KR200288605Y1 - juice apparatus - Google Patents

Abstract

The present invention relates to a pulverizing all-purpose juicer for crushing or juice food, such as fruits and vegetables, a binding ring coupled to the outer surface of the main body with a motor, a drum coupled to the binding ring, and one of the drums A through hole formed in a side surface, a shaft inserted into the through hole and coupled to a rotating shaft of a binding ring and a motor, a screw having a conveying part, a crushing part, a pulverizing part, and a fine cutting part on the shaft, and the screw is accommodated in the drum The upper end of the through-attached juiced water receiving portion is formed with an inlet, the juiced water receiving portion is connected to the opening is formed, the lower end of the juicer coupling portion formed with an outlet, the coupling groove formed in the opening of the juicer coupling portion, A drum cap coupled to the coupling groove, a coupling hole formed through the drum cap center, and a nozzle having an extrusion hole in the coupling hole are coupled to each other. A first grinding blade formed in connection with the crushing blade of the screw, a second and third grinding blade formed between the first grinding blade, a first fine cutting blade connected to the first grinding blade, and A second fine cutting blade formed between the end of the second grinding blade and the third grinding blade, and a hemispherical protrusion formed at the end of the screw connected to the first fine cutting blade, wherein the nozzle comprises a drum cap. When the circumferential end formed in the extrusion hole is attached to the end of the second fine cutting edge when combined with the, the fine pulverization is well done, and with the smooth discharge, the circumferential end of the extrusion hole is damaged during the storage of the nozzle. It relates to a pulverizing all-purpose juicer to prevent damage.

Description

All-purpose grinding machine {juice apparatus}

The present invention relates to a pulverizing universal juicer for grinding or juice of various kinds of foods such as cereals, vegetables, fruits, and the like, and in particular, a screw that rotates and grinds and juices foods fed into a drum, and is coupled to the drum cap. It relates to a nozzle in close contact with the screw to discharge the pulverized product.

In general, the green juice is a device for pulverizing and compressing while transporting the food to be discharged to the outside through the pulverization bin, such green juice is published in the domestic registration utility model publication (Registration No. 2000-190676).

1 is a cross-sectional view showing a conventional green juicer, Figure 2 is a side cross-sectional view of the conventional nozzle, the inlet 200 for injecting food and the drum 210 is connected to the inlet 200 and the drum ( The screw 220 is inserted into the 210, the drum 210 to which the screw 220 is coupled is coupled to the binding ring 230 and the support plate 240, and the shaft 250 coupled to the drum 210. Is coupled to the drive motor shaft, and is operated by the rotational force of the drive motor, so that the screw 220 is rotated and the screw 220 is crushed portion 260 and crushing portion 270 juice net 280 is Combined and has a structure that is discharged to the outlet 290, the drum

The drum cap 300 is coupled to one side of the 210, and the nozzle 340 is coupled to the drum cap 300.

Conventional grinder and green juicer configured as described above has the following problems.

Since the extrusion hole 350 of the nozzle 340 coupled to the drum cap 300 is formed higher than the display protrusion 360 formed on the outer circumferential surface, the circumferential blade 370 of the extrusion hole 350 is worn, There was a problem that is broken, two-stage projection formed on the end of the screw 220

Due to the 380, the juice was not discharged smoothly, and there was a problem of being blocked.

The present invention is to solve the problems as described above, so that the fine particles are efficiently crushed well, the residue and the pulverized product is discharged without flow resistance, to prevent damage to the circumferential edge of the nozzle opening The purpose is to provide a versatile all-purpose green juicer.

1 is a cross-sectional view showing a conventional juicer combined.

Figure 2 is a side cross-sectional view of a conventional nozzle.

Figure 3 is a cross-sectional view showing a mixed-purpose universal juicer of the present invention.

Figure 4 is an exploded perspective view showing a pulverizing universal juicer of the present invention.

Figure 5 is a rear perspective view of the drum cap of the present invention.

Figure 6 is an exploded perspective view of the drum cap and the nozzle of the present invention.

Figure 7 is a perspective view of the screw of the present invention.

8 is a combination of the screw and the nozzle of the present invention.

Figure 9 is a side cross-sectional view of the nozzle of the present invention.

10 is an exploded perspective view of a nozzle of the present invention.

