KR200318946Y1 - The apparatus for extracting juice - Google Patents

Abstract

The present invention relates to a juicer for extracting raw juice exclusively from a material containing a large amount of fiber and having a high hardness, such as 칡 root, sugar cane, deodeok, aloe, and more specifically, a pair of narrowing the gap in sequence The present invention relates to a juicer capable of reducing unnecessary manpower consumption due to juice extraction by automatically extracting only pure juice while continuously passing between the juice rollers.

The present invention has a juicer frame in which a plurality of strut frames are installed at predetermined intervals, connected to each other between the front and rear sides, and are installed between the strut frames by installing a driving roller support plate on the lower side, and the driving rollers. The support plate is rotatably installed with a driving side juice roller having guide plates formed at both ends thereof, while a driven side roller support plate is installed in the upper side of the support frame so as to be able to be moved up and down through a support member. Rotating as the interlocking with the ipsilateral juice roller is installed rotatably installed driven side juice roller for extracting the juice by pressing the juice material, and the driven side of the juice roller when the gap is controlled by the gap control connected to the upper end of the driven roller support plate Copper for providing a driving force to the prime side juice roller, while having a gap adjusting means for smoothing up and high feed. It is composed of writing because comprising a generation means.

Description

Juicer {The apparatus for extracting juice}

The present invention relates to a juicer for extracting raw juice exclusively from a material containing a large amount of fiber and having a high hardness, such as 칡 root, sugar cane, deodeok, aloe, and more specifically, a pair of narrowing the gap in sequence The present invention relates to a juicer capable of reducing unnecessary manpower consumption due to juice extraction by automatically extracting only pure juice while continuously passing between the juice rollers.

In the past, there was not enough food, and the lack of three major nutrients, such as protein, was the source of the disease, but in recent years, there are enough oily foods, and the machine replaces human labor. Toxic substances accumulated in the body due to lack of nutrients, which caused all diseases including various adult diseases.

Therefore, in recent years, extracting fresh juice from raw foods (fruits, green vegetables, leaves, root roots, etc.) and taking it regularly has been in the spotlight.

A juicer is used to extract such juice, and most juicers use electricity as a power source, and the juice is compressed between a pair of interlocking screws to produce juice.

However, the juicer using the screw was used to use electricity as a power source in most cases, despite the relatively expensive, difficult installation and operation, and was inconvenient when cleaning the container after use.

Moreover, there is no problem in the extraction of vegetable vegetables, but it is very difficult to extract the juice from materials such as 섬유 root, deodeok, aloe, etc., which have high fiber content and hardness, and the driving motor is damaged because the juicer is overloaded. In order to extract a large amount of juice from the same material, it is necessary to finely cut the material, which requires additional labor. Meanwhile, the fiber is frequently entangled in the screw during the juice work, so that smooth juice work is performed. It was not supported.

Due to the above problems, a manually operated juicer is used, but such a manually operated juicer requires excessive force in the process of compressing the material by putting a material into a juice container in which a plurality of outflow holes are formed and then rotating a handle. Therefore, it is not suitable for the general public, and because the crushed material is discharged through the outflow hole along with the juice in the juice process, it is a problem that only pure juice can not be extracted.

The present invention has been devised to solve the above problems, the automatic juicer using a screw and the manual juicer by the handle operation to break away from the existing form of the mainstream, the roller gap through which the material passes through a certain interval sequentially By devising the technology of installing a pair of juice rollers in a number of places, even if it is a material that is difficult to juice, once the juice material is put into the inlet, it is designed to automatically extract pure juice while passing through multiple juice rollers in sequence. The main purpose is to

The present invention for achieving the desired purpose is provided with a juicer frame in which a plurality of strut frames are installed at a predetermined interval and connected to each other between the front and rear sides, and installs a driving roller support plate on the lower side between the strut frames. The rotatable side roller support plate is rotatably installed at both ends of the rotatable roller support plate, while the driven side roller support plate is mounted on the support frame to be transported up and down through the support member. The driven side roller support plate rotatably installs the driven side juice roller which extracts the juice by compressing the juice material while rotating as if it is engaged with the driven side juice roller, and adjusting the gap by the gap adjusting device connected to the top of the driven side roller support plate. And a gap adjusting means for smoothing the up and down feeding of the driven roller of the driven side. It is composed of writing because provided with a power generating means to power.

