JP3081171U - Juicer - Google Patents

Abstract

(57) [Summary] [Problem] To make a juice in which fruit grains and fibers are strained. SOLUTION: A main body drive unit 1 having a motor, a container unit 2 having a rotary crushing blade 3 detachably connected to the main body drive unit and capable of being detachably connected to an output shaft 11 of the motor at a lower part,
In a juicer comprising a lid 4 to cover the container,
A cylindrical filter 6 is detachably provided in the container part 2 concentrically with the container part, a lower part of the cylindrical filter 6 is detachably fitted to a small-diameter lower part of the container part 2, and an upper part is a lid 4.
And the rotary crushing blade 3 is attached to the cylindrical filter 6.
Located at the bottom of the.

Description

[Detailed description of the invention]

[0001]

[Field to which the invention belongs]

 The present invention relates to a juicer with a filter.

[0002]

[Problems to be solved by conventional techniques and devices]

 In a conventional juicer, juice materials such as fruits and vegetables are put into a container, and the material is crushed into juice by rotating a crushing blade at the bottom of the container. The above juice contains crushed pulp particles and fiber content. If this does not suit your tastes and uses, you must filter the juice with a tea strainer or paper filter and pour it into a cup. In addition, when holding a heavy container with one hand and supporting a tea strainer or a paper filter with the other hand, the operation of pouring juice from the container is not stable. The present invention clarifies a juicer capable of filtering juice in a container part and solving the above problem.

[0003]

[Means to solve the problem]

 The present invention comprises a main body drive unit (1) having a motor, and a rotary crushing blade (3) detachably connected to the main body drive unit and capable of being detachably attached to an output shaft (11) of the motor at a lower portion. In a juicer comprising a container (2) and a lid (4) to cover the container, a tubular filter (6) is detachably provided in the container (2) concentrically with the container. The lower part of the cylindrical filter (6) is detachably and tightly fitted to the small diameter lower part of the container part (2), the upper part abuts against the lid (4), and the rotary crushing blade (3) has a cylindrical filter (3). It is located below 6).

[0004]

[Action and effect]

 Juice materials such as fruits and vegetables are put into the cylindrical filter (6). When the crushing blade (3) is rotated, the material is crushed into juice. Since the lower end of the cylindrical filter (6) is tightly fitted to the lower part of the small diameter of the container (2) and the upper part is held in contact with the lid (4), the rotary crushing blade (3) rotates. Therefore, even if the rotational flow of the juice occurs in the cylindrical filter (6), the cylindrical filter (6) does not shift. Juice does not flow out without passing through the cylindrical filter (6).

[0005] A part of the juice in the cylindrical filter (6) is filtered through the mesh sheet (63) and accumulates between the cylindrical filter (6) and the container (2). By tilting the container (2), the filtered juice can be poured. The juice in the cylindrical filter (6) also flows out of the cylindrical filter as the amount of juice outside the cylindrical filter (6) decreases, and only the filtered juice can be poured. The container part (2) is heavy due to the weight of the juice added to the container part, but since the container part (2) can be supported with both hands, the pouring operation is stable and seldom occurs.

In the cylindrical filter (6), pulp particles and fibers that cannot pass through the mesh sheet (63) remain, but the cylindrical filter (6) includes the container (2) and the lid (4). ) Can be easily washed to every corner and kept clean.

[0007] If the inlet (42) is opened in the lid (4), the juice material can be charged into the cylindrical filter (6) without removing the lid (4).

[0008]

[Embodiment of the invention]

 The juicer comprises a main body driving section (1), a container section (2) detachably connected to the upper surface of the main body, a lid (4) for closing an upper surface opening of the container section (2), and a feature of the present invention. And a cylindrical filter (6) that is detachably provided in the container (2).

The main body driving section (1) has a circular low projection (10) on the upper surface of which the lower end of the container section (2) fits, accommodates a motor (not shown) inside, and has an output shaft ( 11) is projected to the center of the convex part (10). The body drive unit (1) is provided with a switch (12) for starting and stopping the motor.

