KR20120104903A

KR20120104903A - Expression juice equipment

Info

Publication number: KR20120104903A
Application number: KR1020110022598A
Authority: KR
Inventors: 강두석
Original assignee: 강두석
Priority date: 2011-03-14
Filing date: 2011-03-14
Publication date: 2012-09-24

Abstract

PURPOSE: A juicing apparatus capable of simply separating fibers is provided to remove the fibers attached to the surface of a compressing roller using a fiber removing blade. CONSTITUTION: A juicing apparatus comprises the following: a pair of compressing rollers(20, 21) operated by the power of motors(10, 11); a through-hole(81) an oval shaped long groove(82), and a recess(83) are installed on fiber separation pitch boards located on both edges of the compressing rollers; a transfer unit installed on the lower side of the compress rollers; fiber removing blades(150, 151) installed on one side of the compressing rollers in a slope shape; a conveyor belt, an iron net conveyor belt, and a mesh conveyor belt operated by the motors; juice guiding grooves(30, 31) guiding the flow of juice, and collecting the juice in a juice transfer pipe; juice containers(50) receiving the juice from juice discharging containers located on the lower side of the juice guiding grooves.

Description

Juicer {EXPRESSION JUICE EQUIPMENT}

The present invention relates to a juice device, and more preferably, a variety of fruits (pears, apples, grapes, etc.), vegetables (onions, etc.) introduced into a pair of pressing rollers which are rotated in close contact with the power of a motor. To compress the food and pine needles, grain husks, rice straw and the like to juice a large amount of juice and at the same time to transport the fibers (waste) out of the juice to the transport means to be discharged to the outside.

In general, a juicer is a device for making vegetable juice or fruit juice by crushing and then squeezing various vegetables and fruits.

In the past, there was not enough food, and the lack of three major nutrients, such as protein, was the cause of the disease, but recently, due to excessive intake of oily foods, various nutrients contained in raw foods have accumulated toxic substances in the body, causing various adult diseases. It's happening.

Therefore, the extraction of fresh juice from raw foods (fruits, green vegetables, leaves, root roots, etc.) and the regular taking with well-being craze has been in the limelight since many juicers for extracting fresh juices have been developed.

Most of the juicers developed as described above form spiral spiral cutters (1) and compression screws (2) on the surface of the pressing roller (3) in order to crush the raw food, as shown in FIG. The residue is conveyed to the crimping screw (2).

In such a conventional juicer, since the series of structures directly required for juice is composed of three stages, not only the structure is complicated, but also the number of components increases the appearance of the juicer and the production cost is high.

In addition, the procedure has been pointed out as a problem, which is cumbersome and takes a long time to get juice.

The present invention has been created to improve the above problems of the conventional juicer, the first and second chain blades formed on the upper side of the pair of compression rollers constituting the juicer is rotated by hitting and cutting the fruit, vegetables, etc. After crushing, it is made to flow into the inside of the pressing roller to transfer the fresh juice obtained by pressing the pressing roller to the fresh juice guide groove formed on both sides of the pressing roller to be extracted.

In addition, the fibers (waste) from the juice is rotated while being attached to the surface of a pair of pressing rollers, wherein the fiber removal blade formed on one side of the pressing roller removes the fibers to drop to the transport means installed in the lower portion of the pressing roller to the outside It is intended to be discharged.

Referring to the configuration of the present invention having the above object with reference to the accompanying drawings as follows.

As shown in FIG. 1, the pair of pressing rollers 20 of the fresh juice obtained from the juice material pressed by the pair of pressing rollers 20 and 21 that are driven in close contact with the power of the motors 10 and 11 are driven. , 21) the fiber is filtered through a plurality of through holes 81, elliptical long grooves 82 and grooves 83 formed on the outer periphery of the fibrous separating perforated plate 80, which is installed at both edges and rotates, It provides a juice device characterized in that configured to be induced.

