KR200174241Y1 - a grinder for frut and vegetables - Google Patents

Abstract

The present invention is to stand up the pulverization cylinder to be cylindrical and to install a conical rotating barrel in the rotatable inside thereof so that it can be peeled and powdered while vertically moving the stripping grains such as grains, in particular, the rotating cylinder into a conical shape And by forming a screw on the outer periphery of the peeled crushed grain to be extruded while moving to the lower side,

Grinding and crushing the peeled grains so that they do not lose their properties without destroying nutrients, and can grind grains regardless of the water content.In particular, the shelled grains are separated from the peeled shells and ground grains. It can be removed, by adjusting the grinding cylinder 11 up and down to adjust the distance between its inner peripheral surface and the conical surface 17 of the conical rotary cylinder 16 to adjust the size of the granules disassembled by zoom, Since the grinding cylinder and the conical rotary cylinder can be crushed, it can be cleaned and kept clean and sanitary after use.

Description

Green juice grinding device {a grinder for frut and vegetables}

The present invention relates to a grain stripping and crushing device to grind the shell by grinding various grains, including soybean (bean), or to crush the shell peeled shell.

In more detail,

The upright cylindrical cylindrical cylinder is installed upright, and the conical rotary cylinder is installed in a rotatable manner so that it can be peeled and crushed while vertically moving the stripped grains such as grains. By forming a screw to grind the peeled ground grain extruded while moving downward to maintain the properties of the peeled ground grain without destroying nutrients.

As is well known, the juice (green juice) group used to make a variety of fruits and vegetables (vegetables) in the form of juice or powder is widely known, such juicers are roughly divided into high-speed rotary blade type and gear grinding type. The high speed rotary blade is the most widely used form, and the rotary blade is rotated at high speed by a motor to cut the material (plant) to make juice, but the material is cut indiscriminately, which not only destroys nutrients but also In addition, there is a problem that a lot of consumption, especially when cutting a plant containing a lot of fiber, the fiber is wound on the rotary blade or the cutting surface is blunted by the fiber, the cutting ability is sharply reduced.

On the other hand, as a gear grinding type, many apparatuses are proposed including domestic patent publication No. 96-3078, patent publication No. 96-14855, patent publication No. 97-3626, and the like. It is characterized by the installation of two gear rollers horizontally by bringing the outer surfaces closer to each other or the gear parts engaged with each other. However, the gear grinding type in which the gear roller is installed horizontally as a mandrel has a problem that nutrients are severely destroyed since the plant is torn and crushed while passing between the gear rollers. Not only were they uncontrollable, but all the plants were crushed in bulk, regardless of their properties, so there was a problem that even the properties of the plants could be read.

In addition, the conventional juicer, whether it is a high speed rotary blade type or a gear grinding type, has a grinding barrel fixed and only a rotary blade or a gear rod rotates inside the grinding barrel. Is indiscriminately cut by a blade that is rotated at high speed in the state of being detained, and nutrients are destroyed. The gear crushing type is also nutrient because it is crushed by the gear bar on which green juice and grinding materials are rotated. The destruction of was severe and even lost its character.

The present invention is to provide a green juice pulverizing device that can solve the above problems and waste.

The present invention is to rotate the conical rotating cylinder to be a conical shape in the interior of the cylindrical grinding cylinder, the vertical grinding groove and the horizontal grinding groove formed at equal intervals so as to correspond to each other on the inner peripheral surface of the grinding cylinder and the outer peripheral surface of the conical rotary cylinder. A screw stone plate is formed on the outer circumferential surface of the conical rotary tube, and when the cone rotary cylinder is rotated, the stripping grain is moved downwardly by the screw stone plate and is provided by the vertical and horizontal grinding grooves to provide a grain stripping and grinding device. There is a purpose.

Another object of the present invention is that the distance between the outer peripheral surface of the cylindrical rotary cylinder and the inner peripheral surface of the grinding cylinder by the conical rotary cylinder is widened to the upper side and narrowed toward the lower side, even if a large stripping grinding grain is added to the screw stone plate It is to provide a grain peeling and grinding device that is to be ground while moving downward rotation.

Another object of the present invention is to adjust the size of the ground grains by adjusting the distance between the bottom surface of the conical rotary cylinder and the bottom of the grinding cylinder by moving the grinding cylinder up and down, When crushing the same legumes is to provide a green juice grinding device that can remove the peeled peel separated from the grains.

