JP2006025881A - Fresh juice producing apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a fresh juice producing apparatus capable of surely and cleanly prepare fresh juice of various materials corresponding to the preference of a customer even at a juice stand or the like and automatically washing the device every time of preparing the fresh juice. <P>SOLUTION: A vertical movement unit 20 is driven, a rotary blade unit 20 in which a rotary blade 31 is mounted on the lower end is lowered from a standby position to a position at which the rotary blade enters a material cup 2, and the rotary blade 31 is rotationally driven for predetermined time by the drive part of the rotary blade unit 20 at the position. When the juice is prepared, the rotary blade unit 20 is elevated to the standby position by the vertical movement unit 20. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a juice production apparatus, and more particularly to a fresh juice production apparatus for producing a raw juice by pulverizing a raw juice material and stirring and mixing it.

  Traditionally, at juice sales locations such as juice stands, orange juice, melon juice, and other types of juice that have been determined in advance are placed in sales tanks and placed in sales cups according to customer requirements. I put it in and sell it. These juices are processed into powdered juice at a factory different from the sales location in advance, and the powdered juice is transported to the sales location, where water is added to the powdered juice, returned to the juice, and placed in a tank for sale. Sold. On the other hand, in home mixers (juice production equipment), fruit and vegetable materials such as oranges, melons, and apples are crushed and mixed with stirring to produce juice. Juice could be made.

  JP 2001-346562 A also discloses that juices of various materials according to customer preferences can be made on the spot in a juice stand or the like, and each time fresh juice is made. An apparatus and method for producing fresh juice that can automatically clean the apparatus is described.

JP 2001-346562 A

  However, in Patent Document 1, since the cup and cup holder are driven up and down, the drainage hose in the cup holder can be seen outside (customer) when the cup holder is raised, and the appearance or the hose is caught. There is a problem that the hose may come off due to being caught, the drainage will spill, the cup will stop rising, and the juice cannot be produced.

  The present invention has been made in view of the above-mentioned conventional problems. Juices of various materials according to customer's preference can be surely made on the spot, and fresh fresh juice can be made cleanly even in a juice stand or the like. In addition, the present invention provides a fresh juice manufacturing apparatus that can automatically clean the apparatus every time fresh juice is made.

  In order to achieve the above object, the fresh juice production apparatus of the present invention, a rotary blade, a rotary blade, a drive unit that rotationally drives the rotary blade, a rotary blade unit that has a cover that is positioned above the rotary blade and functions as a container lid, and the rotary blade A vertical movement unit that drives the unit up and down, a container holder that is located below the rotary blade unit and that can be installed in an open container, a juice liquid supply unit that supplies juice liquid to the container, and a container holder A cleaning water supply unit that supplies cleaning water to the cleaning container, an operation unit having at least a start button and a cleaning button, and a control unit. The control unit drives the vertical movement unit when the start button is pressed. Lowering the rotary blade unit from the standby position to a position where the cover contacts the container installed in the container holder, and the rotary blade at that position. Executing step for rotating only time determined the rotary blade advance by the driving unit of the knit, a series of steps consisting of the step of raising the rotary blade unit to the standby position by the vertical movement unit in order.

  When the cleaning button is pressed, the control unit supplies the cleaning water from the cleaning water supply unit to the cleaning container installed in the container holder, drives the vertical movement unit to move the rotary blade unit from the standby position to the cover. The step of lowering to a position in contact with the cleaning container installed in the holder, the step of driving the rotary blade unit drive unit to drive the rotary blade for a predetermined time, and the vertical movement unit to place the rotary blade unit in the standby position A series of steps consisting of a step of increasing the pressure to the upper limit is sequentially performed.