Explanation of symbols on the main parts of the drawings

10-Main Unit 11-Operation Button

12-Shaft Coupling 13-Fastener

20-support plate 21-screw hole

22-Supporter 23-Supporter

24-Fixing protrusion 25-Jamming jaw

26-Guide protrusion 30-Locking ring

31-Guide groove 32-Joining protrusion

40-Drum 41-Binding Surface

42-through hole 43-binding protrusion

44-Inlet 45-Sediment Receptacle

45 '-juicer joint 46-outlet

47-opening 48-guide groove

49-mating groove 50-screw

51-shaft 52-feed section

53-Crush 52 '53'-Threaded

54-mill 54a-first milling blade

54b-second grinding blade 54c-third grinding blade

55-Fine cutting part 55a-1st fine cutting edge

55b-2nd Fine Cutting Edge 56-Protrusion

60-Juice Bottle 60 '-Grinding Can

61-front flange 62-rear flange

63-metal mesh 64-anti-rotation protrusion

70-Drum Cap 71-Contact Surface

72-Jam Jaw 73-Rib

74-Exhaust flow path slope 75-Reinforcement protrusion

76-seating surface 77-mating hole

78-pressure regulating part 79-regulating groove

80-Nozzle 81-Nozzle Cap

82-Extruder 83-Extruder

84-Extruded Bore 85-Bonding Surface

86-Rubber packing 87-Marking protrusion

88-circumferential end 89-Pressure adjusting protrusion

90-Hopa

In order to achieve the object as described above, the present invention, a binding ring coupled to the outer surface of the main body with a motor, a drum coupled to the binding ring, a through hole formed on one side of the drum, and the through hole A screw inserted and coupled to the binding ring and the rotating shaft of the motor, a screw having a conveying part, a crushing part, a pulverizing part, and a fine cutting part on the shaft, and the screw being accommodated, and an upper end of the drum penetrating through the inlet; A juice water receiving portion, connected to the juiced water receiving portion, and an opening is formed, and a lower end of the juice container coupling portion formed with an outlet, a coupling groove formed in the opening of the juice container coupling portion, and a drum cap coupled to the coupling groove; A first hole formed by connecting the hole formed in the center of the drum cap and a nozzle having an extrusion hole to the coupling hole, and connected to the crushing blade of the screw; Between the blade, the second and third grinding blades formed between the first grinding blade, the first fine cutting blade formed in connection with the first grinding blade, and the ends of the second and third grinding blades. And a second fine cutting blade formed at the end portion and a protrusion formed at an end portion of the screw connected to the first fine cutting blade, and when the nozzle is coupled to the drum cap, the circumferential end portion formed at the extrusion hole is second. By forming only to the end of the fine cutting blade, it is possible to achieve the object of the present invention.

Hereinafter, the configuration of the present invention with reference to the accompanying drawings in detail as follows.

Figure 3 is a cross-sectional view showing a pulverizing universal juicer of the present invention, Figure 4 is an exploded perspective view showing a pulverizing universal juicer of the present invention, Figure 5 is a rear perspective view of the drum cap of the present invention, Figure 6 is a drum Figure 7 is an exploded perspective view of the cap and the nozzle, Figure 7 is a perspective view of the screw of the present invention, Figure 8 is a combination of the screw and the nozzle of the present invention, Figure 9 is a side cross-sectional view of the nozzle of the present invention, Figure 10 is the present invention Is an exploded perspective view of a phosphorus nozzle.

First, as shown in Figure 3, the juicer of the present embodiment largely the main body 10 and the motor (not shown) built in the main body 10, the support plate 20 is connected to the rotating shaft of the motor and coupled with screws ), A binding ring 30 detachable from the support plate 20, a drum 40 coupled to the binding ring 30, a binding surface 41 formed on the drum 40, and the binding surface 41. Is formed in the through hole 42, the shaft 51 is inserted into the through hole 42, the screw 50 coupled to the shaft 51, and the juice container fitted to the screw 50. 60 consists of a drum cap 70 coupled to the juice container 60 and the drum 40 and a nozzle 80 coupled to the drum cap 70.

In the above-described configuration, the operation button 11 for controlling the driving of the motor is provided outside the main body 10.