Still another object of the present invention is to provide a green juice grinding apparatus that can be easily disassembled and combined with the grinding barrel and the conical rotary tube, and thus can be easily cleaned.

The above and other purposes of the present invention,

By grinding the rotary blade or the gear rod that is connected to the outer surface by any power unit to grind and discharge the green juice and ground matter such as vegetables, fruits, grains In that,

Supporting the fixed cylinder 20, the coupling cylinder 21 is formed on the upper surface with the support (2),

The inside of the fixed cylinder (20) is provided with an inclined discharge plate 23 inclined, the lower end of the discharge hole (20-1) to remove the discharge container (4) and to rotate the rotating shaft 25 freely in the inner center As vertically as possible

In the coupling cylinder 21 of the fixed cylinder 21, the cylindrical grinding cylinder 11 is fixed and coupled upright, and the upper end of the grinding cylinder 11 is provided with a normal hopper 10, and the shaft of the rotary shaft 25 (27) coupled to the conical rotary tube 16 and the power rod 26 is to be rotated by the power means,

On the inner circumferential surface of the grinding barrel 11 and the outer circumferential surface of the conical rotary cylinder 16, longitudinal grinding grooves 11-1 and 16-1 are formed to face at equal intervals, and each vertical grinding groove 11-1 and 16- 1) between the horizontal grinding grooves (11-2) and 16-2 are formed at equal intervals,

It is achieved by a green juice grinding device, characterized in that the screw stone plate 18 is formed in a spiral shape on the conical surface 17 of the conical rotary tube 16.

Since the present invention is constructed as described above, when the power rod 26 is rotated in the state where the hopper 10 is filled with the stripped grains, the conical rotary tube 16 is rotated together with the rotary shaft 25, and the cone is When the tradition 16 is rotated, the stripping grain is led by the screw stone plate 18 to move downward. As such, when the grain moves downward, the vertical grinding grooves 11-1 and 16-1 are horizontally ground. It is ground by the grooves (11-2) (16-2), the ground grains are dropped over the discharge inclined plate 22 through the inner portion of the coupling cylinder 21 and slide downward to move the discharge hole (20-1) And is discharged through the discharge container (4).

1 is an exploded perspective view of a green juice grinding device according to the present invention.

Figure 2 is a cross-sectional view of the green juice grinding device according to the present invention

3 and 4 are enlarged cross-sectional view showing the main portion of the green juice grinding device according to the present invention.

※ Explanation of symbols for main parts of drawing

1: green juice grinding device 2: pedestal

3: leg 4: outlet

10: hopper 11: grinding barrel

12: screw portion 13: nut portion

14 bolt rod 15 handle

16: conical rotary tube 17: conical surface

17-1, 18: screw stone plate 19: nut ball

20: fixed cylinder 21: coupling cylinder

22: discharge inclined plate 23: shaft housing

24, 24-1: bearing 25: rotating shaft

26: power rod 27: bolt rod

30: pulley 31: belt

The above and other objects and features of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

1 to 3 is an exemplary view showing a specific embodiment of the green juice grinding device 1 according to the present invention,

Figure 1 is an exploded perspective view, Figure 2 is a cross-sectional view of the coupling, Figure 3 is an enlarged cross-sectional view of the main part.

The stationary cylinder 20 was mounted on the base 2 provided with the leg 3. The fixed cylinder 20 is formed as a space portion inside the upper surface of the coupling cylinder 21 is formed integrally to mount the pulverization cylinder 11 which will be described in detail later, the discharge inclined plate 22 is formed therein At the lower end of the discharge inclined plate 22, the discharge cylinder 20-1 was drilled in the fixed cylinder 30. On the front of the discharge hole 20-1, the discharge container 4 is detachable by fixing means such as bolts and nuts, but when it is necessary to change various fruits or vegetables (vegetables), the discharge is made in a simple form. Can be used by mounting the barrel (4), when you want to grind food with a shell, such as beans, tanks, sorghum, etc. can be used by mounting the discharge container (4) equipped with a shell discharge pipe (5), the Inside the shell discharge pipe 5, a damper 6 is installed with a shaft 6-1, and a damper 6 outside. A damper angle adjuster (7) is provided to adjust the angle of the shell, and a normal vacuum suction pump is mounted on the discharge side of the shell discharge pipe (5).

