WO1999026493A1

WO1999026493A1 - Universal cooking machine

Info

Publication number: WO1999026493A1
Application number: PCT/JP1998/005301
Authority: WO
Inventors: Yang Kyu Yung
Original assignee: Dong-A Mechatronics Co., Ltd.; Cosmic Round Korea Co., Ltd.; Magata, Katsumi
Priority date: 1997-11-25
Filing date: 1998-11-25
Publication date: 1999-06-03
Also published as: JP3148257B2

Abstract

A universal cooking machine capable of preparing various kinds of food materials by only changing a part of the structural elements thereof, comprising a screw (10) in a housing (H), a juice extraction member (20) and a second outlet (F); the screw being provided with a screw end section (11a) and a smooth surface section (12) which are formed on an outer circumferential portion thereof, a front section having a diameter-decreasing inclined compression portion (13), and a front end section (14) having a helical thread and joined to the front section; the juice extraction member being provided on its outer circumferential surface with a cylindrical extraction net member (21), a plurality of lengthwise extending ribs (21b), a fixed member (22) having in an inner surface thereof combining grooves (22b) engaged with the ribs, a packing (23) having radial slits, and a discharge member (22a) combined together with and formed on a front portion of the fixed member; the second outlet being formed at a lower portion of a front end of the housing.

Description

Description Universal cooker Technical field

The present invention relates to a universal cooker, and more specifically, can be used to produce not only fruit and vegetable juices but also various foodstuffs such as 麵, mince, shaved ice, sesame oil, etc. by simply exchanging some components. About a universal cooker. Background art

Generally, as an easy-to-use food cooking machine at home, a juice extractor for crushing leaves and roots of fruits and green vegetables and extracting fresh juice is widely used. Such a juice extractor comprises, for example, as shown in FIG. 1, a drive unit provided with a motor for providing a driving force, and a housing H connected to the drive unit M, and the housing H is provided at the top. Equipped with a hopper HP for guiding through the provided material, an outlet E provided at the bottom, and an outlet W fastened to the front end of the housing H for discharging the residue remaining after making the jug Equipped with cap C, the juice extraction device in housing H has a screw as the main component for crushing the material.

However, although such a juice extractor can easily produce fruit and vegetable juices, it cannot be used for cooking other foods, and was not versatile. Disclosure of the invention

Therefore, the present invention is not limited to fruit and vegetable juices, but also

Replacement form (Rule 26) The aim is to provide a universal cooker that can be used for the production of various ingredients such as ice cream and sesame oil.

That is, the universal cooking device according to the present invention comprises a screw in a housing mounted on a shaft driven by a motor and a screw in a drive unit, and a screw for extracting juice from a material introduced from a hopper. It has a juice extraction member at the front end and a second outlet. Here, the screw has a plurality of ends and a flat portion at the outer periphery of the screw, a front portion having a compression portion having a tapered diameter, and a front portion having a helical screw. And a front end portion formed by being connected to the juice extraction member. The juice extraction member includes a cylindrical extraction net member having a juice extraction net on the outer periphery, and a screw provided on the outer surface of the juice extraction net. A plurality of longitudinal ribs for insertion into the front end of the lip, a fixing member having a coupling groove formed on the inner surface with a number and size corresponding to the ribs on the juice extracting member, and a passage in the thin center portion. A packing with radially split tears to provide and a discharge member at the front of the fixing member formed as a unit with the fixing member for tight insertion into the outlet within the cap. Be prepared The second outlet is formed in the lower portion of the front end of the housing for juice extraction is secondarily compressed by joules scan extraction member.

A universal cooking machine according to another embodiment of the present invention includes: a drive unit having a motor; a work input hopper connected to the drive unit and connected to an upper portion; A housing having an opening, and a drive shaft provided inside the housing and connected to a unit of the drive unit, and a surface on which a plurality of pressure needles are mounted on the opposite side to the drive shaft is provided. A rotating plate provided, a crushing plate having a blade fixed in a radial groove on one side and an opening formed on the lower side, and a pressure plate joined to the other side of the crushing plate. And a handle connected to the pressure plate.

Replacement ffl paper (Rule 26) A universal cooker according to another embodiment of the present invention includes: a drive unit having a motor unit; a housing connected to the drive unit and having a hopper at an upper part; A pressure screw is mounted on the cylinder, and a discharge port is formed at the tip of the cylinder and a heat pump is mounted on the outside, and the squeezed oil is discharged on the front lower side. The cylinder and the pressure screw can be easily separated from each other, a discharge guide is formed in the oil discharge hole, and an oil discharge hole is provided inside the housing. An installation member having a holding hole for holding the cylinder is provided therein, and the pressure screw is inserted and installed such that an outer peripheral portion thereof keeps a close gap with an inner side surface of the cylinder between the holding holes of the installation member. Composed It has been.

