KR20170037237A - A juicer with vaccum pump - Google Patents

Abstract

The present invention relates to a juicer juicing vegetables or fruits, and more specifically, to a juicer with a vacuum pump, including a vacuum pump in one side of inside or outside of the juicer to allow the inside of a juicer vessel of the juicer to perform juicing in a vacuum state, or to insert completely juiced juice into the juicer vessel or a separate vacuum container (plastic bag), so as to store the juice in a vacuum state. According to the present invention, the juicer comprises: a main body including a driving part inside; the juicer vessel combined with the main body; a juicing screen disposed inside the juicer vessel; a screw disposed inside the juicing screen and receiving power of the driving part to be rotated on a shaft; and a cover combined with the juicer, having an insertion hole, and having a shaft hole into which the upper part of the shaft of the screw is inserted. Thus, in a juicer in which a juice material, such as vegetables or fruits is rotated, compressed, and pulverized between the juicing screen and the screw to be juiced, the vacuum pump sucking air is installed on one side of the inside or outside of the juicer. According to the present invention, since the juicer and the vacuum pump are structurally combined, management and use are convenient. Moreover, since the inside of the juicer vessel is maintained in the vacuum state by the vacuum pump installed in the juicer, freshness of the juice can be maintained while the juice is stored in the juicer vessel. Moreover, the vacuum pump is structurally combined with the juicer as a necessary component fit to cleaning maintenance and freshness, which are a characteristic of the juicer, so costs are reduced and thereby purchase conflict of a customer can be dissolved.

Description

A JUICER WITH VACCUM PUMP WITH A VACUUM PUMP

The present invention relates to a nutrient solution for juice of vegetable or fruit. More particularly, the present invention relates to a nutrient solution having a vacuum pump on the inside or outside of the nutrient solution, And a vacuum pump for storing the liquid in an evacuation container and a separate vacuum container (plastic pack) so that the liquid can be stored in a vacuum state.

Generally, the ROI includes a main cradle which is composed of a drive unit (main body) and a mainframe module and has a configuration of a mainframe module and is coupled with a driving unit, a network drum disposed inside the mainframe, A screw which is arranged inside the drum and is rotated about an axis by a driving part, a lid which is coupled with the juice and is fed with a juice material, and a juice material such as vegetables or fruit is put into a screw and a juice, .

When the juice is stored in the container, the juice is stored in a refrigerator or the like in a common container when the remaining juice is stored.

However, as described above, it is not necessary to store the juice in a conventional container in the refrigerator. However, if the juice is not stored in the refrigerator or carried outside, the time to maintain freshness is shortened and it is easy to deteriorate.

Recently, the fresh juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice juice

As described above, since the food and beverage such as fruits and vegetables, which are susceptible to deterioration, are crushed and squeezed into the juice solution, it is a necessary component for the users' texture and health.

However, since the separate vacuum packing machine as described above must be separately purchased together with the raw material container, it is inefficient in terms of cost, and it is inconvenient to separately manage and store the raw material container and the vacuum packing device. In addition, There is a problem that users are not used well because they have to use them.

In addition, in order to continuously feed the juice material as described above, the juice container is vacuumed during the juicing process due to the nature of the juice container in which the opening of the lid is always open, or the juice may be vacuum- There is a problem that it is not easy to use a separate vacuum packing machine alone.

In order to solve the above-described problems, the present invention has been made to solve the above-mentioned problems by structurally combining the conventional liquid and vacuum pumps, thereby facilitating the use and management of the liquid and vacuum functions, have.

In addition, by vacuuming the inside of the pouring container by using a vacuum pump coupled to the parenter, the user can conveniently store the pouring solution in a vacuum container without being vacuum-packed. It has the purpose of height.

In order to attain the above object, the present invention provides a food processing apparatus comprising: a main body having a driving part therein; a main feeder container coupled to the main body; a juice network disposed inside the main feeder container; And a lid having a shaft hole formed therein for receiving an axial portion of the screw, the juice material such as vegetable or fruit is crushed and crushed between the juice nip and the screw, And a vacuum pump connected to one side of the inner side or the outer side of the raw-material bath for sucking air.