  The fresh juice manufacturing apparatus according to the present invention also includes a rotary blade, a drive unit that rotationally drives the rotary blade, a rotary blade unit that has a cover that is located above the rotary blade and functions as a lid of the container, and the rotary blade unit up and down. A vertical movement unit for driving, a holder unit for installing a container with an open top and a cleaning container holder for installing a cleaning container, and a holder unit for selectively positioning the container holder or the cleaning container holder below the rotary blade unit; A juice liquid supply unit for supplying juice liquid to the container, a cleaning water supply unit for supplying cleaning water to the cleaning container installed in the container holder, an operation unit having at least a start button and a cleaning button, and a control unit. When the start button is pressed, the control unit drives the vertical movement unit to place the rotary blade unit in the standby position. And a step of lowering the cover to a position in contact with the container installed in the container holder, a step of rotating the rotary blade for a predetermined time by the drive unit of the rotary blade unit at that position, and a rotary blade unit by the vertical movement unit A series of steps consisting of a step of raising the position to the standby position is executed in order.

  When the cleaning button is pressed, the control unit supplies the cleaning water from the cleaning water supply unit to the cleaning container installed in the container holder, drives the vertical movement unit to move the rotary blade unit from the standby position to the cover. The step of lowering to a position in contact with the cleaning container installed in the holder, the step of driving the rotary blade unit drive unit to drive the rotary blade for a predetermined time, and the vertical movement unit to place the rotary blade unit in the standby position A series of steps consisting of a step of increasing the pressure to the upper limit is sequentially performed.

  The control unit controls the holder unit so that the container holder is disposed below the rotary blade unit when the start button is pressed and the cleaning container holder is disposed below the rotary blade unit when the cleaning button is pressed. May be.

  The rotary blade unit is preferably provided with at least three struts having a function of holding the container in contact with the inner wall of the container and a stirring promoting function around the rotary blade. The cleaning water supply unit preferably includes an ozone water generator and supplies ozone water during cleaning.

  According to the present invention, a fresh fresh juice can be made on the spot according to a customer's request at a fast food store, a convenience store, etc., and washing can be easily performed. In addition, since only one cup of different juice is made each time, it can meet the diverse needs of customers.

  Hereinafter, an embodiment of a fresh juice manufacturing apparatus according to the present invention will be described in detail with reference to the drawings.

[Example 1]
FIG. 1 is a perspective view showing an embodiment of a fresh juice production apparatus according to the present invention, and FIG. 2 is a partially broken front view showing the configuration of the fresh juice production apparatus of FIG.

  As shown in FIGS. 1 and 2, the fresh juice manufacturing apparatus of the present embodiment can be provided with a main body case 1 and a cup holder 11 or a washing cup 12 of a material cup 2 placed in the main body case 1 and containing the material. Supply juice liquid to the cup unit 10, the rotary blade unit 20 including the rotary blade 31 and the motor 33 for driving the rotary blade 31, the vertical movement unit 30 for driving the rotary blade unit 20 in the vertical direction, and the material cup 2. A juice liquid supply unit 40, a washing water supply unit 50 for supplying washing water to the washing cup, an operation unit 60 having operation buttons for operating each unit, and a control unit 70. When the operation button of the operation unit 60 is pressed, the control unit 70 controls each unit according to a procedure set in advance for each operation button, and operates as an apparatus.

  In the present embodiment, the main body case 1 has a substantially gate shape cut in half. The cup unit 10 and the rotary blade 31 are disposed in the lower space, and the vertical movement unit 30 and the cleaning water supply unit 50 are disposed inside. The juice liquid supply unit 40 is attached to the upper front panel 1a, and an operation unit 60 having various operation buttons is attached to the upper front panel 1a. A water supply hose 3 for supplying water to the cleaning water supply unit 50 is connected to the side surface of the main body case 1.

  A bracket 13 is attached to the cup unit 10, and a cup holder 11 for holding the material cup 2 or the washing cup 12 is fixed to the bracket 13, and a hole is formed on the bottom of the washing cup 12. It is preferable that the drainage hose 14 is connected to the bracket 13 in order to allow the washed water to flow. Although not shown, a valve for storing water in the washing cup during washing and flowing after washing is provided.

