KR101598282B1 - An apparatus for making meat stock slush in a meatstock refrigerator - Google Patents

Abstract

An apparatus for producing a meat slush of a meat and marine refrigerator according to the present invention comprises:
A cooling water circulating pipe through which the refrigerant is circulated by circulating the refrigerant by the operation of the condenser and the compressor is cooled by the refrigerant circulated to the refrigerant circulating pipe and the stirring water is mounted on the rotary shaft of the decelerating motor The stirring blade is rotated by the operation of the decelerating motor to stir the broth stored in the broth storage tank, and a lid is provided on the upper side of the refrigerator body in which the broth storage tank is embedded,
A main power switch provided at a rear end of the refrigerator body is turned off by a lid opening to shut off the main power to prevent a safety accident such as an electric shock when the lid is opened, (Freezing) of the seawater can be efficiently performed by providing only one-half or less of the seawater reservoir. By providing a drainage pipe at the bottom edge of the seawater reservoir, the seawater reservoir can be cleaned, And the power shaft can be hermetically sealed at the center of the underside of the bottom water reservoir by the disassembly-type sealing assembly so as to prevent leakage of the stored spring water, Can be transmitted to the bar on which the bundle is mounted, as well as disassembled the power shaft The bar shaft is detachably coupled to the upper end of a power shaft projecting upward from the disassembly and coupling type sealing bundle frame by a screwing method. The bar assembly is supported by a blade support And the lower portion of the power shaft exposed to the lower side of the bottom of the spring water reservoir can be hermetically mounted by screwing the outer hermetically sealing support cap so as to be disassembled and coupled, The motor shaft of the deceleration motor is coupled to the lower end of the power shaft, and a bracket is mounted between the outer hermetically sealing cap and the deceleration motor to mitigate impact (vibration) caused by operation of the deceleration motor, So that it can operate quietly without generating noise and vibration.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a meat-

The present invention relates to an apparatus for producing a meat slicer of a meat and marine refrigerator in which broth is stored in a broth and the broth is frozen in the inner circumferential surface of the broth storage tank.

In more detail, a coolant circulation pipe through which the coolant is circulated by the operation of the condenser and the compressor is circulated to the outer periphery of the seawater reservoir to cool the seawater filled in the freezer chamber by the coolant circulated through the coolant circulation pipe, The stirring blade is mounted on the rotary shaft, the stirring blade is rotated by the operation of the decelerating motor to stir the stock water stored in the seawater reservoir, and the lid is provided on the upper side of the refrigerator body,

A main power switch is provided at a rear end of the main body of the refrigerator so that a main power switch is turned off by a lid opened so that a main accident is prevented to prevent a safety accident such as an electric shock, The tube can be installed only in a half or less of the water storage tank to efficiently perform cooling (freezing) of the water storage tank. A water discharge pipe is installed at the bottom edge of the water storage tank to clean the water storage tank, And the power shaft can be hermetically sealed at the center of the underside of the bottom water reservoir by the disassembly-type sealing assembly so that the stored spring water is prevented from leaking, To the bar to which the disassembly-type sealing bundle frame is mounted, A lower end of the power shaft exposed to the underside of the bottom of the spring water reservoir is connected to an outer sealing cap And a motor shaft of a deceleration motor is coupled to a lower end of a power shaft projecting to the lower side of the outer hermetically sealing support cap, and a bracket is mounted between the outer hermetically-sealing support cap and the deceleration motor And to prevent noise (vibration) from being transmitted to the power shaft by mitigating impact (vibration) generated when the decelerating motor is operated, so that the apparatus can operate silently without generating noise and vibration.

Generally, a slush is a liquid in a liquid state such as a main stream, beverage, fruit juice, broth, etc., cooled (frozen) by a cooling device into a small granular state.

Japanese Laid-Open Patent Application No. 10-2008-29438 (a slush production apparatus for a meat and water refrigerator) and Korean Patent Registration No. 10-1053231 (a slush production apparatus) are known as a conventional slush production apparatus for manufacturing such slush It is known.