The present invention as described above has an effect of simplifying management and use by structurally combining the raw-material bath and the vacuum pump.

The present invention also has the effect of maintaining the freshness in a state in which the juice is kept in the juice container by keeping the inside of the juice container in a vacuum state by a vacuum pump provided in the raw juice.

In addition, the vacuum pump described above is an indispensable component for maintaining cleanliness and freshness, which is a characteristic of a raw-material bath, and structurally combining a vacuum pump with a raw-water bath, thereby reducing costs.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a cross-
Figure 2 is an exploded view of an embodiment of the present invention
3 is a cross-sectional view showing the driving part of the present invention
4 is a cross-sectional view of the clutch means of the present invention
5 is a cross-sectional view showing the sealing means of the present invention
6 is a cross-sectional view showing the sealing means of the present invention
7 is a cross-sectional view showing the sealing means of the present invention
8 is a sectional view showing still another embodiment of the present invention
9 is a cross-sectional view showing still another embodiment of the present invention
10 is a sectional view showing still another embodiment of the present invention

Hereinafter, embodiments according to the present invention will be described in detail. In the following description of the present invention, a detailed description of known and disclosed techniques may be omitted to avoid obscuring the subject matter of the present invention.

The present invention is characterized in that it comprises a main body 10 in which a driving part 11 is incorporated, a main feeder 20 coupled to the main body 10, a juice net 30 disposed inside the main feeder 20, A screw 40 which is disposed inside the net 30 and receives the power of the driving unit 11 and rotates about the shaft, a connection port 51 which is connected to the stationary container 20, (A), in which a juice material such as vegetables or fruits is crushed and crushed between the juice nip (30) and the screw (40), and a lid (50) do.

The present invention is provided with a vacuum pump 60 which is coupled to one side of the inside or outside of the above-described detergent machine A and sucks air through a suction valve 61.

The vacuum pump 60 is constructed of a vacuum device which is generally driven by the power of a motor such as a rotary wing type or a pump type using the rotation motion of a motor. Numerous techniques are known for such a general vacuum device Therefore, the detailed configuration is omitted.

In connecting the vacuum pump 60 according to the above-described general vacuum device to the raw-material solution A, redundant components such as a switch, a case, and a driving unit are integrated through structural coupling, It is easy to manage and store, and at the same time, it is convenient for use.

The vacuum pump 60 is constituted by the power transmitting means 70 so that power can be transmitted from the driving unit 11 to the vacuum pump 60 by a gear or a belt.

The drive unit 11 requires a strong rotating force of the screw 40 in the form of rotating the pressurized powder of the juice material on the nature of the raw juice A so that the reducer 11b is added to the motor 11a It is general to increase the rotational force of the screw 40.

The power transmission means 70 allows the power to be transmitted from the motor 11a to the vacuum pump 60 through the gear or the belt and is transmitted to the vacuum pump 60 Transferring the motor rotation speed to the screw 40 of the raw fluid machine A differently from the screw 40 of the raw fluid machine 60 requiring the low speed rotation and the vacuum pump 60 requiring the high rotation speed, .

The vacuum pump 60 is an embodiment of the present invention in which the power transmitting means 70 is provided with the clutch means 60 so that power can be selectively transmitted to the screw 40 and the vacuum pump 60 from the driving portion 11 of the raw- (80).

The clutch means 80 controls each of the power transmission directions through the movement of the clutch gear 81 and controls the operation mode of the circulating fluid machine A and the vacuum pump 60 by the operation of the clutch means 80 .

The operation of the clutch means 80 as described above is carried out in a first operation step in which power is transmitted from the drive unit 11 to the screw 40 of the raw material machine A and a second operation step from the drive unit 11 to the vacuum pump 60, And a third operation step in which power is simultaneously transmitted from the driving unit 11 to the screw 40 of the raw-material bath and the vacuum pump 60, so that the operation can be performed in all three forms .