  3 and 4 are schematic views of the rotary blade unit 20 and the vertical movement unit 30. FIG. 3 shows a state when the rotary blade unit 20 is in the standby position above the cup, and FIG. 4 shows a state where the rotary blade unit 20 is in the rotational position. When the rotary blade unit 20 is in the rotational position, the rotary blade 31 at the lower end is accommodated in the cup 2. The rotary blade unit 20 includes a rotary shaft 32 to which the rotary blade 31 is attached, and a motor 33 that rotates the rotary shaft 32 at a high speed. An inner cover 34 that functions as a lid for the cup 2 is attached above the rotary blade 31 so that juice and washing water do not scatter to the outside when the rotary blade 31 rotates. In the example shown in the figure, the inner cover 34 is provided with three support columns 4 for holding the cup and fixing it to the cup holder, and for promoting stirring. Depending on the design, the support 4 may be omitted, but it is desirable to have it. The rotation speed of the motor 33 may be any rotation speed at which the material is pulverized, but the rotation speed gradually increases with a slow starter, and is about 5000 rpm to 100,000 rpm at the maximum. More preferably, it is 10,000 to 20,000 rpm.

  The vertical movement unit 30 that drives the rotary blade unit 20 up and down includes a ball screw 35 and a motor 36 that rotationally drives the ball screw. The rotary blade unit 20 is driven in the vertical direction by moving the positions of the two nuts 37 and 38 fixed to the rotary blade unit 20 up and down by the rotation of the ball screw 35. When the material in the cup 2 is pulverized by the rotary blade 31, the rotary blade unit 20 is lowered by the vertical movement unit 30 to accommodate the rotary blade 31 in the material cup 2 as shown in FIG. 4. At this time, the upper opening of the cup 2 is blocked by the inner cover 34 made of, for example, stainless steel provided above the rotary blade 31, and the contents of the cup 2 are prevented from being scattered outside. Further, the support column 4 attached to the inner cover 34 contacts the inner wall of the cup, and the cup is firmly fixed to the cup holder 11. The support column 4 has not only a function of fixing the cup 2 but also a function of accelerating stirring as an obstacle that disturbs the flow of liquid generated in the material cup 2 as the rotary blade 31 rotates.

  FIG. 5 is a schematic view of an inner cover and a support provided in the rotary blade unit. The inner cover 34 and the support column 4 are made of stainless steel, and three or more support columns 4 extend downward from the inner cover 34. A hole 39 through which the rotary shaft 32 passes is provided in the center of the inner cover 34. The support column 4 has flexibility, and when the rotary blade unit 20 is lowered, it comes into contact with the inner wall of the cup 2 and deforms along the shape of the inner wall, thereby fixing the cup 2 to the holder 11. The column 4 of this example has a rectangular cross-sectional shape.

  FIG. 6 is a schematic diagram illustrating another example of the inner cover and the support column. The inner cover of this example has a structure in which a lid member 34b made of silicon rubber is attached to a stainless steel substrate 34a. The lid member 34b made of silicon rubber has a truncated cone shape in which the upper surface diameter is larger than the lower surface diameter in accordance with the shape of the cup. At the center of the stainless steel substrate and the silicon rubber lid member, a hole 39a through which the rotary shaft passes is provided. The column 4a in this example is a round bar and has a circular cross section.

  FIG. 7 is a schematic view illustrating another example of the inner cover and the support column. The inner cover and the support column of this example are the same as those shown in FIG. 5, but differ from the example of FIG. 5 in that a pulverized material reflecting plate 39c is attached at a location near the inner cover 34 of the rotating shaft 32. . The inner cover 34 is provided with a hole 39 through which the rotary shaft 32 passes, and there is a slight gap around the rotary shaft. By attaching the pulverized material reflector 39c to the rotary shaft 32, this gap cannot be seen from the inside of the cup 2, and juice flowing in the cup and washing water described later pass through the rotary shaft 32 of the inner cover 34. It is possible to prevent leakage from a gap formed between the inner surface of 39 and the rotary shaft 32.

