KR102121859B1 - Juice making equipment - Google Patents

Abstract

The present invention relates to a portable juice making machine which can immediately provide hygienic and clean juice on the spot when a consumer places an order in a vehicle or store. The portable juice making machine comprises: a portable plate (1); a water supply tank (2) seated on an upper surface of the portable plate (1) to store washing water; a raw material washing means (6) including a washing water spray tube (65) through which washing water is sprayed from a washing housing (62) provided on one side of the water supply tank (2) to be inclined upwards by a housing support (622), and a screw (64) for transferring juice raw material upwards; and a juicing means (10) in which the juice raw material is washed by the raw material washing means (6) and fed into a screw housing (20) through a hopper (11) and compressed by a compression screw (12) rotated by a motor (13) to be a juice liquid, and the juice liquid is discharged through a juice discharge tube (14), with leftovers discharged through a leftover outlet (21) of the screw housing (20). The juicing means (10) includes an outlet flange (22) provided outside the leftover outlet (21), and a movable hinge piece (39) and a fixed hinge piece (23) connected to a discharge hole flange (32) of a leftover discharge pressure control means (30) by a connection shaft (40), wherein the outlet flange (22) and the discharge hole flange (32) can be detached by a detachment means (50).

Description

Portable instant juice manufacturing equipment {Juice making equipment}

The present invention relates to a juice manufacturing apparatus for making juice using a fruit or a fruit as a raw material, and more specifically, when a customer places an order in a mobile vehicle or a store, the juice is instantly prepared and immediately provided. It relates to a portable instantaneous juice manufacturing apparatus improved to be able to do.

A juice production apparatus as disclosed in the patent literature of the prior art document has been disclosed, but this is preferable because it is mainly used to manufacture juice in large quantities, so there is a problem that it is not desirable to move to a vehicle or to produce a small amount of juice.

In addition, a juicer as disclosed in the patent document of the prior art is disclosed in a juicer that must be essentially used in a juice making apparatus, but the juicer of the prior art described above is separated by loosening the bolts individually to clean the inside of the screw housing or the sludge discharge unit. After this is done, water cleaning is possible.

Therefore, not only does it take a long time to release numerous bolts individually, but it is very inconvenient and cumbersome by having to tighten the bolts again after cleaning, so as to avoid cleaning or to clean several times during a certain period of operation 1 By cleaning only about once, there is a serious problem that the juice efficiency is not only reduced, but also unsanitary maintenance is maintained.

In particular, in the case of receiving an order from a consumer and making and supplying juice on the fly, there is a need to quickly clean the juicer because the type of fruit may be different for each consumer ordering juice materials such as fruits or berries. Since juicers such as technology are not quick to clean, there is a very undesirable problem as a juicer that needs to make juice instantly and cleanly when a customer places an order in a vehicle or store.

KR 10-1611249 B1 2016.04.19 KR 10-1485401 B1 2015.01.26

An object of the present invention is to provide a portable instant juice production device that can immediately provide a hygienic and clean juice on the spot when a customer places an order in a vehicle or a store.

Another object of the present invention is to ensure the reliability by providing a clean and hygienic juice directly to the juice orderer by allowing the juicer to be cleaned quickly and easily whenever the juice raw material is changed. The aim is to make it possible to provide natural and clean juices on the fly.

Another object of the present invention is to ensure that after cleaning the juicer means that the sludge discharge port and the sludge discharge port can be accurately matched, so as to avoid avoiding cleaning, and to prevent rapid cleaning and reduce the juice efficiency. .

Another object of the present invention is to make it easy to clean the sludge discharging portion of the juicer, so that a good cleanliness condition is always achieved.

The present invention includes a portable plate, a water supply tank that is seated on an upper surface of the portable plate and stores washing water, and a washing water spray tube through which washing water is sprayed from a washing housing provided to be inclined upward by a housing support at one side of the water supply tank. , The raw material washing means with a screw for transferring the juice raw material to the upper direction by the reduction motor power, and the juice raw material washed in the raw material washing means is injected into the screw housing through a hopper and compressed by a compression screw rotated by motor power. The juice to be juiced is discharged to the juice discharge pipe, and the sludge includes a juice means discharged to a sludge discharge port of a screw housing, wherein the juice means is connected to an outlet flange of the outlet flange and a sludge discharge pressure control means provided outside the sludge discharge port. It is characterized in that it is provided with a floating hinge piece and a flow hinge piece connected to each, and the outlet flange and the outlet flange are configured to be detachable by a detachable means.