In these conventional slush production apparatuses, a cooling pipe connected to the refrigerant pipe of the cooling device is provided between the housing and the storage tank provided therein, and a stirring tank is provided in the storage tank. The cooling device is operated to circulate the refrigerant to the cooling pipe to cool the stock solution stored in the storage tank, and the raw solution is stirred by the stirring device to keep the frozen raw material in a semi-ice state, that is, a slush state .

However, as described above, the conventional slush manufacturing apparatus is designed to directly cool a beverage (raw solution) that can be directly taken by a person, such as broth, to simply keep it in a slush form.

As a further example of a slush manufacturing apparatus, Japanese Patent Registration No. 10-991799 is known.

A first cooling unit installed on an outer wall of the refrigerator tank for cooling the raw liquid in the refrigerator tank to a liquid state; A second cooling unit installed on an outer wall of the tank for cooling the crude liquid in the freezing tank into a frozen state, a refrigeration cycle unit provided in the main body for providing the refrigerant to the first cooling unit and the second cooling unit, And a scraper which is rotatably mounted in the interior of the freezing tank to scrape off the raw frozen ice in the form of a slush and to discharge the slush to the outside. In the refrigeration tank provided in the freezing tank, And the frozen ice that is frozen in the freezing tank is scratched by a scraper to remove the frozen ice from the ice- It is possible to discharge through outlets.

However, since the frozen ice in the freezing tank is scraped by the scraper and discharged through the discharge pipe, the slush is eventually put in a separate container for use as drinks.

In particular, the conventional slush manufacturing apparatuses described above can not be easily manufactured because they are not easy to disassemble and assemble, and they are not suitable for cleaning the inside of the freezing tank. Even if the lid is opened, the main power is not shut off, There is a risk of safety.

The present invention is to provide an apparatus for producing meat and marrow slush in a meat and marine refrigerator in which the meat of the broth is frozen in the inner peripheral surface of the meat storage tank.

The present invention is characterized in that a coolant circulation pipe in which a coolant is circulated by the operation of a condenser and a compressor is pivoted on the outer periphery of a seawater reservoir to cool the seawater filled in the freezer chamber by the coolant circulated to the coolant circulation pipe, The lid is hinged by a hinge so that the lid is opened and closed on the upper side of the refrigerator main body in which the spring water reservoir is embedded,

A main power switch is provided at the rear end of the main body of the refrigerator by opening and closing the lid, and a refrigerant circulation pipe circulated to the outer periphery of the main water storage tank is set to 1/2 or less And a water drainage pipe communicating with the outside of the marine water refrigerator is installed at the bottom edge of the bottom water storage tank, and a power shaft is hermetically installed at the center of the bottom of the marine water storage container by a disassembly type sealing barrel mold, A rod is mounted on the upper end of a power shaft protruding upward from the sealing cylinder bundle frame by a screw connection method and the blade bundle is disassemblyably attached to the bar by a blade support and the power shaft The lower part is hermetically fitted with an outer hermetically sealing supporting cap by disassembling and disengaging, And a motor shaft of a decelerating motor is mounted on a lower end of a power shaft protruded to a lower end of the power shaft, and a bracket is interposed between the outer hermetically sealing cap and the decelerating motor. .

