KR910000602Y1 - Apparatus pressing juice from an fruit - Google Patents

Abstract

No content.

Description

Juicer

1 is a partial central longitudinal cross-sectional view of Embodiment 1 of the inventive juicer.

2 and 3 are explanatory diagrams of a mesh member.

4 to 8 are explanatory diagrams of a sliding member.

9 is an explanatory diagram of a perforated plate.

10 is an explanatory diagram of a cutter.

11 and 12 are explanatory views of handles.

13 is an explanatory diagram of a screw screwed in.

14 and 15 are explanatory views of the lid.

Figure 16 is a partial longitudinal longitudinal section of the second embodiment of the juicer of the present invention.

17 is an exploded perspective view of the main part of FIG.

18 is a partial longitudinal sectional view of the present invention juicer and Example 3.

19 to 21 are explanatory views of the mesh member.

22 to 23 are explanatory diagrams of the sliding members.

24 to 26 are explanatory views of perforated plates,

27 to 28 are explanatory views of the cutter.

* Explanation of symbols for main parts of the drawings

1: knitting machine body 3: cut portion

4 filter 5 handle

6: lid 7: dish portion

14 mesh member 15 Sliding member

26: perforated plate 27: cutter

61: perforated plate 62: filter cloth

63: bar 64: barrel

65: perforated plate 66: cutting machine

67: nut 71: mesh member

72: Slider 73: Handle

74: perforated plate 75: cutter

76: body 77: lid

78: large version

The present invention relates to a juicer.

In order to obtain a juice in the prior art, the method of obtaining juice from the fruit by simply pressing and moving the fruit on the juicer was simple.

However, in the same way as above, there is a problem that the juice splashes or overflows when the juice is squeezed, and there is also a hygiene problem because the fruit must be pressed by hand. It is not suitable in the case of trying to obtain the juice which does not enter the dregs by mixing, for example, when trying to feed the juice in the baby weaning period.

The present invention is designed for the purpose of solving the above problems.

It will be described in detail according to the first embodiment of the present invention shown in the drawings.

1 is a cross-sectional view of the juicer, in the drawing (1) the knitting machine main body (2) is placed on the knitting machine main body (1) freely, the base on which fruit can be removed and (3) the knitting machine Cut section for cutting the fruit provided in the main body to a predetermined size, (4) is a filtration section to obtain fruit from the fruit chopped finely by the cutting section 3 provided in the knitting machine main body (1), (5) the cut section (3) and The handle 6 fitted to the filtration part 4 and operating them is a lid placed on the handle 5 so as to be freely attached thereto.

The main body 1 of the knitting machine 1 is formed with a dish portion 7 for receiving juice and a fruit storage portion 8 having a cylindrical shape, and a groove 9 around the bottom end of the dish portion 7. Is formed, and the locking step 10 protrudes inwardly at a predetermined interval on the upper portion of the groove 9. The base plate 2 which puts the fruit on the fruit storage part 8 is fitted so that it can be inserted freely. The plate 2 on which the fruit is placed is formed with a plate 11 on which the fruit is placed at the top end, and at the same time, a packing 12 is installed at the bottom of the fruit placing plate 11, and the table at the bottom end again. The support piece 13 which is put up in preparation for placing it on the back protrudes outward.

The filtration part 4 is formed with the mesh member 14 and the sliding member 15. As shown in FIG. The mesh member 14 has a cylindrical outer wall 16 formed on the outer side and a cylindrical inner wall shorter than the outer wall 16 on the inner side, as shown in FIG. (17) is formed, and inside the inner wall 17, there is formed a shaft hole 18 in which a circular end 35 of the handle 5 to be described later is fitted. Between the outer wall 16 and the inner wall 17, there is provided a filter section 19 having a fine net such that the juice flows out but does not spill the residue of the fruit. Furthermore, a semicircular protrusion 20 is formed on the lower end surface of the outer wall 16, and a protrusion 21 is also formed on the lower end of the outer circumference of the inner wall 17. Is free to rotate. This sliding member 15 is shown in FIG. 4 which is a plan view, FIG. 5 which is a cutaway side view, FIG. 6 which is a bottom view, FIG. 6 which is a side view, FIG. Similarly, a circular inner wall hole 22 fitted into the central interior 17 is formed, and a hexagonal hole 23 coinciding with the inner wall hole 29 is formed. On the outer side of the inner wall hole 22 and the hexagonal hole 23, a sliding piece 24 having a large cross-sectional shape is formed as it is directed toward the front end, and the inner wall hole 22 has a circular annular protrusion. (25) protrudes, and this protrusion (25) is engaged with the protrusion (21) of the inner wall (17) so that the sliding member (15) can be rotated freely in the mesh member (14). In addition, the hexagonal end part 39 of the handle 5 mentioned later is fitted in the hexagonal hole 23.

