KR200369466Y1 - Storehouse for ripening kimchi - Google Patents

Abstract

The present invention is made of a tubular shape while passing through the inner and outer sides of the storage compartment, the communication pipe is fixed by coupling the first coupling nut at the bottom; The cylinder is installed so that the piston passes up and down to penetrate the bottom surface of the storage compartment while the gas is filled therein, and a second coupling nut is connected to the upper end to be coupled in a coupling form through a communication tube and a second coupling nut. ; A piston installed to be movable upward in the cylinder and penetrating through the upper surface of the cylinder in an airtight state to be discharged onto the bottom of the storage compartment; A housing installed below the piston in a state where the watertightness of the cylinder and the watertightness are ensured, and a through hole is formed at a central portion thereof and a vent hole is formed at a side thereof; The vent formed in the housing presses the elastic member by the operation of the stepping plate installed on the lower side of the cylinder to move the connector vertically so that the movable body connected to the connector is pushed up along the through hole of the housing, and the vent is opened and closed at the same time. The gas is filled between the cylinder and the moving body to raise and lower the piston, and the stepping plate is operated to press the piston forcibly to open the vent hole by pressing the elastic member to circulate the gas filled between the piston and the moving body to the cylinder. It consists of; piston lowering operation valve for lowering the piston.

Description

Storehouse for ripening kimchi}

The present invention relates to a kimchi ripening cellar that mechanically matures kimchi and keeps the matured kimchi in a refrigerated state, and in particular, makes it easy to put and take out kimchi containers for storing mature kimchi independently and in small units. It is about a Kimchi ripening cellar.

In general, the kimchi ripening cellar comprises a series of kimchi ripening processes using a cooling system driven by a control means in a main body consisting of a substantially rectangular box shape, and keeps the matured kimchi fresh without altering the ripening state. At least one trillion or more storage compartments are provided, and the storage compartments have doors in which the storage compartments are opened and closed at a predetermined depth to maximize cold storage and secure a storage space where at least one or more stages of kimchi can be stacked. In addition, by storing the containers stored in the stack in a stack to achieve the maturation and refrigeration of the target kimchi.

However, the storage room of the kimchi maturation store has a certain depth and at least one stage of kimchi container is mounted and stored as described above.

Here, it was not easy to put the kimchi container of weight into and out of the storage chamber provided with a predetermined depth.

More specifically, the storage depth of the storage compartment was formed somewhat deeper in consideration of the storage volume of the kimchi containers to achieve the purpose of storage characteristics, but the kimchi container of the weight stored in the deep storage room on the user (housewife) side to put in and take out the kimchi container It is a situation that gives a lot of inconvenience to use, such as not easy to insert and take out.

Thus, in order to provide convenience for putting and taking out Kimchi containers stored in the Kimchi ripening cellar and in recent years, the storage room is additionally equipped with a lift function to solve the inconvenience of using, for example, Registered Utility Model No. 318593 ( Kimchi refrigerator shelf lifting device) can be heard.

Here, the rack lifting devices of the Kimchi refrigerator are approximately electric, that is, a mechanical drive system using a gear drive system, for example, a worm, a worm gear or a rack, and a pinion. Drive noise is generated due to mechanical friction, etc., and in view of its functionality, it is inconvenient to use, such as the insertion of kimchi container and unsatisfactory performance of taking out operation.

The present invention has been made in view of the above problems, it is to provide a kimchi maturation reservoir that can easily put in and take out the kimchi barrels to store mature kimchi independently and subunits in the chamber.

1 is a perspective view showing a kimchi ripening reservoir according to the present invention.

Figure 2 is a side cross-sectional view showing the configuration of the kimchi ripening reservoir according to the present invention.

Figure 3 is a cross-sectional view showing a state in which kimchi aging storage according to the present invention is not used.

Figure 4 is an enlarged cross-sectional view of the main portion of the kimchi ripening reservoir with the subject innovation lift.

