JPS59171512A - 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 Field of Industrial Application The present invention relates to a gieser having a cylindrical separation cage rotatably driven by an electric motor and a filter provided within the separation section.

Conventional Structure and Problems Conventionally, in this type of filter that has a cylindrical shape and has flanges facing each other on the upper and lower inner surfaces of the cylindrical part, when the solid content of the material gets stuck in the mesh on the side, the upper and lower Since there are 7 lunges in the filter, water cannot be separated, resulting in the problem that water remains in the filter.

OBJECTS OF THE INVENTION It is an object of the present invention to solve such conventional problems and to provide a gieser that can separate water even if the side mesh becomes clogged.

Structure of the Invention In order to achieve the above object, the present invention includes a cylindrical separating cage that is rotationally driven by an electric motor, a first filter provided in the separating section, and a filter provided inside the first filter. The second filter is configured in a cylindrical shape, and meshes are provided on the side and top and bottom surfaces of the cylindrical part. With this configuration, any material can be made of moisture. It is something that can be separated.

DESCRIPTION OF EMBODIMENTS An embodiment of the present invention will be described below based on attached meat. In the figure, reference numeral 1 denotes an electric motor, which is fixed to a chassis 2 and attached to an upper body 4 and a lower body 5 with screws 6 via a cushioning rubber 3. A connector 8 that is directly connected to the tip of the rotating shaft 7 of the electric motor 10 and rotates at high speed is attached. Also, the rotating shaft 7
A first pulley 9 is fixed in the middle by a pin 10. Further, a pulley shaft 11 is fixed to the shear 72, and a second pulley 12 and a third pulley 13 having two diameters rotate together. It is installed as follows.

14 is a cylindrical connector arranged concentrically with the rotating shaft 7 and rotates at a low speed with a connector 8 housed inside, has a fourth pulley 15 at the lower part, and has a cylindrical shape without a hole at the upper part. It has a connector part 18 that fits into a fitting part 17 provided on the lower surface of the separation capacitor 16 . 19 is low speed connector 14
It is a cap attached to the

In addition, the connector 14 is decelerated by one step by a belt 20 hooked on pulleys 9 and 12, and furthermore, the connector 14 is
The speed is reduced by two steps by the belt 21 that is applied to the belts 3 and 15. The rotational speed of the electric motor 1 is reduced to a fraction by the speed reduction mechanism and transmitted to the connector 14, and this reduced rotation is transmitted to the separation capacitor 16 via the fitting portion 17 that is removably fitted thereto. Reportedly.

22 is a juicer cutter with a separation capacity of 1 due to the screw 723.
6 and the fitting portion 17. Separation power 1
Several protrusions 24 are provided on the upper part of the inner surface of 6. Reference numeral 25 denotes a first cylindrical filter made of an elastic material such as resin that fits into the inner surface of the separation capacity 16. In the embodiment, it is a comb-shaped filter, and as shown in FIG. A large number of slits 26 are provided in the vertical direction, and triangular single-sided teeth 27 are located between the slits 26. The slit 26 (located in a recessed position inward from the outer surface of the cylindrical filter) has the slit 26 as the apex, and a substantially triangular space 28 is formed between the two comb teeth 27, 27 that are in contact with the slit 26. A large number of spaces 28 are provided at the top of the two slits 26. An inclined passage 29 for guiding the protrusion 24 is provided at the top of the two slits 26, and the protrusion 24 is inserted into the groove 3o connected to this. ing.

31 is a cylindrical second filter for fine materials that fits on the inner surface of the first filter 25. In the embodiment, it is a mesh filter, and as shown in FIG. Alternatively, a net 32 of several hundreds of meshes may be provided.

The second filter 31 is made up of a cylindrical filter piece 33 and a oneper 34.

Reference numeral 35 denotes a flange integrally provided on the upper inner surface of the cylindrical filter body 33, and the flange 35 is provided with meshes 32a at a plurality of locations as shown in FIG.

Reference numeral 36 denotes a recess provided on the lower inner surface of the open side of the filter main body 33, and this recess 36 is removably fitted into a protrusion 38 provided on the fitting wall 3γ of the oneper 34.

Reference numeral 39 denotes a rib integrally formed at the lower end of the oneper 34, and this rib 39 is connected to the filter main body 33 and the oneper 3.
4 are fitted together, the frame 40 of the filter body 33 is held from the outside to prevent the frame 4 from deforming, thereby ensuring the fit and fixation of the one-piece filter 34 and the filter body 33. ing. The oneper 34 also has a flange 35.
Similarly, nets 32b are provided at multiple locations.

When fitting the first filter 25 combined with the second filter 31 into the separation capacity 16, the slit 2 of the first filter 26 is inserted into the protrusion 24 of the separation capacity 16.
When the space 28 between the protrusions 2 and 4 is inserted together, the protrusions 2 and 4
moves to the groove 30 and is automatically prevented from coming out at a position where it contacts the lower surface of the first filter 25 or the bottom surface of the separation capacity 16.

