WO2020111578A1

WO2020111578A1 - Juicer

Info

Publication number: WO2020111578A1
Application number: PCT/KR2019/015318
Authority: WO
Inventors: 김종부
Original assignee: 주식회사 엔유씨전자
Priority date: 2018-11-30
Filing date: 2019-11-12
Publication date: 2020-06-04
Also published as: KR20200065330A

Abstract

The present invention comprises: a power supply unit provided with a motor; a pressing unit including a first pressing plate and a second pressing plate which receive power from the power supply unit and are transported in the left and right directions, respectively, so as to be separated or brought together; a cartridge input unit formed such that an object for juice extraction can be input at an upper portion of the pressing unit; a cartridge formed to be holdable between the first pressing plate and the second pressing plate and having a pouch-shaped opening portion that communicates with the cartridge input unit; and a blender for cutting the object for juice extraction in the upper portion of the cartridge. A crushing part, provided with a blade rotated by a motor, is disposed inside the blender. The crushing part has: a slide cover that allows opening and closing in one side direction; and a blender discharge port (540) that allows communication with the cartridge input port at the other side.

Description

Juicer

The present invention relates to a juicer, and more particularly, to a juicer capable of hygienically injecting a juicer into a juicer and improving the washing efficiency of the juicer.

In general, a juicer is a device that separates fruit juice by crushing and compressing fruits and vegetables.

A conventional juicer has a structure in which a juice object is introduced between a rotating screw and a juice network to discharge juice through a network of the juice network through crushing and pressing.

The juicer as described above has a disadvantage in that a user needs to cut and input a proper juice size for a large juice object because the size of the juice object that can be injected between the screw and the juice network is limited.

In addition, as described above, in the process of a user cutting a juice object to an appropriate size, oxidation and browning of the juice object occurs or there is a problem in terms of hygiene.

Looking briefly at the configuration of the juicer, the motor is built-in to transfer the driving force, the container located at the top of the body, the juice network located inside the container, the screw located inside the juice network, the top of the container Since there are many components that need to be cleaned, such as a lid formed with an inlet so that the juice object can be covered and introduced, there is an inconvenience that the user has a burden of washing.

In order to solve the above problems, as a conventional prior art, as disclosed in Patent Publication No. 10-2016-0015253 "Juice system and method, put the object to be juice into the cartridge, fix the cartridge between the squeeze plates, and then squeeze the cartridges on both sides. There is a squeezer to extract the juice of the squeezed object in the cartridge.

Looking at the squeezer, the object to be juiced is contained in the cartridge, and the juice is juiced using a squeezer. After juice, the user simply discards the cartridge or only the cartridge needs to be cleaned.

However, the compactor also has a problem in that the process of the user cutting the juice object and putting it into the cartridge is the same as the juicer, which is inconvenient for the preparation process, and the oxidation and browning of the juice object and the hygienic part are still not solved. Have

In addition, the compactor has a structure in which the cartridges positioned between the two sides are transferred vertically or horizontally to compress the cartridges positioned between them. There is also a problem that the amount of juice provided is reduced.

In order to solve the above problems, the present invention provides a juicer capable of automatically cutting the juice object into the cartridge of the juicer and then re-juice the residual juice.

In order to solve the above problems, the present invention provides a power supply unit provided with a motor, and a compression unit composed of a first compression plate and a second compression plate that are transferred to the left and right to be spaced apart or in close contact with each other by receiving power from the power supply unit. And, the cartridge insertion portion formed to be able to put the juice to the upper portion of the pressing portion, and is formed so as to be mounted between the first pressing plate and the second pressing plate, an opening in the form of a pocket communicating with the cartridge feeding portion A cartridge having a, and a blender for cutting a juice object on the upper portion of the cartridge, wherein the blender is formed with a crushing part provided with a blade rotated by a motor inside, and the crushing part has a slide cover to be opened and closed in one direction. Is configured, and a blender outlet is formed on the other side in communication with the cartridge inlet.

The present invention has an effect of improving the user's usability by automatically pre-cutting.

In addition, it reduces the contact with the external environment and air to prevent contamination of the juice object, and also has an effect of reducing oxidation and browning of the juice object.

In addition, there is also an effect of increasing the juice rate by allowing the residual juice to be re-juiced.