1 is a front view of the juicer to which the present invention is applied

Figure 2 is a longitudinal cross-sectional view of the juicer of the present invention

3 is a cross-sectional view taken along line A-A of the present invention FIG.

4 is a cross-sectional view taken along line B-B of the present invention FIG.

Figure 5 is a side cross-sectional view showing a power transmission state of the present invention

Figure 6 is a side cross-sectional view of the installation state of the present invention driven, driven side juice roller

Figure 7 is a plan sectional view of the installation state of the present invention driven side juice roller

Figure 8 is a gap control state of the driven juicer driven by the gap control device of the present invention

9 is an exploded perspective view of a pivot pin and a rotary support of the driven bearing housing of the present invention;

10 is a cross-sectional view of the coupling state of the driven roller support plate and the bearing housing of the present invention

Figure 11 is a side view of the gap control state of the present invention driven side juice roller

12 is a state in which stretch protrusions are formed on the outer circumference of the present invention driven, driven side juice roller

13 is a plan sectional view of the present invention strut frame

[Explanation of symbols on the main parts of the drawings]

10: juicer 12,12a: holding frame

15: guide groove 20: driving roller support plate

21: bearing housing 22,42: tungsten groove

23: bearing 30: driven juice roller

35: stretch protrusion 40: driven roller support plate

43: floating bearing housing 50: driven juice roller

60: gap adjusting device 70: gap adjusting means

71: rotating pin 80: power generating means

A configuration for effectively achieving the object of the present invention will be described.

As shown in FIGS. 1 to 3, a plurality of strut frames 12 and 12a connected to the base frame 11 seated on the support 1 as the support interval 14 are placed at regular intervals as shown in FIGS. 1 to 3. A juicer frame 10 and a driving roller support plate 20 installed at both ends between the holding frames 12 and 12a so as to be fitted at both ends thereof, and a bearing installed at the center of the driving roller support plate 20. A driven side roller support plate 40 which is rotatably loaded up and down by a driving side juice roller 30 rotatably arranged in the housing 21 and the driving side roller support plate 20 and the support member 26. ) And a driven side which is rotatably arranged in the floating bearing housing 43 installed at the center of the driven side roller support plate 40 and rotates in engagement with the driven side juice roller 30 to compress the juice material to extract the live juice. By the juice roller 50 and the gap adjusting device 60 screwed to the upper frame 13 Gap adjusting means 70 for smoothing the up and down conveyance of the driven side juice roller 50 by freeing the rotation of the floating bearing housing 43 when adjusting the gap, and the reduction motor 81 attached to the support 1. It can be seen that it is composed of the power generating means 80 for imparting the rotational force to the driving side juice roller 30 by receiving the rotational force of the chain (83).

It will be described in more detail to enable the present invention made of the schematic configuration.

The juicer frame 10 of the present invention supports a pair of prime mover, driven side juice rollers 30 and 50 for extracting the juice contained in the juice material, and the base frame 11 is separated by a predetermined distance. It is installed and a plurality of strut frame 12, 12a is placed on the upper surface of the base frame 11 at regular intervals, and the upper end of the strut frame 12, 12a is connected to the upper frame (13).

The support frame (12) (12a) is the support frame 14 is installed in the upper and lower parts to maintain stability, while the support frame (12) installed in the center of each of the support frame (12) (12a) is shown in FIG. As shown in FIG. 13, guide grooves 15 for guiding both ends of the driven and driven roller support plates 20 and 40 are installed at both sides, and the support frames 15a installed at both sides are guide grooves 15 only inward. This is installed.

The juice frame 10 is seated on the support (1) of the rectangular body and the living juice collecting port (2) is installed at the bottom to extract the fresh juice collected in the living juice collecting port (2) can be contained in a certain container.

The driving side roller support plate 20 for supporting the driving side juice roller 30 in the shape of a quadrangular body is installed so that both ends are inserted between the guide grooves 15 of the support frames 12 and 12a. The bearing housing 21 is installed in the center in the center, and the grooves 22 are formed at both ends of the bearing housings 26.

The rotatable side juice roller 30 rotatably arranged in the bearing housing 21 is provided with guide plates 31 for guiding the juice material so as not to leave the roller portion at the time of transfer of the juice material at both ends of the roller part, and the guide plate ( 31 is provided at both ends of the rotating shaft 32 which is rotatably supported by the bearing 23 embedded in the bearing housing 21.