In addition, by removing the fibrous (dust) from the juice adhered and adhered by the pair of pressing rollers (20, 21) to drop the conveying means (60) installed under the pair of pressing rollers (20, 21) and transported It provides a juice device, characterized in that the fiber removal blades (70, 71) is formed obliquely on one side of the pair of pressing rollers (20, 21) to be able to.

In addition, the conveying means 60 is separated into one or two, the conveyor belt 61, the wire mesh conveyor belt 62, the mesh conveyor belt 63, driven by receiving the power of the motor 10 to drive the housing ( It is formed of any one of the transfer screw 64 forming the 641, and provides a juice device, characterized in that configured to install the fiber removal blades (150, 151) at the end of the transfer means (60).

In addition, the transfer of the juice by forming the juice guide grooves (30, 31) for guiding the juice to be installed by inserting the fibrous separation punching plate (80) for separating the fibers respectively at both edges of the pair of pressing rollers (20, 21) It is to be collected in the tube 40, and the diaphragm 83 is installed on the upper portion of the fibrous separation punching plate 80 to provide a juicer, characterized in that the hopper is configured.

In addition, in order to primaryly cut the material on the upper side of the pair of pressing rollers 20 and 21, a plurality of strike blades 91 having one surface inclined on one side thereof are formed, and on the other side, a primary cut edge 92 is formed. The secondary blade cutting blades 100 having the inclined screw pieces 102 formed on both ends of the blade blades 90 opposed to each other and mounted to cross the blade cutting blades 90 alternately with each other are powered up and down. It provides a juicer, characterized in that configured to be coupled to the delivery shaft (14).

In addition, the juice device, characterized in that configured to separate the fresh juice on the pair of pressing rollers (20, 21) while rotating in close contact with the auxiliary rollers (150, 151) on the outer bottom of the pair of pressing rollers (20, 21) To provide.

In addition, the fresh juice guide grooves 30 and 31 guided by the juice guide grooves 30 and 31 formed at both edges of the pair of pressing rollers 20 and 21, respectively. It provides a juice device, characterized in that the juice discharge container (110, 111) configured in the lower portion, respectively.

In addition, in order to drive the pair of pressing rollers (20, 21) by mounting a motor (10) by connecting a chain gear 11 to the power transmission shaft (12) of one pressing roller (20) or two pressing rollers The motor 10 may be mounted and driven on the (20, 21) shaft, respectively, and when the motor 10 is mounted and driven only on another compression roller 20, the pair of compression rollers 20, 21 rotate. It is formed so as to rotate by engaging the gears (120, 121), by driving another motor 14 connected to the power transmission shaft 13 coupled to a plurality of primary chain saw blade 90 by a belt 141 The primary cutting blade 90 and the secondary cutting blade 100 are driven by the chain gear 140 so that the secondary cutting blade 100 can be driven to provide a juice device.

The present invention according to the configuration as described above is a simple pair by using the primary and secondary chain blades formed on the pair of pressing rollers of the juice material such as apples, pears, grapes or vegetables such as onions By dropping the inner side of the pressing roller, the pair of pressing rollers simply press the juice material while rotating inward to extract the juice, and then guide the fresh juice guide grooves formed at both edges of the pair of pressing rollers to store in the juice storage container. It is effective.

In addition, the present invention has the effect that the fiber separation perforated plate is installed on both sides of the pair of compression rollers can be separated easily by inducing the juice through the through-holes, long grooves, grooves perforated in the fibrous perforated plate.

In addition, the fibers (desc) attached to the surface of the pair of pressing rollers have the effect of removing the fiber removal blade to be simply seated by the transfer means to be transported to the outside and discharged.

1 is a perspective view showing a juice apparatus of the present invention,
Figure 2 is an internal perspective view showing the inside and the conveying means of the juice apparatus of the present invention,
Figure 3 is a perspective view showing the transport means of the juice apparatus of the present invention,
Figure 4 is a perspective view showing another embodiment of the juice apparatus of the present invention,
Figure 5 is a perspective view showing a juice discharge container for transferring the raw juice squeezed in the juice device of the present invention to a juice storage container,
Figure 6 is a side view showing a side chain and a juice transfer tube is formed in the juicer of the present invention,
7 is a perspective view showing a secondary chain saw blade of the present invention,
8 is a perspective view showing a conventional juicer.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment according to the present invention.

