KR101007260B1 - Machine for extracting juice from fruit or vegetable - Google Patents

Abstract

PURPOSE: A machine for extracting juice from a fruit or a vegetable is provided to maximize a space for accommodating raw materials by preventing the diameter of a rubbing net from being changed. CONSTITUTION: A machine for extracting juice from a fruit or a vegetable is comprised of a base(10), a cap(30), and a raw material crushing cylinder(40). A motor rotating a main shaft is installed to the base. The cap protects the motor and covers the base. The raw material crushing cylinder crushes raw material, and then it extracts juice and discharges remnants at the same time. A raw material crushing cylinder is comprised of a sub shaft, a screw, a housing, side plates, and a rubbing net.

Description

Stock Extractor {MACHINE FOR EXTRACTING JUICE FROM FRUIT OR VEGETABLE}

The present invention relates to a stock extractor, and more particularly, to a stock extractor in which the friction net is simply coupled by a polygonal engaging hole and a polygonal projection to maintain a stationary state regardless of the rotation of the screw.

Generally, a stock extractor is known as a juicer or a pulverizer for extracting a stock solution (juice) by pulverizing fruits or vegetables.

Utility Model Registration Application No. 1998-0004067 1 is an exploded perspective view showing a combined juice grinder according to a first prior application, Figure 2 is a cross-sectional view showing a combined juice grinder according to a first first application. The combined juice grinder according to the first application is a juice and grinder that feeds or pulverizes juice by inserting food, as shown in FIGS. 1 and 2, in contact with the forward projection 19 in front of the radial compression blade 7 and the US. An operating gear in the body 1 in which the square shaft 23 of the screw rod 3 integrated with the grinding screw blade 8, the grinding screw acid 9, and the transfer screw mountain 10 is engaged with the drum 2 ( 32 is installed inside the drum (2) to be linked to. On the front of the screw rod (3) installed inside the drum (2) is formed a triangular grinding blades 12 at equal intervals on the inner surface and juicer made of a juice network (13) in which a plurality of fine holes (11) are drilled on the outer surface ( Insert 4). When the juice container 4 is inserted into the drum 2, when the guide jaw 40 of the juice container 4 is inserted into the guide groove 41 formed inside the drum 2, the juice container 4 rotates. It stops without stopping. When the juice container 4 is fitted to the screw rod (3), the radial compression blade (7), which is the tip of the screw rod (3) is coupled so as to be exposed to the outside beyond the tip of the juice container (4). This is so that when the screw rod body 3 rotates, the radial compression blades 7 intersect with the radial compression blades 20 formed on the inner surface of the lid 18 so as to compress the incoming debris toward the center portion 19. to be. Insert the juice container (4) coupled to the front surface of the screw rod (3) to the drum (2), and then insert the locking jaw 30 of the lid 18 into the guide groove 41 of the drum (2) When rotated counterclockwise, the locking jaw 30 is caught and fixed to the locking groove 31 of the drum (2). After the lid 18 is coupled to the drum 2, the rubber ring 17 is inserted into the step 16 of the compression pipe 15 having the outlet 14, and the rubber ring 17 is inserted into the coupling cap 6a and the front is fixed. Fixing the discharge cap (6) fixed by the cap (6b), the locking jaw of the discharge cap (6) in the locking groove (31a) formed to connect the upper surface 33 and the lower surface 34 to the front of the lid 18 Insert and rotate 30a. Forming the upper surface 33 and the lower surface 34 in multiple stages on the front surface of the lid 18 is when the catching jaw 30a of the discharge cap 6 is caught on the lower surface 34 and when the upper surface 33 is caught. When the end of the compression pipe 15 of the discharge port 14 has a difference in the force that is in close contact with the projection 19 of the screw rod (3), when caught on the upper surface 33 is juice than when caught on the lower surface (34) Increasing the juice pressure increases the juice power. Reference numeral 21 is an inlet, 22 is an outlet. By the way, the combined juice grinder according to the first application source guide jaw 40 of the juice container 4 in the guide groove 41 formed inside the drum 2 in order to maintain the juice container 4 in a stationary state without rotating the juice container 4. By inserting and inserting and fixing, the diameter of the juice container 4 is inevitably reduced as much as the guide jaw 40 of the juice container 4 has a disadvantage in that the space efficiency for the receiving volume of the food drops. In addition, the juice combine crusher according to the first application requires a number of parts, such as the discharge cap (6), the coupling cap (6a), the fixed cap (6b) and the lid (18), there is a problem that decreases the productivity. In addition, the juice combine grinder according to the first application is not easy to assemble and disassemble the drum 2 and the body 1, in particular, housewives have a disadvantage in that a lot of inconvenience to use in the kitchen. Patent application No. 2000-0086768 (juicer and juicer juicer, published June 19, 2003; hereinafter referred to as second application) Figure 3 is an exploded perspective view showing a juicer and juicer juicer according to the second selection, Figure 4 is a cross-sectional view showing a juicer and juicer juicer according to the second selection, Figure 5 is a juicer according to the second selection It is a perspective view showing. Juicer 100 according to the second application is largely as shown in Figs. 3 and 4, juice container 130, screw rod (140) fitted to the main body 110, screw rod 