At this time, the oil seal 24 is inserted into both sides of the bearing 23 to prevent water from penetrating into the bearing 23 during the cleaning operation of the juicer, so that the motive juicer 30 can rotate smoothly. .

In addition, a knurling is formed at the outer circumference of the roller portion of the driving side juice roller 30 so that the juice material can be smoothly transferred without slipping when the juice material is transferred.

The driven side roller support plate 40 installed on the upper side of the driven side roller support plate 20 has a quadrangular shape and is sandwiched between the guide grooves 15 of the support frames 12 and 12a, but is formed at both ends of the bottom. An elastic finger member 26 having elasticity is installed between the finger trough groove 42 and the trough groove 22 of the driving roller support plate 20 to maintain elasticity and to be selective according to the operation of the gap adjusting device 60. While moving up and down to adjust the roller gap of the motive, driven side compression roller 30, 50, while the flow hole 41 formed in the center of the flow bearing housing 43 is installed freely rotatable.

On the other hand, the driven juice roller (50) is supported by the rotating shaft (52) installed at both ends of the bearing (23) embedded in the bearing housing (21), and both sides of the bearing (23) have water bearings during the cleaning operation of the juicer ( An oil seal 24 is fitted to prevent penetration into 23.

The gap adjusting hole 60 which controls the roller gap by transferring the driven side roller support plate 40 up and down is screwed to the upper frame 13 and the lower end is attached to the upper side of the driven side roller support plate 40. The lock nut 61 is screwed into the fitting hole 44 to transfer the driven roller support plate 40 up and down in accordance with a selective rotation and prevent natural loosening.

The gap adjusting means 70 which smoothly moves up and down the driven side juice roller 50 when adjusting the gap has a pair of pivot pins 71 facing the outer circumference of the floating bearing 23 as shown in FIGS. 9 to 10. ) Is installed and the floating bearing housing 43 is fitted in the flow hole 41 formed in the center of the driven side roller support plate 40. Here, both sides of the flow hole 41 is welded to the rotary support 73 formed with the fitting hole 72 is fitted with the pivot pin 71.

Therefore, even when the driven roller support plate 40 vertically moves up and down when the gap is adjusted by the gap adjusting device 60, the floating bearing housing 43 is rotated around the rotation support 73 so that no resistance is generated. do.

That is, as the driven side roller support plate 40 and the floating bearing housing 43 are installed separately, any one of the clearance adjusting holes 60 provided on both sides of the driven side juice roller 50 is preferentially operated as shown in FIG. 11. After adjusting the gap in the inclined state of the driven side juice roller 50, it is possible to control the driven side juice roller 50 in a horizontal state by manipulating the other clearance adjusting device 60.

When the driven roller support plate 40 and the floating bearing housing 43 is installed in a fixed type, it is necessary to simultaneously operate a pair of clearance adjusting holes 60 when adjusting the clearance, thereby eliminating the inconvenience of operation in which the clearance can be adjusted.

Power generating means 80 for providing a motive force to the driving side juice roller 30 is a reduction motor 81 is installed on the support (1) and the sprocket at the end of the rotary shaft 32 of each driving side juice roller 30 82 is installed and the reduction motor 81 and each sprocket 82 is connected to the chain 83, so that the rotational force of the reduction motor 81 is transmitted to the motive side juice roller 30 through the chain 83. To generate the driving force.

Meanwhile, the pair of driven, driven side juice rollers 30 and 50 are arranged to narrow the roller gap sequentially while going from the inlet to the outlet to exert more improved juice effect.

In addition, the primary driving side juice roller 30 disposed on the inlet side has a knurling formed on the outer periphery, as well as the other driving side juice roller 30, and the stretch protrusion 35 is symmetrically inclined while going to both sides from the center. Since it is installed as a juice to the juice material is spread outwards at the same time pulverized in the fiber direction can be double the juice performance.

In addition, between the upper portion of the motive side juice roller 30 is arranged at a predetermined interval between the drop preventing plate 90 to prevent the juice material from falling to the lower portion when transferring the juice material is installed and the drop preventing plate 90 is both ends It is welded to the inner surface of this strut frame 12 (12a).

It will be described for the juice process according to the present invention made of such a configuration.

First, when the reduction motor 81 is driven, the motive side juice roller 30 rotates counterclockwise in the drawing.

At this time, if the juice material with a high fiber content, such as 칡 root, sugar cane, deodeok, aloe, etc. is put between the driving and driven side juice rollers (30, 50), the juice material is driven by the rotational force of the driven side juice roller (30). As it is sucked in, the juice is extracted.