The configuration of the juicer of the present invention will be described in detail based on the drawings. First, the fruit (pears, apples, grapes, etc.), vegetables (onions, etc.) introduced into the hopper 160 and various kinds of foods such as grains and juices such as pine needles, grain husks, rice straw, etc. Primary and secondary cutting blades (90, 100) are configured to be up and down so that the juice material can be crushed (cut out) on the pair of pressing rollers (20, 21) that rotates.

The primary chain saw blade 90 is inserted into the power transmission shaft 12 is fixed to the fastener 121 and at the same time a plurality of strike blades 91 are formed on one side inclined, and the other side facing the other side The notch edge 92 is formed long. In addition, the secondary cutting blades 100 are each inclined screw pieces 102 at both ends of the protruding blades 101 formed to face each other in order to crush the juice material cut by the primary cutting blade 90 again. It is comprised so that the formed and crushed juice material may gather inward. The primary chain saw blade 90 is connected to the power transmission shaft 13 for driving by receiving the power of the motor 14 driven by the belt 141 and at the same time the power transmission coupled to the secondary chain saw blade 100. The shaft 110 is connected to the power transmission shaft 13 and the chain gear 140 coupled to the primary blade cutting blade 90.

In addition, the pair of pressing rollers (20, 21) is a pair of pressing rollers (20, 21) for guiding the juice obtained while rotating the juice material inward to the edge and at the same time to separate the fibers (waste) out of the juice The fibrous separation perforated plate 80 is provided at both edges. At this time, the fibrous separating perforated plate 80 is configured to induce fresh juice by separating the fiber while rotating the primary chain cutting blade 90 is connected to the rotating power transmission shaft 13 receives the power of the motor 14 to rotate. .

At this time, since the juice gathered on both sides of the pair of pressing rollers 20 and 21 gathers and rotates on the pressing roller, the auxiliary rollers 150 and 151 adhere to the outer bottom of the pair of pressing rollers so as to separate the fresh juice from the pressing roller. It is formed.

In addition, although the fibrous separated perforated plate 80 is shown in FIG. 1, a plurality of through holes 81 are formed in the inside of the plate, but according to the purpose of use, as shown in FIG. 4, the fibrous separated perforated plate 80 is used. There is an elliptical long groove (82) or the outer periphery of the groove (83) is formed so that only fresh juice can pass through the fiber.

In addition, the pair of pressing rollers 20 and 21 for pressing the juice material are connected to the motor 10 by the chain gear 11 so as to be driven by receiving power. As shown in FIG. 2, the motor 10 connects the motor 10 to only one axis of the pair of pressing rollers 20 so that the pair of pressing rollers 20 and 21 can rotate while being in close contact with each other. 120, 121). In addition, it may be configured to drive by connecting the motor 10 to the shaft of each of the pair of pressing rollers (20, 21) (rotating gear (120, 121 is not necessary at this time)).

In addition, the primary cutting blade (90) is connected to the belt 130 so as to rotate by receiving the power of another motor 14 and rotates at the same time the secondary cutting blade (100) and chain gear 140 It is configured to crush the juice material during the first and second rotation while interlocking.

And the fresh juice induced through any one of the through hole 81, the long groove 82, the groove 83 is pressed by the pair of pressing rollers (20, 21) and punched in the fibrous separation punched plate 80 is a pair of pressing Guided to the roller 20, 21 edges or guided to the juice guide grooves (30, 31) formed on the edge is dropped to the juice transfer pipe 40 formed under the juice guide grooves (30, 31). And, the juice is guided to the juice transfer pipe 40 is configured to be transported again and stored in the juice storage container (50). At this time, the juice transfer pipe 40 is formed to be inclined to both sides in the lower portion of the juice guide grooves 30 and 31 formed at the edge of the pair of compression rollers (20, 21) configured to discharge and store the juice to the juice storage container (50) It is. At this time, the lower part of the juice guide groove 40 is a screw 41 is installed to move smoothly to the juice storage tank 50 because of the fresh juice as well as some fibers gather.