120, screw rod 120 ( 120 and the housing 140 to accommodate the juice container 130, the cap 150 is coupled to the housing 140. The main body 110 includes a motor (not shown), and a switch 112 and a binding ring 114 for controlling driving of the motor are installed outside the main body 110. A motor shaft 122 is formed at one end of the screw rod 120 and the motor shaft 122 rotates the screw rod 120 by receiving the rotational power of the motor. A screw thread 124 is formed on the outer circumferential surface of the screw rod 120 for crushing and transporting the adhered juice, and a pressing blade 126 is formed on the tip portion (protruding portion of the juice container) of the screw rod 120. The juice container 130 is formed of a network 131 having a plurality of holes, a flange 132a formed at one end of the network 131, and a network 131 of the juice generated from the adherent juice flowing to the juice outlet 146. To prevent deformation of the plurality of grinding blades 133 and the mesh 131 formed on the inner surface of the mesh 131 so that the juice of the adherent is formed by interaction with the flange 132b formed on the other end and the screw rod 120. The rib 134 is formed on the outer surface of the mesh 131, but a frustum shape in which the head is cut in a conical shape for efficient grinding with the screw rod 120 is preferable. Accordingly, the flange 132a is formed in the large diameter portion and the flange 132b is formed in the small diameter portion. One or more grooves 136 are formed in the flange 132a in the seating surface 135 seated on the engaging frame 142 of the housing 140. The groove 136 serves as a passage for flowing the juice that has not passed through the net 131 to the juice outlet 146. That is, the adherent juice is pulverized by the interaction between the screw rod 120 and the grinding blade 133 of the juice container 130 to generate juice. If the hole of the net 131 is blocked due to the continued grinding and residue discharge, the space pressure between the screw rod 120 and the juice container 130 is increased. Therefore, the juice that does not pass through the net 131 is reversed backward because of the nature of the crushed material to move forward. At this time, the juice is not flowing back to the housing 140 below the adhered juice inlet 145 is discharged directly through the groove 136. In addition, the outer circumferential surface of the flange 132a is formed with one or more anti-rotation protrusions 137 inserted into the guide groove 147 of the housing 140 to prevent the juice container 130 from rotating along with the screw rod 120. By increasing the grinding power of the juice can increase the juice efficiency. In addition, the flange 132b is seated in the seating groove 152 of the cap 150, the front end is formed with a reinforcement protrusion 138 is caught on the reinforcement protrusion 154 formed in the cap 150. The reinforcement protrusion 138 serves to disperse the excessive pressure acting near the flange 132b to prevent the breakage of the juice container 130 or the detachment of the cap 150 as well as to double close the inside of the cap 150. In order to prevent the leakage of crushed products such as debris. On the outer circumferential surface of the housing 140, the adhered juice inlet 145 and the juice outlet 146 having the inlet 143 and the hopper 144 are formed. One end of the housing 140 is detachably coupled to the engagement ring 114 of the main body 110, and the through hole 148 allows the motor shaft 122 of the screw rod 120 to receive the rotational power of the motor. Is formed. The through hole 148 is formed with a packing 149 for sealing. Cap 150 is detachably coupled to the other end of the housing 140 serves to secure the juice container 130 to the housing 140. In addition, the inner surface of the cap 150 in contact with the pressing blade 126 formed at the tip of the screw rod 120 is formed with a pressing blade 156 that intersects with the pressing blade 126 to increase the pressing rate. 126) and the pressing blade 156 to improve the efficiency of the juice. On the other hand, the discharge cap 160 is installed to be detachably coupled to the cap 150 to be further compressed at the top end of the screw rod 120 to further increase the juice efficiency and the discharge port 162 to discharge the final debris . An outlet 162 is fitted with an elastic body 164 such as rubber, which can be elastically deformed. The elastic body 164 contracts when the uppermost end of the screw rod 120 becomes a predetermined pressure or more, and serves to slightly protrude the outlet 162 forward. Therefore, a gap is formed between the uppermost end of the screw rod 120 and the inner surface of the discharge port 162 to smoothly discharge the wastes. By the way, the juicer 100 according to the second application is the juice container 130, the screw rod 120 and the juice container 130 to be fitted to the main body 110, screw rod 120, screw rod 120 The housing 140, the cap 150 is coupled to the housing 140, made of a plurality of parts, such as the discharge cap 160 detachably coupled to the cap 150 has a disadvantage in that productivity is low. In addition, the juicer 100 according to the second application is inserted into the guide groove 147 of the housing 140 to prevent the juice container 130 from rotating together with the screw rod 120 on the outer peripheral surface of the flange (132a) The rotation preventing protrusion 137 is formed as described above, the diameter of the juice container 130 can only be reduced as much as the rotation preventing protrusion 137 of the juice container 130, thereby reducing the space efficiency for the receiving volume of the juice. There is this. In addition, the juicer 100 according to the second application is not easy to assemble and disassemble the main body 110 and the housing 140, in particular, housewives have a disadvantage in that many inconveniences to use in the kitchen.

