KR101640129B1 - A juicer having opening and closing unit - Google Patents

Abstract

The present invention relates to a juice machine provided with a residue opening / closing mechanism. According to an aspect of the present invention, there is provided a refrigerator including a lid on which an inlet for introducing food is formed; A screw into which the introduced food is cut, crushed or compressed and conveyed to the lower side and the rotating shaft is formed vertically; A net drum which surrounds the side surface of the screw and in which a net drum discharge hole for discharging debris is formed; A housing coupled to the screw and the net drum so that the screw rotates therein, having a juice outlet formed on the outer side thereof, a drain outlet communicating with the net drum outlet, and a lower portion coupled to the housing; And a drive shaft connected to the rotation shaft and driving the screw is formed at the center of the seat portion. And a dehydration opening / closing mechanism for opening and closing the net drum discharging hole or the debris discharging opening, wherein the debris opening / closing mechanism is formed so as to adjust the degree of opening / closing of the net drum discharging hole or the debris discharging opening A juice machine is provided.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a juice-

The present invention relates to a juice machine, more particularly, to make green juice and juice using vegetables and fruits, or soybean milk as a soybean, and to provide a juice juice excellent in function irrespective of the kind of the ingredients, Which can maintain the freshness of green juice or juice at the maximum and can be easily assembled, disassembled and cleaned.

Conventional juice machine is to make juice by centrifugal method by crushing the material at high speed by pushing the material into the injection port. In the process of high-speed crushing, the inherent taste and nutrients of fruit can be destroyed. It was difficult to make juice with high viscosity kiwifruit and strawberry, and it was impossible to make soybean milk. And if you want to make juice continuously, you have to disassemble the appliance from time to time and clean it in order to remove debris from the vents.

In the food processing machine according to the present invention, keeping the inside of the machine clean is an essential condition, and it is required that cleaning and cleaning can be performed smoothly. If there is food inside or inside the appliance, it will be easily corroded and bacteria will breed, so internal components should be easily disassembled and cleaned.

Korean Utility Model Registration No. 190676 filed by the present applicant and filed by the applicant of the present invention, wherein the juice extractor is formed by horizontally assembling the screw with the juice extractor, the drum cap, and the drum, So that the whole length is long, and when the material is put into the feeding port, the juice is conveyed while being slowly transferred horizontally.

Therefore, a large space is required for use or storage of the juicer, and since the juice is juiced as the material moves horizontally, the juice speed is slow, and the thick juice having high viscosity does not flow well and has a disadvantage of sticking to the drum. In addition, since one side of the screw does not have a rotating shaft, the screw on one side that does not have a rotating shaft is shaken at the time of rotation and strikes against the blade edge of the inner wall of the juice net, resulting in noise and wear.

Such a juicer and the like require separate washing after use in accordance with hygiene problems caused by remaining food and the demand for prevention of damage to the apparatus, and accordingly, a structure that minimizes inconvenience in disassembly and assembly . In addition, there is a need to continually improve upon the necessity of prevention of safety accidents that may occur in using the apparatus or securing durability of the apparatus.

Korean Patent No. 755440 discloses a technology relating to a juice juice machine, which is also a patent filed and registered by the applicant of the present invention. According to the invention, the beans are milled And the fruit of high viscosity such as tomato, kiwi or strawberry is grinded on the steel plate and pressed to form juice, and the housing of the juice juice machine is vertically arranged on the upper side of the driving part Therefore, it does not require a lot of space for use or storage, and the juice outlet is located higher than in the prior art, so that various kinds of cups can be used.

Since the housing of the juice juice machine is vertically assembled on the upper side of the driving part, the material is naturally lowered by the rotation of the gravity and the screw, and the juice speed is fast and there is no juicing phenomenon. There is an effect that can be done.

According to the juice juice machine according to Korean Patent No. 755440, a juice packing made of rubber or the like is mounted on the lower end of the housing discharge hole. The debris that reaches the bottom ring of the net drum due to the rotation of the screw, Is pushed by the discharge jaw and is guided by the net drum discharge hole along the discharge inclined surface to be pressed while pressing the juice packing closing the lower end of the housing discharge hole and discharged out of the juice juice through the discharge outlet.