In addition, as shown in Figures 4 and 5, the juice discharge container (110, 111) is formed in the lower portion of the juice guide grooves (30, 31) formed on the edge of the pair of pressing rollers (20, 21) to guide the juice, respectively. Since it is formed, the fresh juice collected in the juice discharge bins 110 and 111 may be configured to be discharged and stored in the juice storage bins 40 and 51.

Then, the juice material is pressed by the pair of pressing rollers 20 and 21 to obtain fresh juice, and the separated fibers (remnants) are attached to the pair of pressing rollers 20 and 21 so that they are rotated. In order to separate the fibers attached to 21), one side of the pair of pressing rollers 20 and 21 is formed with fiber removing blades 70 and 71, respectively. Therefore, the fibers separated by the fiber removal blades 70 and 71 are installed under the pair of compression rollers 20 and 21 to be seated as a transport means 60 for transporting the fibers.

At this time, the conveying means 60 for conveying the fiber is preferably constituted by the conveyor belt 61 of Figure 3a, but sometimes as shown in Figure 3b, may be formed of a wire mesh conveyor belt 62, As shown in 3c, it can be formed by the mesh conveyor belt 63, and as shown in Fig. 3d, the transfer screw 64 having the housing 641 formed on both sides can be formed.

And in order to prevent the fiber conveyed by the conveying means 60 is attached to the conveying means 60, the fiber removal blades 150 and 151 are formed at the end of the conveying means 60.

In addition, in the present invention, as shown in FIG. 1, the conveying means can be separately installed on the lower pair of the pressing rollers 20 and 21, but in some cases, the conveying means 60 may be connected to one.

Looking at the operating embodiment of the present invention configured as described above, as shown in Figures 1 and 2 when the first operating the power of the motor 10 to extract the juice is connected to the motor 10 by the chain gear 11 The pair of pressing rollers 20 and 21 are rotated in close contact with the rotary gears 120 and 121 which are engaged with power.

At this time, the primary cutting blade 90 installed on the pair of pressing rollers 20 and 21 is also connected to another motor 14 and the belt 141 while driving the primary cutting blade 90 and the chain gear 140. Rotating the secondary blade cutting blade (100) engaged by the hopper 160 to the juice material introduced into the hopper 160 with a blow blade 91 formed on the primary blade cutting blade (90) to cut the grooved juice and cut the same 91 is cut out by the cutting blade 92 installed to face the drop to the lower when the protruding blade 101 formed to protrude to the secondary cutting blade 100 is rotated and finally cut the juice material, a pair of pressing rollers When it falls inward to (20, 21), a pair of pressing rollers rotate inwardly and compress the juice material to obtain fresh juice.

The juice obtained at this time is guided to both sides of the pair of compression rollers (20, 21) is inserted into the juice induction grooves (30, 31) through the opening 91 of the fibrous separation blow plate (80), long groove (82), groove ( 83) fresh juice is passed through and fibers are separated.

As described above, the fresh juice guided into the juice guide grooves 30 and 31 is dropped into the juice transfer pipe 40 at the lower portion thereof, and is stored in the juice storage containers 50 and 51 on the juice transfer pipe 40. And the fiber is depressed by a pair of pressing rollers (20, 21) and the juice is missing is attached to a pair of pressing rollers (20, 21) is rotated, the fiber is mounted on one side of the pressing rollers (20, 21) The removal blades 70 and 71 separate the fibers attached to the pressing rollers 20 and 21 and drop them to the transfer means 60 driven from the lower side and discharge them to the outside by the transfer means.

At this time, the fiber removal blade 150 installed at the end of the conveying means 60 removes the fiber attached to the surface of the conveying means 60 to smoothly drive the conveying means.

In the present invention, the pair of pressing rollers 20 and 21 are mounted on the frame 200 and the roller 210 is mounted on the lower portion of the frame 200 to easily move anywhere.