[0010] The container part (2) is a vertically-deformed cylindrical transparent body made of synthetic resin, glass, or the like. The diameter gradually increases to the side. The lower part of the container part (2) has a double wall of an inner peripheral wall (21) and an outer peripheral wall (22), and a bottom lid (23) is detachably attached to a lower end of the inner peripheral wall (21) which is a small diameter part. Is provided. A plurality of reinforcing ribs (20) project from the upper end of the inner peripheral wall (21) upward at equal intervals in the circumferential direction on the inner surface of the container (2). A large vertically long handle (24) protrudes from the outer periphery of the container (2), and a spout (26) is formed at the upper end opening of the container (2) on the opposite side of the handle (24).

A rotary crushing blade (3) is attached to a bottom cover (23) below the container (2). The rotary crushing blade (3) has a plurality of blade plates (32) protruding from the upper end of a shaft (31) penetrating the center of the bottom lid (23) so as to be rotatable in a liquid-tight manner. At the lower end of the body, there is provided an engaging portion (33) which can be disengaged from the output shaft (11) of the main body driving portion (1).

The lid (4) has a circular shape that closes the upper opening of the container (2), and covers the spout (26) and the handle cover that covers the upper surface of the handle (24). A piece (47) protrudes. A material inlet (42) is opened at the center of the lid (4), and a cylindrical fitting portion (43) is shortly hanging downward from the opening edge of the inlet (42). The periphery of the input port (42) of the lid (4) is a circular recess (44) that gradually decreases toward the input port. A short annular wall (41) that fits into the upper opening of the container (2) protrudes from the outer periphery of the lower surface of the lid (4).

A cap (5) is detachably attached to the input port (42) of the lid (4). The cap (5) has a cylindrical portion (51) fitted to the insertion port (42) at the lower end of a disk (50) having a size corresponding to the concave portion (44) of the lid (4). . Notches (52) and (52) for finger catching are formed in the disk (50) of the cap (5).

The cylindrical filter (6) is formed by stretching a fine mesh sheet (63) over a plurality of window holes (62) (62) which are largely opened in a cylindrical frame (61). The upper part of the frame (61) becomes a slightly upwardly expanding tubular part (64), the lower part becomes a straight tubular part (65), and the straight tubular part (65) is formed with a flange part (66). The flange (66) has a cutout (67) in which the reinforcing rib (20) on the inner surface of the container is fitted.

The lower end tubular portion (65) of the tubular filter (6) can be tightly fitted to the small-diameter inner peripheral wall (21) of the container portion (2), and the upper tubular portion (64) is the lid body. It can be fitted outside the fitting part (43) of (4). In addition, the cylindrical filter (6) is fitted with the lower cylindrical portion (65) at the lower portion of the small diameter of the container (2), and the flange (66) is in contact with the bottom of the container (2). The upper end of (6) corresponds to the lower surface of the lid (4). The lower portion of the reinforcing rib (20) on the inner surface of the container fits into the notch (67) of the flange (66).

In order to lock the lid (4) to the container (2), the lid (4) is fitted into the upper opening of the container (2) and rotated, and the annular wall (41) of the lid (4) is rotated. ) Is inserted under the retaining piece (27) projecting from the inner surface of the container part (2). The lock is released by turning the lid (4) in reverse.

In order to lock the container part (2) to the main body driving part (1), the lower end of the container part (2) is fitted to the circular convex part (10) of the main body driving part (1) and the output shaft (11). And the engaging portion (33) of the rotary crushing blade (3) is engaged. In this state, the container (2) is rotated, and the retaining piece (28) on the inner surface of the lower end of the container (2) is turned into a circular convex. This is performed by digging under the retaining piece (13) on the outer periphery of the part (10). When the container (2) is rotated in the opposite direction, the lock is released.