In addition, a driving motor is built in the main body 10, and a shaft coupling part 12 connected coaxially with the rotation shaft of the driving motor and a fastening hole 13 are formed on an outer circumferential surface of the shaft coupling part 12. .

The screw hole 21 is formed so that the support plate 20 is coupled to the fastening hole 13 formed in the shaft coupling part 12 of the main body 10, and the support hole 22 is formed at the center of the support plate 20. Form.

The through hole 42 of the binding surface 41 is coupled to the support hole 22, and the support jaw 23 is formed to support the through hole 42.

In addition, the support plate 20 has a fixing protrusion 24 is formed on the outer peripheral surface, the back surface of the support plate 20 has a locking jaw 25, the guide projection 26 is formed on the locking jaw (25).

It is coupled to the support plate 20, and constitutes a binding ring 30 having a guide groove 31 so that the guide protrusion 26 can be contacted and rotated.

The coupling protrusion 32 is provided on the inner circumferential surface of the binding ring 30, and the coupling protrusion 32 is formed at a position corresponding to the binding protrusion 43 formed on the binding surface 41 of the drum 40. do.

On the other hand, the inlet port 44 is formed in the upper end of the drum 40, so that the hopper (90) into which the adhered juice is introduced into the inlet (44).

The inlet 44 has a cylindrical shape and is formed to penetrate the inside thereof.

In this case, the drum 40 is composed of the adhered juice receiving portion 45 and the juice container coupling portion 45 ', the upper end of the adherent juice receiving portion 45 is formed in communication with the inlet 44 .

The juicer coupling portion 45 'has an outlet 46 at its lower end, and has an opening 47 at one side.

In addition, a guide groove 48 is formed on the circumferential surface of the juice container coupling portion 45 ', and the guide groove 48 is guided by a juice container 60 and a grinding container 60' that juice food. To be combined.

The juice container 60 is formed of a metal mesh 63 formed with a plurality of holes so that the juice generated in the juice adhered to the outlet 47.

And, the juice container 60 forms a front flange 61 to prevent the outflow of juice at one end, and the other end to form a rear flange 62 having a rotation preventing projection (64).

In addition, the opening 47 of the juice container coupling portion 45 'to form a coupling groove (49).

Referring to the rear perspective view of the drum cap of Figure 5, an exploded perspective view of the drum cap and the nozzle of Figure 6 as follows.

The drum cap 70 coupled to the coupling groove 49 has a close contact surface 71 to be in close contact with the opening 47.

Protruding from the contact surface 71 to form a locking jaw 72 to be coupled to the coupling groove 49 of the opening 47, a plurality of ribs 73 in the outer peripheral portion of the drum cap 70 To form.

Here, the rib 73 is to be able to play a role of a handle to couple and separate the drum cap (70).

In addition, the inner surface of the drum cap 70 is formed with a discharge flow path inclined surface 74 that increases in height toward the rear.

It is connected to the discharge flow path slope 74 to form a reinforcement protrusion step 75 and the seating surface 76 so that the juice container 60 can be placed.

On the other hand, the center of the nozzle coupling portion formed in front of the drum cap 70 has a coupling hole 77 formed therethrough, and the pressure adjusting portion 78 is formed on the outer peripheral surface of the nozzle coupling portion.

The pressure adjusting unit 78 is provided with a control groove (79) in which the pressure adjusting projection (89) of the nozzle 80 is received, is connected to the control groove (79) and the pressure adjusting projection (89) is rotated , So as to be connected to the pressure control unit (78).

In addition, the nozzle 80 is coupled to the coupling hole 77.

On the other hand, the adhered juice receiving portion 45 is a binding surface 41 is formed on one side, the through surface 42 is formed in the center of the binding surface (41).

A binding protrusion 43 is formed on the outer peripheral portion of the binding surface 41, and the binding protrusion 43 is coupled to the fixing protrusion 24 of the support plate 20 coupled to the main body 10.

In addition, the through-hole 42 is to ensure that the packing is combined, for sealing the juice.

In addition, the shaft 51 is coupled to the through hole 42 formed in the engagement surface 41 of the drum 40, and one side of the shaft 51 is coupled to the screw 50.

The shaft 51 is coupled to the support hole 22 of the support plate 20 connected to the rotating shaft of the drive motor, and rotates the screw 50 under the rotational force of the drive motor.