10, 111. Motor 20, 21. A pair of pressing rollers
30, 31, juice guide groove 40. Juice transfer pipe
50, 51. Fresh juice reservoir 60. Transfer means
61. Conveyor Belt 62. Wire Mesh Conveyor Belt
63. Mesh conveyor belt 64. Transfer screw
70, 71, 150, 151. Fiber removal blade 80. Fiber-separated perforated plate
81. Through-hole 82. Long groove 83. Plate
90. First Blade Day 100. Second Blade Day
110, 111. Fresh juice container 120, 121. Swivel gear
130. Chain gear or belt 140, 141. Rotating gear
150, 151. Secondary roller 160. Hopper

Claims

Fresh juice obtained from the juice material compressed by the pair of pressing rollers 20 and 21 driven by the power of the motors 10 and 11 to be brought into close contact with each other is installed at both edges of the pair of the pressing rollers 20 and 21 to rotate. The separating apparatus is characterized in that the fiber is filtered through the through-hole 81, the elliptical long groove 82 and the groove 83 formed on the outer periphery of the fibrous separation perforated plate 80 is configured to guide only the fresh juice.

The method of claim 1,
By removing the fibrous debris adhered by the pair of pressing rollers (20, 21), the fresh juice is removed and can be transported by dropping to the conveying means (60) installed under the pair of pressing rollers (20, 21) Juicer, characterized in that the fiber removal blades (70, 71) formed to be inclined on one side of the pair of pressing rollers (20, 21).

The method according to claim 1 or 2,
The conveying means 60 is separated into one or two, the conveyor belt 61, wire mesh conveyor belt 62, mesh conveyor belt 63, driven by receiving the power of the motor 10, the housing 641 on the outer circumferential surface A juicer, characterized in that formed by any one of the conveying screw (64) forming a, characterized in that the fiber removal blades (150, 151) is installed at the end of the conveying means (60).

The method of claim 1,
Fresh juice transfer pipe (30, 31) to form a fresh juice guide grooves for inducing fresh juice to be installed by inserting the fibrous separating perforated plate (80) for separating the fibers at each side of the pair of pressing rollers (20, 21) ( 40) to be collected, the juice device characterized in that the hopper is formed by installing a diaphragm 83 on the upper portion of the fibrous separated perforated plate (80).

The method of claim 1,
On the upper side of the pair of pressing rollers (20, 21), in order to primary crush the material, a plurality of blow blades (91) inclined on one side are formed on one side and a long cut edge (92) formed on the other side. 90 and a secondary chain cutting blade 100 having the inclined screw pieces 102 formed at both ends of the protruding blade 101 formed to face each other for final chain cutting are coupled to the power transmission shaft up and down. Juicer characterized in that.

The method of claim 1,
Juicer, characterized in that configured to separate the juice on the pair of pressing rollers (20, 21) while rotating by closely contacting the auxiliary rollers (150, 151) on the outer bottom of the pair of pressing rollers (20, 21).

The method of claim 1,
Under the juice induction grooves 30 and 31, the juices guided to the juice induction grooves 30 and 31 formed at both edges of the pair of pressing rollers 20 and 21, respectively, can be stored in the juice storage containers 50 and 51. Juice extractor, characterized in that the juice outlet (110, 111) each configured.

The method of claim 1,
In order to drive the pair of pressing rollers 20 and 21, the motor 10 is mounted on the power transmission shaft 12 of one pressing roller 20 by a chain gear 11 or two pressing rollers 20 are mounted. And the motor 10 is mounted on each of the shafts, and when the motor 10 is mounted and driven only on another compression roller 20, the pair of compression rollers 20 and 21 are driven by a rotary gear ( 120 and 121 so as to be rotated and rotated, and the second chain 14 is driven by connecting another motor 14 to the power transmission shaft 13 coupled with a belt 141 to drive the secondary. The first cutting blade 90 and the second blade cutting blade 100 is driven by the chain gear 140 so that the blade cutting blade 100 can be driven.