CN201042813Y

CN201042813Y - Machine for cutting slice or shred

Info

Publication number: CN201042813Y
Application number: CNU2007200834776U
Authority: CN
Inventors: 徐兴州; 叶良河
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-02-07
Filing date: 2007-02-07
Publication date: 2008-04-02
Anticipated expiration: 2017-02-07

Abstract

The utility model relates to a section and slice cutting machine, which is composed of a lifter and a section and slice cutting machine; wherein, the lifter is composed of a stander, a feeding hopper, a conveying belt, a discharge port and a reducer; the section and slice cutting machine is composed of a feeding port, a machine shell, a swaging module, a knife rest plate, a discharge port, a reducer and a blade. The swaging module is a structure with a central axis and a plurality of isometry inclined boards and is driven to rotate by a reducer. The knife rest plate is provided with a central axis and a circular plate vertical to the central axis. The circular plate is provided with a plurality of isometry blades. The knife rest plate is driven to rotate by the reducer. The material enters the section and slice cutting machine by the lifter. The swaging module of the section and slice cutting machine attaches the materials closely to the knife rest plate by its rotary centrifugation and pressure. The knife rest plate rotates in the reverse direction with the swaging module to complete the material cutting process.

Description

Slicing and shredding machine

Affiliated technical field

The utility model relates to the device of a kind of corm kind agricultural product (as: hot pickled mustard tube, potato, ginger etc.) section, chopping.

Background technology

At present, known slicer is made up of belt conveyor, binder belt, chopper, power section.Material is put into belt conveyor,, be cut into sheet by chopper again by the fixing material of belt conveyor and binder belt.But this machine production capacity is low, (700-900kg/h) artificial, power consumption cost height, and the material waste is big, can not solve section, chopping is disposable finishes.

Summary of the invention

In order to overcome the deficiency of present slicer, the utility model provides a kind of high production capacity (18t/h-23t/h), low cost, material no consumption, section, chopping dual-purpose integrated machine.

The technical scheme that its technical problem that solves the utility model adopts is: this machine is made up of lifting and section chopping two large divisions.Lift portion comprises frame, feed hopper, belt conveyor, discharging opening, reductor composition.The section chopping partly comprises charging aperture, casing, binder movement, knife rest dish, discharging opening, reductor, adjustment axle, blade composition.It is characterized in that: section chopping part, the binder movement is a structure that has axis and the equidistant swash plate of multi-disc, there is a centre bore axis lower end, edge one copper sheathing in the hole, the binder movement drives rotation by reductor.The knife rest dish is one and has, lower shaft and with last, the round flat board that lower shaft is vertical, a plurality of equidistant swash plates are installed on the flat board, each swash plate and round dull and stereotyped junction have an insert pocket, there is a punching screw at the axis center, knife rest dish axis inserts in the binder movement copper sheathing, the knife rest dish drives rotation by reductor, adjusting axle is installed in the knife rest center hole, adjusting axle is a threaded straight-bar, the upper end is spherical, contact on the top, hole in the heart with swager, the lower end is polygonal shape, adjust and to be locked on the knife rest dish lower shaft after axle regulates binder movement and knife rest dish gap, blade and blade pressuring plate are installed in the notch on the knife rest dish, and blade can be regulated the split requirement of material.Material enters slicing and shredding machine by lifting, and the binder movement rotation of slicing and shredding machine is close to the knife rest dish by centrifugal and pressure with material, and the cutting to material is finished in knife rest dish and the reverse rotation of binder movement.

The beneficial effects of the utility model are, this machine is simple in structure, high production capacity, and the material no consumption only needs to change the purpose that different blades just can be realized a tractor serves several purposes.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is slicing and shredding machine overall structure figure.

Fig. 2 is section chopping section construction figure.

Fig. 3 is swager core construct figure.

Fig. 4 is a cutterhead frame structural map.

Fig. 5 is blade structure figure.