The object of the present invention is that the friction mesh is simply coupled by the multiple engagement holes and the multiple protrusions to maintain the stationary state regardless of the rotation of the screw, so that it does not have any influence on the size of the diameter of the friction mesh, It also provides a stock extractor to maximize space efficiency.

It is an object of the present invention to be able to simply assemble as a match between the reference projection and the reference groove when inserting the multiple engagement holes of the friction net into the multiple protrusions of the housing, so that the matching of the discharge hole and the residue discharge pipe can be quickly fitted without trial and error, and in particular, It is to provide a stock extractor to facilitate the use in the kitchen.

An object of the present invention is to provide a stock extractor provided with a saw blade to the blade of the screw facing the raw material input pipe to be more smoothly cut and ground when the first raw material is introduced.

It is an object of the present invention to provide a stock extractor which minimizes the axial length of the screw while ensuring the input of raw materials by aligning the raw material input pipe in the oblique direction to the beginning of the blade and at the same time making the beginning of the blade semi-circular. have.

The present invention for achieving the above object,

A base having a motor for rotating the main shaft, an opening toward the main shaft, and a cap which covers the base while protecting the motor, and are coupled to the main shaft to be rotated to crush raw materials to extract the raw liquid. In the stock solution extractor comprising a raw material pulverization to discharge the residue at the same time,

The raw material pulverization unit has a sub shaft having one end coupled to the main shaft, a screw inserted into the sub shaft, and a support groove for supporting the other end of the sub shaft while having a stock solution discharge pipe and a waste discharge pipe. A housing having a screw therein, a side plate which has a shaft hole so that the sub shaft comes out and is coupled to the main shaft while having a raw material inlet tube, and is detachably assembled to the housing, and is accommodated in the housing while accommodating the screw. Including friction net,

The support groove is formed in a polygonal projection protruding in the direction of the sub shaft from the side of the housing,

The friction net includes a discharge hole drilled toward the waste discharge pipe while having an entrance opening toward the raw material input pipe at the same time as having a polygonal coupling hole corresponding to the polygonal protrusion. do.