According to Korean Patent No. 755440, there is an advantage that the juice packings are formed so that the juice and the debris can be separated more easily. However, such juice packings have a single structure having a constant elastic modulus and size, There is a limit in obtaining the optimum juice rate for each material.

More specifically, juice packings made of a relatively soft material are used when using a soft and light material, and juice packings made of a relatively rigid material are used when a strong and tough material is used. A compressing force suitable for separating the juice Can be provided, since only a single juice packer is used and the juice optimized for each material could not be made.

Further, the juice packings are formed on the bottom surface of the housing, so that it is somewhat difficult to wash and clean the waste outlet.

DISCLOSURE Technical Problem The present invention has been conceived to solve the problems as described above, and one embodiment of the present invention can provide an optimum juice rate according to the nature of a material when juice is introduced, The packing strength of the granular packing can be adjusted while various types of packing are not provided, and the cleaning can be easily performed.

A juice machine provided with a dirt opening / closing mechanism according to an embodiment of the present invention includes a lid on which an inlet for introducing food is formed; A screw into which the introduced food is cut, crushed or compressed and conveyed to the lower side and the rotating shaft is formed vertically; A net drum surrounding the side surface of the screw and having a mesh drum discharge hole for discharging debris from the bottom; A housing coupled to the screw and the net drum so that the screw rotates inside the housing and having a juice outlet formed on an outer side thereof and a drain outlet communicating with the net drum outlet; And a drive shaft connected to the rotation shaft to drive the screw is formed at the center of the seat portion. And a debris opening / closing mechanism for opening / closing the mesh drum discharge hole or the debris discharge port, wherein the debris opening / closing mechanism is configured to control the degree of opening / closing of the mesh drum discharge hole or the debris discharge port.

And a scavenging hole is formed adjacent to the mesh drum discharge hole at one side of the scum discharging hole, and the scum opening and closing mechanism includes a rotating lever rotatably coupled to a bottom surface of the housing; And a rotating panel extending from the pivoting lever to be inserted into the adjusting hole and opening / closing the mesh drum discharging hole or the waste outlet.

The end of the pivot lever protrudes from the side wall of the housing.

In addition, the net drum discharge hole is provided with a debris packing which is elastically deformable to open and close a path, and the rotating panel is closely attached to the bottom surface of the debris packing to prevent deformation.

Here, the residue packing is fixed to the mesh drum discharge hole at the rear end, and the free end is formed at the front end, and the rotating panel is supported to support the residue packing while moving in the front end direction from the rear end of the residue packing.

In the juice machine provided with the residue opening / closing mechanism according to another embodiment of the present invention, the net drum may be formed in a closed form in the side wall.

Alternatively, the net drum may have all or part of the side walls formed in a net shape.

Here, a juice machine equipped with a dehydration opening / closing mechanism according to a preferred embodiment of the present invention is mounted between the housing and the net drum, rotates in conjunction with the screw, and is configured to sweep the inner wall of the housing or the outer wall of the net drum Brushes < / RTI >

According to an embodiment of the present invention as described above, first, a net drum discharge hole is formed in which a waste is separated from a juice in a net drum, and a debris opening and closing mechanism for adjusting the opening and closing degree of the net drum discharge hole It is possible to control the degree to which the waste material is discharged according to properties such as toughness or strongness, and it is possible to expect a juice ratio optimized for each material, and it is possible to provide a single It is possible to provide convenience in use.

Second, by providing the dirt opening / closing mechanism with the pivoting lever and the rotating panel, the opening degree of the mesh drum discharge hole can be easily adjusted.

Thirdly, the residue packing is formed in the mesh drum discharge hole, and the residue opening / closing mechanism is supported at the lower side of the residue packing to adjust the degree of support, so that the primary prevention of discharging the residue is made by the residue packing, The stopping mechanism is made by the residue opening / closing mechanism, so that more precise control is possible and an excellent juice rate can be expected.

Fourthly, a debris packing is formed in the mesh drum discharge hole, and the debris packing is separated from the housing together with the net drum when the net drum and the housing are separated, so that the cleaning is easier.

Fifth, the sidewall of the net drum, which is easily replaced, is formed in a closed form or in the form of a mesh, thereby being used as a juice unit in which the juice is separated through the side wall of the net drum. It can be used even when the crushing of the material is required and the range of use can be extended.

