff and affects the production efficiency.

Utility model content

The utility model provides a slitting machine for automatically collecting side material. The side material generated during the slitting process of the slitting machine is automatically collected, reducing the labor intensity of the staff, improving production efficiency, and the side material is smooth during the automatic collection process. Wound on the side material take-up roller, it is not easy to be entangled with other devices.

A slitting machine for automatically collecting side material, comprising a slitting machine body, the slitting machine body including a frame, a film roll and a winding roll installed on the frame, and a cutter positioned below the film roll;

Also includes:

The receiving rack is located on one side of the frame;

The edge material receiving roller is installed on the receiving frame;

a driving mechanism, used to drive the edge material collecting roller;

The diversion channel is located below the cutting knife, the top of the diversion channel has a side material inlet, and the end has a side material outlet facing the side material collection roller.

The edge material produced by the slitting machine is introduced into the diversion channel, and after passing through the diversion channel, it is wound on the edge material receiving roller. The driving mechanism drives the edge material receiving roller to rotate, and the edge material is wound on the edge material receiving roller. On the roller, the guide channel can limit and guide the edge material well in the process of edge material collection, prevent the edge material from being entangled with other devices during the collection process, and improve safety. At the time, the side material is manually introduced into the diversion channel and then wound on the variable material receiving roller, and the side material is automatically collected during the subsequent cutting process, which saves manpower and improves work efficiency.

The guide channel can limit and guide the side material in the process of collecting the side material, and prevent the side material from being entangled with other devices. As a preferred way of the guide channel, the guide channel is a horizontal guide tube , the top of the draft tube has a trim inlet, one end of which is open as a trim outlet.

The side material enters the guide tube from the side material inlet, passes through the guide tube and is pulled out from the side material outlet at the end, and then is wound on the side material collection roller. The guide tube can guide and collect the side material well The position is limited, and the setting method of the guide tube is relatively simple, which is convenient for processing and installation.

As another preferred mode of the guide channel, the guide channel is a U-shaped groove, one end of the U-shaped groove is open, and it is the edge material outlet, and the top is provided with retaining strips at intervals, and between adjacent retaining strips is Edge material entrance.

In this way, the edge material slides along the U-shaped groove and is finally wound on the edge material receiving roller, and the U-shaped groove guides and limits the edge material.

In order to reduce the friction between the edge material and the material retaining strip, it is further preferred that the material retaining strip includes a fixed shaft fixed on the U-shaped groove and a guide roller rotatably engaged with the fixed shaft.

During the running process of the side material, the guide roller can rotate around the fixed shaft to reduce the friction on the side material.

During the cutting process of the slitting machine, several strands of side material will be produced at the same time, and these side materials need to be wound on the side material recovery roller at the same time. It is more orderly and strong. Preferably, an edge material sorting device is provided on the receiving frame, and the edge material is connected with the material receiving roller after passing through the edge material finishing device.

Further preferably, the trimming device includes:

The base fixed on the receiving rack;

The bead is arranged on the top surface of the base, and the gap between the bead and the base is an edge material channel.

When several strands of edge material pass through the edge material channel, they are pressed and sorted by beading, and then wound on the edge material take-up roller, so that the edge material is wound more firmly.

Preferably, the driving mechanism is a motor, and a gearbox for adjusting the rotation speed of the motor is also provided. The motor drives the side material receiving roller to rotate to collect the material, and the gearbox adjusts the speed, so as to adjust the side material receiving speed according to the cutting speed.

Compared with the existing cutting equipment, the utility model has the following beneficial effects:

In the traditional slitting equipment, the trimmings produced during the slitting process need to be sorted manually, which increases the labor intensity of the staff and affects the production efficiency.

In the utility model, the edge material produced by the slitting machine is introduced into the diversion channel, and after passing through the diversion channel, it is wound on the edge material collecting roller, and the driving mechanism drives the edge material collecting roller to rotate, and the edge material is wound around On the side material collection roller, the guide channel can limit and guide the side material well during the side material collection process, prevent the side material from being entangled with other devices during the collection process, and improve safety. During the collection process, only At the beginning of the generation of side material, the side material is manually introduced into the diversion channel and then wound on the variable material receiving roller, and the side material is automatically collected during the subsequent cutting process, which saves manpower and improves work efficiency.

Description of drawings

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

The reference signs shown in the figure are as follows:

1-frame 2-slitting machine driving device 3-film roll

4-Sipe roller 5-Cutting knife 6-Side material

7-Material receiving rack 8-Side material receiving roller 9-Side material finishing device

10-motor 11-gearbox 12-guiding channel.

Detailed ways

A slitting machine for automatically collecting side material, the body part of the slitting machine adopts conventional slitting equipment in the prior art, and the utility model mainly lies in adding a side material collecting device.