A universal cooker according to another embodiment of the present invention includes a drive unit having a motor, a hopper connected to the drive unit, and an upper hopper provided with an outlet at a lower front side, and an inner hopper at the upper side. Consists of a housing having a spiral screw mounted thereon, and a cap having a discharge port attached to the front of the housing, and a screw having a smooth portion formed on the outer periphery of the screw on the hopper side. A compression portion for primarily compressing the workpiece is formed on the front side, and a front end portion having a diameter smaller than the diameter of the screw body and provided with a spiral screw on the outer peripheral surface is formed on the front surface portion. Radial ribs are formed on the outer periphery of the filter, and a filter net having a rubber ring built-in is covered on the inner side. A universal cooking machine according to another embodiment of the present invention includes a drive unit including a motor, a first juice unit connected to the drive unit, a screw, and a second juice unit. The first squeezing part is provided with a screw penetrating therethrough, a number of blades are attached to its inner surface, a hopper is installed on its upper side, and a hopper is installed on its lower side. Is provided with a juice outlet with a receiving net, the screw is a spiral screw part corresponding to the first juice part, and the second juice part

Three

Substitution 甩 (Rule 26) In the spiral screw part, a screw serving as a grinding screw blade protrudes and formed at a position corresponding to the hopper 1 of the first squeezing part, and a smooth part is formed around the screw. The compression section has a smaller diameter than the spiral screw section, and a spiral projection is formed on the surface of the compression section. A conical squeezing net with blades, and a squeezed rubber set at the tip, and the scum discharge part covers a part of the second squeezed part and is connected to the first squeezed part, At the center of the chip discharging portion, a chip discharging member having a discharge hole is provided.

A universal cooker according to another embodiment of the present invention includes a drive unit provided with a motor, a hopper connected to the drive unit, and a hopper at an upper portion and an outlet at a lower front side are provided. A housing having a spiral screw attached to the inside, and a cap having a discharge port attached to the front of the housing, a small-diameter portion having a screw formed at the tip of the cap, A plurality of types of nozzles can be attached to this screw. A screw having a screw end portion and a smooth portion is provided on the outer periphery of the screw on the hopper side, and the screw is formed on the outer periphery of the screw. Helical threaded portion, an inclined portion inclined forward and downward at the front of the screw, a second inclined portion further inclined forward and downward at the front of the inclined portion, and a second inclined portion And a small-diameter front end portion formed in the front end of the inclined portion and the second inclined portion is constructed by a helical screw is formed.

It will be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are to provide further explanation of the invention as claimed. BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 is a schematic external view of a universal cooking device of the present invention, and FIG.

4 Replacement paper rules 26 FIG. 3 is a perspective view showing a screw of a preferred embodiment, FIG. 3 is an exploded perspective view of a juice extracting member of a preferred embodiment of the present invention, and FIG. 4 is a view of a universal cooking machine of a preferred embodiment of the present invention. FIG. 5 is a cross-sectional view showing an internal structure, FIG. 5 is an exploded perspective view of a principal part showing another embodiment of the present invention, and FIG. 6 is a perspective view of a principal part showing another embodiment of the present invention. FIG. 7 is an exploded perspective view, FIG. 7 is a sectional configuration view thereof, FIG. 8 is a perspective view showing components used in the embodiment shown in FIG. 6, and FIG. 9 is a perspective view of FIG. FIG. 10 is a cross-sectional view of a modification of the embodiment shown, FIG. 10 is a partially cutaway perspective view of a main part member showing another embodiment of the present invention, and FIG. 11 is an exploded perspective view thereof. FIG. 12 is a cross-sectional view of the inside, FIG. 13 is a side view thereof, and FIG. 14 is another embodiment of the present invention. FIG. 15 is a cross-sectional view of FIG. 15, FIG. 16 is an exploded perspective view of a main part showing another embodiment of the present invention, and FIG. FIG. 18 is an internal cross-sectional view, FIG. 18 is a view showing a modified example of the embodiment of FIG. 17, and FIG. 19 is an exploded perspective view showing another embodiment of the present invention. BEST MODE FOR CARRYING OUT THE INVENTION

Preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. As shown in FIG. 1, the basic structure of the universal cooker of the present invention is a generally known structure, and a housing H connected to a drive unit M has a hopper HP at the top. The screw is inside the housing H

A cap C having an outlet W is provided at the front end of the housing H. FIG. 2 is a perspective view of the screw 10 of the preferred embodiment of the present invention, wherein the screw 10 is formed on the outer periphery of the screw and has a plurality of screw terminations 11 a, which are located at each of the abruptly terminated screws. Each screw end 1 1 Smooth part without screw formed before and after 1a 1 and forward in front of screw 10

5 Replacement form (Rule 26) And a front end 14 continuous with the compression section 13 having a small diameter. That is, the screw terminal portion 1 1a and the smooth portion 12 are provided at the rear of the screw located at the lower right of the hopper HP into which the material is introduced to crush the material, and the front of the screw 10 is provided. A two-stage screw 10 is provided by an inclined compression part 13 having a diameter gradually decreasing at the front end, and a front end part 14 formed to have a diameter decreasing continuously from the compression part 13. The front end 14 has a helical screw 14a formed in the longitudinal direction.