1 is an exploded perspective view showing a juice machine provided with a residue opening / closing mechanism according to an embodiment of the present invention,
FIG. 2 is a sectional view showing a part of the construction of the juice machine provided with the residue opening / closing mechanism shown in FIG. 1;
FIG. 3A is a perspective view illustrating a net drum according to another embodiment of the present invention, FIG.
FIG. 3B is a bottom view showing a housing in a juice machine provided with a residue opening / closing mechanism in which a net drum shown in FIG.
FIGS. 4A to 4C are cross-sectional views showing the state of use of the juice machine provided with the residue opening / closing mechanism in which the net drums shown in FIG.
5 is a perspective view illustrating various embodiments of a net drum according to the present invention.

FIG. 1 is an exploded perspective view showing a juice machine 1 provided with a residue opening / closing mechanism according to an embodiment of the present invention. FIG. 2 is a partially exploded view of a part of a juice machine 1 having a residue opening / Fig.

The juice machine 1 provided with the residue opening and closing mechanism according to the present invention is basically composed of the lid 10, the screw 40, the housing 20, the net drum 50, the driving body 30 and the residue opening / 80). In addition, the juice machine 1 provided with the residue opening / closing mechanism according to the present invention may include a brush 60. In addition, as an important component of the present invention, a residue opening / closing mechanism 80 for opening and closing the net drum discharge hole 54 is formed.

The juice machine 1 provided with the residue opening / closing mechanism according to the present invention can be used as a juice machine for discharging juice and debris basically from fruits and the like to be discharged as described below.

Hereinafter, in order to facilitate understanding of the juice machine 1 according to the present invention, each constitution constituting the apparatus will be described in detail.

The lid 10 is a portion into which a subject such as vegetables and fruit is put into a juice machine 1 having a residue opening and closing mechanism according to the present invention and is provided with a loading port 13, (1). The lid 10 is constructed so that the object to be charged can be continuously supplied by a predetermined amount, and thus the lid 10 is not completely cut off from the outside but is formed as an open top as shown in FIG.

The housing (20) is tightly coupled to the lower end of the lid (10).

The housing 20 has a container shape as a whole and collects the juice to be discharged to the outside.

The juice outlet 21 and the juice outlet 22 are formed on the outer side of the housing 20 so that the juice is discharged to the juice outlet 21 through the juice outlet 22, The removed debris is discharged.

The residue opening / closing mechanism 80 is formed on the path through which the residue is discharged. The residue opening and closing mechanism 80 may be configured to open or close the network drum discharge hole 54, or may be formed in the housing 20 And can open and close the waste outlet 22. A detailed description of the above-mentioned residue opening / closing mechanism 80 will be given later.

The debris delivered through the lower side of the mesh drum 50 is pushed through the debris discharge port 22 so that the juice flowing down through the side surface of the mesh drum 50 is discharged through the discharge port 21 The juice outlet 21 and the sludge outlet 22 are separated from each other.

The mesh drum 50 serves as a reference for distinguishing the juice outlet 21 and the debris outlet 22. The mesh drum 50 is disposed in the housing 20 in a space Is communicated with the juice outlet (21), and the space constituting the inner portion of the net drum (50) is communicated with the debris outlet (22). That is, in the course of crushing and squeezing the fruit or the like put into the mesh drum 50, the juice exits the mesh drum 50 and is discharged to the juice discharge port 21, and the remaining residue is discharged to the mesh drum 50 And is discharged to the outside through the dirt discharge port 22 through the net drum discharge hole 54. [

A through hole 23a is formed at the center of the waterproof portion 23. The through hole 23a is formed at the center of the bottom of the housing 20. The lower end of the rotary shaft 41 is inserted downward through the through hole 23a and connected to the drive shaft 32. [ The waterproof portion 23 is protruded upward to prevent the juice from flowing into the driving body 30 through the through hole 23a.

The penetrating hole 23a is formed with a through-hole packing 25 formed of rubber or silicone to prevent the juice from flowing into the driving body 30 more effectively.

A pressure discharge passage (27) may be formed on the bottom surface of the bottom of the housing (20) immediately adjacent to the rim of the waterproof portion (23). The pressure discharge passage 27 is formed to be depressed downward, and the lower end of the screw 40 is inserted and rotated.