Another object of the present invention is to provide a refrigerator which can prevent a safety accident such as an electric shock when the lid is opened by turning off the main power by the lid opening the main power switch provided at the rear end of the refrigerator main body, The refrigerant circulation pipe circulated in the outer periphery is installed on the lower side of the height of the supercritical water storage container to circulate the refrigerant heated by heat exchange with the soup water to circulate the cooled refrigerant quickly, And the water storage reservoir can be cleaned by discharging the remaining seawater or the like to the outside by installing a water discharge pipe at the bottom edge of the water storage reservoir, In the center, the power shaft is mounted in a sealed manner by means of a disassembly-type sealing bundle frame, It is possible to transmit the power of the deceleration motor to the bar on which the blade bundle is mounted as well as to disassemble and disassemble the power shaft by the disassembly type sealing barrel frame, And the lower end of the power shaft exposed to the underside of the bottom of the spring water reservoir can be attached to the lower end of the power shaft, And a motor shaft of a deceleration motor is coupled to a lower end of a power shaft projecting to the lower side of the outer hermetically sealing support cap, wherein the outer hermetically sealing support cap and the deceleration motor Brackets are installed between the motor and the motor to reduce the shock Let There haryeoneunde to prevent the transition to the power shaft provides broth slush producing device of the broth refrigerator to operate quietly without the noise and vibration from occurring.

Another object of the present invention is to provide an apparatus for producing a meat slicer of a meat and marine refrigerator which can be easily moved by attaching a castor to a lower end of a meat and marine refrigerator.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects,

A cooling water circulating pipe through which the refrigerant is circulated by circulating the refrigerant by the operation of the condenser and the compressor is cooled by the refrigerant circulated to the refrigerant circulating pipe and the stirring water is mounted on the rotary shaft of the decelerating motor Wherein the stirring blade is rotated by the operation of the decelerating motor to stir the broth stored in the broth storage tank and the lid is provided on the upper side of the refrigerator body in which the broth storage tank is embedded,

A main power switch is provided at a rear end of the refrigerator main body and a touch piece is provided on a lid to open the lid so that the touch piece mounted on the lid is turned off to completely shut off the main power;

A refrigerant circulation pipe circulated to the outer periphery of the seawater reservoir is installed only in a half or less of the seawater reservoir so as to improve the refrigerant effect;

A water discharge pipe communicating with the outside of the marine water refrigerator is provided at the bottom edge of the water storage container;

And a power shaft is hermetically sealed by a disassembly-type sealing bundle frame at the center of the bottom of the bottom water reservoir;

A bar shaft is mounted on an upper end of a power shaft projecting upward from the disassembly and coupling type sealing barrel frame by a screwing method and a bar assembly is detachably attached to the bar by a blade support;

A lower portion of a power shaft exposed to a lower side of the bottom of the water storage container is hermetically mounted by disengageably engaging an external sealing support cap;

And a motor shaft of a decelerating motor is mounted on a lower end of a power shaft projecting downward from the outer hermetically sealing cap, and a bracket is interposed between the outer hermetically sealing cap and the decelerating motor. Is accomplished by the meat slush production apparatus (1).

An apparatus for producing a meat slush of a meat and marine refrigerator according to the present invention comprises:

It is possible to prevent a safety accident such as an electric shock when the lid is opened by turning off the main power by the lid opening the main power switch provided at the rear end of the refrigerator main body, (Cooling) of the broth can be efficiently performed by installing the broth at a position below 1/2 of the broth storage tank, and a water discharge pipe is provided at the bottom edge of the broth storage tank to clean the broth storage tank, And the power shaft can be hermetically sealed at the center of the underside of the bottom water reservoir by the disassembly-type sealing assembly so that the stored spring water is prevented from leaking, To the bar to which it is mounted, as well as disengaging the power shaft The bar shaft is detachably coupled to the upper end of a power shaft projecting upward from the disassembly and coupling type sealing barrel frame by a screw connection method. The bar assembly is disassembled and coupled to the bar assembly by a blade support And the lower portion of the power shaft exposed to the lower side of the bottom of the spring water reservoir can be hermetically mounted by screwing the outer hermetically sealing support cap in a disassemblable manner so that the power shaft The motor shaft of the deceleration motor is coupled to the lower end of the motor, and a bracket is mounted between the outer hermetically sealing cap and the deceleration motor to mitigate the impact (vibration) caused by the operation of the deceleration motor, And can be operated quietly without generating vibration.