FIG. 3 is an exploded perspective view showing the juice extracting member 20 according to the preferred embodiment of the present invention. Juice extractor 20 is coupled to the front end 14 of screw 10 for juice extraction, with cap C tightened. The juice extraction member 20 is composed of an extraction net member 21 and a fixing member 22, both of which are removable. The extraction net member 21, the fixing member 22 and the cap C are fixed in this order. The juice extracting member 21 is cylindrical and has an extraction net 21a and a plurality of ribs 21b on the outer periphery. The fixing member 22 is connected to the front end of the extraction net member 21, and has a connection groove 22 b formed in size and number so as to fit the rib 21 b of the extraction net member 21. A packing 23 is provided inside the fixing member 22, and the packing is preferably detachable from a groove on the inner periphery of the fixing member 22. The packing 23 is thicker at the periphery than at the center. The packing 23 is provided with a radial tear instead of the opening in the related art, and a tear 23 a is formed. As shown in FIG. 4, it is preferable that the crevices 23 a bend forward in a certain range toward the exit. A discharge member 22a at the front of the fixing member 22 formed as a unit with the fixing member 22 is present for tight insertion into the outlet W within the cap C.

FIG. 4 is a sectional view showing the internal structure of the universal cooking device according to the preferred embodiment of the present invention.

6 Replacement paper Here, the screw 10 and the juice extracting member 20 are installed inside the housing H, and the cap C is tightened. That is, the rib 21 b on the use extraction member 21 is inserted into the coupling groove 22 b in the fixing member 22, and the front end 14 of the screw 10 is located inside the juice extraction member 21. Inserted into space.

The operation of the universal cooking device according to the present invention will be described with reference to the accompanying drawings.

In the universal cooker of the present invention, ingredients such as vegetables and fruits are cut into appropriate sizes and then introduced into the hopper HP. The screw 10 crushes it and extracts it to move it forward. This action is the same as a general-purpose cooker. However, in the universal cooker of the present invention, the material guided into the smoothing portion 12 starts to be screwed when the screw 10 rotates and is crushed by the screw end portion 11a. That is, when the screw 10 rotates, the screw end portion 11a acts like a hammer for hitting the material, enhancing the crushing effect and distributing the material better. Therefore, juice can be extracted from a larger mass of material.

The material moves forward along the screw 11 on the screw 10 and continuously receives the crushing action to reach the compression section 13. Here, the crushed material is first compressed between the inside of the housing H and the compression section 13 and squeezed into juice. The extracted juice is first discharged through outlet E. The crushed material that has passed through the compression section 13 is pushed toward the front end section 14 of the screw 10 and the extraction net member 21. Here, the crushed material is further compressed, and the second juice is squeezed through the juice extraction net 21a in the extraction net member 21. The second extracted juice is discharged through the second outlet F. On the other hand, the front end 14 of the screw 10 is connected to the second juice extraction while the crushed material is being compressed by the packing 23.

Replacement paper (rule 26) In order to compress the crushed material in the process ahead, the crushed material residue is further squeezed to produce residual juice. Therefore, juice extraction efficiency is improved.

FIG. 5 is an exploded perspective view of a main part showing another embodiment of the present invention, and the present invention provides a further function by replacing some elements. That is, instead of the extraction net member 21, the kneading member 30 is adapted for kneading through flour, and the extraction member having a circular cross-section 33 or a rectangular cross-section 34 is a cap C It is inserted into the outlet W inside. This makes the universal cooker usable for other purposes. The kneading member 30 has the same outer shape as the juice extracting member 20 so as to fit the front end of the housing H, and has a passage 31 through which the kneaded flour passes. The extraction member 33 having a circular cross section or the extraction member 34 having a rectangular cross section inserted into the discharge port W in the cap C is a passage in the kneading member 30. An opening connected to 31 and a plurality of small holes having a circular cross section or a rectangular cross section for forming a 断面 of a desired cross section at the front portion are provided. Reference numeral 32 denotes a connecting screw. Thus, the universal cooker of the present invention was kneaded when the extraction member having the kneading member 30 and the circular 麵 cross section 33 or the rectangular 麵 cross section 34 was adapted instead of the juice extraction member 20. Flour is introduced into the hopper HP and is driven to produce the desired cross-section while passing through the screw 10 and the above elements.

As described, the universal cooker according to the present invention improves the crushing capacity for the material to be put in, facilitates the smooth movement of the material, and improves the juice extraction efficiency with the two-stage screw and the juice extraction member. .

In addition, the removable extraction net member and the fixing member in the juice extraction member can efficiently remove the residue accumulated inside the universal cooker, keep the extractor clean, and remove the residue from the center of the packing. Through the rift of

Replacement form U¾ rule 26) Therefore, the elasticity of the packing does not deteriorate even after long-term use, and the extraction efficiency is improved compared to the discharge port in the related technology without packing.

Even if components need to be replaced due to deterioration of the elasticity of the packing, etc., only the packing and fixing members can be replaced without replacing the entire universal cooker. You can use components.

Further, by replacing the extraction net member and the fixing member with the kneading member and the extraction member, the universal cooking machine of the present invention can be used as a manufacturing machine and the range of use of the universal cooking machine is expanded.