1 is a perspective view according to an embodiment of the present invention

Figure 2 is an exploded perspective view according to an embodiment of the present invention

3 is a cross-sectional view of a state in which a blender and a juicer are combined according to an embodiment of the present invention

Figure 4 is a cross-sectional view of the crushed juice in the blender according to an embodiment of the present invention is put into the cartridge

Figure 5 is a cross-sectional view of the cartridge squeezed state according to an embodiment of the present invention

Figure 6 is a detailed view showing a link load according to an embodiment of the present invention

7 is a side view showing a first actuator and a second actuator according to an embodiment of the present invention

8 is a state diagram of the cartridge is juiced by the re-juice member according to an embodiment of the present invention

Figure 9 is a detailed view showing a re-juice member according to an embodiment of the present invention

10 is a cross-sectional view showing the structure of a slide cover according to an embodiment of the present invention

11 is a cross-sectional view showing a magnetic portion and a recognition portion configured in the upper slide cover according to an embodiment of the present invention

12 is a cross-sectional view showing a magnetic portion and a recognition portion configured in a lower slide cover according to an embodiment of the present invention

13 is a cross-sectional view of a juice target in a blender according to an embodiment of the present invention

14 is a cross-sectional view showing a process of sterilizing a juice object injected into a blender according to an embodiment of the present invention

15 is a cross-sectional view showing a process of discharging a juice object that has undergone a crushing process in a blender according to an embodiment of the present invention

16 is a cross-sectional view showing a portion where power is supplied to a blender according to an embodiment of the present invention

When explaining the embodiment according to the present invention in detail as follows. However, in the description of the present invention, detailed descriptions of known and pre-registered technologies may obscure the subject matter of the present invention and may be omitted or replaced with simple names.

The juicer 1 is composed of a power supply unit 100, a driving unit 200, and a compression unit 300, a coupling groove 1a to which a blender 2 can be coupled to the upper side of the juicer 1 ) Is composed.

The power supply unit 100 is a main power supply unit 140 and a motor 110 provided with a motor driving shaft 111 and a driving gear 120 coupled to the top of the motor driving shaft 111, the motor 110 The motor transfer piston 130 is configured at the bottom of the.

The driving unit 200 is located on the upper portion of the power supply unit 100, the first driving shaft 10 and the second driving shaft 240 are configured on both sides around the motor driving shaft 111.

The first drive shaft 10 is axially fixed in the vertical direction, and is interlocked with the drive gear 120 of the power providing unit 100.

The first driven shaft 10 is a first driven gear 211 is formed at the bottom, and the first driven gear 211 and the driving gear 120 of the power supply unit 100 are interlocked.

The first drive shaft 10 is formed with a thread on the body, coupled to the body of the first drive shaft 10 up and down, respectively, the screw is transported, in the opposite direction to each other according to the rotation of the first drive shaft 10 Link rod 212 is configured to be screwed up and down.

The first actuator 220 is composed of a connecting rod 231 and a transfer member 232 that is axially coupled with a link 212a, and one side of the transfer member 232 is configured in the compression unit 300. 1 is integrally coupled with the compression plate 310.

The second actuator 230 is composed of a connecting rod 231 and a transfer member 232 that is axially coupled to the link 212a, and a rod guide 241 is formed on the upper and lower sides of the transfer member 232 to be compressed. It is coupled to the second compression plate 320 that is configured in the unit 300.

The first actuator 220 and the second actuator 230 configured as above are configured such that each link rod 212 can be opened or narrowed from side to side when the screw is moved up and down.

A cartridge 800 is formed to be mounted between the first compression plate 310 and the second compression plate 330, and the cartridge 800 has an opening in the form of a pocket communicating with the cartridge introduction portion 350. Have

The juice object 800a cut by the blender 2 is introduced into the cartridge 800.

The second driven shaft 240 is coupled to a second driven gear 242 meshed with a driving gear 120 configured in a power supply unit 5 at the lower side, and an upper side is configured at the lower side of the blender 2. The blender power supply unit 243 coupled to the blender power receiving unit 620 is configured with a polygonal axis.

The power supply unit 76 configured on the upper side of the juicer 1 is configured at a position in contact with the power receiving unit 75 configured on the lower side of the blender 2.

The power supply unit 76 is configured at a position in contact with the power receiving unit 75 configured in the blender 2 on the upper side of the driving unit 200.

The crimping unit 300 is located on one side of the driving unit 200, the first crimping plate 310 and the second crimping plate 330 are configured, and the guide portion 340 is formed on the upper side of the crimping portion 300. do. The upper side and the lower side of the crimping portion 300 are open, and the cartridge input portion 350 is configured on the upper side and the discharge portion 390 is formed on the lower side.

An input unit 900 is formed on the outside of one side of the second pressing plate 330, and a control unit 990 is configured on the inside, and on one side of the top of the cartridge input unit 350, at the bottom of one side of the blender 2. The recognition unit 541 that is in contact with the configured recognition unit 541 is configured.

The recognition unit 541 is configured.

The first compression plate 310 is a form in which one side is integrally coupled with the first actuator 220, constitutes a plane that contacts one side of the second compression plate 330, and the first compression plate 310 A re-juice member 320 capable of re-wiping the cartridge 800 is inserted in the interior.