  As shown in FIG. 5 to FIG. 7, by providing the support column 4, it is possible to suppress the rotation of the material cup 2, and when the fresh juice material hits the support column 4, stirring is promoted, Although a cup can produce fresh juice, the present invention is effective even without a support. Moreover, although the support | pillar 4 demonstrated three examples, if the material cup 2 is suppressed and stirring is accelerated | stimulated, three or more may be sufficient. Moreover, the shape of the support | pillar 4 should just satisfy | fill a function, and each support | pillar should just be settled in a material cup, and a material cup should just be restrained, even if it is more restrained by a stick | rod, a board, or a front end bending. good.

  Needless to say, the upper and lower drive units of the vertical movement unit 30 may use air cylinders utilizing the air pressure in places where the air pressure can be obtained, such as a compressor, instead of the motor. The pressure is preferably such that the cup is not crushed and the material, juice liquid or washing water does not jump out.

  The juice liquid supply unit 40 is attached to the front panel 1a of the main body case 1 and has a holder 42 for receiving three paper packs 41 containing juice liquid and a small size (not shown) for taking out the juice liquid from the paper pack 41. A take-out pipe 43 provided with a pump is provided. The leading end 43a of the take-out pipe 43 is disposed downward so that the juice liquid can be supplied to the material cup 2. If a predetermined button (not shown) is pressed, the juice liquid at that position is supplied into the cup. It has become.

  Further, the cleaning water supply unit 50 includes a tank 51 provided with a pump (not shown) and an ozone generator 52. This cleaning water supply unit 50 adds the ozone generated by the ozone generator 52 to the water stored in the tank 51 by the hose 3 to enhance the sterilizing effect, and performs cleaning and sterilization when the rotary blade 31 is cleaned. It is. This washing water supply unit 50 does not require a pump when the hose 3 is connected to the water supply, but sometimes the hose 3 cannot be connected to the water supply when used outdoors, in which case water is discharged from a plastic tank or the like. A pump may be used.

  The operation unit 60 is attached to the front panel 1a of the main body case 1 and includes a plurality of push button switches. These switches are provided with a start button 61 for starting juice production, a start button 62 for starting washing, a pilot lamp 63 indicating an operating state of the apparatus, and an emergency stop button 64.

  FIG. 8 is a block diagram illustrating a control system of the fresh juice manufacturing apparatus according to the present embodiment. Operations of the rotary motor 33 of the rotary blade unit 20, the drive motor 36 of the vertical movement unit 30, the juice liquid supply pump 45 of the juice liquid supply unit 40, and the cleaning water supply pump 55 of the cleaning liquid supply unit 50 are controlled by the control unit 70. . The operation of each drive unit during the injection of juice liquid, the production of fresh juice by crushing the juice material in the cup with a rotary blade, and the washing is programmed in the control unit in advance and is provided in the operation unit 60. When the juice production start button 61 or the washing start button 62 is pressed, the control unit 70 controls each drive unit according to a programmed procedure to produce or wash fresh juice.

  Next, with reference to the flowchart of FIG. 9 explaining the manufacturing process of fresh juice, the manufacturing method of fresh juice by the fresh juice manufacturing apparatus comprised as mentioned above is demonstrated. First, at least one kind of material is stored and arranged in each of the plurality of material cups, and the customer selects one material cup desired from the plurality of material cups. Furthermore, it may contain sugar and honey of the ingredients and accessories, and it is preferable to have as many kinds as possible.

  Next, the salesperson takes the selected material cup 2 and opens the lid of the material cup 2 to take out the accessory. Then, according to the customer's request, the accessory is sealed and filled. And the button of a required juice liquid is pushed into the material cup 2 from the juice liquid supply unit 40 of a fresh juice manufacturing apparatus (step 11). And the material cup 2 is set to the cup holder 11 of the cup unit 10 of a fresh juice manufacturing apparatus (step 12).