The present invention for achieving the above object,

A base having a motor for rotating the main shaft, an opening toward the main shaft, and a cap which covers the base while protecting the motor, and are coupled to the main shaft to be rotated to crush raw materials to extract the raw liquid. In the stock solution extractor comprising a raw material pulverization to discharge the residue at the same time,

The raw material crushing unit has a support shaft for supporting the other end of the sub shaft at the same time having a sub shaft having one end coupled to the main shaft in a horizontal direction, a screw inserted into the sub shaft, a stock solution discharge pipe and a waste discharge pipe; And a side plate which is detachably assembled to the housing having a housing including the screw, a housing having a raw material inlet tube, and a shaft hole for exiting the sub shaft and engaging with the main shaft, and accommodating the screw. A friction net embedded in the housing,

The raw material inlet pipe is inclined in an oblique direction with respect to the sub shaft so that the raw material can be injected in an oblique direction,

The screw is insert-inserted into the sub shaft, the beginning of the blade toward the raw material input tube is made of a semi-circular shape so that the raw material can be pulled in and crushed while cutting the raw material and toward the other end of the sub shaft toward the end of the blade Spiral spirals that are becoming increasingly enlarged are the basic features of their technical construction.

The present invention does not have any influence on the size of the diameter of the friction net by simply combining the friction net by the polygonal coupling hole and the polygonal protrusion so as to maintain a stationary state regardless of the rotation of the screw to maximize the space efficiency of the receiving volume of the raw material It can be effected.

The present invention can be easily assembled as the coincidence of the reference projection and the reference groove when inserting the multiple engagement holes of the friction net into the multiple projections of the housing so that the matching of the discharge hole and the residue discharge pipe can be quickly matched without trial and error in the kitchen. There is an effect that can be easier to use.

The present invention is provided with a toothed blade on the blade of the screw facing the raw material input pipe has an effect that can be more smoothly cut and crushed when the first raw material is added.

The present invention has an effect that can be more convenient to use in the kitchen by including a balance protrusion to be upright to form a triangular vertex with the liquid discharge pipe and the waste discharge pipe when standing the housing vertically.

The present invention is the axis of the screw by cutting the raw material from the beginning when the raw material is introduced from the raw material inlet tube inclined in an oblique direction with respect to the sub shaft so that the beginning of the blade is a semi-circular rather than a complete circular There is an effect that can be optimized by reducing the direction length relatively.

The present invention has the effect of further minimizing the axial length of the screw to ensure the input of the raw material by adjusting the raw material inlet pipe in the oblique direction to the beginning of the blade and at the same time the beginning of the blade in a semi-circular shape.

1 is an exploded perspective view showing a combined juice grinder according to the first prior application.
Figure 2 is a cross-sectional view showing a combined juice grinder according to the first prior application.
Figure 3 is an exploded perspective view showing a juicer and juicer juicer according to the second prior application.
Figure 4 is a cross-sectional view showing a juicer and juicer juicer according to the second prior application.
5 is a perspective view showing a juice container according to a second prior application.
Figure 6 is a perspective view of the stock solution extractor according to the present invention.
7 is a front view showing a stock solution extractor according to the present invention.
8 is a cross-sectional view showing a stock solution extractor according to the present invention.
9 is an exploded perspective view showing a stock extractor according to the present invention.
10 is a perspective view showing a pulverized raw material applied to the stock solution extractor according to the present invention.
Figure 11 is a perspective view showing a standing state of the stock solution extractor applied to the stock solution extractor according to the present invention.
12 is a perspective view showing a base, a cap and an intermediate assembly applied to the stock extractor according to the present invention.
13 is a perspective view showing a screw applied to the stock solution extractor according to the present invention.
14 is a use state diagram showing the stock solution extractor according to the present invention.

A preferred embodiment of the stock extractor according to the present invention will be described with reference to the drawings, and a plurality of embodiments may exist, and through such embodiments, the objects, features, and advantages of the present invention may be better understood. do.

The stock solution extractor according to the present invention, as shown in FIGS. 6 to 14, has a base 10 mounted with a motor 20 for rotating the main shaft 21, and an opening 31 facing the main shaft 21. While having the cap and protect the motor 20 while being capped to the base 10 and the main shaft 21 in the horizontal direction is rotated while crushing the raw material to extract the raw liquid and at the same time discharge the residue It includes a raw material crushed bunch 40.

The raw material may be a fruit or vegetable, etc., while being crushed by the raw material crushing bundle 40 to extract and drink the raw liquid contained in the raw material.