Another feature is that the washing water in the water supply tank is converted from a neutral water maker to neutral water, stored in a sterilizing water storage tank, and then pumped to a washing water spray pipe by a pump to be configured to be sprayed in the screw direction.

An inside of the washing housing is provided with an elongated upward inclined cleaning chamber with an open top, a hopper communicating with each other at the lower portion of the upward inclined washing chamber, and an outlet through which juice raw materials are discharged at an upper lower portion, and the upward inclined washing. The center of the seal is provided with a screw having a screw shaft that is rotated by a reduction motor power provided toward the upper side, and is configured to be provided with a washing water spray tube in which a plurality of nozzles are disposed in the screw direction in the upper longitudinal direction of the screw, or Another feature is that the washing water spray tube and the extended lower cleaning spray tube are further provided at the lower part of the upwardly inclined cleaning room, and the nozzle is configured to be sprayed in the upper direction of the upwardly inclined cleaning room, so that the deceased is flowed in the horizontal direction. .

Another feature is that there is a drainage port on the lower side of the upwardly inclined cleaning chamber, a foreign matter removal chamber with a screen network on the lower side of the drainage hole, and a drainage pipe provided below the foreign matter removal chamber.

The floating hinge piece is provided to be fixed to one side of the outlet flange or screw housing provided outside the sludge discharge hole having an axial hole, and the flow hinge piece having a long hole is provided on one side of the discharge hole flange of the sludge discharge pressure regulating means. The shaft hole is connected to the connecting shaft and is configured to rotate the sludge discharge pressure adjusting means in the horizontal direction and then rotate around the connecting shaft. The outlet flange and the outlet flange are detachable with a catching piece pulled by the rotating member. Another feature is that the sphere and the engaging piece are configured to be detachable by a plurality of detachable means having a locking hole.

A plurality of mating projections and mating holes are provided on the front surface of the outlet flange provided outside the sludge discharge port, and a plurality of mating projections and mating holes each of which the mating projections and mating holes can be relatively matched are provided on the front surface of the discharge flange so that they can be respectively matched. Another feature is that it is configured.

The desorption means includes a fixed standing piece fixed to the outer circumferential surface of the outlet flange, an elongated rotating member rotated around a hinge axis in the fixed standing piece, and an elongated rotating member provided on one side of the rotating member middle part It is characterized in that it is made of a detachable opening having a locking piece and a locking groove on one side of which the locking piece is engaged and released, and is configured by a locking hole fixed to the outer peripheral surface of the discharge flange.

The sludge discharge pressure control means, a support piece fixed to be connected by a plurality of connecting pieces to one side of the discharge port flange with a sludge discharge port, a screw rod penetrating the screw hole of the support piece, and a stop piece coupled to the end of the screw bar And, another feature to be configured to include an elastic spring handle having a screw hole to which the screw rod is fastened to adjust the elasticity of the pressure spring, and the pressure spring is provided so that the screw rod is fitted to press the blocking piece do.

Another feature is that the juice liquid discharged to the juice discharge pipe is configured to be stored in a juice storage tank having a water level sensor therein.

The present invention has the effect of providing a portable instant juice production device that can be provided immediately by making a juice hygienically and cleanly on the spot when a customer places an order in a vehicle or a store.

In addition, the present invention has the effect of ensuring the reliability of the juice by being able to directly and directly confirm to the juice orderer that it is possible to provide a clean and hygienic juice whenever the juice material is easily and quickly cleaned. In addition, it has the effect of being able to provide hygienic and clean juices on the fly.

In addition, the present invention can easily separate and assemble the sludge discharging pressure means without loosening the bolts, thereby making it easy to clean the sludge discharging part. Since it can be recombined so that it can be quickly made, different types of juice can be provided to the orderer immediately.

Therefore, the present invention not only has an effect of promoting hygienic maintenance by always being able to promote a good cleanliness state, but also enables easy cleaning from time to time, so that the juice efficiency does not deteriorate, so the juice orderer is satisfied. will be.