  Next, the juice production start button 61 of the operation unit 60 is pressed to operate the apparatus (step 13). Then, the vertical movement unit 30 is actuated by a command from the control unit 70, and the rotary blade unit 20 in the standby position is lowered to a preset position so that the rotary blade 31 is positioned in the material cup 2. . When the rotary blade 31 is placed in a predetermined position in the material cup 2 and the operation of the vertical movement unit 20 is stopped, the rotation motor 33 of the rotary blade unit 20 is then rotated by a command from the control unit 70, The material is pulverized with a rotary blade 31 and mixed by stirring to produce fresh juice. The rotation time of the rotary blade 31 is preset in the timer. When the set time has elapsed, the rotary motor 33 of the rotary blade unit 20 stops, and then the vertical movement unit 30 operates to raise the rotary blade unit 20 to the standby position (step 14). When the fresh juice is completed, the salesperson takes out the material cup 2 from the cup holder 11, puts ice etc. into the material cup 2 according to the customer's preference, covers the material cup 2 and delivers it to the customer (step 15). .

  Further, when the salesperson wants to clean the rotary blade and the like after manufacturing fresh juice (step 16), the sales cup 12 is set in the cup holder 11 of the cup unit 10 (step 17), and the cleaning start button 62 is pressed (step 17). Step 18). Then, in accordance with a command from the control unit 70, the cleaning water supply unit 50 is automatically operated to supply ozone water to the cleaning cup 12. Next, in response to a command from the control unit 70, the vertical movement unit 30 is activated, and the rotary blade unit 20 in the standby position is lowered to a preset position so that the rotary blade 31 is positioned in the material cup 2. To do. When the operation of the vertical movement unit 30 is stopped, the rotation motor 33 of the rotary blade unit 20 is rotated for a predetermined time by a command from the control unit 70, and the rotary blade 31 is driven to be cleaned (step 19). . When cleaning is completed and the rotary motor 33 of the rotary blade unit 20 is stopped, the vertical movement unit 30 is subsequently operated to raise the rotary blade unit 20 to the standby position, and a series of operations is completed.

  As described above, the fresh juice production apparatus of the present embodiment is a table-top size that can be placed on a counter of a fast food store or a convenience store, and on the spot, fresh fresh juice is made according to the customer's request. Can do. In addition, since only one cup of different juice is made each time, it can respond to the diverse needs of customers.

  According to this example, it is possible to provide fresh fresh juice according to customers' various tastes, and when the next customer does not order the same ingredients or when the customer is disconnected for more than a few times, etc. Can be used in a sanitary manner. In addition, since the juice can be made with the material in a disposable thin-walled plastic cup or paper cup, there is no need to clean the container, and maintenance becomes very easy. In addition, since the operation is automated, anyone can easily produce fresh juice of uniform quality without requiring skill.

[Example 2]
FIG. 10 is a perspective view showing another embodiment of the fresh juice production apparatus according to the present invention. The fresh juice manufacturing apparatus according to the present embodiment is different from the apparatus according to the first embodiment in that cleaning can be performed automatically. 10, the same components as those in FIG. 1 are denoted by the same reference numerals as those in FIG. 1, and redundant description is omitted.

  The cup unit 10 of the fresh juice manufacturing apparatus of the present embodiment has a bifurcated bracket 13 attached thereto, and a cup holder 11 for holding the material cup 2 is fixed to one side of the bracket 13, while the other A cleaning cup 12 for cleaning the rotary blade 31 is attached to the side of the blade. A drain hose 14 is preferably connected to the bottom of the washing cup 12 in order to allow the washed washing water to flow. Although not shown, a valve for storing water in the washing cup during washing and flowing after washing is provided.

  The cup unit 10 has a structure that selectively stops at two rotational positions, and can be manually moved so that the cup holder 11 or the washing cup 12 is directly below the rotary blade unit 20. Alternatively, a configuration is adopted in which a motor 15 is installed inside the main body or the like below the cup holder, and the cup unit 10 is rotationally driven by the motor 15 so that the cup holder 11 or the washing cup 12 is directly below the rotary blade unit. Also good.