1 is a cross-sectional view showing the structure of a meat slush producing apparatus of a meat and water refrigerator according to the present invention.
FIG. 2 is a cross-sectional view illustrating a slush-making apparatus in an apparatus for producing meat and marrow slices of a marine-water refrigerator according to the present invention; FIG.
3 is an enlarged cross-sectional view showing an essential portion of a slush manufacturing apparatus in an apparatus for producing a meat slush of a meat and water refrigerator according to the present invention.

These and other objects and features of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings.

1 to 3 show a concrete realization example of an apparatus 1 for producing a meat slicer according to the present invention. FIG. 1 is a sectional view showing the structure of a meat slicer 1 for a meat / FIG. 2 is a cross-sectional view of a slash manufacturing device 40 in an apparatus 1 for manufacturing a meat slicer of a meat and marine refrigerator according to the present invention. FIG. 3 is a cross- FIG. 3 is an enlarged cross-sectional view showing a recessed portion of the slush manufacturing device 40 taken in FIG.

The constitution of the meat slush production apparatus 1 of the marine water refrigerator according to the present invention will be described.

As shown in Fig. 1, the apparatus for producing meat slush of the meat and marrow refrigerator according to the present invention comprises a main body of a meat and marrow refrigerator formed of a meat storage room 2 on the upper side and a machine room 3 on the lower side, The lid 11 is mounted on the upper side of the storage chamber 2 with the hinge portion 9 so that the lid 11 is rotated up and down to open and close the inlet of the shelf storage container 30, And a sealing o-ring 12 provided in the machine room 3 is closely connected to an inlet of the seawater reservoir 30 so as to seal the inlet of the seawater reservoir 30. In the machine room 3, The caster 4 is provided so as to be easily moved.

A control box 5 is installed at the rear end of the main water storage room 2 and a control display part 6 is provided at the control box 5 to control the meat slicer 1, To control the operation of the system.

A condenser 20, a compressor 21, a blowing fan 22, and the like are provided in the machine room 3.

It is possible to control the operation of the submerged slurry production apparatus 1 by providing the control display unit 6 on the control box 5 provided at the rear end of the submerged storeroom 2 as described above, The structure in which the lid 11 is mounted on the hinge 9 on the upper side and the structure in which the condenser 20 and the compressor 21 and the air blowing fan 22 are installed is a well- Will not be described in detail.

A main power switch 7 is installed as a support bracket 8 in a control box 5 provided at an upper rear end of the main water storage room 2 and a touching piece 7-1 is installed in the lid 11 , Touching piece 7-1 mounted on lid 11 is turned off by touching main power switch 7 when main power switch 7 is opened so that main power is completely cut off to cause occurrence of a safety accident such as electric shock (Prevention).

A conventional refrigerant circulation pipe 35 is installed on the outer periphery of a seawater reservoir 30 installed in the seawater storage chamber 2 and connected to the condenser 20 so as to circulate the refrigerant, The refrigerant circulating tube 35 is circulated to the outer periphery of the supercritical water storage tank 30 at a lower portion of 1/2 or less of the height of the suppleably installed spring water storage tank 30 to rapidly circulate the refrigerant heated and exchanged with the seawater, So that the broth can be efficiently cooled (frozen).

A water discharge pipe 31 is provided at the bottom edge of the water storage tank 30 so as to communicate with the outside of the machine room 3. A water discharge cap 30 is connected to the water discharge reservoir 30 at the entrance of the water discharge pipe 31, And a drain pipe cap 33 or a valve is provided at an outlet of the drain pipe 31 so as to prevent unauthorized exposure (release) of the spring water stored in the spring water storage container 30.

A meat slush production facility 40 according to the present invention is installed on the center line of the inside and the outside of the broth storage tank 30 and is formed as follows.

On the center line of the bottom of the seawater reservoir 30, the power shaft 44 is hermetically sealed by a disassembly-type sealing bundle frame 60.