However, as shown in FIGS. 1 and 3, the cylindrical filter (6) is set in the container (2), and the cap (5) is attached to the juicer with the lid (4) covered. And put the juice material through the inlet (42). By operating the switch (12), the rotary crushing blade (3) is rotated by the motor. The juice material is pulverized by the rotary pulverizing blade (3) into a shoe.

The cylindrical filter (6) has a lower end tightly fitted to a small-diameter lower part of the container part (2), and an upper part abutted on the lid (4) to be held. ) Is rotated to cause a rotational flow of the juice in the cylindrical filter (6), the cylindrical filter (6) does not displace. Further, since the reinforcing rib (20) on the inner surface of the container is fitted in the notch (67) of the flange (66) at the lower part of the cylindrical filter (6), the cylindrical filter (6) is rotated by the rotational flow of the juice. Does not rotate.

A part of the juice in the cylindrical filter (6) is filtered through the mesh sheet (63) and accumulates between the cylindrical filter (6) and the container (2). If you hold the handle (24) and tilt the container (2), you can pour the filtered juice. The juice in the cylindrical filter (6) also flows out of the cylindrical filter as the amount of juice outside the cylindrical filter (6) decreases, and only the filtered juice can be poured. The container (2) is heavy due to the weight of the juice, but the handle (24) can be stably poured with one hand while supporting the body of the container (2) with the other hand. Is less.

In the tubular filter (6), the pulp particles and fibers that cannot pass through the mesh sheet (63) remain, but the tubular filter (6) is composed of the container (2) and the lid (4). ) Can be easily washed to every corner and kept clean.

FIG. 4 shows another embodiment of the locking means of the lid (4). The cap (5) has two arms (54) and (54) projecting from the outer diameter of the lid (4) projecting in opposite directions by approximately 180 °. A downward bent piece (55) is provided at the tip of the arm (54), and a groove (56) is formed on the inner surface of the bent piece (55). The cap (5) is fitted to the input port (42) of the lid (4), and the cap (5) is turned to project from the outer peripheral surface of the upper end of the container in the groove (56) at the tip of both arms. The hooks (25) and (25) fit, and the lid (4) can be locked so as not to come off from the container (2). The lock can be released by turning the cap (5) to the opposite side.

The present invention is not limited to the configuration of the above embodiment, and various modifications can be made within the scope of the claims of the present invention.

[Brief description of the drawings]

FIG. 1 is a perspective view of a juicer.

FIG. 2 is an exploded perspective view of the juicer.

FIG. 3 is a sectional view of a juicer.

FIG. 4 is a perspective view of another embodiment of the lid locking means.

[Explanation of symbols]

 (1) Main unit drive unit (11) Output shaft (2) Container unit (3) Rotary crushing blade (4) Lid (5) Cap (6) Cylindrical filter

Claims (4)

[Utility model registration claims] 1. A main body driving part (1) having a motor, and a rotary crushing blade (3) detachably connected to the main body driving part and detachably attached to a lower part of the output shaft (11) of the motor. Container part (2)
And a lid (4) to cover the container, wherein the cylindrical filter is concentric with the container in the container (2).
(6) is provided detachably, the lower part of the cylindrical filter (6) is detachably and tightly fitted to the small diameter lower part of the container part (2), and the upper part is in contact with the lid (4). Crushing blade
(3) is a juicer located below the cylindrical filter (6). 2. The juicer according to claim 1, wherein an opening (42) is opened at the center of the lid (4), and a cap (5) is fitted in the opening (42). 3. The cap (5) has a downwardly facing tubular portion (51),
The juicer according to claim 1 or 2, wherein the tubular portion (51) is fitted over the inlet (42) and an upper portion of the tubular filter (6). 4. The cap (5) has two arms (54) (54) projecting from the outer diameter of the lid (4) projecting substantially 180 ° in opposite directions. The upper and lower arms lock and unlock the lid (4) with the container (2) by engaging and disengaging the tips of both arms with the projections (25) (25) projecting from the outer peripheral surface of the upper end of the container. The juicer according to any one of 1 to 3.