The cutting part 3 consists of a perforated plate 26 and a cutter 27, and the perforated plate 25 has a circular shaft hole in which a screw is pushed into the center as described later in FIG. While the 28 is formed, a large number of the pulp holes 29, for example, about 3 mm to 6 mm in diameter, are formed so that the pulp of the fruit is discharged. In addition, a circular engaging hole 30 is formed near the outer side, and the projection 20 of the mesh member 14 is fitted into the engaging hole 30 so that the mesh member is fixed to the perforated plate 26. . The outer surface of the perforated plate 26 is formed with an arc-shaped protrusion 31 at predetermined intervals, and the protrusion 31 is fitted into the groove 9 of the apparatus body 1 to which the protrusion 31 is woven and the locking jaw 10 is provided. The plate 26 punched by the machine main body 1 is retained. The cutting portion 27 is rotated on the lower surface of the perforated plate 26 at the same time as the screw hole 32 is formed at the center to be fitted with the screw 37 to be pressed as described later in the center as shown in FIG. The cutting piece 33 with the blade which cuts off is formed.

The handle 5 is a handle 36 provided to rotate freely on the crank 35 and the crank 35 such that the rotating shaft 34 formed of a body as shown in FIGS. 11 and 12 is a side view. ) And a screw 37 pressed on the rotating shaft 34. The rotary shaft 34 has a circular end 38 and a hexagonal end 39 formed at a lower portion thereof, and the circular end 38 is fitted into the shaft hole 18 of the mesh member 14 so that the rotary shaft ( Even if 94 is rotated, the mesh member 14 is comprised so that it may not rotate. And the hexagonal end part 39 is fitted in the hexagonal hole 23 of the sliding part 15, and is comprised so that the sliding part 15 may rotate integrally by the rotation of the rotating shaft 34. As shown in FIG. The rotating shaft 34 is formed in the axial direction with a circular pressing screw hole 40 whose opening is lower, and the pressing screw 37 pressed into the pressing screw hole 40 is twisted. . The pressing screw 37 has a press-in portion 41 in which a portion of the press-out is formed as shown in FIG. 13, which is an enlarged front view, and a circular shaft portion having a diameter longer than that of the press-in portion 41 and thicker than the perforated plate 26. FIG. (42) and a threaded portion (43) made of a triangular screw. The screw 37 embedded in the screw hole 40 pressed by the press-fitting part 41 is fixed to the rotating shaft 34 and rotates integrally with the rotating shaft 34. And the circular shaft part 42 is inserted in the shaft hole 28 of the perforated plate 26, and the perforated plate 26 is comprised so that it may not rotate even if the pressing screw 37 rotates. The screw portion 43 is aligned with the screw hole 32 of the cutting portion 27, and rotates in a mass with the screw 37 pressed by the cutter 27, and at the same time the plate 26 with the handle 5 is perforated. After weaving is attached to the device body (1). And the upper end surface of the rotating shaft 34 is formed with a circular groove 44 to be fitted with the protrusion 51 of the lid.

The crank 35 is formed in a U-shape with an open bottom, and a protrusion 45 protrudes from the base end to a position corresponding to the circumferential edge of the dish portion 7 on the upper side of the crank 35. . A handle shaft 46 is formed at the tip of the crank 35, and the handle 36 is installed on the handle shaft 46 so as to be freely aligned with the protrusions 47 and 48 so as to rotate freely. It is.