1 is a use state diagram of one embodiment of the present invention mounted on a vehicle,
Figure 2 is an overall perspective view of an instant juice manufacturing apparatus according to the present invention,
Figure 3 is a plan view showing the entire structure of the instant juice manufacturing apparatus of the present invention,
Figure 4 is a cross-sectional view showing a cleaning means according to the invention,
Figure 5 is a side view of the instant juice manufacturing apparatus of the present invention,
Figure 6 is an overall configuration of the juice means, the present invention is implemented,
Figure 7 is a combined perspective view showing the screw housing and the sludge discharge pressure control means of the juice means of the present invention,
8 is a plan view of the screw housing of the juice means of the present invention,
Figure 9 is a perspective view showing the main portion of the sludge discharge pressure control means of the juice means of the present invention,
10 is a longitudinal cross-sectional configuration of the screw housing and the sludge discharging pressure control means of the juice means of the present invention,
11 and 12 are schematic plan views illustrating the detached state of the screw housing and the sludge discharge pressure control means of the juice means of the present invention.

The present invention will be described in more detail on the basis of the attached preferred embodiments.

As the present invention is an example, as shown in FIG. 1, it is mounted on a vehicle so that juice is produced, so it can be moved to a place where it can be made and sold on the fly by taking orders. In addition to being configured to be, it is possible to provide hygienically manufactured juices to consumers only when cleanliness is maintained because juice raw materials may vary depending on the orderer.

Therefore, the present invention is largely divided, consisting of a portable plate (1) and a raw material washing means (6) for washing the juice raw material and a juice means (10) for juice from the washed juice raw material, upon receipt of the order The juice material such as fruits or berries is immediately washed and juiced in the state of the orderer, and the juiced juice is provided to the orderer.

2 and 3, the present invention is provided with a portable plate (1), the portable plate (1) is seated on the upper surface of the water tank (2) is stored for washing water.

In addition, the washing water in the water supply tank (2) is configured to be converted to neutral water in the neutral water maker (3) and stored in the sterilizing water storage tank (4). Since the manufacturing machine 3 is already known, detailed drawings and description will be omitted.

Therefore, the sterilizing water storage tank 4 is in a state in which sterilizing washing water is stored, and the sterilizing washing water in the sterilizing water storage tank 4 is pump 5 when the raw material washing means 6 and the juice means 10 are operated. ) To the washing water spray pipe 65 of the raw material washing means 6 to sterilize the washing water to be sprayed in the direction of the screw 64.

Referring to FIG. 4, the raw material washing means 6 is a washing water spray pipe 65 through which washing water is sprayed from a washing housing 62 provided to be inclined upward by a housing support 622 at one side of the water supply tank 2 And it is provided with a screw (64) for transferring the juice raw material in the upper direction.

That is, the inside of the washing housing 62 is provided with an elongated upward inclined washing chamber 621 with an open top, and there is a hopper 61 in communication with each other at the lower portion of the upward inclined washing chamber 621. There is an outlet (66) through which the juice raw material is discharged, and a screw (64) having a screw shaft (641) rotated by a reduction motor (63) provided upwards is provided at the center of the upwardly inclined washing room (621), It is to be configured such that a plurality of nozzles 652 in the longitudinal direction of the upper side of the screw 64 are provided with a washing water spray tube 65 disposed in the direction of the screw 64. Reference numeral 651 denotes an inlet through which sterilized washing water is introduced.

Therefore, when the sterilizing washing water is sprayed from the washing water spray pipe 65, the water is accumulated in the lower portion of the upward inclined washing chamber 621 as shown in FIG. The water collected in the lower portion of the upward-sloping washing chamber 621 as described above is referred to as a deceased person (W) to help understand the present invention.

Therefore, when a juice material such as fruit is introduced through the hopper 61 in the presence of the deceased person W, the deceased person W is buffered, so that the juice material is not damaged. As a result, bacteria or foreign matter cannot penetrate into the juice material.

And the juice raw material floating or sinking in the stagnant material W is gradually pushed upward by the rotating screw 64, and thus the inlet 651 is provided to the juice raw material moving upward. As the sterilizing washing water transferred to the washing spray pipe 65 through high pressure is sprayed through a plurality of nozzles 652, the foreign matter attached to the juice raw material is washed and flows downward, so that the juice raw material is screwed ( Since the sterilized washing water is continuously sprayed sequentially in the process of gradually moving upwards by 64), the juice raw material is washed several times, so that when it is discharged to the outlet 66, it is washed in a completely clean state. It is introduced into the hopper 11 of the juice means (10).