A guide protrusion 28 protruding upward may be formed between the pressure discharge passage 27 and the rim of the housing 20 in a circular shape. The lower end of the net drum 50 is seated on the inner bottom surface of the guide jaw 28 and the lower end of the guide jaw 28 and the net drum 50 are formed to fit each other.

A space is formed in the bottom surface of the housing 20 by the guiding jaws 28 and a screw 40 and a mesh drum 50 are positioned on the inside and a space where most of the juice is discharged . The juice outlet (21) is formed at the lower edge of the housing (20) so that the juice is discharged. At this time, the juice outlet 21 is formed so as to be slightly downwardly inclined so as not to cause the juice to be hardened.

A housing outlet hole (29) is formed in the bottom surface of the housing (20) so as to penetrate downwardly from the inside of the guide tab (28). The residue outlet (22) is connected to the housing outlet hole (29) through which the dehydrated residue is discharged. That is, the residue discharge port 22 has a shape starting from the housing discharge hole 29 and extending to the outside of the housing.

A net drum discharge hole 54 is formed at the lower end of the net drum 50 so as to coincide with the housing discharge hole 29. That is, the separated debris is sequentially passed through the mesh drum discharge hole 54 and the housing discharge hole 29 to be discharged to the dust discharge port 22.

The mesh drum discharge hole 54 may be provided with a debris packing 57 made of a material such as rubber or silicone that cuts off the path. When the external force is not applied to the dust packing 57, the mesh drum discharge hole 54 is closed, and when the external force is applied (in particular, when pressure is applied from the upper side to the lower side) And is formed so as to open the discharge hole 54.

Further description of the residue packing 57 will be described later.

The driving body 30 is provided with a seating portion 31 on the upper side and the driving shaft 32 is formed on the center of the seating portion 31. The driving body 30 is a portion where the power of the juice machine 1 equipped with the residue opening / closing mechanism of the present invention is generated, and a motor and a speed reducer are provided therein.

The lower end surface of the housing 20 is placed on the seating portion 31 in close contact with the seating portion 31.

The driving shaft 32 is formed at the center of the seating part 31 and the driving shaft 32 is connected to a motor and a speed reducer in the driving body 30. The drive shaft 32 rotates at a low speed by a motor and a speed reducer to rotate the screw 40.

The screw 40 is provided with the rotation shaft 41 and a screw body 48 and a screw blade 42 formed around the rotation shaft 41.

The upper end of the rotary shaft 41 is supported by the lid 10 and the lower end of the rotary shaft 41 is connected to the drive shaft 32. A rotating shaft hole is formed at the center of the backside of the lid so that the upper end of the rotating shaft 41 can be inserted and supported.

The lower end of the rotary shaft 41 is connected to the drive shaft 32 and the screw 40 is rotated according to the rotation of the drive shaft 32. The rotation shaft 41 is rotated integrally with the drive shaft 32 without slipping after being coupled with the drive shaft 32. The drive shaft 32 may have a prismatic shape and a lower end of the rotation shaft 41 may be formed with a groove such that the drive shaft 32 can be inserted into the drive shaft 32.

The screw blade 42 is formed in a spiral shape around the rotation shaft 41. The screw body 48 is formed in a thick form so that the joint between the screw blade 42 and the screw blade 42 is formed so as to press the food to be introduced.

The screw body 48 has a small diameter on the upper side and a larger diameter on the lower side. Accordingly, the upper side of the screw body 48 is formed somewhat apart from the mesh drum 50, and the lower side is formed in a shape close to the mesh drum 50.

Due to the interlocking action of the screw body 48 and the screw blade 42 formed as described above, the inserted fruit or the like is naturally conveyed downward while being pressed.

Below the screw 40, a lower space 43 formed to be embedded in the upper direction from the periphery of the rotary shaft 41 is provided. The upper end of the waterproof portion 23 is inserted into the lower space 43 and the screw 40 and the housing 20 are engaged with each other. According to this structure, the juice or residue formed by the screw 40 can be prevented from flowing into the driving body 30 through the through hole 23a.

