KR20130098701A

KR20130098701A - Squeezer

Info

Publication number: KR20130098701A
Application number: KR1020120020428A
Authority: KR
Inventors: 이현삼
Original assignee: 주식회사 해피콜
Priority date: 2012-02-28
Filing date: 2012-02-28
Publication date: 2013-09-05

Abstract

The present invention relates to a juicer having a drive unit on top of the juicer, and more particularly, to a juicer that prevents idleness when the juicer is raised and suppresses the juicer from falling forward arbitrarily when descending.

Description

Juicer {squeezer}

Conventionally, the technique known in the patent document is interposed as a juicer with a drive part in the upper part.

Conventionally, the upper drive type juicer is composed of a juice part for separating and discharging juice and dregs and a driving part for driving the juice part, and a driving part is installed above the juice part, and a supporting means for supporting the drive part is formed, and the supporting means thereof. It has a power space that is connected to the drive means of the drive unit and the power transmission means formed on the screw of the juice portion, and includes a support for maintaining the juice outlet and the residue discharge port formed in the container away from the ground, the support portion the juice portion It includes a lifting means for moving to the drive means of the drive unit for driving the power connection means of the screw.

Lifting means is installed so as to rotate freely on the side of the support, it consists of an elliptical lifting projection to support the lower container of the juice.

However, since the conventional lifting means must be operated by screwing both lifting protrusions, it is inconvenient to operate, and it can be known only by the feeling that the lifting protrusion firmly supports the lower part of the container. There is a high possibility that the juice part is separated from the support part.

In addition, it is difficult to know whether the conventional juicer is properly lifted and coupled or released with the rotating shaft of the screw, so that when the power is applied, the juicer may not operate properly or may be damaged.

In addition, the conventional juice portion should be operated by holding the juice portion when lifting the lifting projection. If you do not operate the lifting projection by holding the juicer because the juicer falls down.

On the other hand, Patent Document 2 has a brush gear of the rotary brush and the intermediate gear meshing with the brush gear is formed on the lower side of the juice and debris discharged, and when the juice or debris is caught, the meshing is not smooth, the rotation of the rotating brush Due to the large load, the housing and the drum are not cleaned well.

Patent Document 1: Republic of Korea Patent Publication No. 10-0755440 Patent Document 2: Republic of Korea Patent Publication No. 10-0755440

The present invention has been made in order to solve the above-described problems, and an object thereof is to provide a juicer that prevents the juice portion from falling off while falling down at random.

In order to achieve the above object, the juicer according to claim 1 of the present invention,

Juice portion for separating and discharge juice and debris; A driving part disposed above the juice part to drive the juice part; A main body comprising a driving mounting body in which the driving unit is mounted on an upper side, and a cashier groove body in which the juicer is formed in and out of the front and rear; And including a lifting unit for lifting the juice portion relative to the drive unit,

The front of the drive mounting main body is formed with an inlet insertion groove into which the back side of the inlet of the juice portion is freely lifted and a hopper insertion groove into which the back side of the flat plate hopper installed at the top of the inlet is inserted.

According to the configuration of claim 1, the insertion hole insertion groove and the hopper insertion groove not only suppress the arbitrary rotation (bump) of the juice portion, but when the juice portion descends, the bottom surface of the flat hopper is seated on the bottom surface of the hopper insertion groove and suddenly bounces forward. You can prevent it from coming out.

Juicer according to claim 2 of the present invention,

The elevating portion comprises a cam rail portion formed on the wall surface of the juice extracting groove, a ring band portion rotatably coupled to the juice portion, and a roll portion provided on the ring band portion and rolling along the cam rail portion.

According to the structure of Claim 2, when a ring band part rotates, a roll part raises and lowers along a cam rail part, and operation is easy and it can maintain a reliable raise state.

According to the present invention is as follows.

The insertion hole and the hopper insertion groove are formed in the main body, which not only suppresses arbitrary rotation of the juice portion, but also causes the bottom of the plate-shaped hopper to rest on the lower surface of the hopper insertion groove when the juice portion descends and pops out forward. You can prevent it.

When only the ring band portion is rotated to the left and right, the roll portion is moved up and down along the cam rail portion, so that the operation is easy and the rising state can be surely maintained.

By further comprising an anti-rotation member for preventing the juice portion from turning against the main body, by inserting the juice portion in the juice extracting groove and then rotating the ring band portion can prevent the juice portion from turning empty can accurately implement the operation of lifting.

Safety switch is turned on only when the juice part is correctly coupled to the driving part, and the juice efficiency and durability are remarkably improved because power is supplied to the driving part.