And the present invention, as shown in Figure 4, the upward inclined washing chamber 621, the washing water spray pipe 65 and the extended lower washing spray pipe 65', which are installed in the longitudinal direction in the middle of the upward inclined washing chamber 621, It is further provided in the lower portion and the nozzle 652 may be provided to be sprayed in the upper direction of the upwardly inclined cleaning chamber 621 so that the deceased material W flows in the horizontal direction. The spray pipe connected from the washing water spray pipe 65 to the lower washing water spray pipe 65' is installed along the inner wall surface of the upward-sloping washing chamber 621, and the drawing illustration is omitted.

Therefore, when the sterilizing washing water is sprayed from the nozzle 652 of the lower washing water injection pipe 65', the juice material (fruit) floating in the storage material W is moved to the screw 54 by moving the sterilized material W in the horizontal direction. As it is moved to, it is not only easily caught by the screw 64, but also because the sterilized washing water is sprayed in one direction from the nozzle 652 in the state where the trapped material W is confined in the upward tilt cleaning chamber 621, the trapped material W is rotated. As a result, a vortex is generated, and thereby the juice raw material is washed better.

On the other hand, the present invention, as shown in Figures 4 and 5, the inclined cleaning chamber 621 has a drainage port 67 on one side of the lower side, and a foreign material made of a screen net 681 at the lower outer side of the drainage hole 67. A living room 68 is provided, and a drain pipe 69 is provided under the debris removal chamber 68.

Therefore, when the water level of the deceased person W reaches the drain hole 67 by continuously disinfecting the washing water discharged from the washing injection pipe 65 toward the deceased person W, the deceased person W overflowed through the drain hole 67 The upward inclined cleaning chamber 621 flows out, and at this time, the foreign matter floating on the deceased person W also flows out and goes into the foreign matter removal chamber 68 as it flows out.

And the water flowing into the debris removal chamber 68 is discharged to the sewer pipe through the drain pipe 69, and the debris is caught by the screen net 681, and the screen net 681 is withdrawn to remove the foreign matter. Is to do.

Therefore, according to the present invention, since the foreign material that has been washed off because the juice raw material is washed out automatically flows through the drain 67, the water quality of the deceased material W is continuously maintained in a good state, thereby being newly introduced through the hopper 61. The juice material will not be contaminated.

On the other hand, when the stopper (W) of the raw material washing means (6) is stopped, the retainer (W) in the lower part of the upward inclined washing room (621) can be drained to the outside through the drainage pipe (69') in the lower part. By opening 69a), the retainer W is drained, and when it is in operation, the opening/closing valve 69a is closed to allow the retainer W to accumulate in the lower portion of the upward inclined washing chamber 621.

The juice raw material washed by the raw material washing means 6 and discharged to the outlet 66 is automatically dropped into the hopper 11 of the juice means 10 shown in FIGS. 4 and 6 and put into a state.

Referring to Figure 6, the juice means 10 according to the present invention, the raw material input to the hopper 11 is injected into the screw housing 20 and compressed by a compression screw 12 rotated by the power of the motor 13 It is juiced, and the juiced juice is discharged to the juice discharge pipe 14 and the sludge is discharged toward the direction of the sludge discharge pressure control means 30. Reference numeral 13' denotes a chain gear for power transmission, and 13" denotes a chain.

Therefore, the juicer means 10 of the present invention is provided with a discharge flange 22 with a sludge discharge port 21 on one side of the screw housing 20 as shown in FIGS. 7 to 10, and the sludge discharge pressure control means 30 ) Is also provided with a discharge port flange 32 fixedly in close contact with the discharge port flange 22 and having a sludge discharge port 31 in communication with the sludge discharge port 21.

Therefore, the juice outlet 10 is operated in a state where the outlet flange 22 and the outlet flange 32 are fixed to be in close contact with each other, and the sludge discharge port 21 and the sludge discharge port 31 are accurately operated in this state. Only when it is in a coincident state can the sludge be discharged to the outside.

Further, in order to clean (wash) the inside of the screw housing 20, the outlet flange 32 must be separated from the outlet flange 22.

Therefore, the present invention is provided with a floating hinge piece 23 having an axial hole 231 on one side of the discharge flange 22 or the screw housing 20 provided outside the sludge discharge port 21.

In addition, a flow hinge piece 39 having a long hole 391 is configured to be provided on one side of the discharge flange 32 of the sludge discharge pressure control means 30 provided on one side of the screw housing 20.

Then, the floating hinge piece 23 and the floating hinge piece 39 are configured to be connected by a connecting shaft 40 passing through the long hole 391 and the shaft hole 231, and the floating hinge piece 23 as shown in FIG. ) And the flow hinge piece 39 is preferably to be provided with a pair of upper and lower portions, respectively.