The body of the slitting machine includes a frame 1, the frame 1 is fixed on the ground, the film roll 3 and the winding roll (not shown in the figure) are erected on the frame 1, the knife groove roll 4 is located below the film roll 3, and the cutting The knife 5 is installed on the slitting roller 4, and the slitting roller 4, the film roller 3 and the winding roller are connected with the slitting machine driving device 1 through a linkage mechanism.

Diversion channel 12 is set below cutting knife 5, and diversion channel 12 is mutually parallel with knife groove roller 4, and the top surface of diversion channel 12 has trim inlet, and one end of diversion channel 12 is open, and is trim outlet, in A receiving frame 7 is fixed on the ground at the edge material outlet side, and a material receiving roller 8 is installed on the material receiving frame 7, and a motor 10 is also provided. 8 connections.

An embodiment of the diversion channel 12 is: the diversion channel 12 is a horizontal diversion tube, and the top of the diversion tube has a side material inlet, and the side material inlet is located below the corresponding cutter 5, and the side of the guide tube The end of one end is open, which is the edge material outlet, and the edge material 6 is wound on the edge material receiving roller 8 after passing through the flow guide tube to limit the flow.

The guide channel 12 can also adopt another embodiment, that is, the guide channel 12 is a U-shaped groove with the opening facing upwards, one end of the U-shaped groove is open, and it is the edge material outlet, and the top is provided with a material retaining strip at intervals, and adjacent The edge material inlet is between the retaining strips, so that the edge material slides along the U-shaped groove and finally winds on the edge material receiving roller, and the U-shaped groove guides and limits the edge material. The material retaining strip includes a fixed shaft fixed on the U-shaped groove and a guide roller that rotates with the fixed shaft. During the advancing process of the side material, the guide roller can rotate around the fixed shaft to reduce friction on the side material.

During the slitting process of the slitting machine, several strands of side material will be produced at the same time, and these side materials need to be wound on the side material collection roller at the same time. Therefore, the side material finishing device 9 is provided on the material receiving rack. 9 includes: a base fixed on the receiving rack; a bead arranged on the top surface of the base, and the gap between the bead and the base is a side material channel. When several strands of edge material pass through the edge material channel, they are pressed and sorted by beading, and then wound on the edge material take-up roller, so that the edge material is wound more firmly.

The mode of work of the present utility model is as follows:

The slitting machine cuts the insulating film, and the initially produced side material 6 is manually passed through the guide channel 12 and the side material channel of the side material finishing device 9, and then wound on the side material receiving roller 8, and the motor 10 drives the side material The receiving roller 8 rotates to automatically collect the edge material, and adjust the rotating speed of the edge material receiving roller 8 through the gearbox 11 to adapt to different cutting speeds.

The above descriptions are only examples of the preferred implementation of the present utility model, and are not intended to limit the present utility model. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present utility model shall be included in the present utility model. within the scope of the new protection.

Claims (7)

1. A slitting machine for automatically collecting side material, comprising a slitting machine body, the slitting machine body comprising a frame, a film roll mounted on the frame and a take-up roll, a cutting machine positioned below the film roll knife; It is characterized in that it also includes: The receiving rack is located on one side of the frame; The edge material receiving roller is installed on the receiving frame; a driving mechanism, used to drive the edge material collecting roller; The diversion channel is located below the cutting knife, the top of the diversion channel has a side material inlet, and the end has a side material outlet facing the side material collection roller. 2. The slitting machine for automatically collecting scrap according to claim 1, wherein the guide channel is a horizontal guide tube, and the top of the guide tube has a scrap inlet, and the end of one end is The head is open for the export of trim. 3. The slitting machine for automatically collecting side material according to claim 1, characterized in that, the guide channel is a U-shaped groove, one end of the U-shaped groove is open, and is the side material outlet, and the top is provided with a stopper at intervals strips, and the edge material inlet is between the adjacent blocking strips. 4. The slitting machine for automatically collecting side material according to claim 3, wherein the material retaining strip includes a fixed shaft fixed on the U-shaped groove and a guide roller rotatably matched with the fixed shaft. 5. The slitting machine for automatically collecting side material according to claim 1, wherein a side material finishing device is provided on the receiving frame, and the side material is connected with the material receiving roller after passing through the side material finishing device . 6. The slitting machine for automatically collecting edge material according to claim 5, wherein the edge material finishing device comprises: The base fixed on the receiving rack; The bead is arranged on the top surface of the base, and the gap between the bead and the base is an edge material channel. 7. The cutting machine for automatically collecting side material according to claim 1, wherein the driving mechanism is a motor, and a gearbox for adjusting the speed of the motor is also provided.

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