The stock solution extractor according to the present invention is fixed to the motor 20 (fixed with a bolt B, etc.) to guide the raw material crushed bundle 40 while covering the opening 31 of the cap 30 to the main shaft 21. In addition to having a guide wing (51) extending in the horizontal direction so as to be coupled to the middle includes an intermediate assembly (50) for receiving the crushed raw material 40 detachably as a core configuration.

Housewife of each household that is particularly inexperienced in handling the machine by allowing the raw material grinding bundle 40 to be detachably assembled to the main shaft 21 of the motor 20 while sliding horizontally along the guide wing 51. These can be used more easily.

Preferably, the intermediate assembly 50 is the assembly groove 52 is drilled in the horizontal direction, the raw material crushed bundle 40 is guided sliding the horizontal direction along the guide wing 51 in the assembly groove of the intermediate assembly 50 ( 52, the assembly protrusion 44a fitted to the.

The assembly protrusion 44a of the raw material crushed bundle 40 is simply fitted into the assembly groove 52 of the intermediate binder 50 to enable simple and robust assembly between the raw material crushed bundle 40 and the intermediate binder 50. This is preferable, and in particular, the assembly grooves 52 and the assembly protrusions 44a are assembled to prevent the rotation of the raw material crushed bundle 40.

According to an embodiment of the present invention, the stock solution extractor is fixed to the motor 20 to cover the opening 31, and the intermediate binder 50 detachably receiving the raw material crushed bundle 40, and the intermediate binder 50. Of course, it can be made of a configuration comprising a simple assembling projection (52) which is drilled in the horizontal direction, and the assembling projection (44a) protruding from the pulverized raw material 40 so as to fit in the assembling groove (52). Accordingly, the cap 30 and the intermediate assembly 50 may be injection molded so that the intermediate assembly 50 is integrated into the opening 31 of the cap 30.

More preferably, an iron plate 53 is attached to the assembling groove 52 of the intermediate assembly 50, and a magnet 44b is built into the assembling protrusion 44a of the raw material pulverization bundle 40, so Of course, it can be assembled more easily and firmly by magnetic force, and if necessary, magnets with different poles can be attached instead of the iron plate 53, and the positions of the iron plate 53 and the magnet 44b can be changed. It may be.

And, the cap 30 has a support groove 32 is open to the lower side in the oblique direction in which the raw material crushed bundle 40 is located, the intermediate assembly 50 to the upper side in the diagonal direction in which the motor 20 is located It is provided with a seating groove 54 is inclined to match the support groove 32, the raw material crushed bundle 40 is inclined in an oblique direction to the upper portion of the raw material input pipe 44c and seated in the seating groove 54, and The raw material discharge pipe 41a protruded in the opposite direction of the raw material input pipe 44c, and the waste discharge pipe 41b protruded in the opposite direction of the raw material input pipe 44c to the side.

A support groove 32 of the intermediate assembly 50 is supported by the support groove 32 of the cap 30, and the feed groove 44c of the raw material crushing bundle 40 is diagonally supported by the seat groove 54. By being inclined and seated, the load can be supported by the supporting force of the seating groove 54 and the support groove 32 when pushing raw materials such as fruits or vegetables into the raw material input pipe 44c, thereby ensuring safety in use. Will be.

Further, the raw material inlet pipe 44c is inclined diagonally with respect to the subshaft 42 so that the raw material can be inclined in an oblique direction, and the screw 43 is inserted into the subshaft 42 as shown in FIG. 13. The beginning of the blade 43a toward the raw material inlet pipe 44c is inserted into the insert and is formed in a semi-circular shape so that the raw material can be pulled in and crushed while cutting the raw material, and the other end of the sub shaft 42 is gradually moved toward the end of the blade 43a. It is desirable to have a spiral that expands more and more toward.

As shown in FIG. 13, the starting part of the blade 43a of the screw 43 is made into a semicircle instead of a perfect circle, thereby introducing raw materials from the raw material inlet pipe 44c inclined in an oblique direction with respect to the sub shaft 42. When the raw material is cut, it can be pulled and crushed while cutting (when conversely, if the raw material is fed in diagonally direction from the raw material input pipe 44c, it cannot be cut or pulled in). By spiraling toward the other end of the subshaft 42 toward the end of 43a), it becomes possible to more thoroughly enable the pulverization of the drawn raw materials.

On the other hand, the raw material may be introduced in the vertical direction as shown in Figure 2, but in this case it will not be necessary to make the starting portion of the blade 43a in a semi-circular shape.

