CN-224225487-U - Novel food packaging machinery is with cutting device

CN224225487UCN 224225487 UCN224225487 UCN 224225487UCN-224225487-U

Abstract

When a semi-finished film belt moves between an upper bracket and a lower bracket of a transverse knife, a transverse knife lower supporting cylinder pushes a knife supporting cylinder seat to drive a transverse knife seat plate to move upwards to a locking lower seat through a cylinder connecting block, a cut packaging film is clamped between the upper bracket and the lower bracket of the transverse knife, the transverse knife lower supporting cylinder stops moving, a transverse knife driving cylinder drives a transverse knife to move upwards through a transverse knife clamping block, the transverse knife stretches out to cut the packaging film, then the transverse knife moves downwards to return to an initial position, and meanwhile, the transverse knife lower supporting cylinder moves downwards to drive the transverse knife seat plate to return to the initial position, so that the next cycle starts. Because in the whole course of working, most of the process of the transverse cutting blade is in the bracket under the transverse cutter, the external articles or limbs of people can not touch the blade, so that the safety is improved.

Inventors

WANG CHENGTIAN
YU YANG
LI SHOUHUA

Assignees

临沂连科智能制造股份有限公司

Dates

Publication Date: 20260512
Application Date: 20250508

Claims (1)

1. A novel cutting device for a food packaging machine is characterized by comprising a cylinder seat reinforcing plate, a guide pillar connecting plate, a transverse cutter upper bracket, a transverse cutter guide, a locking lower seat, a linear bearing, a transverse cutter lower supporting cylinder, a cylinder connecting block, a transverse cutter seat plate, a transverse cutter cylinder seat, a transverse cutter clamping block, a transverse cutter lower bracket and a transverse cutter driving cylinder, wherein the transverse cutter lower supporting cylinder is connected to the cylinder seat reinforcing plate, the cylinder seat reinforcing plate is fixed on the guide pillar connecting plate, the transverse cutter guide pillar is fixed on the guide pillar connecting plate, the locking lower seat is fixed on the transverse cutter guide pillar, two ends of the transverse cutter seat plate are fixed on the linear bearing, the linear bearing is mounted on the transverse cutter guide pillar, the transverse cutter upper bracket is fixed on the transverse cutter guide pillar, the transverse cutter lower supporting cylinder is connected with the cylinder connecting block, the transverse cutter seat plate is connected with the transverse cutter lower supporting cylinder through the cylinder connecting block, the transverse cutter driving cylinder is fixed on the transverse cutter cylinder seat, the transverse cutter lower bracket is mounted on the transverse cutter seat plate, and the transverse cutter lower bracket is fixed on the transverse cutter seat plate, and the transverse cutter clamping block is connected with the transverse cutter driving cylinder.

Description

Novel food packaging machinery is with cutting device Technical Field The utility model belongs to the field of food processing and packaging equipment. Background The current commercial equipment generally adopts a design of integrating a blade and a knife rest in practical application, when a package is required to be cut into small blocks, a cutter arranged above a packaging film is used for undershooting, a semi-finished packaging film bag is cut into small blocks, a cutter arranged below the packaging film is used for undershooting, and the semi-finished packaging film bag is cut into small blocks. Disclosure of Invention In order to overcome the problems, the utility model provides a novel cutting device for a food packaging machine, which is characterized by comprising a cylinder seat reinforcing plate, a guide pillar connecting plate, a transverse cutter upper bracket, a transverse cutter guide pillar, a locking lower seat, a linear bearing, a transverse cutter lower supporting cylinder, a cylinder connecting block, a transverse cutter seat plate, a transverse cutter cylinder seat, a transverse cutter clamping block, a transverse cutter lower bracket and a transverse cutter driving cylinder, wherein the transverse cutter lower supporting cylinder is connected to the cylinder seat reinforcing plate, the cylinder seat reinforcing plate is fixed on the guide pillar connecting plate, the transverse cutter guide pillar is fixed on the guide pillar connecting plate, the locking lower seat is fixed on the transverse cutter guide pillar, two ends of the transverse cutter seat plate are fixed on the linear bearing, the linear bearing is mounted on the transverse cutter guide pillar, the transverse cutter upper bracket is fixed on the transverse cutter guide pillar, the transverse cutter lower supporting cylinder is connected with the cylinder connecting block, the transverse cutter seat plate is connected with the transverse cutter lower supporting cylinder through the cylinder connecting block, the transverse cutter driving cylinder is fixed on the transverse cutter cylinder seat, the transverse cutter seat is mounted on the transverse cutter seat, the transverse cutter seat is fixed on the transverse cutter seat plate, and the transverse cutter lower bracket is connected with the transverse cutter seat through the transverse cutter clamping block. Advantageous effects Compared with the prior art, the novel cutting device for the food packaging machine adopts a multi-cylinder mode, a transverse cutter slice is installed below a cut packaging film belt, the transverse cutter slice is driven to run by an independent cylinder, the transverse cutter slice is pushed to run by the cylinder in the cutting process, the power of the cylinder is smaller because the quality of the transverse cutter slice is smaller, the energy input is reduced, the impact force generated in the running process is smaller, the inertia influence is greatly reduced, and the cutting precision is improved. Because most of the process of transversely cutting the blade in the whole processing process is in the inner part of the lower bracket of the transverse cutter, the external articles or limbs of people cannot touch the blade, so that the safety is improved. Drawings FIG. 1 is a perspective view of the present utility model; FIG. 2 is a sectional view taken along the direction A-A in FIG. 1; FIG. 3 is a partial cross-sectional view; In the figure, 1, a cylinder seat reinforcing plate 2, a guide pillar connecting plate 3, a transverse cutter upper bracket 4, a transverse cutter guide pillar 5, a locking lower seat 6, a linear bearing 7, a transverse cutter lower supporting cylinder 8, a cylinder connecting block 9, a transverse cutter seat plate 10, a transverse cutter cylinder seat 11, a transverse cutter clamping block 12, a transverse cutter 13, a transverse cutter lower bracket 14 and a transverse cutter driving cylinder. Detailed Description The transverse cutter lower supporting cylinder 7 is connected to the cylinder seat reinforcing plate 1, the cylinder seat reinforcing plate 1 is fixed to the guide pillar connecting plate 2, the transverse cutter guide pillar 4 is fixed to the guide pillar connecting plate 2, the locking lower seat 5 is fixed to the transverse cutter guide pillar 4, both ends of the transverse cutter seat plate 9 are fixed to the linear bearings 6, the linear bearings 6 are mounted on the transverse cutter guide pillar 4, the transverse cutter upper bracket 3 is fixed to the transverse cutter guide pillar 4, the transverse cutter lower supporting cylinder 7 is connected to the cylinder connecting block 8, the transverse cutter seat plate 9 is connected to the transverse cutter lower supporting cylinder 7 through the cylinder connecting block 8, the transverse cutter driving cylinder 14 is fixed to the transverse cutter cylinder seat 10, the transverse cutter cylinder seat 10 is mounted on the transverse cutter s