Since the push protrusion formed on the upper surface of the juice part pushes the switch when the juice part rises, it provides an optimal layout that can turn on / off the safety switch according to the lifting of the juice part.

The rotational brush drive transmission portion is disposed above the juice portion, whereby the juice or debris discharged downward can be prevented from infiltrating into the rotational brush drive transmission portion.

As the juice part rises, the screw and the rotating brush are precisely combined and engaged with the driving part, which makes the power transmission mechanism compact and allows for compactness as a whole and provides smooth torque and rotates slowly so that the destruction of nutrients is less affected by friction heat. Write down the taste of the juice to make it feel like you are just eating.

1 is a perspective view of the main body and juicer of the juicer separated in accordance with a preferred embodiment of the present invention.
Figure 2 is a perspective view of the juice portion of Figure 1 housed in the juice extracting groove of the main body.
Figure 3 is a perspective view of the grounds and the juice container is disposed in FIG.
4 is a front perspective view of the main part of the main body;
5 is an exploded back perspective view of FIG. 4.
Figure 6 is a perspective view showing the juice portion combined.
7 is an exploded perspective view of FIG. 6;
8 is a sectional view taken along line 8-8 of FIG. 6;
9 is a view schematically showing a system of a driving unit.
10 is a developed view schematically showing the operation of the lifting unit.
11 is a rear perspective view showing the engagement between the ring band portion and the housing;
12 is a perspective view showing a rotating brush driven gear part;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a perspective view of the main body and the juice portion of the juicer separated in accordance with a preferred embodiment of the present invention, Figure 2 is a perspective view of the juice portion of Figure 1 housed in the juice extracting groove of the main body, Figure 3 Figure 4 is a perspective view of the juice container is disposed, Figure 4 is a front perspective view showing the main portion of the main body, Figure 5 is a separate rear perspective view of Figure 4, Figure 6 is a combined perspective view showing the juice portion, Figure 7 is a FIG. 8 is a cross-sectional view taken along line 8-8 of FIG. 6, FIG. 9 is a diagram schematically illustrating a system of a driving unit, FIG. 10 is a diagram schematically illustrating an operation of a lifting unit, and FIG. 11. Is a rear perspective view showing the coupling between the ring band portion and the housing, and FIG. 12 is a perspective view showing the rotating brush driven gear portion.

1 to 5, the juicer according to the embodiment of the present invention has an outer shape of the main body 100, the driving unit 300 disposed above the main body 100, and the lower side of the main body 100. The juicer 500 is disposed, and the lifting unit 700 for elevating the juicer 500 with respect to the driving unit 300.

The main body 100 includes a front case 110 and a rear case 130 fastened to the rear surface of the front case 110 as shown in FIG. 5.

The lower side of the front case 110 is formed with a juice depression recess 111 to go from the front to the rear.

That is, as shown in Figure 4 juice depression groove 111 is juice extracting groove 113 and the juice extracting groove 113 is discharged to the front and rear, and the ground container 800 containing the residue discharged from the juice portion 500 is back and forth The cashier is divided into a cashier groove 115.

The juice depression groove 111 is preferably formed in a semicircle when viewed in plan.

It is preferable that the driving bracket 150 to which the driving unit 300 is mounted is assembled on the upper surface of the juice recess 111.

The driving unit 300 drives and rotates the screw 550 and the rotating brush 590.

That is, the drive unit 300, as shown in Figure 9, the screw drive transmission unit 330 for transmitting the rotational power of the motor unit 310 and the motor unit 310 to the screw 550 and the rotary brush 590. ) And a rotation brush drive transmission unit 350.

The motor unit 310 is composed of a motor 311 and a reduction gear unit 313 for decelerating the rotation shaft of the motor 311.

The reduction gear part 313 is comprised by the 1st reduction gear 315 which meshes with the gear 314 of the motor rotating shaft 312, and the 2nd reduction gear 317 which meshes with the 1st reduction gear 315. As shown in FIG.

The screw drive transmission part 330 is a screw drive gear 331 mounted on the rotation shaft 318 of the second reduction gear 317, and a screw driven mounted on the upper end 551b of the rotation shaft 551 of the screw 550. The gear 333 is comprised.

The screw driving gear 331 and the screw driven gear 333 have a structure in which teeth are formed on the plane to be engaged with each other (the rotation shafts take a straight line with each other).

A through hole 533 is formed at the center of the lid 530 to expose the screw driven gear 333 as shown in FIG. 7.