The above-described lid 6 is formed of a bowl-shaped portion 49, which is a bowl of low height, which is laid up so as to cover almost the entire upper surface of the dish portion 7, as shown in FIG. 14 and FIG. 15, which are plan views. The outer lower end of the main bowl 49 is positioned at a slight distance from the upper side of the outer upper end of the dish portion 7. In addition, a c-shaped crank accommodating portion 50 having a cross-section c-shape with a lower inlet open from the center portion of the lid 6 to the outside thereof is formed, and a protrusion 51 is formed on the upper inner wall of the crank accommodating portion 50. have. The crank 35 is fitted into the crank accommodating portion 50 and the projection 51 is fitted into the groove 44 to fix the lid 6 on the handle 5.

In order to assemble the juicer as described above, first, the inner wall 17 of the mesh member 14 is inserted into the inner wall hole 22 of the sliding member 15, and the projection 21 is aligned with the protrusion 25. The sliding member 15 is attached to the mesh member 14 so that it can rotate freely. Next, the punched plate 26 is placed in the groove 9 of the machine body 1 to squeeze, and then rotated until it is lowered to the lower side of the locking jaw 10, and the machine body 1 to squeeze the punched plate 26. Please keep in mind). On the perforated plate 22 retained in the weaving machine body 1, the mesh member 14 and the sliding member 15 integrated as described above are placed, and the projections 20 of the mesh member 14 are placed. Is inserted into the alignment hole 30 of the perforated plate 26 and fixed. Next, the rotary shaft 34 for pushing the screw 37 pressed in this state is inserted into the shaft hole 18, the hexagonal hole 23 and the shaft hole 28, and protrudes from the perforated plate 26. The screw hole 32 of the cutter 27 is screwed into the screw portion 43. Therefore, the mesh member 14, the sliding member 15, the perforated plate 25, the cutter 97 and the handle 5 are integrally housed in the knitting machine body 1 so that the juicer is assembled.

Next, how to juice is described. First, the lid 6 is pushed from the top to the handle 5, and then the crank 35 is pushed into the crank housing 50 to fix the lid 6 on the handle 5. Next, the fruit, such as a tangerine, is placed on the fruit placing board 11 in the fruit storage unit 8 and stored therein, and the handle 5 is rotated while pushing the weaving machine body 1 to the plate 2. In this way, the pulp is cut by the cutter 87 in a state where the pulp is pushed out from the pulp hole 29 of the perforated plate 26, and the juice and the rind are separated, and the juice is passed through the mesh member 14. It moves to the top and accumulates in the dish part 7. At this time, the juice that is about to protrude from the mesh member 14 to the outside of the dish portion 7 covers the dish portion 7 and is integrally formed with the handle 5 to the main bowl-shaped portion 49 of the lid 6 that rotates. It falls to the dish part 7. The skin is filtered out of the mesh member 14 and removed from the juice. At this time, the slider 15 slides the surface of the mesh member 14 by the rotation of the handle 5 so that the remaining skin on the mesh member 14 is removed, and the mesh member 14 is prevented from being blocked.

In addition, according to the second embodiment of the present invention will be described in detail.

FIG. 16 is a partial longitudinal cross-sectional view of part 2 of the juicer related to the present invention, and FIG. 17 is an exploded perspective view of the main part of the present invention.

Where 61 is a perforated dish, 62 is a filter cloth, 63 is a bar, 64 is a tub, 65 is a perforated plate, 66 is a cutter and 67 is a nut. .

The filtering portion is formed of a perforated plate 61, a filter cloth 62, and a bar 63. The perforated dish 61 has a disc shape, and a number of small holes through which the juice flows is formed on the surface thereof. In the center portion of the perforated dish 61, a hole through which the shaft of the handle 68 passes is drilled. The outer periphery of the perforated plate 61 is provided with a concave-convex portion 611, the perforated plate 61 is inserted into the groove 691 provided inside the main body 69 for weaving the concave-convex portion 611 It is formed so as to be coupled to the main body 69 by rotating and the perforated dish 61 does not rotate even when the handle 68 is rotated, and does not detach from the main body 69.

The filter cloth 62 is provided under the perforated dish 61. The filter cloth 62 is most suitable for gauze, but another cloth may be used, and a nonwoven fabric may be used. The filter cloth 62 removes solids in the fruit juice. The bar 63 is provided under the filter cloth 62. The bar 63 has an angled hole in the center thereof, and the hole is installed so that the angled shaft of the handle 68 is fitted, and the bottom surface of the filter cloth 62 is slid when the handle 68 is rotated. .