The clutch means (80) is vertically or horizontally fed and the gears are engaged and transmitted in the respective power transmitting directions. The gears are vertically or horizontally conveyed by lever operation, and such a clutching means (80) The detailed configuration is omitted.

The vacuum pump 200 may be configured to be directly connected to the motor in the main body A. The vacuum pump 200 may be formed on the lid 50 of the raw-material bath A, A vacuum chamber 210 formed in the vacuum chamber 210 and communicating with the shaft hole 52 of the shaft 40 and the screw shaft 40 inserted into the shaft hole 52, A driven shaft 230 that is disposed inside the vacuum chamber 110 and that is pivotally moved by the cam and gear structure with the pivot shaft 220; , A diaphragm (240) contracted and expanded or contracted in accordance with a pivotal movement of the driven shaft (230), a suction valve (250) for sucking air in accordance with contraction and expansion of the diaphragm (240) And a discharge valve 260 may be used.

As described above, the vacuum pump 200 arranged in the lid is simple in structure, and it is easy to apply on the application surface since it is necessary to deform only the lid portion of the conventional conventional liquid agent.

In addition, the vacuum pump 200 disposed in the lid is configured to be removable from the lid 50 in the form of a drawer, thereby facilitating troubleshooting and maintenance.

The vacuum pump 60 constructed as described above sucks in air of a special container such as a vacuum container 20 or a vacuum plastic bag containing the undiluted solution to be vacuum-packed.

Also, in the case of a general plastic pack in which a vacuum valve is not formed unlike a special container, the structure may be vacuum packed by attaching the structure to the vacuum pump.

The vacuum pumps 60 and 200 may be connected to the lid 50 or the pouring container 20 in order to suck the air inside the pouring container 20.

The connection of the vacuum pumps 60 and 200 to the lid 50 or the punching receptacle 20 may be achieved by using a tubular connection member or by forming a connection path in the case of the chamber A, (51), it is possible to prevent the juice from flowing backward.

As described above, by sucking the air inside the diaper 20 using the vacuum pumps 60 and 200, fine dust introduced together with the juice material is sucked, thereby maintaining the hygienic cleanliness.

In an embodiment of the present invention, a sealing means 90 may be formed in the inlet port 51 of the lid 50 so as to block external air so that the inside of the juice container 20 is maintained in a vacuum state, ), The juice solution can be stored as it is.

In addition, since the inside of the juice container 20 is kept in a vacuum state and the juice is formed, bubbles of the juice generated in the juicing process are relatively less generated.

The sealing means 90 is an embodiment of the present invention. In the case of a conventional raw material container, the push rod 100 is formed so that the juice material is smoothly injected into the push rod 100. A rubber packing 100a is formed around the push rod 100 When the push rod 100 is inserted into the insertion port 51, the injection port 51 is sealed by the rubber packing 100a.

In order to seal the inlet 51 in the juicing process, the sealing means 90 may be provided with a guide surface 111 communicating with the inlet 51 of the lid 50, And two sealing plates 112 formed in a radial shape around the pivot shaft are coupled to the upper surface of the guide surface 111 so as to rotate in the form of a revolving door while the outer surface of each of the sealing plates 112 is coupled with a rubber packing 113 So that the outer circumferential surface of the sealing plate 112 closely contacts the guide surface 111 and is rotated.

The two or more sealing plates 112 are rotated and closely contact the guide surfaces 111 so that the juice material B is positioned between the sealing plates 112 in a state in which the inlet 51 is always closed, And is introduced into the charging port 51 through the rotation of the plate 112.

The sealing plate 112 may be formed in a cross shape so as to continuously feed the juice material in the form of a revolving door.

The waste water basin is basically constructed not only the inlet port but also the waste outlet port and the juice outlet port. The waste outlet port and the juice outlet port can be sealed at a certain level due to the juice and the residue, and the waste outlet port and the juice outlet port It should be sealed.

According to the present invention configured as described above, since the vacuum pump is structurally coupled to the raw liquid bath to constitute a single product, it is easy to move and use the space, and the user can conveniently use the vacuum pump.