An inner ring 44 is formed on the lower side of the screw 40 in the vicinity of the lower space 43 and an outer ring 45 is further formed on the outer side of the inner ring 44. A circular projection insertion hole 46 is provided between the inner ring 44 and the outer ring 45. A screw gear 47 protrudes below the inner ring 44. The screw gear 47 is formed to fit the pressure discharge passage 27 and is inserted into the pressure discharge passage 27 for rotation .

An intermediate gear (g) is rotatably fixed to the bottom surface of the housing (20). The screw gear (47) meshes with the intermediate gear (g). The intermediate gear g engaged with the screw gear 47 rotates according to the rotation of the screw 40 and the intermediate gear g serves as an intermediary for rotating the brush 60 do.

The net drum 50 surrounds the screw 40 and may have various shapes. FIG. 5 illustrates various embodiments of the net drum 50, in which the sidewalls of the net drum are closed and a plurality of net holes are formed.

When a plurality of mesh holes are formed in the mesh drum 50, the mesh can be used as a juice unit in which the juice is separated through the side wall of the mesh drum 50. When the side wall of the mesh drum 50 is closed It can be used when it is necessary to crush the material like chopped garlic and it can be used in a wider range. That is, in the latter case, juice and debris can not be separated and can be used when crushing or crushing is required.

Hereinafter, a mode in which a plurality of mesh holes are formed on the sidewall of the net drum 50 will be further described.

An upper net 55 is formed on the upper side of the net drum 50, and a lower net 56 is formed on the lower side. A plurality of holes are formed in the upper net 55 and the lower net 56. A relatively large hole is formed in the upper net 55 and a relatively small and dense hole is formed in the lower net 56. [

The center of the lower end portion of the net drum 50 is opened to form an inner ring insertion hole (not shown). The inner ring 44 formed below the screw 40 is inserted through the inner ring insertion hole and the screw gear 47 is inserted into the pressure discharge path 27.

Around the inner ring insertion hole, a circular protrusion 52 protruding upward is formed, and the circular protrusion 52 is inserted into the circular protrusion insertion hole 46. The outer surface of the screw 40 and the inner surface of the mesh drum 50 form a sealed space in the downward direction in a state where the screw 40 and the mesh drum 50 are engaged.

A circular groove 53 is formed outside the circular protrusion 52 on the bottom surface of the net drum 50 and a mesh drum discharge hole 54 penetrating downwardly to one side of the bottom surface of the net drum 50 . The net drum discharge hole 54 protrudes slightly toward the lower side of the net drum 50 and is inserted into the housing discharge hole 29.

The dehydrated debris from which the juice is removed in the state where the screw 40 and the net drum 50 are engaged is not discharged through the side surface of the net drum 50 but is moved downward and accumulated on the outer side of the circular groove 53, It is forced to escape from the net drum 50 through the net drum discharging hole 54 and eventually discharged to the outside through the housing discharging hole 29 and the residue discharging port 22. [

The brush (60) is mounted between the housing (20) and the net drum (50). The brush 60 includes a brush holder 61, a brush gear 62 formed at a lower end of the brush holder 61, and a net brush 63 coupled to a side of the brush holder 61.

The brush holder 61 itself is spaced apart from the housing 20 and the mesh drum 50. The brush gear 62 is adapted to engage with the intermediate gear g so that the screw 40 rotates together with the screw 40. The net brush 63 is fixed to the brush holder 61 so that its outer end contacts the inner wall of the housing 20 and its inner end contacts the outer wall of the net drum 50, The inner wall of the housing 20 and the outer wall of the mesh drum 50 are swept down and the juice flows smoothly.

The brush (60) exerts an excellent effect as a means for washing in the case of washing. In other words, juice or residue is caught or adhered to the net drum 50 and the housing 20, and the rotation in the state where the water is introduced for washing allows the wastes or the like to be easily separated, And functions as a brush.

As described above, the juice machine 1 provided with the residue opening / closing mechanism according to the present invention is basically formed so that juice and debris can be separated and discharged.

FIG. 3A is a perspective view showing a network drum 50 according to another embodiment of the present invention, and FIG. 3B is a cross-sectional view of a juice machine 1 having a debris opening / closing mechanism in which a net drum 50 shown in FIG. And is a bottom view showing the housing 20. In Figure 3b, the debris outlet 22 is shown in cut-away form.