7 is a perspective view of the screw of the present invention, Figure 8 is described with reference to the coupling of the screw and the nozzle of the present invention as follows.

In this case, the screw 50 has a transfer part 52, a crushing part 53, a crushing part 54 and a fine cutting part 55, the shaft 51 is coupled to the central axis of the screw 50 Lose.

The transfer part 52 is formed to have a row of threads 52 'on the outer circumferential surface of the screw 50, and the shredding part 53 allows a plurality of threads 53' to be formed.

The crushing unit 54 is connected to the conveying unit 52 and the threads 52 'and 53' of the crushing unit 53 to form a plurality of first grinding blades 54a, and the first grinding blade 54a. The second milling blade 54b and the third milling blade 54c are formed therebetween.

In addition, the first grinding blade (54a) is connected to form a first fine cutting blade (55a).

A second fine cutting blade 55b is formed between the end of the second grinding blade 54b and the third grinding blade 54c, and is connected to the first fine cutting blade 55a to connect the screw 50. At the end of the hemispherical protrusion 56 to have.

Here, the second fine cutting blade (55b) is formed between the second grinding blade (54b) and the third grinding blade (54c), the second grinding blade ( 54b) and the end of the third grinding blade (54c) and the start of the second fine cutting blade (55b) is preferably formed to have a predetermined spacing interval.

That is, the second grinding blade 54b and the second fine cutting blade 55b and the blade formed between the third grinding blade 54c and the second fine cutting blade 55b have a gap therebetween. .

In addition, the first fine cutting blade (55a) and the second fine cutting blade (55b) has a height and thickness at the beginning of the blade, so that the height and thickness decreases toward the end of the blade ends.

When the screw 50 is viewed from the side in which the hemispherical protrusion 56 is formed, the shape of the start and end portions of the first fine cutting blade 55a and the second fine cutting blade 55b is rotated. The positions are formed differently to have a shape.

In addition, with reference to the side cross-sectional view of the nozzle according to Figure 9 of the present invention, and an exploded perspective view of the nozzle of Figure 10 as follows.

The nozzle 80 coupled to the drum cap 70 is composed of a nozzle cap 81, an extrusion port 82, and an extrusion port coupling portion 83.

An extrusion coupling hole penetrated at the center of the coupling surface 85 to have a coupling surface (851) is coupled to the pressure control unit 78 of the drum cap 70 in close contact with the inside of the nozzle cap (81) ( 84).

The extrusion hole 82 is coupled to the rear of the extrusion coupling hole 84 through the coupling surface 85, and the extrusion hole 82 passes through the extrusion coupling hole 84 to extrude the front surface of the coupling surface 85. Coupling the sphere coupling portion (83).

Here, the rubber packing 86 having an elastic member is coupled between the extrusion port 82 and the coupling surface 85.

In addition, the extrusion port 82 is to increase in size from the inner circumferential surface to the outer circumferential surface, so that the end portion has a circumferential end 88.

Then, the inner circumferential surface of the nozzle cap 81 is inserted into the adjustment groove 79 formed in the pressure control unit 78 of the drum cap 70, the pressure adjusting projection 89 for adjusting the grinding pressure of the pulverized product Form.

The pressure adjusting projection (89) is formed with a display projection (87), the circumferential end

The height 88 is lower than that of the display protrusion 87.

Meanwhile, when the nozzle 80 is coupled to the drum cap 70, the second fine cutting blade 55b having the circumferential end 88 of the extrusion port 83 formed in the nozzle 80 formed on the screw 50 is formed. Form only to the end of.

The process of assembling the pulverizing universal juicer of the present invention configured as described above is as follows.

First, the guide protrusions 26 of the support plate 20 are coupled to the guide grooves 31 of the binding ring 30, and the screw holes 21 of the support plate 20 are connected to the rotating shaft of the main body 10. It is coupled to the fastening hole (13).

The binding protrusions 43 formed on the outer peripheral surface of the binding surface 41 of the drum 40 are coupled to the coupling protrusion 32 of the binding ring 30, and the binding ring 30 is rotated clockwise.

Then, the guide groove 31 of the binding ring 30 is guided to the guide protrusion 26 of the support plate 20 so that the drum 40 is coupled.