FIG. 6 is an exploded perspective view of a main part member showing another embodiment of the present invention, and FIG. 7 is a sectional configuration view thereof. The present invention further provides the ability to make shaved ice by exchanging several elements. That is, the entire member shown in FIG. 4 is removed from the drive unit M, and the member shown in FIG.

The housing 51 has a workpiece input hopper 52 connected to the upper part, and an opening 5 lb for lowering the workpiece, which is opened at the lower part. A groove 51c is formed in the front of the housing, and a projection 51a connected to the drive unit M is formed in the rear.

Inside the housing 51, a rotary plate 53 provided with a drive shaft 54 connected to the drive motor of the drive unit M is built in. Several pressure needles 5 5 are provided in front of the rotary plate 53. The pressure needle 55 allows the ice 65 or other workpiece to be scratched.

At the front of the housing 51, a cap 6 1 to which a screw tube 6 2 is joined is fastened with a tightening bolt 6 4, and inside the screw tube 6 2, a groove 51 c of the housing 51 is slided. Let it. The pressure cylinder plate 56 on which the guide projections 56 are formed and the spiral shaft 59 on which the handle 60 is coupled to the other side are screw-coupled.

Replacement form (Rule 26) A blade 58 is fixed to a radial groove 57a on the outside of the pressure plate 56, and a grinding plate 57 having an opening 57b formed on the lower side is connected. Tube plate

The drive shaft 54 is pressed against the rotary plate 53 of the drive shaft 54 so that the contents can be cut.

In addition, instead of the above-mentioned crushing plate 57, if a semi-circular blade 63a as shown in FIG. 8 is used in combination with a slice cutter plate 63 attached to a plate, it can be used for slicing radish and the like. Can be used for

By attaching the components described above to the drive unit M, it can be used for shaving ice and food slicing in ordinary households. When used as a shaved ice machine, put ice 65 of a certain standard frozen in a refrigerator into the hopper 52, turn the handle 60, and turn the pressure plate 56 to the rotating plate 5 And fixed with the pressure needle 5 5.

In this state, if the drive motor is rotated to rotate the rotating plate 53, the ice starts to rotate. At this time, the ice is crushed into fine ice by being pressed against the blade 58 of the opposite crushing plate 57. You.

If the handle 60 is rotated slowly in the ice breaking process to break the ice, the spiral shaft 59 rotates and the guide projections 56 of the pressure plate 56 slide along the grooves 51c. Since the position of the blade 58 of the crushing plate 57 is moved toward the three axes of the rotary plate 53, the ice crushing operation can be performed to the end.

The crushed ice 65 passes through the groove 57a and the opening 57b of the crushing plate 57, and falls through the opening 51b at the lower part of the housing 51, so that the shaved ice is received. It can be used for necessary dishes such as.

When using it for slicing fruits, radish, etc., use the cutter plate 63 shown in Fig. 8 instead of the crushing plate 57, and use the same working method as above to turn the semi-circular blade 63 a into radish etc. By pressing, it can also be used as an auxiliary tool for slicing.

1 0 Replacement paper (Rule 26) FIG. 9 is a cross-sectional view of another embodiment, in which the above-mentioned spiral shaft 59 is replaced with a shaft bar 59a of a round bar body and connected, and a spring 59b is fitted on the outer peripheral surface of the shaft shaft 59 as described above. The pressure plate 56 is configured to be pressurized by the elastic force of the spring 59b.

In the configuration of this embodiment, the ice breaking operation and the slicing operation can be performed. Of course, after the handle 60 is pulled, the workpiece is inserted, and the handle 60 is released. aBecause the front grinding plate 59 continuously pressurizes the workpiece by the elastic force of the spring 59b, the machining operation is completed easily.

FIG. 10 is a partially cutaway perspective view of a main part member showing another embodiment of the present invention, FIG. 11 is an exploded perspective view thereof, FIG. 12 is an internal sectional view thereof, and FIG. It is a side view. The present invention further provides the function of sesame oil making by exchanging several elements. That is, the entire member shown in FIG. 4 is removed from the drive unit M, and the member shown in FIG. 10 is fixed to the drive unit M instead.

A connection part 42 that can be connected to the drive unit M of the universal cooker is formed in a part of the housing 43, and a hopper 44 is provided at an upper part, and a housing is provided inside the housing 43. A cylinder 46 is provided in which the pressure screw 45 is mounted.A discharge port 90 is formed at the tip of the cylinder 46, and a heater HT is mounted on the outside of the cylinder 46. The side is provided with an oil discharge hole 91 for discharging and extracting the squeezed oil.

The present invention makes it possible to easily separate the above-mentioned cylinder 46 from the pressurizing screw 45 provided in the cylinder 46, and to provide a discharge guide 93 to the lower oil discharge hole 91 of the cylinder 46. To make it possible to effectively remove the squeezed oil.