As shown in FIGS. 8 and 9, the rotary brush drive transmission unit 350 includes a rotary brush drive gear 351 mounted on the rotary shaft 316 of the first reduction gear 315 and the rotary brush 590. The rotary brush driven gear 353 formed on the upper edge, and the intermediate gear train 360 for connecting between the rotary brush drive gear 351 and the rotary brush driven gear 353.

The intermediate gear train 360 is rotatably mounted to the driving bracket 150 to be engaged with the rotating brush drive gear 351, the first intermediate gear 361, the first intermediate gear 361 and the rotating brush driven gear ( 353, a second intermediate gear train 363 is provided.

The second intermediate gear train 363 is rotatably mounted to the lid 530 described later.

That is, the second intermediate gear train 363 includes the 2-1 intermediate gear 365 meshed with the first intermediate gear 361 in plane and the 2-1 intermediate gear 365 as shown in FIG. 12. ) And the second and second intermediate gears 367 connected between the rotary brush driven gear 353.

The 2-2 intermediate gear 367 includes an upper intermediate gear 367a meshing with the circumference of the 2-1 intermediate gear 365, a lower intermediate gear 367b meshing with the rotary brush driven gear 353, It consists of the bushing shaft 367b which connects the upper intermediate gear 367a and the lower intermediate gear 367b.

The second-first intermediate gear 365 is formed with teeth in both the plane and the circumference.

A first accommodating portion 366 having a rotating shaft 365 'of the 2-1 intermediate gear 365 and a rotating shaft 367' fitted with the bush shaft 367c are formed on one side of the upper surface of the lid 530. 2 accommodating parts 368 are arranged.

The upper surfaces of the first accommodating portion 366 and the second accommodating portion 368 are fixed by an ultrasonic welding or the like with the cover 369, and the opening is exposed to the planar teeth on the cover 369 of the second accommodating portion 366. 369a is formed.

As such, since all of the driving parts of the rotary brush 590 are located at the upper portion, there is no fear of foreign matter permeating due to the juice, thereby providing smooth rotation of the rotary brush 590.

In addition, since the gears of various stages are connected and used, a large torque can be given by a single motor, and the screw 550 can be rotated at a low speed, so that the frictional heat affects the juice as much as possible, thereby reducing the destruction of nutrients. You can keep the taste as it is.

Juice part 500 is a lid 530 having a housing 510 having a juice outlet 511 and the residue outlet 513, and the inlet 531 is coupled to the upper surface of the housing 510 like the conventional patent document 2 and , A screw 550 vertically installed inside the housing 510, a mesh drum 570 interacting with the screw 550, and a rotation brush rotatably installed between the housing 510 and the mesh drum 570. 590 is configured.

On the upper edge of the housing 510 is an outer receiving guide groove 515 to accommodate the outer protruding surface of the second receiving portion 368 and to allow a rotation angle to rotate for assembly / disassembly with the lid 530. Formed.

The bottom 551a of the rotation shaft 551 of the screw 550 is rotatably supported on the bottom surface of the housing 510.

The net drum 570 is made up of a frame 571 that juices and interacts with the screw 550 as in the related art, and a net 573 provided in the frame 571.

The inner edge of the frame 571 is also provided with an inner protruding surface of the second accommodating portion 368 and an inner accommodating guide groove 575 for permitting the rotation angle to be rotated for assembly / disassembly with the lid 530. Formed.

The rotating brush 590 is composed of a frame 591 and a brush 593 mounted to the frame 591, and a rotating brush driven gear 353 is formed along the circumference of the frame 591.

As shown in FIGS. 4, 7, and 10, the lifting unit 700 is rotatably coupled to the cam rail unit 710 formed on the wall surface of the juice extracting groove 113 and the juice unit 500. It consists of the ring band part 730 used, and the some roll part 750 provided in the ring band part 730 and rolling along the cam rail part 710. As shown in FIG.

The cam rail unit 710 may be implemented in various forms according to the arrangement interval and the number of the roll unit 750. However, the cam rail unit 710 will be described as follows.

The cam rail unit 710 includes a first cam rail 711, a second cam rail 713, and a third cam rail 715 as shown in FIG. 10.

The plurality of roll parts 750 are implemented in three pieces rotatably installed in the ring band part 730 at regular intervals.

That is, the first roll 751 is rolled along the first cam rail 711, the second roll 753 is the second cam rail 713, and the third roll 755 is along the third cam rail 715. Raising the juice unit 500.

Each of the first to third cam rails 711, 713, and 715 includes the first to third slope rails 711a, 713a, and 715a, and the first to third slope rails 711a, 713a, and 715a. The first to third operating rails 711b, 713b, 715b connected to the upper end.