The shaft shaft housing 23 was fixed upright in the center of the fixed cylinder 20 and the shaft 25 was installed in the shaft housing 23 through the bearings 24 and 24-1. The power rod 26 integrally formed on the lower side of the rotating shaft 25 is equipped with a pulley 30 to be connected to the power unit (not specifically shown) by the belt 31, the upper portion of the rotating shaft 25 The bolt rod 27 formed integrally with the conical rotary cylinder 16 which will be described later in detail.

In particular, although not specifically illustrated the power rod 26 may be directly connected to the shaft of the reduction motor or connected using a separate gear, the reduction motor can be mounted directly inside the pedestal (2).

In the coupling cylinder 21 of the fixed cylinder 20, vertical grinding grooves 11-1 are formed on the inner circumferential surface at equal intervals, and the horizontal grinding grooves 11-2 are densely arranged between the vertical grinding grooves 11-1. The crushing cylinder 11 formed was mounted, and the corresponding threaded portions 21-1 and 12 were formed on the outer circumferential surface of the coupling cylinder 21 and the inner lower end surface of the pulverizing cylinder 11 to screw the crushing cylinder. A plurality of nut rods 13 are formed laterally through the outer circumferential end of the 11 to screw the bolt rods 14 provided with the handle 15 to each other so as to adjust the height of the grinding barrel 11 to be fixed. To make it work.

In particular, although not shown in detail above, the coupling cylinder 21 is enlarged to form the screw portion 21-1 on the inner circumferential surface thereof, and the screw portion 12 is disposed on the lower end of the outer circumferential surface of the grinding cylinder 11. Forming and screwing, by forming a nut rod 13 on the outer peripheral surface of the coupling cylinder 21 to screw the bolt rod 14 to adjust the height of the grinding cylinder 11 to be fixed. You may.

In addition, the conical rotary cylinder 16 is coupled to the bolt rod 27 of the rotary shaft 25 protruding to the upper side of the fixed cylinder 20, but the bolt rod 27 to the upper side in the center of the bottom surface of the conical rotary cylinder 16 A hole was drilled to insert closely, and a nut hole 19 was formed at the upper end of the hole so that the bolt rod 27 could be screwed together.

The conical rotary cylinder 16 is of a conical shape, the cylindrical surface (17-1) is integrally formed at the lower end of the conical surface (17) and the longitudinal grinding grooves (conical surface 17-1) in the cylindrical surface (17-1) 16-1) were formed at equal intervals, and horizontal grinding grooves 16-2 were formed between the vertical grinding grooves 16-1.

In particular, the vertical grinding grooves 11-1 of the grinding barrel 11 and the vertical grinding grooves 16-1 of the conical rotary cylinder 16 are formed to be inclined to cross each other so that the green juice grinding is more easily ground.

In addition, the hopper 10 was mounted on the upper end of the pulverization cylinder 11, and was joined by a screw method, or after being inserted, it was fixed by a fixing means such as a bolt to be disassembled and coupled.

The operation relationship will be described below.

First, the handle 15 is released to release the fixed state of the pulverization bin 11, and then the pulverization bin 11 is rotated in the forward and reverse directions to grind and grind the grinding barrel 11 according to the characteristics of the peeled pulverized grain to be ground. Adjust the distance between the lower end jaw (11-3) and the conical surface (17) of the conical rotary cylinder 16 of the) and tighten the handle 15, the bolt rod 14 is in close contact with the coupling rod (21) The grinding barrel 11 was fixed.

Thus, the drive switch (not specifically shown) is turned ON in the state which adjusted the space | interval of the lower round jaw 11-3 of the grinding cylinder 11, and the cone name 17 of the cone rotary cylinder 16. As shown in FIG. By operating the drive switch, a predetermined power unit (not specifically shown) is operated, and the belt 31 rotates while the belt 31 is rotated by the operation of the power unit, thereby rotating the pulley 30. The conical rotary cylinder 16 rotates together with the power rod 26 and the rotation shaft 25 by the rotation.

When the cone rotating cylinder 16 starts to rotate, a predetermined stripping grain is introduced through the hopper 10. The stripping grains may be first introduced through the hopper 10, and then the power unit may be operated.