Since the filtering portion is configured as described above, the solid matter attached to the lower surface of the filter cloth 62 is removed by turning the handle 68, thereby preventing the filter cloth 62 from being blocked. Furthermore, the filtration section is housed in the pail 64.

The cut part is made up of the perforated plate 65 and the cutter 66. The perforated plate 65 has a disc shape, and its surface has a large number of large holes through which the pulp of the fruit comes out, and a hole through which the shaft of the handle 68 passes is formed at the center of the perforated plate 65. In addition, the outer periphery of the perforated plate 65 is provided with an uneven portion 651, by rotating the perforated plate 65 is inserted into the groove 691 provided inside the knitting machine body 69 The perforated plate 65 does not rotate even when the handle 68 is rotated so as to be engaged with the main body 69, and is formed so as not to be separated from the main body 69.

The cutter 66 is provided under the perforated plate 65. The cutter 66 has an angled hole formed at the center thereof, and the hole is inserted into the angled axis of the handle 68. When the handle 68 is rotated, the cutter 66 cuts the lower surface of the perforated plate 65. It moves and cuts the pulp of the fruit from the hole of the perforated plate 65. Since the cut portion is configured as described above, by turning the handle 68, the fruit flesh of the fruit is cut and pressed to break so that the juice can be easily obtained.

Juicer of Example 2 related to the present invention is used as follows because the device is configured as described above.

The concave-convex portion 651 of the perforated plate 65 is fitted into the groove 691 of the main body 69 to engage with the main body 69. Next, the pail 64 is placed and the bar 63 is placed in the pail. The filter cloth 62 of the upper surface of the bar 63 is placed, and then the concave-convex portion 611 of the perforated dish 61 is inserted into the groove 691 provided inside the main body 69 to engage with the main body 69. Next, the handle 68 is passed through the perforated plate 61, the filter cloth 62, the bar 63, and the perforated plate 65 to handle the cutter 66 from the bottom of the perforated plate 65. (68) Inserted into the lower surface and tightened with a nut (67) in the order of the perforated plate 61, filter cloth 62, bar 63, barrel 64, perforated plate 65, cutter 66 Combine.

Inserting a fruit such as a tangerine between the base plate 70 and the main body 69 and rotating the handle 68 while pressing the main body 69 on the base, the pulp is cut out from the sphere of the perforated plate 65 Cut by (66) to move the juice and the rind into the barrel 64 in a separate state. Next, the juice moves upward through the filter cloth 62 and the perforated plate 61.

The skin is removed from the juice while filtered with filter cloth 62. By rotating the handle 68, the bar 63 has the effect of sliding the surface of the filter cloth 62 to remove the skin left on the surface of the filter cloth 62 to prevent the filter cloth 62 from being blocked.

In addition, according to the third embodiment of the present invention shown in the drawings will be described in detail.

18 is a partial longitudinal cross-sectional view of Example 3 of a juicer in connection with the present invention, FIGS. 19 to 21 are explanatory views of the mesh member, 22, 23 are explanatory views of the slide, and FIG. Fig. 26 is an explanatory view of the perforated plate, and Figs. 27 to 28 are explanatory views of the cutter. Where 71 is a mesh member, 72 is a slide, 72 is a handle, 74 is a perforated plate, 75 is a cutter, 76 is a body, 77 is a lid, 78 Indicates the tablet.

The filtration unit is composed of a mesh member 71 and a sliding member 72. The bottom view of the mesh member 71 is shown in FIG. 19, FIG. 20 is a cross-sectional view taken along line AA of FIG. 19, and FIG. 21 is an enlarged view of portion B of FIG. Is displayed. The mesh member 71 is provided with a filter part of a number of small holes so that the juice flows out on the surface thereof, a hole through which the shaft of the handle 73 passes is formed in the center of the mesh member 71, and the mesh The concave-convex portion 711 is formed inside the lower end of the tubular shape that is the circumferential edge of the member 71.

The sliding member 72 fitted by this uneven portion 711 is retained. The slide 72 is fitted from the bottom of the mesh member 71, but at that time, the mesh member 71 or the slide 72 is slightly deformed. Therefore, if the mesh member 71 or the sliding member 72 is elastic plastics, such as a plastics, such as nylon and polypropylene, it is easy to fit. Reinforced by the filter portion of the mesh member 71, and the groove portion 712 is provided on the front edge of the mesh member 71, and is fitted with the protrusion 742 of the perforated plate 74, the handle The mesh member 71 is formed so that it may not rotate even if 73 is rotated.