Holder hole 4 8 is formed so that cylinder 4 6 is inserted inside housing 4 3

1 1 Replacement paper (Ver. 26) The installation member 47 thus formed is internally provided so as to be able to penetrate a part of the connection part 42 and the discharge port 90 side.

The holding hole 48 of the installation member 47 is open so that the cylinder 46 can be held and separated from the connecting part 42 of the housing 43. The holding hole 48 allows the cylinder 46 to be inserted and installed tightly. Is made up of standards that perform smoothly. A pressurizing screw 45 is provided inside the cylinder 46, and the outer periphery of the calorie screw 45 is tightly connected to the inner surface of the cylinder 46, which is sandwiched between the holding holes 48 of the installation member 47. It is inserted so as to keep a proper gap, and the material (mainly sesame, etc.) can be pressed and pressed.

The bottom surface of the housing 43 is provided with an oil discharge hole 91 from which the oil squeezed downward from the cylinder 46 is discharged. An incision 49 is provided to allow the drained oil to be discharged, and oil discharge holes 92, 92 'for discharging the squeezed oil are provided on the incision 49 of the installation member 47. It is formed.

The oil discharge holes 9 2 and 9 2 ′ are finely formed in the direction of the cylinder 146 so that the remaining residue of the squeezed material cannot pass through and only the oil is discharged. In the illustrated example, the cylinder 46 is composed of a regular hexagonal tubular body, but a circular or polygonal tubular body is also possible, and the sandwich hole 48 in which the cylinder 46 is sandwiched is installed. Is configured in an acceptable shape.

The cutout portion 49 of the installation member 47 on the side of the cylinder 46 on which the oil discharge holes 92, 92 'are formed is integrated with the installation member 47 downward and collects the oil squeezed from the cylinder 46. The discharge guide 93 is formed so that it can be guided and discharged, but the discharge guide 93 has a lower part 94 at the lower stage, and the upper part is a downward tapered shape connected to the installation member 47 in the direction of the cylinder 46. Preferably, the width of the discharge guide 93 is relatively narrower than the diameter of the cylinder 46. Of course, the discharge guide 93 can concentrate the squeezed oil downward.

1 2 Replacement form (Rule 26) Made in various shapes.

In the drawing, reference numerals 9 6 and 9 7 indicate installation members 4 7 connected to the hopper 4 4 and supply the material into the cylinder 4 6 and the introduction hole of the cylinder 4 6, 9 8 a cable, 9 9 Denotes a connector, and 100 denotes a cover of an outlet 90 from which scum of the squeezed material is discharged.

The components configured as described above connect the connecting portion 42 with the above-described drive unit M, input the material from the hopper 44 and press the oil, and the method of use is general. .

According to the present invention, the cylinder 46 is sandwiched between the pin holes 48 of the installation member 47 of the housing H, and the pressure screw 45 is inserted and installed inside the cylinder 46, and this connection portion 42 is connected to the drive unit M. You can use it.

After connecting the connecting portion 42 to the drive unit M, the material is put into the hopper 44 side, the pressurizing screw 46 is turned to pressurize the material, and the oil is heated and heated by the heater HT. I do.

In the above-mentioned oiling process, the material residue is pressurized and discharged to the outlet 90 at the tip, and the oiled oil flows out of the cylinder 1 46 through the oil discharging holes 9 2, 9 2 ′ of the cylinder 46. It flows along the cutout part 49 of the installation member 47, along the discharge guide 93 on the 9 side, and the oil is collected at the lower part 94, and is collected by falling into the oil discharge hole 91 of the housing 43. Can be

That is, the collected oil is discharged to the oil discharge holes 92, 92, of the cylinder 46, and the cutout portion 4 of the installation member 47 formed below the cylinder 46 from the outer peripheral wall of the cylinder 46. The oil squeezed while flowing down the discharge guide 93 on the 9 side and being collected by the lower attachment part 94 flows down, and falls from the oil discharge hole 91 to be collected.

Therefore, the oil squeezed out from the entire oil discharge hole 91 flows out and is discharged as in the past, and the squeezed oil adheres to the inside of the housing 43.

1 3 Replacement paper Rule 26) And the oil loss is improved.

When the cylinder 46 and the pressure screw 45 are cleaned after the oil pressing operation, the connecting part 42 is separated from the drive unit M, and then the pressure screw 45 inside the cylinder 46 is pulled out and separated. When the cylinder 1-6 is loosely and loosely separated from the mounting hole 4-8 of the installation member, the cylinder 1-6 and the pressure screw 1-5 are easily separated, and the oil and material adhering to them are removed. : Sesame cake) can be easily cleaned.

When assembling again, the cylinder 46 can be sandwiched first, the pressure screw 45 inserted into the cylinder 46, installed, and connected to the drive unit M to facilitate assembly.

FIG. 14 is an exploded perspective view of an essential part showing another embodiment of the present invention, and FIG. 15 is a sectional view thereof. In these figures, the drive unit M is omitted for convenience.

The housing 71 connected to the drive unit has a material input hopper 72 vertically connected to an upper part thereof, and a spiral screw 75 mounted inside. In front of the housing 71, a cap 73 having a discharge port 74 is attached.