The disassembly-type sealing bundle frame 60 that hermetically seals the power shaft 44 is provided with a sealing gasket (not shown) on the power shaft 44 inserted in the center of the bottom of the septic tank 30 in the septic tank 30, And the inner load side support cap 55 is engaged with the upper side of the sealing gasket 59 with the synthetic resin bearing 65 interposed therebetween so that the mounting bolt 63 is inserted from the outer bottom surface of the seawater reservoir 30 Side support cap 55 is screwed to the load side support cap 55 to fix the inner load side support cap 55 to the bottom surface of the seed water storage tank 30. The inner load side support cap 55 The outer sealing cap 50 is screwed to detach the spring water reservoir 30 while a synthetic resin bearing 51 is coupled between the inside of the outer sealing cap 50 and the power shaft 44, 44) were vertically supported.

An elastic spring 62 and a ceramic sealing chamber 61 are fitted to the power shaft 44 in the inner load side support cap 55 which is coupled to the power shaft 44 within the water tank 30, The inner upper support cap 56 which is fitted to the power shaft 44 is screwed into the load-bearing side support cap 55 with the O-ring 66 interposed therebetween, Respectively.

A bar 45 having a plurality of support shaft openings 46 is screwed on the upper end of the power shaft 44 protruding upward from the decomposable and engageable sealing bundle frame 60, The inner end of the blade support 75 is inserted into the support shaft opening 46 opened in the bar 45 and is screwed to the blade support 75 by the mounting nut 76, And the blade bundle 70 is detachably attached to the tip of the blade support 75 located on the same vertical line.

The blade agitation blade 71 has a long blade agitation blade 71 and an inward bent portion 72 is integrally formed at an upper end of the blade agitation blade 71. The blade agitation blade 71 is formed integrally with the blade agitation blade 71, A plurality of mounting pieces 73 are integrally formed on the inner side of the barrel 45 and are held at the same intervals as the supporting column opening 46 pierced in the barrel 45, And a blade support 75 mounted on each of the support shaft openings 46 of the support shaft is mounted by a mounting means such as a bolt.

The motor shaft 42 of the decelerating motor 41 is mounted on the lower end of the power shaft 44 protruded to the lower side of the outer hermetically sealing cap 50. The outer hermetically sealing cap 50 and the decelerating motor 41, The bracket 43 is provided between the motor shaft 44 and the motor shaft 44 so that the vibration generated when the motor 43 rotates can be prevented from being transferred to the power shaft 44.

Hereinafter, the operating relationship of the meat slush production apparatus 1 of the meat and marrow refrigerator according to the present invention will be described.

The apparatus 1 for producing meat and marrow slices according to the present invention is moved to a predetermined place and a plug (not specifically shown) provided in the meat and meat slicer 1 of the meat and marine refrigerator is connected to an outlet Plug it in so that the power is supplied.

When the handle 15 is gripped while the power is being supplied and the lid 11 is opened upwardly, the touching piece 7-1 mounted on the rear end of the lid 11 is mounted on the rear end of the upper surface of the main body of the meat- The main power switch 7 is touched to turn off the main power to cut off the supply of power to the meat slicer manufacturing apparatus 1 of the meat and marine refrigerator according to the present invention.

When the power is shut off and the lid 11 is opened, the juice storage tank 30 is filled with the juice to an appropriate height and the lid 11 is closed. When the lid 11 is closed, the main power switch 7 is closed The touching piece 7-1 that has been touched is removed from the main power switch 7 so that the main power switch 7 is turned ON so that power is supplied to the meat slush manufacturing apparatus 1 of the meat / .

A switch (not specifically shown) for operating various devices such as the condenser 20 of the machine room 3, the compressor 21 and the blower fan 22 in the control display portion 6 provided in the control box 5, (Specifically, not shown) for operating the decelerating motor 41 is turned ON and operated.