That is, the juice means 10 of the present invention is fixed to one side of the discharge flange 22 or the screw housing 20 provided outside the sludge discharge port 21 and the floating hinge piece 23 and the screw housing with the shaft hole 231 (20) The discharge port flange 32 of the sludge discharge pressure regulating means 30 provided on one side is provided on one side and the flow hinge piece 39 having a long hole 391 is connected to the connecting shaft 40, thereby discharging the sludge. After the pressure adjusting means 30 is moved in the horizontal direction, it is configured to be rotated around the connecting shaft 40.

In addition, a plurality of mating projections 221 and mating holes 222 are provided on the front side of the outlet flange 22 provided outside the sludge outlet 21, and the mating projections 221 are mated on the front side of the outlet flange 32. Each of the balls 222 is provided with a plurality of mating projections 321 and mating holes 322 that can be relatively mated, so that they can be respectively mated.

In addition, the discharge port flange 22 and the discharge port flange 32, the detachment port 51 having a locking piece 56 pulled by the pivoting member 54 and the locking port 57 to which the locking piece 56 is engaged 57 ) Is configured to be detachable by a plurality of detachable means (50).

Preferably, the detachable port 51 is to be fixed to a plurality of equal intervals on the outer circumferential surface of the outlet flange 22, it is preferable that the locking port 57 is provided to be fixed to a plurality of equal intervals on the outer circumferential surface of the discharge port flange 32. .

The detachment port 51 includes a fixed standing piece 52 fixed to the outer circumferential surface of the outlet flange 22 and a long rotating member 54 rotated around a hinge shaft 53 in the fixed standing piece 52. , The rotating member 54 is configured to have an elongated locking piece 56 that is rotated around a rotation shaft 55 provided on one side of the intermediate portion, and the locking hole 57 is the locking piece 56 is jammed and released It is configured to be provided with a locking groove 58 to one side. Reference numeral 54a denotes a handle for rotating the rotating member 54 by hand.

Sludge discharge pressure control means 30, as shown in Figure 10, the discharge port flange with a sludge discharge port 31, a support piece 34 fixed to be connected by a plurality of connecting pieces 33 on one side, and Screw rod 35 penetrating through the screw hole (34a) of the support piece 34, the stop piece 36 coupled to the end portion of the screw rod 35, and to press the stop piece 36 b The elastic spring handle (38) having a pressure spring (37) provided to be fitted with a threaded rod (35) and a screw hole (38a) to which a threaded rod (35) is fastened to adjust the elasticity of the pressure spring (37) It is configured to include. Reference numeral 35a denotes a rotation handle, and symbol 37a denotes a spring cover.

Therefore, when the sludge discharging pressure adjusting means 30 is tightly fixed to the screw housing 20 as shown in FIG. 10 and the juicer is operated, the blocking piece 36 is brought into the sludge discharging opening 31. When the open portion through which the sludge is discharged is in a narrow state, when the above-described stopper piece 36 is moved to the direction of the screw housing 20 in the state shown by a solid line in FIG. 5, the sludge becomes The space to be discharged becomes narrower. On the contrary, when the blocking piece 36 is moved toward the support piece 34 in the state shown in solid lines in FIG. 5, the space in which the sludge is discharged is relatively more. As it becomes wider, the discharge amount of the sludge discharged per minute is controlled.

And when the elastic adjustment handle 38 is rotated to move in the direction of the jersey piece 34, the pressurized spring 37 and the jersey piece 36 are pushed in the direction of the sludge discharge port 31 to be moved to the rear side of the jersey piece 36 (Right in FIG. 5) The outer circumferential surface is no longer pushed out by contact with the sludge discharge port 31. In this state, the elastic spring handle 38 is further rotated to move further in the direction of the jersey piece 34, thereby pressing the spring. As 37 is compressed, elasticity is enhanced.

Therefore, only when the discharge pressure of the sludge discharged to the sludge discharge port 31 becomes a relatively larger sludge discharge pressure than the enhanced elasticity of the pressurized spring 37, the sludge can be discharged to the sludge discharge port 31, The higher the discharge pressure of the sludge, the more the juice efficiency is improved as the compression force of the moving material increases while being compressed by the compression screw 12 inside the screw housing 20.