When the shaft 51 of the screw 50 is inserted into the through hole 42 of the drum 40, it passes through the support hole 22 of the support plate 20 and is coupled to the rotating shaft of the main body in which the driving motor is built. .

In addition, the hopper 90 to inject food into the inlet port 44 formed on the upper end of the adhered juice receiving portion 45 of the drum 40, the juice container 60 to the juice container coupling portion 45 ' And a pulverization bin 60 '.

The drum cap 70 is coupled to the coupling groove 49 of the drum, and the nozzle 80 is coupled to the drum cap 70.

Referring to the action of the pulverizing universal juicer of the present invention constructed and assembled as described above are as follows.

First, press the operation button 11 installed in the main body 10, and when the food is put into the hopper 90 is received in the adhered juice receiving portion 45 through the inlet (44).

Along with this, the screw coupled to the drive motor is rotated, and the food is transferred to the crushing blade 53 with cutting at the feed blade 52, and the crushing blade 53 coupled to be in close contact with the juice container 60. Juice is made in the grinding blade (54).

The second grinding blade 54b and the third grinding blade 54c, which are connected to the crushing part 53 of the screw 50 and formed between the first grinding blade 54a and the first grinding blade 54a, The second fine cutting blade 55b having a blade formed between the end of the second grinding blade 54b and the third grinding blade 54c in contact with the pressing blade of the juice container 60; The pulverized material is moved to the first fine cutting blade 55a which is connected to the first pulverized blade 55a, thereby cutting the pulverized finer.

In addition, the second fine cutting blade (55b) is formed only to the end of the extrusion port 82 of the nozzle 80 to facilitate the outflow of the pulverized product when juiced.

In addition, the fine cutting portion 55 of the screw 50 is finely pulverized by the interaction with the discharge flow path inclined surface 74 formed in the drum cap 70, the juice and the pulverized crushed product is the screw ( It is discharged through the protrusion 56 of the 50 and the extrusion port 82 of the nozzle 80.

Universal pulverizing juicer according to the present invention, when the juice is used to combine the juice can be used, for the purpose of crushing ice and grains can be used by combining the grinding barrel to the barrel coupling portion of the drum.

As mentioned above, the present invention has the following effects due to the pulverizing universal juicer.

First, due to the number of grinding blades and fine cutting blades there is an effect that the fine grinding.

Second, the protrusion formed in connection with the first fine cutting blade and the second fine cutting blade are formed so as not to contact the extrusion port of the nozzle, and when the pulverized product is discharged to the nozzle, it is easy to discharge by minimizing the flow resistance.

Third, since the extrusion port of the nozzle is formed to be lower than the height of the display projection formed on the outer peripheral surface of the side, it is possible to discharge the waste smoothly, and when the separated end is stored, the circumferential end formed in the extrusion port is damaged and damaged by friction. You can prevent it.

Claims (2)

A binding ring coupled to an outer surface of the main body in which the motor is embedded; A drum coupled to the binding ring; A through hole formed in one side of the drum; A shaft inserted into the through hole and coupled to the binding ring and the rotating shaft of the motor; A screw having a conveying part, a crushing part, a pulverizing part, and a fine cutting part on the shaft; An adhered juice receiving part in which the screw is accommodated and an upper end of the drum penetrates and an inlet is formed; An opening is formed by being connected to the adherent juice receiving part, and a lower end of the juice container coupling part having an outlet; A coupling groove formed in the opening of the juice container coupling portion; A drum cap coupled to the coupling groove; A coupling hole formed through the center of the drum cap; A nozzle having an extrusion hole is coupled to the coupling hole; The pulverizing unit includes a first grinding blade formed in connection with a crushing blade of a screw, and a second and third grinding blade formed between the first grinding blade; The fine cutting unit is connected to the first grinding blade and the first fine cutting blade formed by binding to the entire length of the fine cutting unit; A second fine cutting blade formed between the second and third grinding blades and formed before the end of the fine cutting blade; It is made of a hemispherical protrusion formed in the end of the screw is connected to the first fine cutting blade, When the nozzle is coupled to the drum cap, pulverizing universal juicer formed so that the circumferential end of the extrusion port is located only to the end of the second fine cutting blade formed in the screw. The method of claim 1, The circumferential end portion of the nozzle pulverizing universal juicer, characterized in that formed lower than the height of the display projection formed on the outer peripheral surface of the side.