When the crushed grains are put in the state in which the cone rotating cylinder 16 is rotated, the crushed grains introduced are guided by the screw stone plate 18 which is rotated while being introduced into the pulverization cylinder 11 to be rotated downward. When the stripped grain is guided and moved by the screw stone plate 18, the longitudinal grinding groove 11-1, the horizontal grinding groove 11-2 and the vertical grinding groove of the conical rotary cylinder 16 of the grinding barrel 11 are moved. (16-1) and the transverse grinding groove (16-2) is the outer surface of them or the shell is peeled off by friction between each other to move. As the above-mentioned stripping grinding grains are peeled and ground while moving downward, the stripping grinding grains move downward because the distance between the conical surface 17 of the conical rotary tube 16 and the inner periphery of the grinding cylinder 11 is gradually narrowed. The smaller they are, the smaller they are ground, and at the bottom they are ground to the size of very small grains.

In this way, the ground grains and the peeled shells pass between the cylindrical surface 17-1 and the coupling cylinder 21, and fall down on the discharge inclination plate 22 of the fixed cylinder 20, and the discharge slant plate 22 above. The dropped grains and shells are collected by moving toward the discharge hole 20-1 along the inclined surface and are discharged through the discharge container 4. When the granules and shells are discharged and the normal vacuum suction pump (not specifically shown) mounted on the shell discharge pipe 5 is operated, the shells discharged together with the grains are removed from the vacuum shell discharge tube (by the suction force of the vacuum suction pump). It is discharged after being guided to 5), in particular, the discharge of the shell can be controlled by adjusting the angle of the damper (6) by the damper angle adjuster (7).

In addition, when the pulverized product is put in a shell with no moisture, such as beans, peanuts, and grains, the pulverized product is pulverized in the grinding barrel 11 and the conical rotary cylinder 16 of the longitudinal grinding groove (11-1) ( 16-1) and the transverse grinding grooves (11-2) (16-2) are stripped while being rubbed, the shell is peeled grains are crushed by the gradually narrowed space combined with the peeled shell (21) After falling through the discharge inclined plate 22 of the fixed cylinder (20) through the discharge hole (20-1) and the discharge cylinder (4), in this case the usual vacuum mounted to the shell discharge pipe (5) When the suction pump (not specifically shown) is operated, the shell discharged with the grains is guided to the vacuum shell discharge pipe 5 by the suction force of the vacuum suction pump and then discharged.

In particular, the discharge of the shell can be adjusted by adjusting the angle of the damper 6 by the damper angle adjuster (7).

Grain stripping and grinding device 1 according to the present invention is a grain, such as rice, barley, soybeans, corn, which contains little moisture, including peeling and crushing the shell, various fruits and vegetables containing a lot of moisture And even agricultural products such as sweet potatoes and potatoes can be crushed and crushed. Grains, such as soybeans and corn, which have almost no moisture, are vertically and horizontally crushed grooves (11-1) of the grinding barrel (11) and the conical transition cylinder (16). (16-1) · (11-2) (16-2), the shells are easily peeled off and the shells peeled off are pulverized to an appropriate size by rotating downward. 4) Only the light weight shell is sucked into the shell discharge pipe 5 and discharged to the outside by the vacuum suction pump which is operated when passing through 4), and only the granules are discharged through the discharge container 4.

It contains a lot of moisture, such as fruits and vegetables, the vertical grinding grooves (11-1) (16-1) and the horizontal grinding grooves (11-) formed on the inner and outer surfaces of the grinding cylinder (11) and the conical rotary cylinder (16). 2) (16-2) and then is discharged through the discharge container (4), even if the discharge pipe 4 is provided with a shell discharge pipe (5) by operating a vacuum suction pump for discharging the shell You do not have to give.

On the other hand, grains such as soybeans and corn, which have almost no moisture, are vertically and horizontally crushed grooves 11-1, 16-1, 11-2, and 16 of the grinding barrel 11 and the conical transition cylinder 16. -2) The shell is easily peeled off and the shell is peeled down to be crushed to the appropriate size while rotating downward, by the vacuum suction pump which is operated when the ground grain and the shell are mixed and passed through the discharge container (4). Only light weight shell is sucked and separated by the shell discharge pipe (5) is discharged to the outside, only the grain is discharged through the discharge container (4).

As such, the present invention is capable of pulverizing green juice regardless of the moisture content of green juice and ground products.