10: main body 11:
20: Ordinance container 30:
40: screw 50: cap
51: Inlet port 52:
60: Vacuum pump 70: Power transmission means
80: clutch means 90: sealing means
100: Push rod 100a: Rubber packing
111: guide surface 112: sealing plate
113: rubber packing 200: vacuum pump
210: vacuum chamber 220:
230: driven shaft 240: diaphragm
250: Suction valve 260: Discharge valve

Claims (8)

A jujube container 20 coupled to the main body 10; a juice network 30 disposed inside the juice container 20; A screw 40 which is disposed in the inside of the screw hole 40 and rotates about an axis by receiving the power of the driving part 11, (A) comprising a lid (50) in which a juice material (52) is formed and a juice material such as vegetables or fruits is crushed and crushed between the juice network (30) and the screw (40)
And a vacuum pump (60) coupled to one side of the inner side or the outer side of the circulating device (A) to suck air.
The method according to claim 1,
Wherein the vacuum pump comprises a power transmitting means for transmitting power from the driving unit to the vacuum pump by a gear or a belt.
The method of claim 2,
The power transmitting means 70 is constituted by the clutch means 80 so that power can be selectively transmitted to the screw 40 and the vacuum pump 60 in the driving portion 11 of the raw-material bath A,
A first manipulating step of transmitting power from the driving unit (11) to the screw (40) of the raw fluid machine (A) by the operation of the clutch means (80);
A second operation step in which power is transmitted from the drive unit (11) to the vacuum pump (60) by the operation of the clutch means (80);
And a third operation step of transmitting power from the drive unit (11) to the screw (40) of the raw fluid machine and the vacuum pump (60) simultaneously by operating the clutch means (80) group.
A jujube container 20 coupled to the main body 10; a juice network 30 disposed inside the juice container 20; A screw 40 which is disposed in the inside of the screw hole 40 and rotates about an axis by receiving the power of the driving part 11, (A) comprising a lid (50) in which a juice material (52) is formed and a juice material such as vegetables or fruits is crushed and crushed between the juice network (30) and the screw (40)
A vacuum chamber 210 formed on the lid 50 of the reservoir A and configured to communicate with the shaft hole 52 of the lid 50;
A rotary shaft 220 disposed inside the vacuum chamber 210 and coupled with the upper shaft of the screw 40 inserted into the shaft hole 52 and interlocked with the screw 40;
A driven shaft (230) disposed inside the vacuum chamber (110) and interlocked with the rotating shaft (220) in a cam and gear structure and performing a swing motion;
A diaphragm 240 which is disposed inside the vacuum chamber 110 and is contracted and expanded or contracted in accordance with a swing motion of the driven shaft 230;
And a vacuum pump (200) comprising a suction valve (250) for sucking air in accordance with contraction and expansion of the diaphragm (240) and a discharging valve (260) .
The method of claim 4,
Wherein the vacuum pump (200) is removably formed in the lid (50).
The method according to any one of claims 1 to 5,
The vacuum pump 60 or 200 is connected to the lid 50 or the pouring container 20 so that the air inside the pouring lid 20 is sucked in and the outside air is blocked by the pouring port 51 of the lid 50 And a sealing means (90) is provided to allow the vacuum pump to be opened.
The method of claim 5,
The sealing means 90 is inserted into the inlet 51 of the lid 50 so as to press the juice material so that the juice material can be easily injected. Wherein the injection port (100a) is formed and the injection port (51) is cut off by the rubber packing (100a) when the push rod (100) is inserted into the injection port (51).
The method of claim 5,
The sealing means 90 includes a guide surface 111 communicating with the charging port 51 of the lid 50 and two sealing plates 112 formed on the guide surface 111 in a radial shape around the pivot axis, A rubber packing 113 is formed on the outer circumferential surface of each of the sealing plates 112 so that the outer circumferential surface of the sealing plate 112 closely contacts the guide surface 111 and is rotated.
The two or more sealing plates 112 are rotated and closely contact the guide surfaces 111 so that the juice material B is positioned between the sealing plates 112 in a state in which the inlet 51 is always closed, And is introduced into the charging port (51) through rotation of the plate (112).

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