CN200948611Y

CN200948611Y - Synchronous vegetable-cutter

Info

Publication number: CN200948611Y
Application number: CNU2005201286604U
Authority: CN
Inventors: 荆玉玲; 冯国涛; 李伟山
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-10-05
Filing date: 2005-10-05
Publication date: 2007-09-19
Anticipated expiration: 2015-10-05

Abstract

The utility model relates to a synchronous vegetable cutter, in particular to a food processing machine which is capable of cutting slices, threads and dices of vegetables. The new vegetable cutter is able to cut vegetable dices and threads with only one installation and one feeding. The technical proposal of the utility model (see the attached drawings of the abstract): a cutter head (5) is rotated synchronously (of the same speed and direction) with a feed barrel (3), and the angle between the two vertical knife sets is 90 degrees. When a vertical set (6) and a vertical set (7) are cut under the feed barrel in turn, the barrel with material inside also turns 90 degrees, bringing about two sets of orthogonal vertical cuts. Then a horizontal blade cuts under the feed barrel, bringing about a horizontal cut and completing the cutting of vegetable dices. When one or two vertical blade sets are in non-operational position, the cutter can produce vegetable threads or slices respectively. The utility model has the advantages that the problem of cutting vegetable threads and dices are solved at the same time.

Description

Synchronizing vegetable cutter

Affiliated technical field

But the utility model is a kind of edible dish sheet, dish silk (bar) of cutting all size, the food processing machinery of dish fourth (comprising dumpling farcing).Also can be applicable to green forage processing.

Background technology

Cognitive at present vegetable-chopper mainly is divided into three major types.One class vegetable-chopper can only repeat unidirectional cutting.Need pass through multiple clamping with this machine cut dish silk, dish fourth, repeatedly feed, efficient is low, and finished form is irregular, and the size difference is big.Second class is to adopt gang tool, makes sheet or bar and then cuts into the dish silk or the dish fourth with fashion of extrusion earlier.Also adopted hydraulic pressure and the computer that have are controlled.This class machinery can not continuous operation, and mechanism is cumbersome, and the cost height can not cut the goods of reduced size, and the loss of dish juice is serious.The 3rd class vegetable-chopper adopts the cutting knife of rotation at a high speed, random cutting, and similar beater, the finished product after the cutting do not have definite shape and the most of loss of dish juice, can only be used for feed processing.

Summary of the invention

Cutting dish fourth must be finished the cutting operation of cut material in three orthogonal.The utility model provides a kind of new-type vegetable-chopper, and the regular cube dish fourth that three tangent planes of its cutting all are real planes need only once mounting, a feed.

The technical solution adopted in the utility model is: (consulting Figure of description 1) power is imported by power input pulley (1); Driving wheel (2) is connected by synchronous band (4) with barrel (being embedded with synchronous pulley) (3), and (2) (3) pulley diameters is identical.Belt pulley (1), (2) and cutterhead (5) are coaxial and be fastenedly connected by key.So barrel in the course of work (3) is same rotating speed, equidirectional rotation with cutterhead (5).Upright cutter group-2 (7) and upright cutter group-1 (6) are installed on cutterhead (5) bottom surface by knife rest (9) separately, and pass the bar hole of cutterhead, and its blade can reach the above certain altitude of cutterhead upper surface (consulting Figure of description 4).Knife rest is adjustable, and they all respectively have an operating position and an off-position.By the diagram direction of rotation, upright cutter group-2 (7) lags behind (6) 90 ° of upright cutter groups-1.The two structure is identical all to be equidistantly to be fixed on the cutter shaft by some blades perpendicular to cutterhead.So, when upright cutter group-1 (6) was cut the cut material of exposing barrel (3) lower end, just on cut material, cut out one group of longitudinal cut (identical) that certain depth is arranged with feedstock direction, because cut material is rotated with barrel and is equidirectional with the cutterhead constant speed, through the theoretical demonstration of relative motion, the relative cut material moving linearly of cutting knife then is so otch is the plane.When barrel turned over 90 °, cutterhead also turned over 90 °, and upright cutter group-2 (7) was cut the material of barrel lower end just, therefore cut out another the perpendicular group longitudinal cut of otch that cuts out with upright cutter group-1 (6).When the flat cutter (8) on being fixed on cutterhead was cut the material of barrel lower end, cut out a cross sections (vertical) with feedstock direction, more than three otch planes vertical mutually, so finished the operation of the fourth of cutting the dish.

The beneficial effects of the utility model are: solved cutting dish silk, the one-time formed problem of dish fourth.And simplify the internal structure of an organization, reduce cost, improve functional reliability, reduce cutting resistance, energy efficient.There are not extruding, impact cutting (cutting).It is good to protect the slurry performance.

Description of drawings

Figure of description 1--is a fundamental diagram of the present utility model.

Figure of description 2--is a structure diagram of the present utility model.This figure mainly expresses overall structure.Cutter on the cutterhead is not easy to express true shape and correlation in this position, does not draw for clear, and cutter is arranged and seen Figure of description 3,4.

Figure of description 3-is a cutterhead assembly upward view.

Figure of description 4-is the upright cutterhead assembly A-A cutaway view of cutter group 1-(6) when being in the operating position.

In the Figure of description 1: 1-power input pulley, 2-driving wheel, 3-barrel, 4-synchronous belt, 5-cutterhead.6-founds cutter group-1, and 7-founds cutter group-2, and the flat cutter of 8-, arrow indication are feedstock direction.

In the Figure of description 2: 1-power input pulley, 2-driving wheel, 3-barrel, 5-cutterhead.The 10-motor, 11-reductor, arrow indication are feedstock direction.

In the Figure of description 3: the 5-cutterhead, 6-founds cutter group 1, and 7-founds cutter group 2, the flat cutter of 8-, 9-knife rest.

In the Figure of description 4: the 5-cutterhead, 6-founds cutter group 1,9-knife rest.

The specific embodiment

(1) when cutting dish fourth, upright cutter group-1 (6) all places the operating position with upright cutter group-2 (7), and blade is higher than cutterhead upper surface certain altitude (consulting Figure of description 4).At this moment, two upright cutter groups and flat cutter are all worked.

(2) when cutting dish silk, dish bar, place off-position to get final product one of two upright cutter groups.This moment, upright cutter group-1 (6) moved down, and its blade is lower than the cutterhead end face, had only upright cutter group-2 (7) and flat cutter work.

(3) when cutting dish sheet, two upright cutter groups are all placed off-position, have only flat cutter work.

Claims

A kind of synchronizing vegetable cutter, its structural feature is: all cutters all are contained on the same cutterhead, 90 ° at interval of two upright cutter groups, barrel and cutterhead rotate synchronously.