Therefore, in the present invention, the raw material inlet pipe 44c is diagonally aligned with the beginning of the blade 43a, and at the same time, the beginning of the blade 43a is semi-circular to ensure the input of raw materials, and the organic configuration between the mutual configurations It is intended to enable the grinding by cutting the raw materials to be pulled into.

At this time, the screw 43 is inserted into the sub shaft 42 while being provided with a serrated blade 43b on the blade 43a facing the raw material inlet pipe 44c.

The raw material crushed bundle 40 includes a sub shaft 42 having one end coupled to the main shaft 21 in a horizontal direction, a screw 43 inserted into the sub shaft 42, a raw liquid discharge pipe 41a, and a waste discharge pipe. A housing 41 having a support groove 41d for supporting the other end of the subshaft 42 and having a screw 43 therein; a housing 41 having a screw 43 therein; a raw material feeding pipe 44c and an assembling protrusion 44a; And a side plate 44 having a shaft hole 44d so as to be detached from the sub shaft 42 and coupled to the main shaft 21, and detachably assembled to the housing 41.

At this time, the main shaft 21 and the sub shaft 42 may be coupled in a hexagon of a normal male and female, and the side plate 44 and the housing 41 are mutually detachable jaw 41h with the packing 45 interposed therebetween. And dismounting groove 44f can be designed to be assembled and disassembled by being inserted or dismantled in the range of acute angle within a range of acute angle, and to be assembled around the shaft hole 44d. Along with the O-ring, wear prevention Teflon reinforcement (44t)] can be inserted to prevent the leakage of the stock solution in advance.

Further, the raw material crushed bundle 40 includes a friction net 46 embedded in the housing 41 while receiving the screw 43.

The support groove 41d is formed in a polygonal projection 41c (for example, a hexagonal projection) protruding from the side of the housing 41 toward the sub shaft 42, and the friction net 46 coincides with the polygonal projection 41c. A discharge hole 46c having a polygonal coupling hole 46a (for example, a hexagonal coupling hole) that is opened and has an inlet 46d that opens toward the raw material input pipe 44c and is opened toward the waste discharge pipe 41b. It includes.

The friction mesh 46 is simply engaged by the polygon engaging hole 46a and the polygonal projection 41c so as to maintain a standstill irrespective of the rotation of the screw 43, so that there is no influence on the size of the diameter of the friction mesh 46. Since it does not reach, it is possible to maximize the space efficiency of the receiving volume of the raw material.

At this time, it may include a reference protrusion (41e) protruding in the longitudinal direction on the outer side of the polygonal projection (41c), and a reference groove 46b that is drilled in the polygonal coupling hole (46a) to conform to the reference projection (41e).

When inserting the polygon engaging hole 46a of the friction net 46 into the polygonal protrusion 41c of the housing 41, it can be easily assembled as a match between the reference protrusion 41e and the reference groove 46b. 46c) and the residue discharge pipe (41b) can be quickly matched without trial and error can be more easily used in the kitchen.

Then, the friction net 46 is made of a symmetrical form of daylight compromise to ensure the rotation radius of the screw 43, the housing 41 is a fluid lowered toward the undiluted liquid discharge pipe 41a ( 41f) to allow the stock solution which has passed through the friction net 46 to flow rapidly along the fluid path 41f into the stock solution discharge pipe 41a.

The screw 43 has a serrated blade 43b on the blade 43a facing the raw material inlet pipe 44c while insert-inserting the subshaft 42 so that the raw material can be more smoothly cut and crushed when the first raw material is introduced. Make sure

Finally, the housing 41 is more convenient for use in the kitchen, including a balance projection (41g) to be upright to form a triangular vertex with the liquid discharge pipe (41a) and the residue discharge pipe (41b) when standing vertically Of course you can.

Referring to the operation of the stock solution extractor according to the present invention made of the above configuration as follows.

First, the motor 20 is mounted on the base 10, and the intermediate assembly 50 is fixed to the motor 20, and then the cap 30 for protecting the motor 20 is lowered from the top to the base 10. ) And the intermediate binder 50.

