JPS6162414A - Juicer - 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] Industrial Application Field Book 5'l l! IJL, this relates to a type of jillary, which is used in ordinary households, and is equipped with several electrically driven separation cages.

Conventional 414 structure and its problems Conventionally, a juicer of the type that stores lees in a cylindrical separation basket has a cutter on the inner bottom surface of the cylindrical separation basket, and a cutter on the inner wall of the cylindrical separation basket. It was common to have a cassette filter inserted. In this (M), the material input from the material input port is cut by the cutter on the inner bottom surface, flies directly to the side from the cutter surface due to centrifugal force, hits the cassette filter installed on the inner wall of the separation basket, and is mixed with juice. The lees is separated into lees, and the juice passes through the slit of the cassette 1-filter and enters the container along the inner wall of the cassette filter, while the lees remains in the cassette filter and forms a layer.
When materials are added one after another, the material cut later hits the lees layer, and the lees acts as a filter, resulting in a poor efficiency of molecules A in the juice. Also, when cutting the material into the input slot, there is a gap between the bottom edge of the input slot and the cutter, so in the final stage of cutting, the material cannot be cut into small pieces, and large pieces of material adhere to the cassette filter. There was a problem.

Purpose of the invention 4 (Invention (.11) To solve the above-mentioned conventional drawbacks,
The purpose is to use a juicer that can finely cut Aiwa 1 to 7+ without unduly lowering the juice separation efficiency.

In order to achieve the above object, the jet 1 of the present invention has an upper cylindrical part and a lower two-stage inverted conical part (from the element <A A first cutter provided on the inner bottom of the separation element, a second cutter provided on a step formed in the middle of the separation element, and an outer seven flange opposite the second cutter. and a material input port with a minute basket circle 1;
A cassette that can be attached and removed freely on the inside of the part! - a filter, the gap B between the second cutter and the outer flange is
This is an lfl configuration in which the gap △ between the cutter and the lower end of the monthly If input port is set to be small.

DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following, an embodiment of the present invention will be explained based on the drawings.

In FIG. 1 and FIG. 2, J5 is shown, and 1 is a main body with a built-in electric container 2, and a container 3 is attached to the upper end of the main body. 4 is a container lid having a cylindrical material inlet 5 extending over the upper opening of the container 3. A separate cage 7 is removably fitted into a rotary table 6 directly connected to the electric motor 2. A first cutter 8 is installed on the inner bottom of the separation basket 7 to crush the material.
It is a pool. Direction [lower cone 9a and upper circle fit of car 7]
A two-stage conical separating cable 9 is located on the right side of the separating cage 9b, and has a large number of holes 1o cut out (see Fig. 2), and the upper part of the separating cage 7 is a cylindrical part 11 having an inner flange 11a. To,
The cassette filter 12 is made of an elastic material such as resin and has many slits in the vertical direction.
match.

The inner diameter of the upper cone 9b of the separated cord 9 is equal to the diameter J of the cylindrical portion 11.
:It is made smaller by the width n, and is attached to the inner flange Ila of the cylindrical part 11 at the horizontal part 9d at the upper end of the upper cone 9b ()
It is being 13 is a horizontal step portion 9C1 in the middle of the separation element 9;
:Provided/:= 1lff-shaped second cutter.

An outer flange 14 is formed around the input port 5 facing the second cutter 13, and the gap B between the second cutter 13 and the flange 1/l is the gap between the first cutter 8 and the lower end of the input port. It is set to be narrower than △, and the relationship △>B.

15 is a juice outlet provided in a part of the container 3; 1G;
is the juice δ vessel that receives juice.

To explain the operation in 315 of the above 6-11 composition, when vegetables and fruits, etc., which are the gicose materials are inputted from the material input port 5, the KIl
It is thus crushed. (b) The shattered/ζ lumber is separated into parts 1 and 9 by the force of the centrifugal force. 1 part required, +i 0+go(1[6 so small?L10
1 is separated into solid content (dil-sub)], and most of the juice content (5, solid content and part of the juice content is -1~s minute IJ,
i: η The component force of the heart moves upward l, numerator; fl
>";; pr Move it upward along the lower cone 98 of O, and move it to Ft't B between the second cutter 13 and flange 14. Gap B1 between the second cutter 13 and flange 14. A11 Tsunotatsuta-ε) and immersion 1] 'I-It is smaller than the gap △ 1: Passing through the gap △
The material is further finely chopped by the second cutter 13.

The material crushed by the second cutter 13 is transferred to the next separating element 9
The juice content and the solid content are separated once again in the lower cone 9b, the juice content exits to the container 3 side, and the solid content enters the upper cone 9b.
It moves upward along the cassette filter 12 and accumulates on the inner surface of the cassette filter 12. Here, the solid content and the juice content are further separated by centrifugal force, and the juice content passes through the slit of the cassette filter 12, ascends upward along the inner wall of the separation cage 7, and exits from the upper side of the separation cage to the side of the container 3. The solid content accumulates as dregs 17 on the inner surface of the filter 12 in a donut-like layer up to a thickness corresponding to the aforementioned width n. The juice that has entered the container 3 is stored in the juice volume 1i1G through the juice outlet 15.

Effects of the Invention It is clear from the above explanation that in the juicer of the present invention, the minute PJL basket is equipped with 11 force components in the shape of a two-stage inverted circular hook at the lower part of the cylindrical portion to which the cassette filter is attached. Furthermore, since the gap B between the lower end of the material 19 and the first cutter and the outer 7 lunge of the material input port and the second cutter are set to tyI of △>B, the first cutter and the second cutter And powder 6? The processed material t1 is separated before the cassette 1-filter (b) or crushed in this direction (separation efficiency is improved by separating the juice content and solid content in the element, and insufficient material is crushed by the first cutter). This can be supplemented by a second cutter to grind fine materials.

[Brief explanation of the drawing]

Figure 1 is Ki-nii I! FIG. 2 is a cross-sectional view of a juicer according to an embodiment of IJ, and FIG. 2 is an enlarged cross-sectional view of a main part of the juicer. 5...Material input port, 7...Separation basket, 8...First
Cutter, 9... Two-stage inverted conical separation element, 11...
・Cylindrical part, 12...Karen 1-filter, 13...
・Second cutter, 14...Outer flange agent Yoshihiro MorikiFigure 1

Claims (1)

[Claims] 1. A separation cage consisting of an upper cylindrical part and a lower two-stage inverted conical separation element, and a first separation cage provided at the inner bottom of this separation cage.
A cutter, a second cutter provided on a step formed in the middle of the separation element, a material input port having an outer flange facing the second cutter, and a removably attached to the inner surface of the cylindrical portion of the separation basket. A second cassette filter is provided.
A juicer in which the gap B between the cutter and the outer flange is set smaller than the gap A between the first cutter and the lower end of the material input port.