The operation of the various mechanical devices provided in the machine room 3 and the operation of the decelerating motor 41 can be operated simultaneously by operating the other switch or by operating the same one switch as described above, The deceleration motor 41 can be intermittently operated by the program stored in the memory 6.

When power is supplied to the machine room 3, various devices such as the condenser 20, the compressor 21 and the blowing fan 22 are operated to circulate the cooled refrigerant to the refrigerant circulation pipe 35, When the coolant is circulated to the juice storage tank 35, the juice storage tank 30 is cooled. When the juice storage tank 30 is cooled, the stored juice is also cooled.

Various devices such as the condenser 20, the compressor 21 and the blower fan 22 are operated by the power supplied to the machine room 3 as described above, and the cooled refrigerant is circulated to the refrigerant circulation pipe 35 The principle of cooling the broth stored in the broth storage tank 30 and the broth storage tank 30 is a well-known technical idea, and a detailed description thereof will be omitted.

When the broth stored in the broth storage tank 30 starts to be cooled as described above, the frozen broth starts to freeze gradually from the broth which is in contact with the inner surface of the broth storage tank 30.

When the decelerating motor 41 is operated, the decelerating motor 41 is operated by the supplied power, and when the decelerating motor 41 is operated, the decelerating motor 41 is operated by the outer sealing cap 50, the inner load side support cap 55 and the inner upper side support cap 56 The bar shaft 45 rotates together with the rotation of the power shaft 44. When the bar shaft 45 rotates together with the power shaft 44, The blade bundle 70 mounted by the blade 75 also rotates together.

As the refrigerant is circulated to the coolant circulation pipe 35 as described above, a part of the spring water stored in the spring water reservoir 30 is frozen with a siphon and the blade bundle 70 is rotated by the operation of the decelerating motor 41, The swollen wastes stored in the wastewater reservoir 30 are agitated while the wastes 70 are rotated and the wastewater is frozen from the wastewater contacting the inner circumferential surface of the wastewater reservoir 30 in the agitated wastewater, ) To produce a slush.

The saliva of the broth formed on the inner circumferential surface of the broth storage tank 30 is ground by the rotating blade bundle 70 and is produced as a slush and is stirred into the broth by the blade bundle 70, 30) is cooled more rapidly, and therefore, the broth retains a state containing a lot of slush, so that the broth can be kept cooler.

The meat slicer manufacturing apparatus 1 of the meat / marine refrigerator according to the present invention, which operates as described above, generates a large amount of slush in a short time, so that the meat can be cooled promptly and cooled.

The apparatus for producing meat stock slush according to the present invention further comprises an inner upper support cap 56 and an inner load side support cap 55 of the disassembly and coupling type sealing bundle frame 60 supporting the power shaft 44, The outer shaft support cap 50 can be disassembled / coupled by a screw method and includes a bar shaft 45 mounted on the power shaft 44, a blade support 75 provided on the bar shaft 45, The slush manufacturing device 40 can be easily dismounted and cleaned, and the inside of the seawater storage container 30 can be cleaned and cleaned. have.

Particularly, since the water discharge pipe 30 is provided with the water discharge pipe 31, the water discharge cap 31 and the water discharge pipe cap 33 are removed, and the residue of the spring water stored in the water discharge container 30 is discharged through the discharge pipe 31 The contaminated water can be discharged to the discharge pipe 31 when cleaning the inside of the shelf storage tank 30, so that the shelf storage tank 30 can be kept clean.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined in the appended claims. It will be obvious.