In addition, the green juice grinding device 1 according to the present invention can properly adjust the size of the grains to be ground. That is, when the crushing cylinder 11 is rotated forward and reverse while releasing the detention of the crushing cylinder 11 by releasing the bolt rod 14 holding the crushing cylinder 11 in the coupling cylinder 21. When the grinding cylinder 11 coupled to each other by the screw portion 12 (21-1) is moved up and down along the coupling cylinder 21, and the coupling cylinder 21 is moved up and down, the conical rotary cylinder ( The lower end of the inner circumferential surface of the lower end (11-3) and the conical rotary tube (16) of the lower end of the conical surface 17 and the cylindrical surface (17-1) becomes narrower or wider, in this way Adjust If you put it, you can adjust the size of the final grain to the appropriate size.

In addition, the grain stripping and grinding device 1 according to the present invention will not destroy the characteristics of the nutrients of the stripped grains such as grain.

In other words, the conventional juicer, such as green juice, crushed products are cut indiscriminately by a high-speed rotating blade or barked by a roller, so nutrients are destroyed and characteristics are lost. Nutrients are not destroyed because the stripped grains are gradually ground by the vertical and horizontal grinding grooves 11-1, 16-1, 11-2, and 15-2 formed on the inner and outer peripheral surfaces of the tradition 16. And not impair the properties of the product.

In addition, the green juice grinding device 1 according to the present invention can be easily disassembled and combined with the hopper 10, the grinding barrel 11, and the conical rotary cylinder 16. It can be kept clean and hygienic.

As described above, according to the present invention,

It grinds green juice and pulverized grains, so it does not lose its properties without destroying nutrients, and it is possible to grind fruits, vegetables, and grains regardless of the moisture content. The granules can be removed and removed and the size of the granules decomposed by zooming is adjusted by adjusting the distance between the inner circumferential surface thereof and the conical surface 17 of the conical rotating cylinder 16 by adjusting the grinding cylinder 11 up and down. It can be crushed hopper and pulverization cylinder and conical rotary tube, so that after cleaning, you can always keep clean and hygienic.

Claims (4)

In pulverizing the discharge of green juice, such as vegetables, fruits, grains, pulverized by a rotary blade or a gear rod that is connected to the outer surface is rotated by any power unit, Supporting the fixed cylinder 20, the coupling cylinder 21 is formed on the upper surface with the support (2), The inside of the fixed cylinder (20) is provided with an inclined discharge plate 23 inclined, the lower end of the discharge hole (20-1) to remove the discharge container (4) and to rotate the rotating shaft 25 freely in the inner center As vertically as possible In the coupling cylinder 21 of the fixed cylinder 21, the cylindrical crushing cylinder 11 having a height adjusting means is fixed and coupled upright, and the upper end of the crushing cylinder 11 is provided with a normal hopper 10 and , The shaft rod 27 of the rotary shaft 25 is coupled to the conical rotary cylinder 16 and the power rod 26 is to be rotated by the power means, On the inner circumferential surface of the grinding barrel 11 and the outer circumferential surface of the conical rotary cylinder 16, longitudinal grinding grooves 11-1 and 16-1 are formed to face at equal intervals, and each vertical grinding groove 11-1 and 16- 1) between the horizontal grinding grooves (11-2) and 16-2 are formed at equal intervals, The green juice grinding device, characterized in that the screw stone plate (18) formed in a spiral shape on the conical surface (17) of the conical rotary tube (16). The method of claim 1, Screws 21-1 and 12 are respectively formed on one of the inner and outer surfaces of the coupling cylinder 21 of the stationary cylinder 20 and the corresponding surfaces of the inner and outer surfaces of the lower end of the grinding cylinder 11, respectively, and screwing them together. By adjusting the height of the grinding barrel 11, The bolt rod 14 provided with the handle 15 is screwed to form a horizontally through the nut portion 13 on the surface located on the outer side of the lower end of the coupling cylinder 21 and the grinding cylinder 11 to be screwed Green juice pulverizing device, characterized in that to fix the grinding barrel (11). The method of claim 1, Inside the shell discharge pipe 5, a damper 6 is installed with a shaft 6-1, and a damper angle adjuster 7 for adjusting the angle of the damper 6 is mounted outside, and the shell discharge pipe 5 The green juice grinding device, characterized in that the vacuum suction pump is mounted on the discharge side. The method of claim 1, Green juice grinding device characterized in that the vertical grinding grooves (11-1) and the vertical grinding grooves (16-1) of the conical rotary cylinder (16) of the grinding barrel (11) to be inclined to cross each other.