An outlet 82 is provided at the front lower side of the housing 71, and a screw end portion 7 on one side of the hopper on the outer periphery of the screw 75 has a screw end portion 7 that can grind the workpiece. 6 are formed. At the front side of the screw 75, there is formed a compression part 75a for primarily compressing the workpiece, and at the front part, a front end part having a diameter smaller than the diameter of the screw body and having a spiral screw 78a on the outer peripheral surface. 7 8 are formed. A radial rib 79 a is formed on the outer periphery of the front end portion 78, and a stainless steel filter net 79 with a rubber ring 79 b built in is placed on the inside to cover the front inside of the housing 71. After connection, the cap 73 is connected to the housing 71, and the filtration net 79 is discharged from the housing 71.

1 4 Replacement form (Rule 26) Mouth 7 4 Secure so that it is sandwiched inside.

In the figure, reference numeral 80 denotes a spacer for connecting the screw 75 to the housing 71, 81 denotes a projection for connecting the housing 71 to the drive unit, and 82 denotes a drop of juice. It represents an exit for

When the housing 71 is connected to a drive unit (not shown), vegetables and fruits are cut into appropriate sizes into the material input tubing 72, and the screw 75 discharges the input material. Outlet 7 Transfers in 4 directions, and squeezes at the same time as crushing.

This principle is the same as the conventional one, but in the present invention, in the above operation, a smooth portion 76 is provided on the side of the hopper 72, and a spiral shape is formed from this portion, and the screw end portion 77 projects outside. Therefore, the screw terminal part 77 serves as a hammer. Therefore, the material is hit at the same time as the rotation, and the crushing effect is enhanced, so that the juice can be extracted even from a large mass of material.

Also, the juice temporarily compressed by the compression part 75a of the screw 75 drops from the outlet 82, and the juice that has passed through the compression part 75a is transported forward to the front end part 78. The compression force is significantly increased up to the screw 78 a of the housing 71, and finally passes through the filter net 79 with the maximum applied pressure to the discharge hole 71 a of the housing 71 in a fine state of good quality. Therefore, the squeezing effect is much improved compared to the conventional squeezing structure having a long filtering net.

FIG. 16 is an exploded perspective view of an essential part showing another embodiment of the present invention, and FIG. 17 is an internal sectional view thereof. In this figure, the drive unit M is omitted.

The universal cooking machine according to this embodiment includes a drive unit (not shown), a first juice unit 110 connected to the drive unit, a screw 120, and a discharge unit 1 which is a second juice unit 130. It consists of 40.

Screws 120 pass through the housing that becomes the first juicer 110

1 5 For replacement ^ 圆 26) It is installed and has a number of blades 1 13 on its inner surface. A material input hopper 111 is provided on the upper side, and a juice outlet 112 having a receiving net 112a is provided on the lower side. Protrusions 114 for coupling with the driving unit are formed at the tip of the first juice portion 110.

The screw 120 is divided into a spiral screw part 121 corresponding to the first juice part 110 and a compression part 122 corresponding to the second juice part 130. A screw a serving as a crushing screw blade is protrudingly formed at a position corresponding to the input hopper 1 1 1 of the first squeezing unit 11 on the first squeezing unit 11, and a smooth portion b is formed around the screw a. ing.

The compression section 1 2 2 has a smaller diameter and a step than the spiral screw section 1 2 1, and spiral projections c different from the spiral screw section 1 2 1 are formed on the surface at relatively narrow intervals. ing.

The second juice part 130 inserted outside the compression part 122 has a conical juice net 131 with many blades d inside and a resilient It is composed of a certain juice rubber.

The cap serving as the debris discharge section 140 is coupled to the first juice section 11 ° while covering a part of the second juice section 130, and is discharged to the center of the debris discharge section 140. A discharge member 144 having a hole e is provided.

In this embodiment, by providing a crushing section 150 instead of the second squeezing section 130 as shown in FIG. 18, the sticking function is provided when the scrap discharging member 144 is used as it is. The udon making function is provided when the udon nozzle 160 is provided in place of the waste discharging member 141, and the soba making function is provided when the soba nozzle 170 is provided. Incidentally, the pulverizing section 150 in this embodiment has the same structure as the kneading member 30 shown in FIG. 5, and the udon nozzle 160 has the same structure as the extracting member 33 having a circular {cross section}. The buckwheat nozzle 170 has the same structure as the extraction member 34 having a rectangular cross section.

1 6

For replacement (6) FIG. 19 is an exploded perspective view showing another embodiment of the present invention. Since the basic configuration of this embodiment is the same as that of the embodiment shown in FIG. 14, the same components are denoted by the same reference numerals, and only the differences from the embodiment shown in FIG. 14 will be described. I do.

In this embodiment, a screw 73a is formed at a small diameter portion provided at the tip of the cap 73, and four types of nozzles can be attached to the screw 73a.