Referring to FIG. 5, the juice liquid discharged to the juice discharge pipe 14 is configured to be stored in the juice storage tank 7 having a water level sensor 71 therein, and the juice liquid continuously flows into the juice storage tank 7. When the level of the juice liquid inside the juice storage tank 7 reaches the water level sensing sensor 71, the water level sensor 71 applies a detection signal to the control unit 8, thereby causing the control unit 8 to flow. ) Is to stop the operation of the pump (5), the deceleration motor (63) and the motor (13) automatically, so that the entire operation is stopped so that the juice does not overflow from the juice storage tank (7), and is shown in FIG. The opening and closing valve 73 is opened so that the juice is discharged through the discharge port 73, and then the control unit 8 is operated again to operate the raw material washing means 6 and the juice means 10 again. In FIG. 5, reference numeral 81 denotes an electric wire protection pipe protecting the electric wire pipe connected to the control unit 8.

On the other hand, by selling the juice to the juice orderer, after the whole is completely stopped, rapid cleaning is required to not only provide the juice quickly to the next orderer, but also other types of juice are not mixed with each other, and hygienic juice is obtained. It is possible to provide.

Therefore, when cleaning is required in the state in which the juicer 10 is stopped, when the rotating handle 35a is rotated so that the screw rod 35 moves in the direction of the support piece 34, the stopper piece 36 also moves. As it becomes possible, the connection piece 33 is moved to an open portion upward. In this state, the jersey piece 36 and the pressure spring 37 are removed from the screw rod 35, separated, and then washed with water. When re-assembled, re-assemble in reverse order of the above-described separation procedure. As a result, the sludge discharge pressure regulating means 30 of the present invention can easily adjust the discharge pressure at which the sludge is discharged, but does not have to loosen the bolts as before when cleaning the water, so it is very easy to clean the water. There is this.

On the other hand, in the present invention, when the juicer means 10 is operated, as shown in Fig. 11, the outlet flange 22 and the outlet flange 32 are operated in a state fixed to each other by the detachable means 50 in close contact with each other. will be.

In the above state, the detachable means 50 is a state in which the engaging piece 56 is engaged with the engaging groove 58, and the outlet flange 22 because the engaging piece 56 is pulled with a strong pulling force in the direction of the detaching hole 51 ) And the outlet flange 32 are to maintain a strongly fixed state, in this state the connecting shaft 40 is in a state located on one side end 391a side of the long hole 391.

Accordingly, when cleaning is required, the detachable means 50 is first released. At this time, when the handle 54a is held by hand and rotated in the direction of the catch 57, the rotation shaft 55 is also rotated at the same time. As a result, as shown in the virtual line in FIG. 11, the engaging piece 56 is disengaged from the engaging groove 58, and in this state, the rotating member 54 is rotated back to rotate, and as shown in FIG. 56) is not caught in the engaging groove (58).

Next, when the sludge discharge pressure regulating means 30 is moved in the opposite direction of the screw housing 20, the mating protrusions 221 and 321 are pulled out of the mating grooves 222 and 322 to be separated, and thus the mating protrusion ( 221,321) can be separated from the mating grooves (222,322) when the discharge port flange 32 is moved as shown in the solid line in Figure 12, the long hole 391 is also moved to the state that the connecting shaft 40 is the other end It becomes possible by being located on the (391a) side.

Therefore, when the discharge port flange 32 is rotated counterclockwise in FIG. 7 in a state of being moved as shown in the solid line in FIG. 12, the discharge port flange 32 is rotated as the flow hinge piece 39 rotates as shown in the virtual line. The entire sludge discharge pressure control means 30 is rotated as shown in the virtual line, so that the sludge discharge port 21 of the screw housing 20 is exposed to the outside and opened, and in this state, the screw housing 20 It is to be able to clean the water by taking out the juice network (not shown) inside and cleaning the inside of the screw housing 20.

Then, after the water cleaning is completed, when the discharge port flange 32 is rotated clockwise again in the virtual line state of FIG. 12 to move the discharge port flange 32 toward the discharge port flange 22 after being positioned as shown in the solid line. 11, the mating protrusions 221 and 321 are inserted into the mating grooves 222 and 322 to be mated. At this time, as the connecting shaft 40 is also moved to the moving hinge piece 39 and the long hole 391 so as to be located on one side end 391a of the long hole 391, the matching protrusions 221,321 are connected to the matching grooves 222,322. It can be matched to be inserted.

