JPS5836336Y2 - Jusa - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Application of the Invention The present invention relates to a juicer, and more particularly to a juicer with an improved strain collecting device.

PRIOR ART Conventional juicer waste collection devices use centrifugal force to disperse the scattered waste a certain distance in the horizontal direction.
Gas was collected in a gas reservoir provided on the outer periphery of the separation cage at a position lower than the top surface of the separation cage.

This prior art juicer has the disadvantage that the main body of the juicer is large, and the juices collide with the inside of the case or lid after flying a certain distance from the separation basket, so they do not lose kinetic energy upon collision. The moisture contained in the debris caused it to adhere to the impact area.

Furthermore, the gas in flight after leaving the separation point was easily affected by the wind, making it unstable wherever it flew.

Thus, in the prior art juicer, the dregs are dispersed and adhered around the separation basket, making it difficult to dispose of or clean the dregs.

Purpose of the invention An object of the invention is to provide a juicer that collects waste in a concentrated manner and facilitates the processing of the waste.

Summary of the invention In this invention, the separation basket is
Since it rotates at a speed of 0,000 times per minute, we focused on the fact that a high-speed rotating airflow is generated, and effectively utilize this high-speed rotating airflow to catch the high-speed rotating airflow that increases in rotation as it is removed. The scraps are released through the ventilation section that communicates with the cutting chamber, increasing the upward force of the high-speed rotating airflow, efficiently rotating and lifting the scraps, and concentrating the scraps in the scrap receiver.

Examples of ideas An embodiment of the present invention will be described based on the drawings.

In FIGS. 1 and 2, the electric motor 1 is shown in the main body case 2.
The motor shaft 3 is built into the motor and has a motor shaft 3 protruding from the center.

The rotary table 4 is fixed to the motor shaft 3 with screws.

The lid 5 is fixedly fitted onto a protrusion 7 provided on the inner case 6 by rotating a fitting part 8.

The middle case 6 is integrally fixed to the main case 2 by hooking a rotatable clamp 9 provided on the main case 2 onto a protrusion 10 provided on the middle case 6.

The separation basket 11 separates juice and dregs, has a plurality of small holes for passing the juice, and is composed of a filter 12 in the shape of an inverted cone, a vertical wall 13, and a cutter 14 for cutting and crushing the material. ing.

One cutter 15 is detachably attached to the rotary table 4.

The material input part 16 is connected to the cutter 14 from the upper part of the cylindrical part 1.
7, it has a cutting chamber 20 consisting of a conical part 18 and a cylindrical part 19.

The waste catcher part 21 is connected to the lid 5 by an arm 22.

The inner case 6 has a cylindrical shape, and its inner surface is placed in close proximity to the upper outer peripheral portion 23 of the separation cage 11, with a gap maintained just before the two come into contact.

The middle case 6 has an inverted conical part 24 that is inclined upwardly from the outer peripheral part 23.

The inner case 6 has a stepped portion 35, and the outer peripheral portion 2 of the separation basket 11
3, and the high-speed rotating air flow generated in the gap 36 between the two prevents the juice squeezed by the filter 12 from rising.

The waste receiver is provided with a window 25 at the upper part of the part 21, and the waste scattered from the separation basket 11 ascends the inverted conical part 24 and goes toward the center along the curved surface 26 of the lid 5. The structure is such that the information is concentrated in the section 21.

There is a ventilation hole 3 in the upper part of the cutting chamber 20 that leads to the scrap receiver part 21.
8, the air that rotates at high speed and rises along with the debris escapes into the cutting chamber 20, creates a circulation cycle of the air flow, and increases the rotational rising force of the air by opening the air passage.

The waste lid 27 is configured to cover the waste receiving part 21, and has a wall 28 which is detachable and rotatable and can compress the waste.

A faucet 29 is provided at the lower part of the middle case 6, and dispenses juice into a tap 30 installed outside the main body.

The switch 31 is a power switch, and the rubber legs 32 are integrally fixed to the bottom plate 33.

The screw 34 is a screw for fixing the electric motor 1, and the knob 37 is an operating knob for rotating the waste lid 27.

In the above configuration, when the material is charged into the material input section 16, a rotational force is applied to the material by the cutter 14 along the inner wall of the cutting chamber 20, and the material is automatically cut by rotation and revolution.

The conical part 18 performs accelerated cutting by the biting force applied to the cutter 14 due to the inclination, and when the material becomes small, the cylindrical part 19 takes time to finely crush the material, increasing squeezing efficiency and reducing the moisture content of the waste. , the inner surfaces of the inner case 6 and the lid 5 are prevented from adhering.

The waste squeezed by the filter 12 is caught in a high-speed rotating air flow at the upper outer circumference 23 of the separation basket 11, and is then transferred to the middle case 6.
The rotation rises due to the inclination of the inverted conical part 24 of the lid 5.
is guided by a curved surface 26 toward the center.

The airflow that has dropped the scraps into the receiving part 21 passes through the ventilation holes 38 into the cutting chamber 20, and rises again as the separation cage 11 rotates.

The waste is concentrated in the window 25 of the part 21, and the waste is collected in the part 21 intensively.

By holding the knob 37 and rotating the waste lid 27, the wall 28 compresses the waste into a uniform mass, and the waste cover 27 is opened and the waste is thrown away.

The squeezed juice is poured into a tap 30 from a faucet 29.

In the above embodiment, a ventilation hole was provided in the cutting chamber as a ventilation section, but a gap was provided between the lower end surface of the center opening of the scrap lid and the upper end surface of the center opening of the material input section, and this gap was used as the ventilation section. You can also use it as

Effects of the invention According to the invention, in a juicer equipped with a separating basket, an inlet for feeding material into the separating basket, and a cutter for cutting the material that rotates around a vertical axis by an electric motor together with the separating basket, A ventilation section is provided to communicate between the receiver section and the cutting chamber, which increases the upward force of the high-speed rotating airflow and rotates the scraps upward.The scrap receiver collects the scraps in a concentrated manner in the section, making it easy to dispose of the scraps. It became.

In addition, the high-speed airflow that escapes from the ventilation section into the cutting chamber presses the filter surface again with wind pressure, improving the juicer's squeezing rate.

[Brief explanation of drawings]

Fig. 1 is an external perspective view of a juicer showing an embodiment of the present invention, Fig. 2 is a front sectional view of main parts of the juicer of the present invention, Fig. 3 is a perspective view of the lid of the present invention, and Fig. 4 is a lid of the present invention. Fig. 5 is a bottom view of the waste lid. 1... Electric motor, 3... Electric motor shaft, 11
... Separation basket, 14 ... Cutter, 2
0... Cutting room, 21... J. Kasutake department,
38... Ventilation section.

Claims (1)

[Scope of utility model registration request] In a juicer equipped with a separation basket, an inlet for feeding material into the separation basket, and a cutter for cutting the material that rotates around a vertical axis by an electric motor together with the separation basket, the waste receiver communicates the part with the cutting chamber. A juicer characterized by having a ventilation section