These four types of nozzles are, in order from the top, a squeezing nozzle N1 with a medium diameter through hole used for juice production, a crushing nozzle N2 with a large diameter through hole used for production of mince, and udon Noodle nozzle N3 having a plurality of small holes with a circular cross section used in the manufacture of steel, and element nozzle N4 having a plurality of small holes with a rectangular cross section used in the manufacture of the metal. By using them properly, they can be used for various purposes.

The screw 75 has a helical threaded portion 75a formed on the outer periphery of the screw, an inclined portion 75b inclined forward and downward at the front of the screw 75, and a front portion of the inclined portion 75b. The portion further includes a second inclined portion 75c that is inclined downward in the forward direction, and a small-diameter front end portion 75d formed at the front end of the second inclined portion 75c.

The screw 75 has a screw end portion 75a and a smooth portion 76, and the inclined portion 75b and the second inclined portion 75c have spiral screws. In addition to the filter net 79, a kneading kneading member 79c with a closed outer surface without holes is provided.When making juice, the filter net 79 is used. When the mince is made, a kneading member 79c is attached.

The operation of the universal cooker of the above embodiment will be described first for the case of making juice.

1 7 Replacement form (Rule 26 :) First, the ingredients such as vegetables and fruits are cut to an appropriate size and then

—Introduced in 72. The screw 75 crushes the juice and transfers it forward to extract the juice. The material introduced into the smoothing part 76 starts to be screwed when the screw 75 is rotated and is crushed by the screw terminal part 77. That is, when the screw 75 rotates, the screw end portion 77 acts like a hammer for hitting the material, enhancing the crushing effect and distributing the material better. Thus, juice can be extracted from larger chunks of material.

The material moves forward along the screw on the screw 75 and continues to crush and reach the ramp 75b. The crushed material is compressed between the inside of the housing and the ramp 75b and squeezed into juice. The extracted juice is discharged through outlet 82. Then, the crushed material that has passed through the inclined portion 75b is pushed toward the filtration net 79 by the second inclined portion 75c of the screw 75. Here, the crushed material is further compressed and passes through a filtration net 79 to further squeeze the juice. This extracted juice is also discharged through outlet 82. Also, the front end 75 d of the screw 75 is pressed forward to compress the material crushed in the second juice extraction process, so that the residue of the crushed material is further squeezed to produce residual juice. . Therefore, juice extraction efficiency is improved. The residue remaining after juice extraction is removed from the outlet of the juice nozzle.

When making minced meat, attach a kneading member 79c instead of the filtration net 79, and attach a grinding nozzle instead of the squeezing nozzle, and cut meat and fish cut into appropriate size from the hopper. You only need to introduce it. Material such as meat and fish introduced into the housing from the hopper is transported forward while being crushed with the rotation of the screw 75, and the crushed material is discharged as a mince through the outlet 82. Is done.

In the present invention, all implementations described above for a common drive unit M

1 8 Replacement form (Rule 26) It is possible to connect different forms of housing, so that it is possible to produce not only juices of fruits and vegetables, but also various foodstuffs such as fish, mince, shaved ice and sesame oil.

In the present invention, a structure in which germanium is adhered to the inner surface of the housing may be adopted.

By attaching germanium to the inner surface of the housing, germanium adheres to the crushed material as the crushed material moves inside the housing, and as a result, the manufactured food contains germanium.

Germanium has a variety of beneficial effects on the body, including the ability to purify blood and suppress aging, remove cholesterol to prevent adult diseases, and improve skin cell metabolism to improve skin. The effect of improving the natural healing power by immunizing the body, the effect of distributing fresh blood to the body and the sufficient distribution of oxygen, and the like.

When the universal cooking device of the present invention employs a configuration in which germanium is adhered to the inner surface of the housing, it is possible to obtain a health food having various excellent effects of the above-described germanium simply by charging the material into the hopper. Without departing from the spirit and scope of the present invention, the universal cooker of the present invention will undergo various modifications and changes which will be apparent to those skilled in the art. That is, the present invention includes various improvements and modifications within the scope of the appended claims and equivalents thereto. Industrial applicability

As described above, the universal cooker according to the present invention can be used not only for the use of fruits and vegetables, but also for the production of various foodstuffs such as fish, mince, shaved ice, sesame oil and the like.

Substitution S-law 26)

Claims

The scope of the claims

1. A screw (10) in a housing (H) mounted on a shaft driven by a motor in a drive unit (M), and a screw for extracting juice from material introduced from a hopper (HP). A universal cooking machine comprising a juice extracting member (20) at a front end of the universal cooking device, wherein the universal cooking machine includes a screw, a juice extracting member, and a second outlet (F). A plurality of end portions (11a) and a smooth portion (12) of the screw started on its outer circumference, a front portion having a compression portion (13) having a slope with decreasing diameter, and a spiral. And a front end (14) formed with the front part and having a thread-shaped screw. The juice extracting member has a cylindrical extraction net member (10) having a juice extraction net (21a) on the outer periphery. 21) and the juice extraction net A plurality of longitudinal ribs (21b) for insertion into the front end of the screw provided on the outer surface of the outer surface, and a connecting groove (21b) formed on the inner surface with the number and size suitable for the rib on the juice extracting member 22 (b), packing (23) with radially split tears to provide a passage in the thin center, and inside the outlet (W) in the cap (C) A discharge member (22a) at the front of the fixing member, which is formed as a unit with the fixing member for tight insertion, and a second outlet is provided for the extraction of the second compressed juice at the juice extracting member. A universal cooker formed at a lower portion of a front end of a housing.