4A to 4C are cross-sectional views showing the state of use of the juice machine 1 provided with the residue opening / closing mechanism in which the net drum 50 shown in Fig. 3A is used. 4A is a state in which the residue opening / closing mechanism 80 fully supports the bottom surface of the residue packing 57 so that the residue packing 57 is not deformed. FIG. 4B shows a state in which the residue removal mechanism 80 is partially opened, FIG. 4C shows a state in which the residue opening / closing mechanism 80 does not support the residue packing 57. FIG.

3A shows a state in which the residue packing 57 is coupled to the mesh drum discharge hole 54 to seal the mesh drum discharge hole 54. In FIG 3B, A state in which the above-mentioned residue opening / closing mechanism 80 is operated is shown.

The dregs opening and closing mechanism 80 is for opening and closing the movement path of the debris and is specifically a means for opening and closing the net drum discharge hole 54. The dirt opening and closing mechanism 80 may be formed in various forms have.

The dregs opening and closing mechanism 80 may be in close contact with the lower end of the net drum discharging hole 54 to open and close the net drum discharging hole 54 and to open and close the dirt discharging opening 22 in another form . The dirt opening / closing mechanism 80 may be configured to seal the net drum discharge hole 54 by supporting the dirt packing 57 without being in close contact with the lower end of the net drum discharge hole 54.

The dirt opening and closing mechanism 80 includes a turning lever 84 and a turning panel 85 formed to open and close the mesh drum discharge hole 54 in accordance with the rotation of the tilting lever 84.

The rotation panel 85 is inserted into the waste discharge port 22 to open and close the lower end of the discharge hole 54. A control hole 24 is formed at one side of the waste discharge port 22 . The adjustment hole 24 may be formed only to the extent that the rotation panel 85 is slidably inserted, and is formed to have a size equal to or larger than the cross sectional area of the rotation panel 85.

The control hole 24 is preferably formed at the rear end of the debris discharge port 22 as shown in FIG. 3B.

The rotation lever 84 is fixed to the bottom surface of the housing 20 so as to be rotatable with respect to the rotation axis and has an end protruding from the side wall of the housing 20, And the rotation panel 85 is inserted and withdrawn into the waste discharge port 22 through the adjustment hole 24 by the operation of the rotation lever 84, (54).

The rotation panel 85 may be basically configured to seal the movement path of the residue, and may be configured to support the residue packing 57.

In the former case, as shown in FIG. 2, only the rotation panel 85 of the above-mentioned residue opening / closing mechanism 80 opens and closes the mesh drum discharge hole 54, and the dust opening / In the juice machine (1), the residue packing (57) may be in the form of being excluded.

In the latter case, since the residue packing 57 suppresses the discharge of the residue, the residue opening / closing mechanism 80 including the rotation panel 85 itself does not completely seal the mesh discharge hole 54 . However, at this time, the rotation panel 85 is formed to be able to be held in close contact with the lower side surface of the residue packing (57), and supports the residue packing (57) so as to be held without being separated.

As described above, the above-mentioned residue opening / closing mechanism 80 for blocking the passage is formed on the above-mentioned residue discharge port 22, and when the discharge of the juice and the residue is required and the cleaning of the juice is necessary , And the residue can be selectively used by adjusting the residue opening / closing mechanism (80).

4A to 4C, it is possible to adjust the degree of support while supporting the bottom surface of the residue packing (57) by the residue opening / closing mechanism (80), so that the sealing of the residue discharge opening It can be assured, and depending on the situation, a reasonable amount of residue can be continuously released.

In the latter case, the degree of support can be adjusted while the bottom surface of the debris packing 57 is supported by the debris opening / closing mechanism 80. In this case, the degree of opening of the debris packing 57 can be adjusted And it is possible to discharge an appropriate amount of debris as necessary.

In the case where the residue packing 57 is provided, one end of the residue packing 57 is fixed to one side of the net drum discharge hole 54, and the other end is formed as a free end. In addition, the residue packing 57 may be in close contact with the lower end of the mesh drum discharge hole 54 or in close contact with the inner peripheral surface. For the sake of convenience of explanation, a portion where the residue packing 57 is fixed to the mesh drum discharge hole 54 is defined as a rear end, and a free end of the residue packing 57 is defined as a front end.