Explanation of symbols on the main parts of the drawings

10: main body, 11: kimchi container, 14: storage chamber, 15: sealing member, 18: communication tube, 20: cylinder, 20a: aeration hole, 22: first coupling nut, 24: elastic member, 25: second coupling nut, 25a: engagement hole, 25b: fitting groove, 25c: receiving hole, 26: piston, 26a: loading table, 27: stepping board, 40: moving body, 42: sealing pad, 50: housing, 52: through hole, 60: connector , 70: cap, 80: bracket

In order to achieve this purpose effectively, the present invention is a multi-stage kimchi container that achieves a series of kimchi ripening process by mechanical cooling system and separates and preserves the mature kimchi that has been fully matured in the chamber at least one step. It has a main body having at least one or more sets of storage compartments are mounted and stored, the upper surface of the main body of the kimchi maturation reservoir to be covered by the door opening and closing the opening and the opening of each of the storage compartments, the tubular shape of the interior of the storage compartment A communication tube disposed to pass through the outside and fixed by coupling a first coupling nut to a lower end thereof; The piston is installed so that the piston penetrates the bottom surface of the storage chamber while the gas is filled therein, and a second coupling nut is connected to the upper end and coupled to the communication tube and coupling form through the second coupling nut. ; A piston movably installed in the cylinder, the piston penetrating through the upper surface of the cylinder in a hermetically sealed state and flowing through the upper surface of the storage chamber; A housing installed under the piston in a state where the watertightness of the cylinder and the watertightness are ensured, and a through hole is formed in a central portion thereof and a vent hole is formed in a side surface thereof; The vent formed in the housing presses the elastic member by the operation of the stepping plate installed on the lower side of the cylinder to move the connector vertically so that the movable body connected to the connector is pushed up along the through hole of the housing, and the vent is opened and closed at the same time. The gas is filled between the cylinder and the moving body to raise and lower the piston, and the stepping plate is operated to press the piston forcibly to open the vent hole by pressing the elastic member to circulate the gas filled between the piston and the moving body to the cylinder. Piston up and down operation valve for lowering the piston; Characterized in that provided with a.

An airtight pad may be coupled to the upper end of the moving body so that the gas introduced through the ventilation hole of the housing is filled between the piston and the moving body so that the gas does not naturally flow out due to the load of the piston and the kimchi container. The cap can be combined after separating the loading table when the kimchi container is not used inside.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 schematically shows a kimchi ripening cellar equipped with a lift according to the present invention.

The kimchi ripening cellar comprises a main body 10 having a rectangular enclosure shape, a machine chamber 12 in which cooling cycles such as evaporation, condensation and a compressor, and other electric equipments are built into the lower part of the main body 10, and at least one set of storage chambers therein. The upper surface of the main body 10 made of the field 14 has a door 16 for opening and closing the upper opening of the storage chamber 14.

The kimchi ripening cellar is composed of a series of kimchi ripening process by a mechanical cooling system, and the kimchi barrels (11) for storing the matured kimchi that are matured independently and in small units are stored at least one stage in a multi-stage. At least one or more sets of storage chambers (14) that are mounted and stored in each of the storage of kimchi barrels 11 to the upper side of the storage chamber 14 to push up the kimchi container, the piston lifting device for convenient removal will be.

2 to 4 show the lifting device of the kimchi ripening storage device of the present invention, the structure of the lifting device in each of the storage chambers 14, while moving up and down from the bottom surface to the bottom of the storage chambers (14) Kimchi barrels (11) to be stored in the storage compartments (14) will give a function to push up from the top side. At this time, the lifting device must necessarily have a sealed structure so that the cold air of the storage chambers 14 does not leak to the outdoor side.

Then, the piston lifting device of the present invention will be described in detail.

The piston lifting device is provided with a communication tube 18 installed through the bottom center portion of each of the storage chambers (14). At this time, the communication tube 18 has a length slightly longer than the thickness of the insulation wall 13 for insulation of the storage compartments 14 and is discharged from the inside of the storage compartments 14 to the outside through the bottom surface of the storage compartments 14. Lifting devices which are installed to directly perform the lift function, which will be described later, will be used to achieve a haunting operation for pushing up and down the kimchi containers 11 on the floors of the storage compartments 14 using the communication pipe 18 as a passage. .

Here, the head side of the communication tube 18 is interposed with a sealing member 15 to maintain the state in close contact with the bottom surface of the storage chambers (14).

And the mechanical element which directly performs the function of the lifting device of the present invention is installed in the lower end of the communication tube 18 installed on the bottom surface of the storage chambers 14 as described above.

More specifically, the cylinder 20 is provided to provide a sealed space that is blocked from the communication tube 18, the cylinder 20 is made of a first coupling nut 22 and screwed to the lower end of the communication tube 18 The coupling nut 25 is firmly and tightly coupled to the communication tube 18.