1: Substrate slush manufacturing apparatus of a soup kitchen refrigerator 2: Sewer storage room
3: Machine room 4: Caster
5: Control box 6: Control display
7: Main power switch 7-1: Touch
10: lid support 11: lid
20: condenser 21: compressor
30: Substrate reservoir 31: Exhaust pipe
35: Refrigerant circulation pipe 40: Meat slicer manufacturing facility
41: Deceleration motor 43: Bracket
44: power shaft 45: bar
50: outer hermetic supporting cap 55: inner load supporting cap
56: inner upper support cap 60: disassembly type sealing bundle frame
61: ceramic sealing seal 62: elastic spring
70: Knife blade 71: blade and stirring blade
72: inward bent portion 75: blade support

Claims (6)

A cooling water circulating pipe through which the refrigerant is circulated by circulating the refrigerant by the operation of the condenser and the compressor is cooled by the refrigerant circulated to the refrigerant circulating pipe and the stirring water is mounted on the rotary shaft of the decelerating motor Wherein the stirring blade is rotated by the operation of the decelerating motor to stir the broth stored in the broth storage tank and the lid is provided on the upper side of the refrigerator body in which the broth storage tank is embedded,
A main power switch is provided at a rear end of the refrigerator main body and a touch piece is provided on a lid to open the lid to turn off the main power switch to turn off the main power;
A refrigerant circulation pipe circulated to the outer periphery of the seawater reservoir is installed at a half or less of the seawater reservoir to improve the refrigerant effect;
A water discharge pipe communicating with the outside of the marine water refrigerator is provided at the bottom edge of the water storage container;
And a power shaft is hermetically sealed by a disassembly-type sealing bundle frame at the center of the bottom of the bottom water reservoir;
A bar shaft is mounted on an upper end of a power shaft projecting upward from the disassembly and coupling type sealing barrel frame by a screwing method and a bar assembly is detachably attached to the bar by a blade support;
A lower portion of the power shaft exposed to the lower side of the bottom of the water storage container is hermetically mounted by disengageably engaging an external hermetic supporting cap;
And a motor shaft of a decelerating motor is mounted on a lower end of a power shaft projecting downward from the outer hermetically sealing cap, and a bracket is interposed between the outer hermetically sealing cap and the decelerating motor. Meat slush manufacturing equipment. The disassembly type sealing bundle frame according to claim 1, wherein the power shaft is hermetically mounted on the center line of the bottom surface of the soup stocker,
A sealing gasket is inserted into a power shaft inserted in the bottom of the spring water reservoir in the spring water reservoir, and the inner load side support cap is engaged in a state in which the bearing is mounted. In the bottom surface of the spring water reservoir, To fix the inner load side support cap to the bottom surface of the spring water reservoir;
And an outer seal supporting cap is screwed to the inner load supporting cap exposed to the outer bottom surface of the water storage container in a state in which the bearing is mounted;
In the inside of the spring water storage case, an elastic spring and a ceramic sealing chamber are inserted into a power shaft inside an inner load side support cap coupled to the power shaft, and an inner upper side support, which is sandwiched by the power shaft, And the cap is screwed to maintain the hermetically sealed state. The rocker arm according to claim 1, wherein the rocker arm is screwed to the upper end of the power shaft projecting upward from the disassembly-type sealing assembly;
Wherein said bar is provided with a plurality of support column openings on the same vertical line;
The inner ends of the blade supports are inserted into the support shafts and fixed by screwing with the mounting nuts;
Wherein a blade bundle is detachably coupled to a tip of a blade support located on the same vertical line. The blade support according to claim 1 or 3, wherein the blade bundle is detachably mountable to the tip of the blade support;
A blade agitating blade having a long length;
An inwardly bent portion integrally formed on an upper end of the blade stirring blade;
A plurality of mounting pieces are integrally mounted on the inner side portion of the blade stirring blade at intervals equal to the mounting holes of the arm stand;
Wherein each of the attachment pieces is provided with a blade support base mounted on the support shaft of the arm rest. The method of claim 2, wherein the inner load side support cap and the inner upper side support cap are screwed together;
Wherein the slurry is fed in a left-handed manner. The bearing according to claim 2, wherein the bearing mounted inside the load-bearing side support cap and the external seal support cap comprises:
Wherein the slurry is a synthetic resin bearing.

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