FIG. 22 is a plan view of the slide, and FIG. 23 is a cross-sectional view taken along the line C-C of FIG. A hole into which the shaft of the handle 73 is fitted is drilled in the central portion of the slide 72, and the uneven portion 721 of the slide 72 is fitted into the recess 731 of the shaft of the handle 73. Therefore, when the handle 73 is rotated, the slide 72 is also rotated. Moreover, there is no problem even if there are more than one wing blade of the sliding member (75).

The sliding member 72 is formed so that it may be fitted to the mesh member 71 smoothly. The slide 72 can rotate under the mesh member 71. Since the slide 72 is integrally formed with the mesh member 71, there are few handling parts when attaching or detaching it.

Since the sliding member 72 is arranged to slide the lower surface of the mesh member 71 when the handle 73 is rotated, the solid matter attached to the lower surface of the mesh member 71 is removed by turning the handle 73. There is an effect of preventing the mesh member 91 from being blocked.

The cut portion is composed of a perforated plate 74 and a cutter 75. 24 is a plan view of the perforated plate 74, FIG. 25 is a sectional view taken along the line D-D of FIG. 24, and FIG. 26 is an enlarged view of part E of FIG. On the surface of the perforated plate 74, a large number of holes, such as a diameter of about 3 mm to 6 mm, are drilled in the surface of the pulp of the fruit, and a hole for passing the shaft of the handle 73 in the center of the perforated plate 74 is provided. Pierced An uneven protrusion 741 is formed inside the upper and lower ends of the periphery of the perforated plate 74. The cutter 75 sandwiched by this uneven protrusion 741 is retained. The cutter 75 is fitted from the bottom of the perforated plate 74, but at this time, the perforated plate 74 or the cutter 75 is slightly deformed and inserted. To do this, it is easy to fit if the perforated plate 74 or cutter 75 is elastic plastic such as nylon, for example, nylon or polyflopyrene.

In addition, an uneven portion 742 is provided at the lower portion of the tubular shape, which is a circumferential edge of the perforated plate 74, and fits into the groove 712 provided on the bottom of the circumferential edge of the mesh member 71. In addition, an uneven portion 743 is provided at the circumferential edge of the perforated plate 74, and the perforated plate 74 is inserted into the groove 761 provided inside the knitting machine body 76 to rotate the handle 73. It is formed so as not to rotate.

The cutter 75 is provided under the perforated plate 74. FIG. 27 is a plan view of the cutting machine, and FIG. 28 is a sectional view taken along the line FF of FIG. The cutter 75 has blades formed at both edges thereof, and a hole is formed in the center portion thereof, and the hole is formed to be fixed to the handle 73 by tightening with a screw. The handle 73 fitted with the screw is made of metal, and the lower surface of the cutter 75 The mold member is formed. this The mold member has the effect of making the cutter 75 strong and at the same time convenient to attach or detach. Moreover, even if there are two or more blade pieces of the cutter 75, it does not interfere. When the handle 73 is rotated, the cutter 75 slides the lower surface of the perforated plate 74 and cuts the pulp of the fruit that has come out of the hole of the perforated plate 74. In addition, the cutter 75 is formed to fit smoothly to the perforated plate 74, the cutter 75 can rotate in the lower portion of the perforated plate 74. In addition, since the cutter 75 is integrally formed with the perforated plate 74, there are fewer parts to handle when attaching or detaching. In addition, since the cut portion is configured as described above, the pulp of the fruit that has entered the hole of the perforated plate 74 by turning the handle 73 is cut and crushed by the cutter 75, so that the juice can be easily obtained.

Juicer of the third embodiment related to the present invention is used as follows because the device is configured as described above.

The sliding member 72 is fitted to the mesh member 71 and the cutter 75 is fitted to the perforated plate 74. Next, the uneven portion 743 of the perforated plate 74 is inserted into the groove 761 of the main body 76, and the mesh member 71 and the sliding member 72 are placed on the perforated plate 74, and the mesh member (71), the groove 72 of the slide 72 is inserted into the handle 73 shaft through the holes drilled in the center portions of the slide 72 and the perforated plate 74, and then the cutter 75 ) And the screw of the handle (73). Since the mesh member 71 is pressed by the collar 732 of the handle 73, the handle 73, the mesh member 71, the sliding member 72, the perforated plate 74, and the cutter 75 The main body 76 is assembled integrally. Next, the lid 77 is fitted to the handle 73.