An accommodation hole 25c is formed in the second coupling nut 25, and a coupling hole 25a having a predetermined space is formed in the second coupling nut 25. In addition, the fitting groove 25b communicating with the coupling hole 25a is symmetrically formed at both sides at a lower surface of the second coupling nut 25.

That is, the first coupling nut 22 is fastened to the communication tube 18 at the lower side of the heat insulation wall 13 so that the communication tube 18 is firmly fixed to the heat insulation wall 13. The coupling nut 25 is coupled to the first coupling nut 22 in a coupling form.

At this time, the second coupling nut 25 is connected to the cylinder 20 is installed. The cylinder 20 is rotated 90 ° clockwise or counterclockwise in a state of being fitted into the fitting groove 25b of the second coupling nut, and connected to the coupling hole 25a by connecting the upper end to the second coupling nut 25. After the second coupling nut 25 is moved upward so that the receiving hole 25c of the second coupling nut is inserted into the bottom of the communication tube 18, the second coupling nut 25 is rotated. Screwed together.

An elastic member 24 having excellent restoring force is connected to the lower side of the cylinder 20 in a state where gas is filled, and an upper end thereof penetrates the upper surface of the cylinder 20 and the communication tube 18. The reservoirs 14 include a piston 26 that runs out onto the bottom surface.

Here, the piston lowering operation valve is installed below the piston 26. The piston raising and lowering operation valve raises and lowers the piston 26 through the gas supplied and discharged between the housing 50 and the piston 26 by raising and lowering the connector 60 through the elastic member 24.

The elastic member 24 is compressed at a predetermined mounting weight of the kimchi barrels 11 stored in the storage chambers 14 with an appropriate modulus of elasticity and is changed as the kimchi barrels 11 are removed one by one. The restoring force will be generated in response to the load, and a sealing material is provided to prevent cold air from leaking out between the cylinder 20 and the communication tube 18, and at the same time, a flat plate shape in which the kimchi cylinders 11 are mounted on the piston 26. The mounting table 26a is provided.

In addition, on both sides of the bottom surface of the mounting table 26a, the load distribution effect of the kimchi barrels 11, that is, preventing the load from being transmitted to the elements performing the lift function, and supporting bases 26b for maintaining balance ) Is installed.

In addition, the housing 50 is provided below the cylinder 20 in a sealed state. The housing 50 is provided with a vent hole 20a for entering and exiting air in the cylinder 20, and the vent hole 20a is selectively opened and closed by the moving body 40.

The movable body 40 is formed in the shape of a round bar having a larger upper and lower diameter than the upper center, and an upper end of the movable body 40 is provided with a sealing pad 42 having a larger diameter than the movable body 40.

The movable body 40 is inserted into and installed in the through hole 52 formed in the center of the housing 50. The center of the housing 50 maintains a space spaced apart from the through hole 52 and its upper and lower sides are in close contact with each other. State is maintained.

The outer surface of the housing 50 is installed in a state where the inner surface and the watertightness of the cylinder 20 is guaranteed.

In addition, the lower side of the movable body 40 is provided with a connector 60 for transmitting the elastic restoring force of the elastic member 24. The connector 60 is configured to move up and down along the inner wall of the cylinder 20 while filling the lower center of the cylinder 20.

In addition, the bracket 80 is connected to the lower side of the elastic member 24. The bracket 80 is for fixing the cylinder in a vertical state.

When the stepping plate 27 is connected to the bracket 80 in a state in which the link is connected, when the force is applied to the stepping plate 27, the elastic member 24 is compressed upward and the connector 60 is pushed upward. When the force is removed from the stepping board 27, the elastic member 24 is restored in shape so that the connector 60 returns to the lower side.

This principle has been described as a mechanical operation in the embodiment of the present invention, it is possible to use alternatively as an electronic device.

In other words, the solenoid is provided by installing an electromagnet at the lower side of the connector without using the stepping plate 27, although not shown in the drawing, not a method of pressing the stepping plate 27 to press the elastic member 24 to lift the connector. It can also be configured to raise and lower the connector 60 each time power is applied.

Therefore, the kimchi ripening reservoir of the present invention through such a configuration, when the user repeatedly presses the stepping board 27 with the foot, the elastic member 24 connected to the stepping board 27 is pressed and the connector 60 by the elastic restoring force. ) Will be pushed upwards.