2. For other uses of the universal cooker, a kneading member (30) is fitted instead of the extraction net member, with a circular cross section (33) or a rectangular cross section inserted into the outlet in the cap. 2. The universal cooking device according to claim 1, further comprising an extraction member having (34).

3. It is characterized by being bent forward in the area where the packing tears

20 Replacement paper (¾¾26) The universal cooker according to claim 1, wherein:

4. The universal cooker according to claim 1 or 3, wherein the packing is removable.

5. A drive unit (M) equipped with a motor, a workpiece input hopper (52) connected to the drive unit at the top, and an opening (51b) for lowering the workpiece at the bottom A housing (51), a drive shaft (54) provided inside the housing and connected to the motor of the drive unit, and a plurality of pressure needles (55) are attached to the opposite side of the drive shaft. A rotating plate (53) provided with a surface, and a crushed plate (45) with a blade (58) fixed in a radial groove (57a) on one side and an opening (57b) formed on the lower side 57), a pressure plate (56) joined to the other side of the milling plate (57), and a handle (60) connected to the pressure plate (56). Noh cooker.

6. A drive unit (M) equipped with a motor, a housing (43) connected to the drive unit and having a hopper (44) at the top, and a pressurized screw (45) installed inside the housing and inside. It consists of a cylinder (46) to be mounted, a discharge port (90) is formed at the tip of the cylinder, and a heater (HT) is mounted on the outer side. An oil discharge hole (91) for discharging and taking out the oil, the cylinder and the pressure screw can be easily separated, and a discharge guide (93) is formed in the oil discharge hole. An installation member (47) having a holding hole (48) for holding a cylinder formed therein is provided inside the housing, and the pressurizing screw has an inner peripheral surface whose outer peripheral portion is held between the holding holes of the installation member. And keep close spacing All-purpose cooking machine, characterized in that formed by input installed.

7. A drive unit (M) equipped with a drive unit and connected to the drive unit

21 Replacement paper (fine 25) A hopper (72) is provided at an upper portion, and an outlet (82) is provided at a lower front side, and a housing (71) having a spiral screw (75) mounted on an inner side, and a drain attached to the front of the housing. A screw (77) having a smooth portion (76) is provided on the outer periphery of the screw on the hopper side, and a workpiece is provided on the front side of the cap (73) having an outlet (74). A compression part (75a) for primary compression of the screw is formed, and a front end (78) with a helical screw (78a) on the outer peripheral surface that is smaller than the diameter of the screw main body is formed on the front part. An all-purpose cooking machine, characterized in that a radial rib (79a) is formed on the outer periphery of the front end and a filter net (79) having a rubber ring (79b) built in is covered on the inside.

8. A drive unit (M) provided with a motor, a first juice unit (110) connected to the drive unit, a screw (120), and a discharge unit to melt the second juice unit (130) A screw is penetrated through the first squeezing part, and a number of blades (113) are attached to the inner surface thereof, and a hopper (111) is provided on the upper side thereof. ) Is provided, and a juice outlet (112) with a receiving net (112a) is provided on the lower side, and the screw is a spiral screw (121) corresponding to the first squeezing part. And a compression section (122) corresponding to the second juice section, and a screw (a) serving as a crushing screw blade protrudes from the spiral screw section at a position corresponding to the hose of the first juice section. A smooth portion (b) is formed around this screw, and the compression portion has a smaller diameter than the helical screw portion. A spiral projection (c) is formed on the surface, and the second juice part inserted outside the compression part has a conical juice net (with a number of blades (d) inside). 131), and a squeezed rubber (132) installed at the tip, and the scum discharge portion covers a part of the second squeezed portion and is connected to the first squeezed portion. An all-purpose cooking machine characterized by comprising a discharge member (141) provided with a discharge hole (e).

22 Replacement forms (Rule 26)

9. A drive unit (M) equipped with a motor, a hopper (72) connected to the drive unit, an outlet (82) on the lower front, and a helical screw (75) on the inside And a cap (73) provided with a discharge port attached to the front of the housing. A small-diameter portion having a screw (73a) is provided at the tip of the cap. The screw is formed so that a plurality of types of nozzles can be attached to the screw. The screw is a helical screw portion (75a) formed on the outer periphery of the screw. Inclined part (75b), a second inclined part (75c) inclined further downward in the front part of the inclined part, and a small-diameter front end formed at the front end of the second inclined part. (75d), and the screw (75 a) is provided with a screw in which a screw end portion (77) and a smooth portion (76) are formed, and a spiral screw is formed in the inclined portion and the second inclined portion. Cooking machine.

10. The universal cooker according to any one of claims 1 to 9, wherein germanium is attached to an inner surface of the housing.

twenty three

Replacement ffi (rule 26)