Conversely, when removing the first filter 25 combined with the second filter 31, rotate the first filter 25 in the rotational direction of the separation power 16, move the protrusion 24 to the position of the space 28, and remove the first filter 25. Pull out.

41 is a container containing the separation capacity 16, and is installed in the upper body 4. A container lid 42 covers the upper opening of the container 41. 43 is an inlet formed in the container lid 42, 44 is a push rod, 45 is a discharge hole provided in the container 41, 46 is a juice receiver, and 47 is a leg of the lower body 5.

As described above, two filters, the first filter 25 and the second filter 31, are provided in the separation capacity 16. Also, the first filter 25 can be used by fitting only the first filter 25, or the first filter 25 and the second filter 31 can be used in combination, so it can be used depending on the purpose of use. .

The opening X of the mesh 32 of the second filter 31 is smaller than the slit width y of the first filter 25 and separates the solid content and moisture of the finely pulverized material.

Now, with the second filter 31 fitted in the first filter 25, when soybean juice etc. that have been finely powdered with a mixer etc. are poured into the input port 43, the juicer cutter 2
2, the material flies into the second filter 31 section. The mesh 32.32 a of the second filter 31,
At 32biC, the material is separated into solid content and water. The solid content 48 separated by the net 32 remains inside the second filter 31 in a layer having a width n, as shown in FIG. During rotation, centrifugal force is applied to the solid content 48, so that the solid content 48 tends to move in the radial direction and in the vertical direction. In this case, the mesh 32 does not allow solids larger than the opening X of the mesh 32 to pass through in the radial direction. For vertical direction of trench, flange 35. Net 32a and wallaper 34. Because of the screen 32b, the solid octane 48 cannot move and therefore cannot escape from the second filter.

If the side nets 32 are still clogged with solids due to centrifugal force, there are nets 32a and 32b installed above and below.
Water is separated from this. Moisture also passes through the first filter 25 due to centrifugal force, jumps out from the separation capacity 16, and enters the container 41.

The water that has entered this container 41 is collected in a juice receiver 46 through a discharge hole 45 provided in the container 41.

Note that when fruits, vegetables, etc., which are the materials for jeezing, are inputted from the input port 43, the material is crushed into fine particles by pressing the material against the jeezer cassota 22 with the push rod 44, and the material is sent to the second filter 31 section. I'll go. Second
The material is separated into solids and water by the mesh 32 of the filter 31.

If the material is input from the input port 43 using only the first filter 25 without attaching the second filter 31, the first
The material is separated into solid content and water by the filter 25.

Since the opening X of the mesh 32 of the second filter 31 is smaller than the slit width y of the first filter 25, even materials finely ground by a mixer, such as bean juice, can be separated into solids and water. In the first filter 25, the solid content of tomato and citrus juices, etc., which tend to be mixed with solid content and become mushy, is separated, and smooth juice that is easy to drink can be obtained.

Next, when you have finished squeezing out the water and processing the squeezed lees, use the container lid 4.
2 from the container 41, and the separation capacity 16 is taken out. After rotating the first filter 25 in the rotational direction of the separation capacity 16, it is pulled out and the second filter 31 fitted inside the first filter 26 is taken out. Then, the straw paper 34 fitted to the second filter 31 is removed, and the squeezed sludge remaining in the second filter 31 is discarded. Since the straw paper 34 of the second filter 31 is removed, the doughnut-shaped sludge remaining in the second filter 31 can be easily removed from the filter main body 33. Even after use, the inside of the filter body 33 can be easily cleaned.

The front connector 8 can also transmit power to the mixer cutter by removing the juicer attachment and attaching the mixer attachment.

Effects of the Invention As described above, the present invention has meshes on the side surfaces and upper and lower surfaces of the cylindrical second filter, so even if the side meshes are clogged with solid matter due to centrifugal force, the upper and lower surfaces will remain intact. Moisture can be separated through the mesh, and as a result, the squeezing rate can be improved.

[Brief explanation of the drawing]

FIG. 1 is an analytical view of a Giesser showing an embodiment of the present invention.
FIG. 2 shows a portion of the first Ω8 filter, (5) FIG. 4 is a plan view of the same, and FIG. 5 is a partially enlarged view of the filter. 1.-Electric motor, 4.-Upper body, 5-Lower body, 16-
...minute t'! Basket, 25...--First filter, 31... Second filter/lzter, 432.32a,
32b, -=net, 41-...container, 42-...-
container lid. Name of agent: Patent attorney Toshio Nakao and 1 other person No. 1
Figure 42 (A) (p) (E) (F) Figure 3 Figure 5

Claims (1)

[Claims] A main body that includes a built-in electric motor, a container placed on the main body, a container lid that covers the upper end opening of the container, and a cylindrical separation cage that is removably fitted into the inside of a cylindrical separation cage that is rotationally driven by the electric motor. a second filter for fine materials that is detachably provided inside the first filter; Giesa with mesh on the side and top and bottom surfaces.