When the pressure of the residue is applied to the upper end of the residue packing 57 thus formed, the fixed end of the residue packing 57 is kept fixed and the free end is bent while being pressed, The opening of the hole 54 is made.

When the residue is pressed by the screw 40 by the provision of the residue packing 57, it is discharged. When the residue is not pressurized by the screw 40, such as water, .

That is, the residue packing 57 prevents the residue, which is not sufficiently separated from the juice, from escaping, and the juice is separated and discharged through a sufficient compression at the portion classified by the residue.

Here, the rotation panel 85 is moved in the front end direction from the rear end of the debris packing 54, and the degree of supporting the bottom end of the debris packing 54 is adjusted according to the degree of movement. That is, the extent to which the rotation panel 85 supports the residue packing 54 can be adjusted according to the adjustment of the rotation lever 84.

For example, when using a soft and light material, the rotating panel 85 does not support or weakly supports the residue packing 54, and when using a strong and tough material, a relatively rigid residue packing 57 must be used. The rotation panel 85 can be adjusted so as to sufficiently support the residue packing 54, so that a compressive force suitable for separating the juice can be provided for each material to be introduced.

Thus, the primary prevention of the discharged debris is made by the debris packing 57, and the secondary prevention is made by the debris opening and closing mechanism 80, so that the debris is not sufficiently compressed Is not sufficiently separated) from being discharged.

The waste deposit opening / closing mechanism (80) can be opened and closed by a simple operation, and can be prevented from being opened by sealing the movement path of the residue in a closed state. Further, So that it is possible to effectively prevent the debris discharge port 22 from being opened together with the debris packing 57 and to exert an excellent sealing effect.

1: a juice machine provided with a residue opening / closing mechanism; 10: a lid
13:
20: housing 21: juice outlet
22: debris discharge port 23: waterproof part
23a: Through hole 24: Regulator
25: Through-hole packing
27: pressure discharge path 28: guiding jaw
29: housing exhaust vent
30: Driving body
31: seat part 32: drive shaft
40: Screw
41: rotating shaft 42: screw blade
44: inner ring 45: outer ring
47: screw gear 48: screw body
50: mesh drum 54: mesh drum discharge hole
55: upper network 56: lower network
57: Packing of residue
60: Brush 61: Brush holder
62: Brush Gear 63: Mens Brush
80: residue opening / closing mechanism
84: Rotary lever 85: Rotary panel
g: intermediate gear

Claims (5)

A lid on which an inlet through which food is introduced is formed;
A screw into which the introduced food is cut, crushed or compressed and conveyed to the lower side and the rotating shaft is formed vertically;
A net drum surrounding the side surface of the screw and having a mesh drum discharge hole for discharging debris from the bottom;
And a screw discharge port communicating with an outer portion of the net drum is formed on an outer side surface of the screw drum and the net drum is connected to the inner side of the net drum via a net drum discharge hole, A housing coupled to the underside of the lid;
And a drive shaft connected to the rotation shaft to drive the screw is formed at the center of the seat portion. And
And a debris opening / closing mechanism for opening / closing the mesh drum discharge hole or the debris discharge port,
An adjusting hole is formed on one side of the debris discharge port adjacent to the mesh drum discharge hole,
The residue opening /
A pivotal lever rotatably coupled to a bottom surface of the housing; And
And a rotating panel extending from the pivoting lever to be inserted into the adjusting hole and completely or partially or wholly opening the mesh drum discharging hole or the residue discharging port,
The scum opening and closing mechanism is slid through the regulating hole and regulates the degree of opening and closing of the net drum discharging hole or the scum discharging opening so as to control the degree of discharging of the scum depending on the nature of the entering food, And is provided so as to provide a pressing force.
The method according to claim 1,
And the end portion of the pivoting lever protrudes from the side wall of the housing.
3. The method according to claim 1 or 2,
Wherein the net drum is formed in a closed form in a side wall thereof.
3. The method according to claim 1 or 2,
Wherein the net drum is formed in a net shape in whole or in part of the side walls.
5. The method of claim 4,
And a brush installed between the housing and the net drum and rotating in conjunction with the screw to sweep the inner wall of the housing or the outer wall of the net drum. group.

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