When the connector 60 moves upward, the movable body 40 installed above the connector 60 is guided along the through hole 52 of the housing to vertically move.

When the movable body 40 moves vertically, gas filled in the cylinder 20 through the vent hole 20a of the housing is secured while a space is secured between the central portion of the movable body 40 and the through hole 52 of the housing. The piston 26 is pushed into the space between the movable body 40 and the piston 26 to lift the piston 26. When the force is removed from the stepping board 27, the sealing pad 42 installed on the upper side of the movable body 40 is a through hole of the housing. By blocking the 52 to support the load of the piston 26 and the kimchi barrel 11 placed in the loading chamber, it is possible to accurately maintain the position of the piston 26 according to the height.

Such mechanical operation is performed repeatedly each time the stepping plate 27 is pressed, so that each time the pressing step of the stepping plate 27 is increased, the piston 26 can move by the lifting limit distance.

The lifting limit of the piston 26 is a vertical movement distance may vary depending on the amount of gas filled in the cylinder (20).

On the contrary, when the piston 26 is lowered, the piston 26 protruding through the bottom surface of the storage chamber 14 is forcibly pressed in the state where the foot member 27 is stepped on the foot by pressing the elastic member 24. When pressurization is made, the elastic member 24 pressurized by the stepping board 27 raises the connector 60 and moves the movable body 40 upward, so that the ventilation hole 20a of the housing is opened to move the movable body ( The gas filled between the piston and the piston 26 is circulated back through the vent hole 20a and returned to the inside of the cylinder 20, thereby lowering the piston 26.

On the other hand, if you do not use the kimchi ripening reservoir of the present invention can withdraw the mounting table (26a) from the inside of the storage compartment 14 and can be fused to the top of the piston 26 by combining the cap 70 on the top of the piston 26 It will block foreign objects.

Therefore, the user can easily take out and put the kimchi container 11 in the storage compartment 14 by the operation of the stepping board (27).

Kimchi ripening storage of the present invention has the effect of putting the kimchi barrels stored in the storage room of a certain depth, easy to take out, the operation is stable and the kimchi container is put, take out quickly.

As described above, an embodiment of the present invention has been described, but the present invention is not limited thereto and may be changed within the scope of the claims.

Claims (3)

At least one trillion or more storage rooms are stored in a multi-stage, multi-stage Kimchi barrels that achieve a series of kimchi maturation processes by mechanical cooling system and separately and sub-units the mature kimchis that are matured. It has a main body, the upper surface of the main body kimchi ripening storage to be covered with a door that is opened and closed up and down the openings of the respective storage compartments, A communication tube formed in a tubular shape and penetrating through the inner and outer sides of the storage compartment, the first coupling nut being fixed to the lower end of the communication tube; The cylinder is installed so that the piston passes up and down to penetrate the bottom surface of the storage compartment while the gas is filled therein, and a second coupling nut is connected to the upper end and coupled to the communication tube and coupling form through the second coupling nut. ; A piston movably installed in the cylinder, the piston penetrating through the upper surface of the cylinder in a hermetically sealed state and flowing through the upper surface of the storage chamber; A housing installed under the piston in a state where the watertightness of the cylinder and the watertightness are ensured, and a through hole is formed in a central portion thereof and a vent hole is formed in a side surface thereof; The vent formed in the housing presses the elastic member by the operation of the stepping plate installed on the lower side of the cylinder to move the connector vertically so that the movable body connected to the connector is pushed up along the through hole of the housing, and the vent is opened and closed at the same time. Filling the gas between the cylinder and the moving body to raise and lower the piston, and by operating the stepping plate to pressurize the elastic member to press the piston forcibly to open the vent hole to reversely circulate the gas filled between the piston and the moving body to the cylinder. Piston up and down operation valve for lowering the piston; Kimchi ripening storage, characterized in that provided with a. The method of claim 1, The upper end of the moving body is filled with the gas flowing through the air vents of the housing between the piston and the moving body, the kimchi maturation reservoir, characterized in that the sealing pad is combined so that it does not naturally flow by the load of the piston and the kimchi container. The method of claim 1, Kimchi ripening reservoir, characterized in that the cap is coupled to the upper end of the piston when the non-use of the kimchi container inside the storage compartment combined.