Re-juice member 320 is in the form that is inserted into the upper side of the first pressing plate 310, the roller 321 pressing the cartridge 800 and the rising member 322 protruding the roller 321 up and down and It is composed of a roller conveying member 323 for conveying the roller 321 in the direction of the outlet 102 of the cartridge 800.

In addition, the first compression plate 310 is composed of two or a plurality of fixtures 311 at the top, and the upper end has a round so that the guide portion 340 is not caught when the cartridge 800 is compressed. It is configured in a form, and the length is extended to the upper side compared to the second pressing plate 330, and the re-juice member 320 is configured to be positioned on the upper side of the cartridge 800.

The engaging groove 1a is configured to be assembled with the engaging projection 2a on the inner side of the rim in the form of a rim composed of a constant thickness and height to accommodate the width and area of the blender 2.

The blender 2 comprises a vacuum member 400 and a sterilizing member 700 and is composed of a crushing part 500 and a blender power part 600.

Vacuum member 400 is located on the upper side of the blender power unit 600, the packing 532 and the suction unit 411 on one side of the crushing unit 500 communicates with the vacuum pump 410, the vacuum pump 410 It is composed of an exhaust unit 412 in communication with.

In addition, the vacuum pump 410 of the vacuum member 400 is connected to the control unit and the power receiving unit 75.

The sterilizing member 700 is inserted into a member such as a UV ultraviolet sterilizer on the wall surface of the shredding part 500, and is connected to the control part 990 and the power receiving part 75.

The blender power unit 600 includes a blender driving gear 610 and a blender driven gear 630, and a blender power receiving unit 620 is configured in the form of a polygonal groove in the lower center of the blender driving gear 610.

In addition, when the blender 2 and the juicer are combined, the power receiving unit 75 is configured to contact the power supply unit 76 located at the top of the juicer 1.

The shredding part 500 is composed of a slide cover 530, a blade 510, a blade rotation axis 520, and a recognition part 541, and slide covers 530 on one side of the top and bottom of the shredding part 500 ) Is penetrated enough to be inserted in the form of a sliding door, and a closed groove 535 is formed at the end of the penetrating portion.

A slide cover 530 is configured to be opened and closed in one direction in the crushing part 500, and a blender outlet 540 is formed to communicate with the cartridge inlet 350 on the other side.

Slide cover 530 is composed of the top and bottom of the shredding part 500, the handle 560 is configured on one side, the packing 532 made of an elastic material on one side of the handle 560 is configured.

The packing 532 is formed with a cover engaging projection 533 on one side, and fixed to the cover engaging groove 550 formed on one side of the penetrating portion through which the handle 560 is inserted, and elastic on the edge of the slide cover 530 The sealing member 534 of the material is combined.

The recognition unit 541 is coupled to the magnetic portion 531 on one side of the handle 560 of the slide cover 530 and the magnetic portion 531 is inserted into the side of the handle 560 is inserted in the shredding portion 500 Recognition unit 541 for sensing is configured, and the recognition unit 541 is configured to contact the recognition unit 541 that is configured on the upper and lower sides of the crimp unit 300.

Looking in detail with respect to the method of juice using the juicer (1) configured as described above to juice the object (800a).

The cartridge 800 is fixed by using the holder 311 formed on the first compression plate 310 and the cartridge 800 is opened and the opened state of the cartridge 800 is fixed and maintained using a guide surface.

When the blender 2 is fastened to the top of the juicer 1 and the power is turned on at the input unit 900 of the juicer 1, power is transferred from the main power supply 140 to the motor 110 and the power supply unit 76. Will be.

The slide cover 530 inserted at the top of the blender 2 is opened, a certain amount of the juice object 800a is introduced, the slide cover 530 is closed again, and the sterilizing member 700 and the vacuum member 400 are input at the input unit 900. ) When the operation button for the crushing unit 500, the UV ultraviolet sterilization by the sterilizing member 700 configured on one side of the wall surface and the vacuum of the vacuum pump 410 connected to the filter 411a and the suction unit 411 is made .

When input to the shredding part 500 of the blender 2, the vacuum member 400 is automatically turned off and the motor 110 is coupled to the motor drive shaft 111 of the motor 110 by the motor transfer piston 130 The driving gear 120 is engaged with the second driven gear 242, and when the motor 110 is operated, the rotational power of the motor 110 is transmitted to the blender power receiving unit 620.

The blender power supply unit 243 is engaged with the blender power receiving unit 620, and the blender driving gear 610 integrally formed with the blender power receiving unit 620 transmits power to the blender driven gear 630, and a blade The blade rotation axis 520 coupled with the 510 is rotated in combination with the blender driven gear 630.

