JPS62204717A - Electromotive grater - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Field of Industrial Application The present invention relates to an electric grater that automatically grates radish, carrot, yam, etc.

(b) Conventional technology In the past, as shown in Japanese Patent Publication No. 60-36773, the grated cutter was in the form of a flat plate, so that while the object to be cut was cut by the grated cutter, centrifugal force was applied to the inner wall of the container along with the cut material. About 1 liter of particles are scattered on the inner wall of the container and the lid of the container, and there is only a small amount of material that does not reach the lower part of the grating cutter. A problem had arisen in which a rough grated product was produced.

el Problems to be Solved by the Invention The present invention solves the above-mentioned problems of the prior art, and eliminates the adhesion of the cut material to the container on the upper side of the grated cutter and the inner wall of the container lid. The purpose is to make the material uniform and allow most of the cut material to fall to the bottom of the grate cutter.

2) Means for solving the problem A cutting blade is formed on the upper surface of a disc-shaped grating cutter that is rotationally driven by an electric motor, and a ring-shaped wall is erected on the outer periphery of the cutter. It has multiple holes for grated discharge.

(E) Function The workpiece that is scattered by the action of centrifugal force from the grater comes into contact with the ring-shaped wall, but since the ring-shaped wall rotates at the same rotation speed as the grater, the action of centrifugal force is weak. The cut material that adheres to the ring-shaped wall will not stick to the ring-shaped wall (it will bounce back to the center and be cut again). Also, the cut material that adhered to the ring-shaped wall will slide off due to the vibration caused by the rotation of the ring-shaped wall, and then the centrifugal force will The material passes through the discharge hole and falls into the lower container of the cutter.

b) Example One example of the present invention will be described based on the drawings. (1)
is an electric motor and is attached to the chassis (2) with screws (31).The chassis (2) is attached to the main body (4) with screws (5).
The main body (4) has a built-in electric motor (1).

(6) is a small boom at the shaft of the electric motor! J-(71 is pivoted.

The small boo U-(71 is connected to the large pulley (71) via the belt (8).
9).

Large Boo IJ- (91 is attached to the main shaft (1 (1)). The main shaft + IO1 is attached to the chassis (2) via the oil-less bearing (1). Oil-less Bear Link til + Hagomu It is positioned on the main body (4) via a coupling (lz).A connector (13) is attached to the upper end of the main shaft (101.(14) is removably fitted to the upper part of the connector (13). electric motor (
1) A synthetic resin cutter mount that transmits force.
A disc-shaped grated cutter (151) is attached to the mounting base (141) by screwing or insert molding.

A suitable number of cutting blade decoys are formed on the upper surface of the grated cutter (151).The diameter of the cutter (151) is approximately 150M.

(16) is a container made of synthetic resin, which is removably placed on the main body (4). (171 is a container lid made of synthetic resin, which covers the top opening of the container (161 and is removable.
It is a ring-shaped wall erected around the entire outer periphery of the cutter 4, and is either integrally formed with the cutter mount (141) or a cylindrical body separate from the mount (141) is attached to the mounting base round or the cutter (151). A ring-shaped wall stopper is formed by attaching the ring to the wall.

Reference numeral a9 denotes a plurality of holes for discharging grated material formed in the ring buttress α mark, which are of appropriate size and shape and are provided at approximately equal intervals. 0 is a back plate that covers the main body (4), and 0 is a support leg.

Next, the operation and operation will be explained.

Attach the container (161) to the main body (4), and attach the cutter mount (14J) to which the grated cutter is attached by fitting it into the connector port 3. Next, attach the cutter to the object cut into a 2-3 cR square. After about 200 grams are placed on the grated cutter 151, the container lid 1) 7+ is attached to the container. When the electric motor (1) is energized in this state, the main shaft (
Io, the power of the electric motor (1) is transmitted to the cutter mount na+ fitted with the main shaft +IG, and the grating cutter 05) rotates at approximately 2500 to 3000 rotations.
The workpiece + Al is grated and cut by the cutting blade (151) formed on the upper surface of the grating cutter 0. The cut material passes through the hole (19) in the ring-shaped wall ttg+ by the action of centrifugal force, and passes through the hole (19) at the bottom of the cutter 19. into the container (16).

The workpiece fAl that is not cut is also pushed out to the periphery by the action of centrifugal force, but it hits the ring-shaped wall (181) and bounces back to the center, where the cutting is repeated again and uniform particles are obtained.

Since the ring-shaped wall 1) & is rotating at the same speed as the 8-grating cutter + 151, even if the object to be cut is pushed out by the action of centrifugal force and hits the ring buttress α mark, the container lid (1? 1
There is little jumping around here and there, and the re-cutting is performed by jumping back to the center with small movements.

If there is no ring-shaped wall, the workpiece will forcefully move into the container (1G
), and due to the reaction, it jumped up onto the container lid 171, etc., and bounced around the space inside the container (161), making it difficult to cut it.

In addition, if the cut material does not have a ring-shaped wall, it may come into contact with the inner wall of the container (it may come into contact with the inner wall of the container and may stick to the object being cut).
It splashed and stuck to container i (171), making it very difficult to scrape it up.

According to experiments, when there was no ring-shaped wall, about 100 g of particles adhered, but with the ring-shaped wall of the present invention, only about 3000 g of particles adhered, and the particles fell to the bottom of the container. Furthermore, uniform grated particles were obtained due to the presence of the ring-shaped wall.

(T1) As described in detail, the present invention was able to reduce the adhesion of the grated material to the inner wall of the container and the container lid, and to obtain uniform grated particles. Since the amount is reduced, it becomes easier to scrape off, and the grate cutter is easier to take out.

[Brief explanation of drawings]

The figures show an embodiment of the electric grater of the present invention. Figure 1 is an enlarged cross-sectional view of the main part with the object to be cut loaded, Figure 2 is an enlarged perspective view of a portion of the grater, and Figure 3 is the overall view. FIG. (1)...Electric motor, (151...Grater cutter,
q Ring-shaped wall, +19...Drainage hole.

Claims (1)

[Claims] (1) A cutting blade is formed on the upper surface of a disc-shaped grated cutter that is rotationally driven by an electric motor, a ring-shaped wall is erected on the outer periphery of the cutter, and a plurality of holes for grated discharge are provided in the ring-shaped wall. An electric grater characterized by individual shapes.