In addition, the second and third cam rails 713 and 715 include second and third non-operating rails 713c and 715c connected to lower ends of the second and third inclined rails 713a and 715a.

Therefore, when the 1st-3rd roll 751, 753, 755 rides up or down on the 1st-3rd slope rails 711a, 713a, 715a, the juice part 500 is elevated.

When the first to third rolls 751, 753 and 755 are on the first to third operating rails 711b, 713b, and 715b, the juicer 500 is coupled to the driving unit 300 in a raised state. .

When the second and third rolls 753 and 755 are on the second and third non-operating rails 713c and 715c, the juicer 500 is released and the coupling with the driving unit 300 is released.

The second and third non-operating rails 713c and 715c also serve as a pedestal for supporting the juice part 500.

The first to third operating rails 711b, 713b and 715b and the second and third non-operating rails 713c and 715c may be implemented in a horizontal straight line or a straight line almost horizontal.

The ring band portion 730 is preferably composed of a ring band 731 having both ends, a fastening piece 733 for fastening both ends of the ring band 731, and a handle 735 provided at the fastening piece 733. Do.

That is, in a state where both ends of the ring band 731 is opened, the gap is inserted between the upper locking jaw 731a and the lower locking jaw 731b formed in the housing 510, and then both ends are inserted into the fastening piece 733, and then the bolt It may be tightened with the back.

The upper locking jaw 731a is formed to protrude along the periphery of the outer circumferential surface of the housing 510 to lift the entire juice part 500 when the ring band 730 rises together with the rotation guide of the ring band 731. To facilitate.

The lower locking jaw 731b may be formed as a whole, but is preferably disposed at the protruding jaw 731b at regular intervals for the function of the stopper to limit the amount of rotation while guiding the rotation without falling down.

That is, as shown in Figure 11, when the projection jaw 731b is placed in the guide groove 732 concave up to the lower side of the ring band 731, the projection jaw 731b supports the upper surface of the guide groove 732, the guide groove Left and right sides of 732 serve as a stopper. For example, the left side wall 732a of the guide groove 732 is the stopper position before the handle 735 is operated (before rising), and the right wall 732b of the guide groove 732 is the handle 735 being operated. It functions as a stopper position after (after rising).

Based on this function, as shown in FIG. 3, the handle 735 is located in the center position before operation, so that the user can easily grasp the operating position of the ring band portion 730, and serves as a leader (dotted handle is juice Indicates the position of lifting the unit).

It is preferable to form a protruding band 517 in line contact with the wall surface of the landing and receiving groove 113 above the upper locking jaw 731a of the housing 510.

On the other hand, it is preferable to further include a rotation preventing member (771, 773) to prevent the juice portion 500 is idle against the main body 100.

That is, the anti-rotation members 771 and 773 rotate the ring band portion 730 after the juice portion 500 is inserted into the juice extracting groove 113 to prevent the juice portion 500 from turning together. Configuration.

As shown in FIGS. 4 and 6, the anti-rotation members 771 and 773 include anti-rotation protrusions 771 and anti-rotation protrusions 771 formed on the rear surface of the outer peripheral surface of the housing 510 of the juice part 500. Is composed of a rotation preventing groove 773 formed perpendicular to the juice recessed groove 111 so as to be able to be lifted.

The anti-rotation groove 773 includes both the front and top and bottom open grooves formed by digging in the form of an open groove or projections on both sides.

Therefore, when the juice part 500 is accommodated in the juice extracting groove 113, the anti-rotation protrusion 771 is disposed in the anti-rotation groove 773, so that the juice part 500 is the same when the ring band part 730 rotates. Even if there is a tendency to rotate, the anti-rotation groove 773 restrains the left and right sides of the anti-rotation protrusion 771, thereby preventing the projection of the juice part 500.

On the other hand, when the juice portion 500 is raised, the screw driven gear 333 and the first intermediate gear 361 is engaged with the screw drive gear 331 and the rotary brush drive gear 351, the power switch 200 When it is ON, the driving unit 300 is driven while rotating the screw 550 and the rotary brush 590 to perform the juice.

However, if the driving part 300 is driven even though the juice part 500 is not raised, the juice part 500 will fall forward due to vibration or the like.

In addition, when the lifting portion 500 is less raised, the engagement with the driving unit 300 is not complete, so that sufficient rotational force of the screw 550 and the rotating brush 590 is not obtained, and the juice efficiency is lowered. Faster wear reduces durability considerably and affects other parts, requiring A / S.

To prevent this, it includes a safety switch 250 for intermittent (disconnected) the connection of the driving unit 300 and the power switch 200 when the juice portion 500 is raised.