Due to this, when the crushing of the juice object 800a is finished, the slide cover 530 on the lower side of the blender 2 is opened to input the crushed juice object 800a into the cartridge input part 350, wherein the guide part 340 ) Is introduced by guiding the crushed juice object 800a into the cartridge 800.

On the other hand, in the operation of the blender 2, the slide cover 530 inserted into the upper side of the blender 2 and the slide cover 530 inserted into the lower side are open, or the magnetic portion 531 configured on the handle 560 side ) And the shredding part 500, if it does not come into contact with the recognition part 541 configured inside the wall surface, the control part 990 detects this and all power and power to the blender 2 are not supplied, so that the user can slide cover If the 530 is closed or the magnetic part 531 and the recognition part 541 do not contact each other, the operation of the blender 2 is forcibly stopped.

However, when the blender 2 is removed from the top of the juicer 1, the recognition unit 541 configured at the lower side of the blender 2 is separated from the recognition unit 541 configured at the upper side of the juicer 1. , The operation of the motor 110 and the power supply of the blender 2 are stopped from the sensing drive system.

Although not shown in the drawing, since the slide cover 530 is opened and closed in the same structure as the slide cover 530 where the cartridge input part 350 is opened upward, this also has a magnetic part 531 and a recognition part. The operation of the motor 110 is forcibly controlled by the recognition signal of 541.

When the juice object 800a is put into the cartridge 800, the blender 2 is detached from the juicer 1 and the cartridge 800 is sealed, and then, when an operation for juice is input from the input unit 900, the motor transfer piston 130 ) Is transferred such that the motor 110 and the drive gear 120 coupled to the motor 110 mesh with the first driven gear 11.

Thereafter, when the motor 110 rotates, the first driven gear 11 rotates from the drive gear 120 and the first drive shaft 210 coupled to the first driven gear 211 rotates.

When the first driving shaft 210 is rotated, it is transferred up and down according to the direction of the threads formed on the link 212a and the link rod 212. When the input of the cartridge 800 is pressed, the motor 110 has two links (212a) is rotated in the direction between the narrowing.

At this time, the link 212a is the first compression plate due to the connecting member 231 and the first compression plate 310 that are integrally coupled to the first actuator 220 fastened by the shaft coupling. 310 is pushed in the direction of the second compression plate 330, and also a rod guide 241 is provided on the transfer member 232 of the second actuator 230 which is axially connected to the link 212a. 2 is coupled to the compression plate 330, the second compression plate 330 is pulled in the direction of the first compression plate (310).

Due to this, the crimping is performed on both sides of the cartridge 800. When a certain pressure is applied, the first crimping plate 310 and the second crimping plate 330 return to their original positions.

After the squeezing the cartridge 800, the re-juice of the cartridge 800 is made using the re-juice member 320 inserted in the upper side of the first compression plate 310, and is configured in the re-juice member 320 The roller 321 is in contact with the pressing surface of the cartridge 800 by the lifting member 322, the roller transport member 323 to push the roller 321 toward the outlet 102 of the cartridge 800 By conveying in the direction of the discharge port 102 of the cartridge 800, the roller 321 compresses the pulp spread widely over the area of the cartridge 800 down to extract the juice liquid remaining in the pulp.

The present invention, a power supply unit provided with a motor, and the first and second compression plates that are transferred to the left and right to be spaced apart or in close contact with each other by receiving power from the power supply unit, and the upper portion of the compression unit The cartridge insertion portion is formed so that the object to be juiced in, and is formed to be mounted between the first compression plate and the second compression plate, the cartridge having an opening in the form of a pocket communicating with the cartridge injection portion, and Includes a blender for cutting the object to be juiced on the top of the cartridge, the blender is formed with a crushing part provided with a blade rotating by a motor inside, and the crushing part is configured with a slide cover to open and close in one direction, and the other side The blender outlet is formed in communication with the cartridge inlet.

Claims

Power supply unit 100 provided with a motor 110;

A crimping unit 300 composed of a first crimping plate 310 and a second crimping plate 330 which are transferred to the left and right to be spaced apart or in close contact with each other by receiving power from the power supply unit 100;

A cartridge input portion 350 formed to allow a juice object 800a to be introduced into the upper portion of the compression portion 300;

A cartridge 800 formed to be mounted between the first compression plate 310 and the second compression plate 330, and having an opening in the form of a pocket communicating with the cartridge introduction portion 350;

Includes a blender (2) for cutting the juice object (800a) on top of the cartridge (800),

The blender 2 is formed with a crushing part 500 provided with a blade 510 rotated by a motor 110 therein, and the slide cover 530 is opened and closed in one direction in the crushing part 500. Is configured, the other side of the juicer (1) characterized in that the blender outlet 540 is formed in communication with the cartridge inlet 540.