JPS5835694B2 - Jusa - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a juicer, and more particularly to a juicer with an improved dregs collecting section for collecting dregs separated by a separating funnel.

A conventional juicer waste collecting device is, for example,
- As described in Publication No. 51197, after the centrifugal force of the separation corner allows the scattered dross to fly a certain distance in the horizontal direction, a scum reservoir is provided on the outer periphery of the separation corner at a position lower than the upper end surface of the separation corner. , was collecting dregs.

In this case, after flying a certain distance from the separation tube, the dregs collide with the inner side of the inner case or the lid, so they do not lose kinetic energy during the collision, and the moisture contained in the dregs sticks to the place where they collided.

Furthermore, the debris in flight after leaving the separation point was easily affected by the wind, making it unstable where it would fly.

As a result, the residue was dispersed and stuck around the separation corner, making cleaning the juicer a hassle.

An object of the present invention is to provide a juicer that can concentrate and collect the dregs separated from the separation jug and easily process the dregs.

The present invention is characterized by providing a wall portion having a dregs passage hole that integrally communicates the material inputting portion and the lid, and forming a space formed by this wall portion and the outer peripheral wall surface of the material inputting portion. There is a juicer in which a receiving portion is formed and the dregs receiving portion is arranged above the separating corner.

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

1 and 2, a motor 1 is housed in a main body case 2 made of synthetic resin, and has a motor shaft 3 protruding from the upper center.

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

The lid 5 is fitted and fixed to a protrusion 7 provided at the upper end of an inner case 6 placed on the main case 2 by rotating a fitting part 8 provided at the lower end.

The synthetic resin middle case 6 is integrally fixed to the main case 2 by hooking a vertically rotatable lamp 9 provided on the side wall of the main case 2 onto a protrusion 10 provided on the side wall of the middle case 6.

Two clamps 9 are provided on both sides of the main body case 2.

A separating tube 11 housed in the inner case 6 separates the juice and dregs, has a large number of small holes for passing the juice, and has an inverted cone-shaped filter part 12 and a vertical wall 13 and materials. and a cutter 14 for cutting and crushing the material.

This separation lever 11 is integrally fixed to one cutter unit 15.

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

The material input section 16 disposed on the separation lever 11 has a cutting chamber 20 consisting of a small diameter cylindrical section 17, a conical section 18, and a large diameter cylindrical section 19 from above relative to the cutter 14.

The lower surface of the small diameter cylindrical portion 17 of this material input portion 16 is connected to the cutter 1.
It is located close to 4.

As shown in FIG. 3, the waste catcher part 21 has an arm 2 disposed around the outer periphery of the lid 5 and the small diameter cylindrical part 17 of the material input part 16.
It is formed by a space section connected by 2.

The space forming the waste receiving portion 21 is located at the material inputting portion 16.
The outer peripheral wall surface 17a of the small diameter shield portion 17 and this material input portion 1
The arm 22 is composed of a horizontal bottom wall surface 22a, which is a wall portion connected to the small diameter cylindrical portion No. 6, and a vertical wall surface 22b connected to the bottom wall surface 22a.

In other words, the arm 22 forming one wall of the waste receiving part 21 is formed by a horizontal bottom wall surface 22a and a vertical wall surface 22b, and a plurality of rectangular holes serving as waste passing holes are formed in the upper part of the vertical wall surface 22b. It has a window 25.

In this way, the waste receiving section 21 is integrally formed with the lid 5, the material inputting section 16, and the arm 22, which are each made of synthetic resin.

The waste receiving portion 21 is arranged above the upper end surface of the separation lever 11.

Note that the window 25 serving as the scum passing hole is formed by upper die-cutting as shown in FIG.
It has a structure in which the upper end surface is cut out.

The inner case 6 has a cylindrical shape, and its inner surface is placed in close proximity to the upper outer circumferential portion 23 of the separation lever 11 to maintain a gap 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 middle case 6 has a stepped part 35 in the middle, and is located just below the outer circumferential part 23 of the separation cage 11, so that the juice squeezed by the filter 12 rises due to the high-speed rotating air flow generated in the gap 36 between the two. It's preventing me from doing that.

The waste catcher has a window 25 at the top of the part 21, and the waste scattered from the separation lever 11 rises up the inverted conical part 24 of the inner case 6, and the waste flows toward the center along the inner curved surface 26 of the lid 5 through the window 25. The Karakasu receiver is configured to be concentrated in the portion 21.

The scrap lid 27 is configured so that the scrap receiver breaks the portion 21,
Projection body 2 that can be attached and detached, rotated freely, and compressed debris
It has 8.

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

The switch 31 is a power switch, and the rubber feet 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 material is introduced into the material input section 16,
The material is passed along the inner wall of the cutting chamber 20 by the cutter 14.
It is added as if it were attached, and automatically cut as it rotates and revolves.

The conical part 18 performs accelerated cutting due to the biting force on the cutter 14 due to the inclination, and when the material becomes small, it is finely chopped over time in the dog diameter cylindrical part 19 to increase squeezing efficiency and reduce the moisture content of the waste. Less 1. Middle case 6, lid 5
prevents it from adhering to the inner surface of the

The sludge squeezed out by the filter 12 is drawn into the high-speed rotating airflow at the upper outer periphery 23 of the separator 11, rotates upward due to the inclination of the inverted conical portion 24 of the middle case 6, and is further transferred to the curved surface 26 of the lid 5. Be guided and head towards the center.