  FIG. 11 is a block diagram showing a control system of the fresh juice manufacturing apparatus of the present embodiment having a cup unit drive motor for driving the cup unit 10. A rotary motor 33 of the rotary blade unit 20, a vertical movement motor 36 of the vertical movement unit 30, a juice liquid supply pump 45 of the juice liquid supply unit 40, a cleaning water supply pump 55 of the cleaning liquid supply unit 50, and a cup that rotationally drives the cup unit 10. The operation of the unit drive motor 15 is controlled by the control unit 70. Juice liquid injection, fresh juice production by crushing the material in the cup with a rotary blade, and the operation of each drive unit at the time of washing are programmed in the control unit in advance and the juice provided in the operation unit When the manufacture start button or the washing start button is pressed, the control unit 70 controls each driving unit according to a programmed procedure to produce or wash fresh juice.

  FIG. 12 is a flowchart for explaining the fresh juice production process by the fresh juice production apparatus of the present embodiment. Steps 21 to 25 are substantially the same as steps 11 to 15 in FIG. When washing is required after fresh juice production (step 26), the salesperson presses the washing start button (step 27).

  Then, the cup unit drive motor 15 is actuated by a command from the control unit 70, the cup unit 10 is rotated, and the cleaning cup 12 is positioned under the rotary blade unit 20. Subsequently, according to a command from the control unit 70, the cleaning water supply unit 50 is automatically operated to supply ozone water to the cleaning cup 12. Next, in response to a command from the control unit 70, the vertical movement unit 30 is activated, and the rotary blade unit 20 in the standby position is lowered to a preset position so that the rotary blade 31 is positioned in the material cup 2. To do. When the operation of the vertical movement unit 30 is stopped, the rotary motor 33 of the rotary blade unit 20 is then rotated by a command from the control unit 70 for a predetermined time, and the rotary blade 31 is driven to rotate for cleaning (step 28). When cleaning is completed and the rotary motor 33 of the rotary blade unit 20 is stopped, the vertical movement unit 30 is subsequently operated to raise the rotary blade unit 20 to the standby position. Subsequently, the cup unit drive motor 15 is operated to rotate the cup unit 10 so that the cup holder 11 is positioned below the rotary blade unit 20, and a series of operations is completed.

  In the case of an apparatus configuration in which the cup unit drive motor 15 is not provided and the cup unit 10 is manually rotated, the cup unit 10 is manually rotated after step 26 to position the cleaning cup 12 below the rotary blade unit 20. Then, proceed to step 27 and press the cleaning start button. Moreover, after completion | finish of washing | cleaning, it is necessary to rotate a cup unit manually and to position a cup holder under the rotary blade unit 20. FIG.

  According to this embodiment, it is possible to provide fresh fresh juice according to customers' various preferences and to use it hygienically by washing each time. In addition, since the juice can be made with the material in a disposable thin-walled plastic cup or paper cup, there is no need to clean the container, and maintenance becomes very easy. Moreover, since the operation is automated, it is possible for anyone to produce fresh juice of uniform quality easily without requiring skill.

The perspective view which shows one Example of the fresh juice manufacturing apparatus by this invention. The partially broken front view which shows the structure of the fresh juice manufacturing apparatus shown in FIG. Schematic of a rotary blade unit and a vertical movement unit. Schematic of a rotary blade unit and a vertical movement unit. Schematic of inner cover and support. Schematic which shows the other example of an inner cover and a support | pillar. Schematic which shows the other example of an inner cover and a support | pillar. The block diagram which shows the control system of a fresh juice manufacturing apparatus. The flowchart explaining the manufacturing process of fresh juice. The perspective view which shows the other Example of the fresh juice manufacturing apparatus by this invention. The block diagram which shows the control system of a fresh juice manufacturing apparatus. The flowchart explaining the manufacturing process of fresh juice.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Main body case 2 Material cup 3 Water supply hose 4 Cup rotation prevention function & stirring promotion function support | pillar 10 Cup unit 11 Cup holder 12 Washing cup 13 Bracket 14 Drain hose 20 Rotary blade unit 30 Vertical motion unit 31 Rotary blade 32 Rotary shaft 33 Rotary motor 34 Inner cover 35 Ball screw 36 Motor 37, 38 Nut 40 Juice liquid supply unit 41 Paper pack 42 Holder 43 Removal pipe 50 Washing water supply unit 51 Tank 52 Ozone generator 60 Operation unit 70 Control unit