Then, the polygonal engaging hole 46a of the friction net 46 is fitted into the polygonal protrusion 41c of the housing 41 to align the reference protrusion 41e with the reference groove 46b, and the discharge hole 46c and the residue discharge pipe 41b. ) Is fitted so that the other end of the sub shaft 42 into the support groove 41d, and the side plate 44 is assembled to the housing 41 so that one end of the sub shaft 42 passes through the shaft hole 44d. (The housing 41 and the side plate 44 are assembled in a detachable manner by coupling the detachable jaw 41h and the detachable groove 44f with the packing 45 therebetween).

Subsequently, the assembly protrusion 44a of the side plate 44 is inserted into the assembly groove 52 of the intermediate assembly 50 while gripping the housing 41 and sliding horizontally along the guide wing 51 of the intermediate assembly 50. Matching allows the sub shaft 42 to be coupled to the main shaft 21.

At this time, the magnet 44b of the assembling protrusion 44a and the iron plate 53 of the assembling groove 52 are coupled to each other by magnetic force, thereby providing simple assembly and solid coupling between the raw material crushing bundle 40 and the intermediate assembly 50. It can be possible.

Then, while inserting the expansion hopper (H) to the raw material inlet pipe (44c) and put the cup (C) in the liquid discharge pipe (41a) while pressing the button 60 while pressing the raw material into the raw material inlet pipe (44c) motor 20 Rotating) allows the raw material to be quickly crushed by the saw blade 43b while the screw 43 is rotated.

Thereafter, as the raw material is crushed along the blade 43a, the residue is discharged into the waste discharge pipe 41b, and the raw liquid flows through the friction path 46 and flows along the fluid passage 41f of the housing 41 to the stock solution discharge pipe 41a. It can be dropped to the cup (C) via.

In addition, the rotation speed or the forward and reverse rotation of the motor 20 is varied according to the pressing operation of the button 60 so as to facilitate the crushing of the raw materials.

And, if you want to disassemble the raw material crushed bundle 40 in order to extract all the raw liquid from the raw material, and then to wash again, the assembly order is reversed, in particular, when the housing 41 to erect in the vertical direction, the stock solution discharge pipe 41a ) And the waste discharge pipe (41b) to be erected by the balance projection (41g) forming a triangular vertex.

As described above, the stock extractor according to the present invention can realize the assembly and disassembly of the raw material crushed bundle 40 as the intermediate binder 50 extremely easily, thereby maximizing the convenience of use of housewives who are inexperienced in handling the machine. do.

The present invention can be used in the kitchen and the like for extracting the stock solution contained in the raw materials such as vegetables and fruits.

10: base 20: motor
21: main shaft 30: cap
31: opening 32: support groove
40: crushed raw material 41: housing
41a: stock solution discharge pipe 41b: residue discharge pipe
41c: Multi-projection 41d: Support groove
41e: reference protrusion 41f: with fluid
41g: Balance protrusion 41h: Detachable jaw
42: sub shaft 43: screw
43a: blade 43b: serrated blade
44: side plate 44a: assembly protrusion
44b: magnet 44c: raw material input pipe
44d: shaft hole 44e: O-ring
44f: Detachable groove 44t: Teflon reinforcement for wear prevention
45: Packing
46: friction net 46a: polygonal coupling hole
46b: reference groove 46c: discharge hole
46d: entrance 50: intermediate binder
51: guide wing 52: assembly groove
53: iron plate 54: seating groove
60 button B: bolt
H: Expansion Hopper C: Cup

Claims (11)