The juice material is sequentially passed through the roller, narrow driven gap between the driven rollers 30, 50, the raw juice contained in the juice material is extracted without leaving the juice is collected in the lower juice collecting port (2) And then placed in a regular container.

In other words, if you put the juice material between the driven, driven side of the juice roller (30, 50), it is possible to automatically extract the juice without effort, the fiber is not tangled, smooth operation is ensured, separate cutting work, etc. This is not required, which leads to a reduction in manpower.

On the other hand, the roller gap is controlled by controlling one of the gap adjusting holes 60 first and then adjusting the other gap adjusting device 60 without any inconvenience to simultaneously operate the gap adjusting devices 60 on both sides. The roller gap can be adjusted easily.

The present invention automatically passes through a pair of juice rollers installed in a number of places so that the roller gaps can be sequentially narrowed. It can be extracted.

In addition, there is no hassle of slicing the juice material in order to extract a large amount of fresh juice, and there is no tangling of the fiber when juiced, so the work is smooth and the roller gap can be freely adjusted according to the size of the juice material. Will be.

Claims (6)

A plurality of strut frames 12 and 12a connected to the base frame 11 seated on the support 1 and spaced by a predetermined distance and connected to the support legs 14 are installed at regular intervals, and the top of the strut frames 12 and 12a. Juice frame 10 is connected to the upper frame 13, A driving roller support plate 20 having both ends inserted between the guide grooves 15 of the support frames 12 and 12a and having a bearing housing 21 at the center thereof; A rotatable side juice roller (30) rotatably installed in the bearing housing (21) and provided with guide plates (31) for guiding transfer of juice material at both ends of the roller portion; The bearing housing is installed in the center of the roller support plate 20 so as to be transported up and down through the support member 26 sandwiched between the upper and lower end groove grooves 22 and the bottom end groove grooves 42. 43, the driven side roller support plate 40 is provided, A driven side juice roller 50 which is rotatably arranged in the flow bearing housing 43 and rotates to be engaged with the motive side juice roller 30 to compress the juice material to extract the juice; Gap screwed to the upper frame 13 and the lower end is fitted to the fitting hole 44 of the driven side roller support plate 40, the gap adjusting mechanism for transferring the driven side roller support plate 40 up and down according to the selective rotation ( 60), And the gap adjusting means 70 for smoothly moving the up and down of the driven side juice roller 50 by freeing the rotation of the floating bearing housing 43 when the gap is adjusted by the gap adjusting device 60, Juicer, characterized in that consisting of the power generating means (80) for providing a motive force to the motive side juice roller (30) by transmitting the rotational force of the reduction motor (81) installed in the support (1) to the chain (83). The method according to claim 1, The support frame 12 placed in the center is installed on both sides of the guide grooves 15 into which both ends of the driven and driven side roller support plates 20 and 40 are fitted, and the support frame 12a installed on both sides is inward. Juicer, characterized in that only the guide groove 15 is installed. The method according to claim 1, The gap adjusting means 70 has a rotation pin 71 integrally installed to face the outer circumference of the floating bearing housing 43, and the floating bearing housing 43 has a flow hole 41 of the driven roller support plate 40. Rotating pin (73) is inserted into the fitting hole 72 of the rotary support (73) attached to both sides of the flow hole (41) is inserted into the rotation support (73) Juicer, characterized in that the roller gap adjustment is easy to adjust the flow bearing housing (43) around the center. The method according to claim 1, A pair of motive, driven side juice rollers (30) and (50) are arranged in a plurality of places at regular intervals so as to narrow the roller gap sequentially while going from the inlet to the outlet, the driven side juice roller (30) on the outer periphery of the roller portion Meanwhile, a knurling is formed to prevent slippage, while the inlet-side primary motive side juice roller 30 in the motive side juice roller 30 is pulverized in the fibrous direction while spreading the juice material outward to facilitate the juice on the outer periphery. The stretch protrusion 35 is characterized in that the juicer, characterized in that formed symmetrically inclined to both sides to the center. The method according to claim 1, Juice between the upper side of the driving side of the juice roller 30, characterized in that the drop preventing plate 90 to prevent the juice material from falling down when transporting the juice material is welded on the inner surface of the support frame (12) (12a) group. The method according to claim 1, Juicer 10, the juicer, characterized in that the juice collecting port (2) is installed to collect the juice is extracted.