Then, the waste is collected intensively in the part 21 through the window 25 of the part 21.

By holding the housing 37 and rotating the waste lid 27, the protruding body 28 compresses the waste and makes it uniform.

Open the dregs lid 27 and throw away the dregs.

Since the upper end outer circumferential portion 23 of the separation lever 11 is provided very close to the inner case 6, the airflow generated by the high speed rotation (approximately 11,000 Orp) of the separation lever 11 is effectively utilized.

Furthermore, an upwardly-opening reverse slope section 24 provided in the middle case 6 is designed to direct the debris scattered by the centrifugal force of the separation basket 11 upward.

On the other hand, the squeezed juice is poured from the faucet 29 into the tap 30.

As described above, according to the above embodiment of the present invention, the waste receiving portion 2
Since a window 25 is provided between 1 and the lid 5 as a sludge passage hole that communicates with the center of the sludge receiving part 21, the sludge separated from the separation head 11 can be passed through the inner circumferential wall of the inverted conical part 24 of the middle case 6. It was possible to pass through between the vertical wall 22b of the wall 22 of the receiving part 21 and the outer peripheral surface of the vertical wall 22b, and collect the waste in a concentrated manner at the center of the receiving part 21 through the window 25.

At this time, the inverted conical portion 24 of the inner case 6 encourages the debris to move toward the inner center.

Furthermore, the crumbs collected at the bottom of the crumb receiver 21 from the window 25 can be removed from the crumb lid 2T by holding the knob 37 of the crumb lid 27.
By rotating the juicer, the juice is compressed into a certain consistency, and then the waste lid 27 can be removed to easily take out the waste in the waste receptacle 21 to the outside of the juicer, making it extremely easy to operate the juicer itself. I was able to clean it.

In the above embodiment of the present invention, the main case and the inner case are constructed separately, but they may be constructed integrally.

Further, although the structure of the wall portion of the waste receptacle is L-shaped, it is not limited thereto, and may be curved, for example.

However, the L-shaped wall portion as in this embodiment is preferable because it has a large capacity to accommodate waste.

Note that the shape of the dregs passage hole provided in the wall portion is not particularly limited either.

Further, the protruding body provided on the waste lid may be devised in various ways, but in any case, it is desirable that the protruding body be in a shape that follows the inner door 1 of the tray holder.

In addition, the bottom of the scum receptacle does not necessarily need to be located above any upper end surface of the molecular powder, but it may be placed above the upper end surface of the separation corner as in the example 'J2'. The part can be formed into a large size.

As described above, according to the present invention, a wall portion having a dregs passage hole that integrally communicates the material inputting portion and the lid is provided, and a space formed by this wall portion and the outer peripheral wall surface of the material inputting portion allows scum to be removed. Since a receiving part is formed and the waste receiving part is placed above the separation corner, the waste separated from the separation corner can be collected in a concentrated manner through the waste receiving part through the pass hole in the wall.
A juicer that can be easily processed was obtained.

[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 cross-sectional view of main parts of the juicer shown in Fig. 1, and Fig. 3 is a perspective view of the lid. , FIG. 4 is a perspective view of the waste lid, and FIG. 5 is a bottom view of the waste lid. 1... Electric motor, 2... Body case, 5... Lid,
6...Medium case, 11...Separation basket, 14...Cutter, 16...Material input section, 21...Drag receiving section,
22... Arm (wall part), 25... Window (dross passage hole), 27... Waste lid, 28... Projection body.

Claims (1)

[Scope of Claims] 1. A main body case housing an electric motor, an inner case placed on the main body case, and a separator for separating juice and waste, which is housed in the inner case and is equipped with a cutter rotated by an electric motor. , a substantially cylindrical material feeding part whose lower surface is disposed close to the cutter, and a lid that engages with the inner case, and the material feeding part and the lid are integrally connected. A wall portion having a sludge passage hole is provided, a sludge receiving portion is formed in a space formed by this wall portion and the outer peripheral wall surface of the material inputting portion, and this sludge receiving portion is arranged above the separation corner. A juicer featuring: 2. A juicer according to claim 1, characterized in that the waste receptacle is made of synthetic resin and is arranged above the upper end surface of the separating corner. 3 In the item described in claim 1, the space portion of the waste receiving portion has a substantially horizontal bottom that communicates with the outer circumferential wall surface of the upper cylinder of the material input port and the upper cylinder of the material input port of the wall portion. A juicer comprising a wall surface and a substantially vertical wall surface of a wall portion that communicates with the bottom wall surface. 4. A juicer according to claim 3, characterized in that a dregs passage hole is formed in the upper part of the substantially horizontal wall surface of the wall part. 5. A juicer according to claim 1, further comprising a removable lid for the dregs receptacle. 6. A juicer according to claim 5, characterized in that a protruding body for compressing the dregs is integrally provided on the dregs lid. 7. A juicer according to claim 6, characterized in that it has a button and a knob is provided on the top surface of the dregs lid.