The base 10 has a base 10 mounted with a motor 20 for rotating the main shaft 21 and an opening 31 facing the main shaft 21 while protecting the motor 20. In the stock solution extractor comprising a cap 30 is covered with a), and the raw material crushed bundle 40 for pulverizing the raw material while extracting the raw liquid while being rotated coupled to the main shaft 21,
The raw material crushed bundle 40 has a sub shaft 42 having one end coupled to the main shaft 21, a screw 43 inserted into the sub shaft 42, a stock solution discharge pipe 41a, and a waste discharge pipe. And a housing 41 having the support groove 41d for supporting the other end of the subshaft 42 and accommodating the screw 43 therein, and a raw material feed pipe 44c. While accommodating the side plate 44 detachably assembled to the housing 41 with a shaft hole 44d so that the sub shaft 42 comes out and is coupled to the main shaft 21, the screw 43 is accommodated therein. It includes a friction net 46 is embedded in the housing 41,
The support groove 41d is formed in the polygonal protrusion 41c protruding from the side surface of the housing 41 toward the sub shaft 42,
The friction net 46 is provided with a polygonal coupling hole 46a corresponding to the polygonal projection 41c and at the same time having an inlet 46d that is open toward the raw material inlet pipe 44c, the waste discharge pipe 41b. Stock solution extractor characterized in that it comprises a discharge hole (46c) bored toward. The method of claim 1,
A reference protrusion 41e protruding in the longitudinal direction to the outside of the polygonal protrusion 41c,
Stock solution extractor, characterized in that it comprises a reference groove (46b) which is drilled in the polygonal coupling hole (46a) to match the reference projection (41e). The method according to claim 1 or 2,
The friction net 46 is made of a symmetric type of daylight compromise,
The housing (41) is characterized in that the stock solution extractor characterized in that it comprises a fluid passage (41f) lowered toward the stock solution discharge pipe (41a). The method according to claim 1 or 2,
The screw (43) is a stock extractor, characterized in that the blade (43a) is provided on the blade (43a) facing the raw material inlet pipe (44c) while insert injection into the sub-shaft (42). The method according to claim 1 or 2,
The housing (41) is characterized in that it comprises a balance projection (41g) to be upright to form a triangular vertex with the stock solution discharge pipe (41a) and the residue discharge pipe (41b) when standing vertically. The base 10 has a base 10 mounted with a motor 20 for rotating the main shaft 21 and an opening 31 facing the main shaft 21 while protecting the motor 20. In the stock solution extractor comprising a cap 30 is covered with a), and the raw material crushed bundle 40 for pulverizing the raw material while extracting the raw liquid while being rotated coupled to the main shaft 21,
The raw material crushed bundle 40 has a sub shaft 42 having one end coupled to the main shaft 21 in a horizontal direction, a screw 43 inserted into the sub shaft 42, and a raw liquid discharge pipe 41a. And a support groove (41d) having a waste discharge pipe (41b) and supporting the other end of the sub shaft (42) to house the housing (41) incorporating the screw (43), and a raw material input pipe (44c). And a side plate 44 having a shaft hole 44d so as to be detached and coupled to the main shaft 21, and detachably assembled to the housing 41, and the screw 43. It includes a friction net 46 is embedded in the housing 41 while receiving,
The raw material inlet pipe 44c is inclined in an oblique direction with respect to the subshaft 42 so that raw materials can be injected in an oblique direction,
The screw 43 is insert-inserted into the sub shaft 42 and is formed in a semi-circular shape so that the beginning of the blade 43a facing the raw material inlet pipe 44c can be pulled in and crushed while cutting the raw material. Stock solution extractor, characterized in that the spiral toward the end of the blade (43a) is gradually enlarged toward the other end of the sub-shaft (42). The method according to claim 6,
The screw (43) has a serrated blade (43b) on the blade (43a) facing the raw material inlet pipe (44c) while inserting the insert into the sub-shaft (42). The method according to claim 6,
The support groove 41d is formed in the polygonal protrusion 41c protruding from the side surface of the housing 41 toward the sub shaft 42,
The friction net 46 is provided with a polygonal coupling hole 46a corresponding to the polygonal projection 41c and at the same time having an inlet 46d that is open toward the raw material inlet pipe 44c, the waste discharge pipe 41b. Stock solution extractor characterized in that it comprises a discharge hole (46c) bored toward. The method of claim 8,
A reference protrusion 41e protruding in the longitudinal direction to the outside of the polygonal protrusion 41c,
Stock solution extractor, characterized in that it comprises a reference groove (46b) which is drilled in the polygonal coupling hole (46a) to match the reference projection (41e). The method according to claim 8 or 9,
The friction net 46 is made of a symmetric type of daylight compromise,
The housing (41) is characterized in that the stock solution extractor characterized in that it comprises a fluid passage (41f) lowered toward the stock solution discharge pipe (41a). 10. The method according to any one of claims 6 to 9,
The housing (41) is characterized in that it comprises a balance projection (41g) to be upright to form a triangular vertex with the stock solution discharge pipe (41a) and the residue discharge pipe (41b) when standing vertically.

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