The safety switches 251 and 253 include a switch 251 disposed on the driving bracket 150 and a push protrusion 253 formed on an upper surface of the lid 530 of the juice part 500.

Accordingly, when the juice part 500 is raised to a position where the juice part 500 is securely engaged, the push protrusion 253 pushes the switch 251 to apply power to the driving part 300.

On the other hand, the main body 100 may be divided into a driving mounting main body A on which the driving unit 300 is mounted, and a lower part of the main body 100 according to the function, the juice recessing groove body B in which the juice recessing groove 111 is formed.

According to this division, the front side of the driving mounting body (A), the back side of the inlet 531 formed in the juice part 500 is freely inserted into the inlet insertion groove 117 and the flat plate installed on the top of the inlet 531 A hopper insertion groove 119 into which the back side of the mold hopper 532 is inserted is formed.

A flat hopper 532 is installed at the upper end of the inlet 531, the flat hopper 532 serves as a tray to put the adherent juice and to facilitate the input to the inlet 531.

The inlet insertion groove 117 and the hopper insertion groove 119 also serve as guides when the juicer 500 is inserted into the juice extraction groove 113.

In addition, the hopper insertion groove 119 serves to allow the entire juice portion 500 to be seated when the juice portion 500 is inserted into the juice delivery groove 113, and thus can be easily performed during the operation for the ascending operation.

In addition, when the juice portion 500 is lowered, the juice portion 500 falls down, and the bottom surface of the plate-shaped hopper 532 is seated in the hopper insertion groove 119, and also serves to suppress sudden departure from the front. .

In addition, since the inlet insertion groove 117 and the hopper insertion groove 119 restrain the left and right to some extent when raising the juice part 500, the juice part 500 is prevented from being lost against the ring band part 730. It also functions.

As described above, although described with reference to a preferred embodiment of the present invention, the present invention can be variously changed or modified within the scope without departing from the spirit and scope of the present invention described in the claims Those skilled in the art will appreciate.

100: main body 110: front case
111: juice crushing groove 113: juice extracting groove
115: outlet groove 117: insertion hole insertion groove
119: hopper insertion groove 130: rear case
150: drive bracket 200: power switch (power)
251 switch 253 push projection
300: drive unit 310: motor unit
311: motor 313: reduction gear unit
315: first reduction gear 317: second reduction gear
330: screw drive transmission unit 331: screw drive gear
333: screw driven gear 350: rotating brush drive transmission
351: rotating brush drive gear 353: rotating brush driven gear
360: middle gear train 361: first intermediate gear
363: 2nd intermediate gear train 365: 2-1 intermediate gear
365 ', 367': rotating shaft 366: 1st accommodating part
367: 2-2 intermediate gear train 367a: upper intermediate gear
367b: Lower intermediate gear 367c: Bushing shaft
368: second accommodation portion 369: cover
369a: opening 500: juice part
510: housing 511: juice outlet
513: waste outlet 515: outer receiving guide groove
517: protruding band 530: lid
531: inlet 532: flat hopper
533: through hole 550: screw 551: rotating shaft
551a: lower axis of rotation 551b: upper axis of rotation
570: Mandrel 571: Frame
573 network 575: inner accommodation guide
590: rotating brush 591: frame
593 brush (wiper) 700: lifting unit
710: Cam rail part 711,713,715: 1st to 3rd cam rail
711a, 713a, 715a: 1st to 3rd slope rails
711b, 713b, 715b: First to third operating rails 713c, 715c: Second to third non-operating rails
730: ring band portion 731: ring band
731a: upper jaw 731b: lower jaw
732 guide groove 733 fastener
735: handle 750: roll portion
751,753,755: 1st ~ 3rd roll 771: Anti-rotation protrusion
773: anti-rotation groove 800: ground container
900: juice container A: driving the main body
B: juice depression home body

Claims

Juice portion for separating and discharge juice and debris;
A driving unit for driving the juice part;
A main body consisting of a driving mounting body in which the driving unit is mounted on an upper side, and a cashier groove body in which the juicer is formed in and out of the front and rear;
And including a lifting unit for lifting the juice portion relative to the drive unit,
Juicer is formed on the front surface of the drive mounting body is formed with an insertion hole insertion groove which is inserted into the rear of the inlet of the juice portion is freely lifted, and a hopper insertion groove is inserted into the back side of the plate-shaped hopper installed on the top of the inlet.

The method according to claim 1,
The elevating unit is a juicer consisting of a cam rail portion formed on the wall surface of the cashier groove, a ring band portion rotatably coupled to the juice portion, and a roll portion provided on the ring band portion to roll along the cam rail portion.