The specific embodiment

Be slicing and shredding machine overall structure figure among Fig. 1, (1) is lift portion, and (2) are slicing and shredding machines, and lift portion (1) is installed on the same support (3) with slicing and shredding machine (2).。

Fig. 2 is section chopping section construction figure, casing (10), binder movement reductor (9) and knife rest disc decelerator (17) are installed on the frame (3), charging aperture (4) is installed in the upper end of casing (10), binder movement belt pulley (6) internal diameter is installed on reductor (9) output shaft, external diameter is connected with binder movement belt (5), the other end of binder movement belt (5) is connected with binder movement belt pulley (6), the internal diameter of belt pulley (6) is installed in the axis top of binder movement (11), the axis of binder movement (11) is installed in the swager mandrel and holds in (8), the swager mandrel holds (8) and is installed on the casing (10), the axle of going up of knife rest dish (13) is installed in the centre bore of binder movement (11), the lower shaft of knife rest dish (13) is installed in the knife rest dish bearing (18), knife rest dish bearing (18) is installed on the lower carriage (16), lower carriage (16) is fixed in the casing (10), and blade (14) and blade pressuring plate (15) are installed on the swash plate of knife rest dish (13).Knife rest dish belt pulley (19) is installed in the lower shaft lower end of knife rest dish (13), the external diameter of knife rest dish belt pulley (19) is connected with knife rest disc decelerator belt (20), the other end of reductor belt (20) is connected with knife rest disc decelerator belt pulley (21), and reductor belt pulley (21) is installed on the output shaft of knife rest disc decelerator (17).Knife rest dish gap adjustment shaft (22) is installed in the centre bore of knife rest dish (13), upper end and binder movement (11) centre bore top contact, and the lower end is fixed on the lower shaft lower end of knife rest dish (13), and slicing and shredding machine discharging opening (23) is installed in the lower end of casing (10).

Fig. 3 is swager core construct figure, and the structure of binder movement (11) is made up of axis, swash plate.Center copper sheathing (12) is installed in the centre bore of material movement (11).

Fig. 4 is the structure chart of knife rest dish (13), the axis that the knife rest dish has upper and lower axle to connect together, one punching screw is arranged in the axis, be distributed with a plurality of swash plates on the disk, an insert pocket is opened in each swash plate and disk junction, a slice blade is installed in each insert pocket, is fixed on the swash plate with blade pressuring plate, the cutting gap of blade can be adjusted.

Fig. 5 is the key diagram of blade (14) and blade pressuring plate (15), and slicing blade is a rectangle lithographic plate blade, and diffusion knife is the rectangular blade of a rectangle dull and stereotyped band broach shape, and different blade all has the rectangle adjustment hole that conforms to fixed screw holes.Blade pressuring plate (15) is a rectangle, have the osculum that conforms to the diffusion knife broach and the flat board of fixed screw holes.

Claims

1. slicing and shredding machine, in casing, the swager core gear, the swager mandrel holds, the binder movement, swager in-core copper sheathing, the knife rest dish, blade, blade pressuring plate, knife rest dish bearing, gap adjusting lever and knife rest dish gear constitute in order, it is characterized in that: the swager core gear is installed in binder movement axis top, the swager mandrel holds inwall and is installed on the binder movement axis, outer wall is installed on the casing upper bracket, swager in-core copper sheathing is installed under the binder movement in the centre bore, axle inserts under the binder movement in the centre bore on the knife rest dish, blade is fixed in the knife rest dish notch with blade pressuring plate and fixed screw, knife rest dish bearing inner wall is installed on the knife rest dish lower shaft, outer wall is installed on the casing lower carriage, gap adjustment shaft is installed in the knife rest dish axis centre bore, and knife rest dish bearing is installed in shaft end in the knife rest dish.

2. slicing and shredding machine according to claim 1, it is characterized in that: described binder movement is one and is made up of a plurality of swash plates that connect together on the axis, swash plate equidistantly is fixed on the axis lower end by the axis circumference, and there is a centre bore axis lower end, and swager in-core copper sheathing is installed in the centre bore.

3. slicing and shredding machine according to claim 1, it is characterized in that: described knife rest dish is with a plectane vertical with axis in the middle of the axis, have a plurality of notches on the plectane, have a blade pressuring plate that blade is fixed in the notch on each notch, there is the center hole of a band rib-loop at knife rest dish axis center; The gap adjusting lever is that a top is spherical, shaft band rib-loop, and terminal polygonal structure is installed in the knife rest dish axis center hole, upper end and binder movement centre bore hole top contact, the lower end is locked on the knife rest dish axis with hold-down nut.