Insert a fruit such as a tangerine between the base plate 78 and the main body 76, rotate the handle 73 while pressing the main body to the base plate, the pulp is cut out from the hole of the perforated plate 74, the cutter 75 It is cut by, and the juice and the rind is in a separate state, the juice is moved upward through the mesh member 71. The skin is removed from the juice by filtering the mesh member 71. By rotating the handle 73, the sliding member 72 slides the surface of the mesh member 71, thereby preventing the mesh member 71 from being blocked.

The present invention is constructed and used as described above, so when the juice is being squeezed, the dish portion is covered with a lid so that the juice can not be scattered or spilled to the outside and the juice can be preserved in its original state without dust entering the juice. have. In addition, since only juice can be easily obtained from the fruit, there is an effect of hygiene.

Claims (7)

A juicer for cutting fruit and pressing to obtain juice, comprising: a knitting machine main body having a dish portion for holding the juice {(1); (69); (76)} and the handle {(5) which can be rotated freely with respect to this knitting machine main body; 68; (73)}, and a juicer comprising: a cutting portion (3) and a filtration portion (4) fixed to the knitting machine body and operated by rotation of the handle. The cutting part (3) according to claim 1, wherein the cutting portion (3) is a perforated plate (26) fixed to the knitting machine body (1) and a cutter adjacent to the perforated plate (26) and fixed to the handle (5). (27) juicer, characterized in that provided with. The handle of claim 1, wherein the filtration unit 4 is meshed with the mesh member 14 fixed to the perforated plate 26 and freely rotated to the mesh member 14, and at the same time. And a sliding part (15) which is fitted into and fixed to (5). The juicer according to claim 1, characterized in that a lid (6) is provided which is placed on the handle (5) so as to be detached from the handle (5) and covers almost the entire surface of the dish portion (7). The filter unit (3) according to claim 1, further comprising a filtration section (3) formed as a perforated dish (61) and a filter cloth (62), and a cutout section (4) consisting of a perforated plate (65) and a cutter (66). Perforated dish 61 and the perforated plate 65 is a juicer, characterized in that formed in the machine body 69, the cutter 66 is fitted to the shaft portion of the handle 68, respectively. The cutting section (3) according to claim 1, comprising a filtration section (4) composed of a mesh member (71) and a sliding member (72), and a cutting section (75) consisting of a perforated plate (74) and a cutter (75). And the mesh member 71 is fitted to the perforated plate 74, and the perforated plate 74 is fitted to the main body 76, respectively, and the cutter 75 and the sliding member 72. ) Is fixed to the shaft portion of the handle 73, the concave-convex portion 711 is formed inside the cylindrical lower end of the circumferential edge of the mesh member 71, the contact is fitted by the concave-convex portion 711 A copper plate 72 is retained, and a concave-convex portion 741 is formed in a tubular shape, a circumferential edge of the perforated plate 74, and a lower end inside thereof, and the cutter 75 sandwiched by the concave-convex portion 741. Juicer, characterized in that is made by keeping. The filtration unit (4) according to claim 1, wherein the weaving device body (1), a handle (5) rotating freely with respect to the weaving device body (1), a mesh member (14), and a sliding member (15). ), And a cutting portion 3 consisting of a disk-shaped perforated plate 26 and a cutter 27, and the mesh member 14 is fitted so as to face the rotation shaft 34 of the handle 5. At the same time, the projection 20 formed at the tip of the cylindrical outer wall 16 is hooked to the engaging hole 30 of the perforated plate 26 to be fixed to the perforated plate 26, and the sliding member 15 ) Is fixed to the pivot shaft 34 of the handle 5, and the perforated plate 26 is turned to a turning screw 37 fixed to the front end of the rotation shaft 34 of the handle 5. The projection 31 formed at its outer circumference at the same time is fitted to the engaging groove 9 of the knitting machine body 1 to the knitting machine body 1. Is fixed, the cutter juicer, characterized in that the screwed to the screw screw (37).