In order to help the understanding of the present invention, if the outlet flange 22 and the outlet flange 32 are only fixed by the detachable means 50, the sludge discharge port 21 and the sludge discharge port 31 do not exactly match. It may be connected, in this case, the juice efficiency may be lowered due to the jamming phenomenon caused by the movement of the sludge, but the present invention is because the mating protrusions 221 and 321 are inserted into the mating grooves 222 and 322 to be matched, so that the sludge discharge port 21 and The sludge discharge ports 31 are exactly matched with each other.

Therefore, the mating protrusions 221 and 321 are inserted into the mating grooves 222 and 322 to be mated, so that the outlet flange 32 is in close contact with the outlet flange 22, and in this state, the rotating member is in the state of the virtual line of FIG. After rotating the 54 in the counterclockwise direction so that the locking piece 56 is engaged with the locking groove 58 as shown by the solid line, when the rotating member 54 is rotated clockwise again as shown by the solid line, the locking piece ( 56) is a state in which the ejection opening flange 32 is strongly fixed to the exit flange 22 by being in a state of strongly pulling the locking hole 57.

Accordingly, the present invention is to clean the inside of the screw housing 20 of the juicer without loosening the bolts as usual in cleaning the inside of the screw housing 20 of the juicer, and at the same time, the present invention is a sludge discharge pressure means. Since it is possible to easily separate and assemble the 30 without loosening the bolt, the sludge discharging part can be cleaned easily.

In addition, after cleaning, since the sludge discharge port 21 and the sludge discharge port 31 can be combined again so that they can be accurately and conveniently matched, cleaning of the juice means 10 is avoided.

Therefore, the present invention is to be able to always achieve a good cleanliness, not only hygienic maintenance, but also easy cleaning at any time, so that the juice efficiency is not reduced.

Therefore, the present invention makes it possible to immediately provide a hygienic and clean juice on the spot when a customer places an order in a vehicle or a store.

In addition, the present invention allows the juice orderer to directly confirm to the juice orderer that clean and hygienic juice is provided by allowing the juicer to be easily and quickly cleaned whenever the juice raw material is changed. You will be able to provide clean juices on the fly.

On the other hand, in the present invention, instead of the screw 64 in the raw material washing means 6, a screen conveyor (not shown) having a plurality of projection jaws (not shown) at which the juice raw material is caught on the outer surface is provided at equal intervals. It is possible to allow the juice raw material to be washed by the sterilizing washing water sprayed from the washing water spray pipe 65 while the juice raw material moves upward while the screen conveyor is driven while the juice raw material is caught in the protrusion.

Therefore, the present invention is not necessarily limited to those illustrated and described in the drawings, and can be modified in various ways by those skilled in the art to which the present invention pertains, and thus is protected broadly without departing from the scope of the claims. It must be self-evident.

1: Portable plate 2: Water supply tank
3: Neutral water maker 4: Sterilized water storage tank
5: Pump 6: Raw material cleaning means
61: hopper 62: washing housing
621: upward slope cleaning room 63: deceleration motor
64: screw 641; Screw shaft
65: wash water spray tube 65': lower wash water spray tube
66: outlet 67: drain
68: foreign matter removal chamber 681: screen
69,69': drain pipe 7: juice storage tank
71: water level sensor 8: control unit
81: wire protection tube 10: juice means
11: Hopper 12: Compression screw
13: motor 14: juice discharge tube
20: screw housing 21: sludge outlet
22: outlet flange 221: registration projection
222: Matching ball 23: Floating hinge
30: Sludge discharge pressure control means 31: Sludge discharge outlet
32: outlet flange 321: registration projection
322: matcher 33: connecting
34: support piece 34a: thread
35: screw rod 35a: rotating handle
36: Jersey 37: Pressurized spring
37a; spring cover 38: elasticity handle
38a: Screw 39: Flow hinge
391: long hole 391a: one end
391b: other end 40: connecting shaft
50: Desorption means 51: Desorption port
52: fixed standing 53: hinge shaft
54: rotating member 54a; handle
55: rotating shaft 56: hanging
57: Georim-gu 58: Geolim Home