Claims (7)

A rotary blade unit having a rotary blade, a drive unit that rotationally drives the rotary blade, and a cover that is located above the rotary blade and functions as a lid of the container;
A vertical movement unit for driving the rotary blade unit up and down;
A container holder that is located below the rotary blade unit and that can be installed with a container having an open top;
A juice liquid supply unit for supplying juice liquid to the container;
A cleaning water supply unit for supplying cleaning water to a cleaning container installed in the container holder;
An operation unit having at least a start button and a cleaning button;
A control unit,
The controller, when the start button is pressed, drives the vertical movement unit to lower the rotary blade unit from a standby position to a position where the cover contacts a container installed in the container holder; A series of steps including a step of rotating the rotary blade at a position by a drive unit of the rotary blade unit for a predetermined time and a step of raising the rotary blade unit to a standby position by the vertical movement unit are sequentially executed. An apparatus for producing fresh juice.   2. The fresh juice manufacturing apparatus according to claim 1, wherein when the cleaning button is pressed, the control unit supplies the cleaning water from the cleaning water supply unit to a cleaning container installed in the container holder, and moves up and down. Driving the unit to lower the rotary blade unit from the standby position to a position where the cover comes into contact with the cleaning container installed on the container holder; driving the rotary blade unit to drive the rotary blade in advance An apparatus for producing fresh juice, wherein a series of steps including a step of rotationally driving for a predetermined time and a step of raising the rotary blade unit to a standby position by the vertical movement unit are sequentially executed. A rotary blade unit having a rotary blade, a drive unit that rotationally drives the rotary blade, and a cover that is located above the rotary blade and functions as a lid of the container;
A vertical movement unit for driving the rotary blade unit up and down;
A holder unit that can be provided with a container holder capable of installing a container having an open top and a cleaning container holder capable of installing a cleaning container; and a holder unit that selectively positions the container holder or the cleaning container holder below the rotary blade unit;
A juice liquid supply unit for supplying juice liquid to the container;
A cleaning water supply unit for supplying cleaning water to a cleaning container installed in the container holder;
An operation unit having at least a start button and a cleaning button;
A control unit,
The controller, when the start button is pressed, drives the vertical movement unit to lower the rotary blade unit from a standby position to a position where the cover contacts a container installed in the container holder; A series of steps including a step of rotating the rotary blade at a position by a drive unit of the rotary blade unit for a predetermined time and a step of raising the rotary blade unit to a standby position by the vertical movement unit are sequentially executed. An apparatus for producing fresh juice.   4. The fresh juice manufacturing apparatus according to claim 3, wherein when the cleaning button is pressed, the control unit supplies the cleaning water from the cleaning water supply unit to the cleaning container installed in the container holder, and moves up and down. Driving the unit to lower the rotary blade unit from the standby position to a position where the cover comes into contact with the cleaning container installed on the container holder; driving the rotary blade unit to drive the rotary blade in advance An apparatus for producing fresh juice, wherein a series of steps including a step of rotationally driving for a predetermined time and a step of raising the rotary blade unit to a standby position by the vertical movement unit are sequentially executed.   5. The fresh juice manufacturing apparatus according to claim 4, wherein when the start button is pressed, the container holder is disposed below the rotary blade unit, and when the cleaning button is pressed, the control unit is positioned below the rotary blade unit. The fresh juice manufacturing apparatus is characterized in that the holder unit is controlled such that the cleaning container holder is disposed on the apparatus.   The fresh juice manufacturing apparatus according to any one of claims 1 to 5, wherein the rotating blade unit has at least three functions around the rotating blade to contact the inner wall of the container to hold the container and to promote stirring. An apparatus for producing fresh juice, comprising:   The fresh juice manufacturing apparatus of any one of Claims 1-6 WHEREIN: The said washing water supply unit is provided with an ozone water generator, and supplies ozone water at the time of washing | cleaning, The fresh juice manufacturing apparatus characterized by the above-mentioned.

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