Claims (9)

delete delete A portable plate 1;
A water supply tank (2) which is seated on an upper surface of the portable plate (1) and stores washing water;
The water supply tank (2), the washing water spray pipe (65) in which washing water is sprayed from the washing housing (62) provided to be inclined upward by the housing support (622) at one side, and the reduction raw material (63) power juice juice A raw material washing means 6 having a screw 64 for transferring in an upward direction;
Juice raw material washed in the raw material washing means (6) is injected into the screw housing (20) through the hopper (11) and compressed by the compression screw (12) rotated by the power of the motor (13) to extract juice. (14), the sludge comprises a juice means (10) discharged to the sludge outlet (21) of the screw housing (20), wherein the juice means (10) is an outlet flange provided outside the sludge outlet (21) (22) and a floating hinge piece (23) and a floating hinge piece (39) connected by a connecting shaft (40) to the discharge port flange (32) of the sludge discharge pressure control means (30) are respectively provided, and the outlet flange (22) ) And the outlet flange 32 is configured to be detachable by the detachable means 50;
The inside of the washing housing 62 is provided with an elongated upward inclined cleaning chamber 621 with an open top, a hopper 61 in communication with each other under the upward inclined washing chamber 621, and juice in the upper lower portion. There is an outlet 66 through which the raw material is discharged, and a screw 64 having a screw shaft 641 rotated by a reduction motor 63 power provided upward is provided at the center of the upward inclined cleaning chamber 621, and the The plurality of nozzles 652 in the longitudinal direction of the upper side of the screw 64 is configured to be provided with a washing water spray pipe 65 disposed in the direction of the screw 64, or the washing water spray pipe 65 and the extended lower washing powder The scepter 65' is further provided at the bottom of the upward sloping washing chamber 621, and the nozzle 652 is provided to be sprayed in the upper direction of the upward sloping washing chamber 621 so that the deceased person W is configured to flow in the horizontal direction Portable instant juice manufacturing apparatus characterized in that it is made.
The method of claim 3,
There is a drainage hole 67 on the lower side of the upwardly inclined washing room 621, and a foreign matter removal room 68 with a screen network 681 at the lower side outside the drainage hole 67, and the foreign matter removal room 68 ) Portable type instant juice manufacturing apparatus characterized in that it is configured to be provided with a drain pipe (69) at the bottom.
The method of claim 3,
The floating hinge piece 23 is provided with a shaft hole 231 is fixed to one side of the discharge flange 22 or the screw housing 20 provided outside the sludge discharge port 21, the flow hinge having a long hole 391 The piece 39 is provided on one side of the discharge port flange 32 of the sludge discharge pressure regulating means 30, and the sludge discharge pressure regulating means is made by connecting the long hole 391 and the shaft hole 231 with a connecting shaft 40. After the 30 is moved in the horizontal direction, it is configured to rotate about the connecting shaft 40;
The outlet flange 22 and the outlet flange 32 are detachable orifice 51 having a engaging piece 56 that is pulled by the rotating member 54, and an engaging hole 57 that engages the engaging piece 56 Portable type instant juice manufacturing apparatus characterized in that it is configured to be detachable by a plurality of desorption means (50) having a.
The method of claim 3,
A plurality of mating projections 221 and mating holes 222 are provided on the front side of the outlet flange 22 provided outside the sludge outlet 21, and the mating projections 221 and the mating holes are provided on the front side of the outlet flange 32. A portable instant juice manufacturing apparatus characterized in that the 222 is provided to be configured to be matched with a plurality of matching projections 321 and matching holes 322, each of which can be relatively matched.
The method of claim 3, wherein the desorption means (50),
A fixed standing piece 52 fixed to the outer circumferential surface of the outlet flange 22, an elongated rotating member 54 rotated around a hinge shaft 53 in the fixed standing piece 52, and the rotating member 54 A detachment port 51 having an elongated locking piece 56 that is rotated around a rotation shaft 55 provided on one side of the middle portion;
A portable instant juice manufacturing apparatus characterized in that the locking piece (56) is formed by a locking hole (57) fixed to the outer circumferential surface of the discharge hole flange (32) having a locking groove (58) to be locked and released. .
The method of claim 3, wherein the sludge discharge pressure control means (30),
A support piece 34 fixed to be connected by a plurality of connection pieces 33 to one side of the discharge port flange 32 having a sludge discharge port 31, and a screw rod penetrating the screw hole 34a of the support piece 34 (35), the screw rod (35) and the stopper piece (36) coupled to the end, and the pressurized spring (37) provided to fit the screw rod (35) to pressurize the stopper piece (36), Portable instant juice manufacturing apparatus characterized in that it comprises a resilient adjustment handle 38 with a screw hole (38a) to which the screw rod (35) is fastened to adjust the elasticity of the pressure spring (37).

delete

Images