KR100731579B1 - A storehouse of balcony using yellow soil - Google Patents

Abstract

A functional loess balcony pantry using a natural mineral porous body is provided to protect articles stored in a pantry against moisture by cutting off the outside air and controlling the moisture in a pantry effectively. The functional loess balcony pantry using a natural mineral porous body is formed by fixing a porous loess panel for cutting off cold air or moisture of the outside in a pantry type space formed on a balcony of an apartment house, forming a space for preventing the transfer of moisture and heat between the porous loess panel and an external wall, installing a multilayered shelf(40) having many housing spaces on one side of the storehouse type space enclosed by the porous loess panel to utilize the inside space effectively, fixing a central shelf(60), a lower shelf(70) and an upper shelf(80) to the multilayered shelf by support brackets, fixing a variable shelf(90) to the upper shelf and fixing an elastic pad(100) on the top of the upper shelf. The porous loess panel is composed of a natural mineral porous body which is manufactured to have the specific gravity of 0.7-8 g/cm by mixing 27-29 weight percent cement, 8-10 weight percent loess, 3-5 weight percent zeolite elvan diatomite compound the functional natural mineral matter, 1-3 weight percent green bio-stone, 41-45 weight percent silica powder, 2-5 weight percent natural anhydrous gypsum and 10-12 weight percent lime, and correcting moisture content into 60-65 weight percent and mixing for 20 minutes, and then adding 0.03-0.05 weight percent metal foam of the whole weight. Hereon the porous loess panel is supported by a corner reinforcing frame(20) and a reinforcing frame(23) to have a space as much as the thickness of the corner reinforcing frame and the reinforcing frame to function as an insulation layer to prevent the transfer of the cold air of the outside to the inside of the pantry type space.

Description

Functional ocher balcony storage using natural mineral porous body {A storehouse of balcony using yellow soil}

1 is a perspective view showing a state in which a functional ocher balcony storage using the natural mineral porous body of the present invention is installed.

Figure 2 is a perspective view showing the interior of the functional ocher balcony storage using the natural mineral porous body of the present invention.

Figure 3 is a perspective view showing a state in which the variable shelf raised from the interior of the functional ocher balcony storage using the natural mineral porous body of the present invention.

Figure 4 is a view showing a functional ocher balcony storage using the natural mineral porous body of the present invention.

Figure 5 is an enlarged view of the portion A of Figure 4 showing the shelf fixing portion of the functional ocher balcony storage using the natural mineral porous body of the present invention.

Figure 6 is an exploded perspective view showing a functional ocher balcony storage using the natural mineral porous body of the present invention.

Figure 7 is an exploded perspective view showing a multi-layer shelf of the functional ocher balcony storage using the natural mineral porous body of the present invention.

8 is a perspective view showing a porous ocher panel for use in a functional ocher balcony storage using the natural mineral porous body of the present invention.

9 is a cross-sectional view showing a functional ocher balcony storage using the natural mineral porous body of the present invention.

 <Brief description of symbols for the main parts of the drawings>

1: balcony 2: warehouse type space part

3: floor slab 4: door

5: long poison 6: outer wall

10 porous ocher panel 11 natural mineral porous body

12: border frame 13: bolt hole

20: corner reinforcement frame 21: body

22: seating groove 23: reinforcement frame

24: space part 30: shelf fixing rack

31: fixing groove 40: multilayer lathe

50: support bracket 51: fixed end

52: fixing groove 60: center lathe

70: lower shelf 71: insertion end

72: horizontal plate 73: vertical plate

80: upper shelf 81: insertion end

82: vertical plate 83: horizontal plate

84: insertion groove 85: locking groove

90: variable shelf 91: horizontal plate

92: vertical plate 93: projection hole

94: locking projection 95: center bolt

100: elastic pad

The present invention relates to a functional ocher balcony storage using a natural mineral porous body, and more particularly, to form an inner wall of a moisture-controlled porous ocher panel manufactured by mixing the natural mineral and ocher appropriately in a warehouse-type space formed in the balcony. And, it relates to a functional ocher balcony storage using a natural mineral porous body is fixed to the inside of the multi-layer shelf to efficiently store the storage.

In general, in apartments, apartment houses, multi-family houses, and multi-family houses, balconies (or verandas) are installed, and these balconies are installed at the front or rear of each unit household.

The balcony of a multi-family house is one of the foundations of Western architecture made by hanging out of a living room as an extension of a living room. It is surrounded by railings.

From the exterior of the building, it becomes a decorative element, and in the old days, it was the best place for the powerful to appear in front of the crowd. In recent years, apartment buildings without private gardens have become the only place in contact with the outside air. In other words, the living balcony as an extension of the living room is a space for an infant's playground, sunbathing, rest and view, and the service balcony connected to the kitchen is widely used as an auxiliary space (kitchen or laundry) of the kitchen.

Each generation is constructing a warehouse-type space for storing goods on one of the balconies formed at the front and rear. As the exterior wall of the apartment is made of reinforced concrete, it cannot be insulated. Therefore, the inner wall of the bedroom, etc., which is in contact with the outer wall, is finished with insulation and gypsum board, so that the insulation effect can be expected, and condensation phenomenon is prevented from occurring. Like the bedroom, no insulation or gypsum board is installed.

Therefore, the outer wall of the warehouse space formed at one corner of the balcony is not insulated, so condensation will appear on the inner wall of the outer wall. That is, the outer wall surface of the outer wall is affected by the outside temperature, while the inner wall surface is affected by the internal temperature, so condensation occurs due to the temperature difference on the inner wall surface.

When condensation occurs on the inner wall of the outer wall of the warehouse space as described above, the inside of the warehouse space is exposed to moisture. When exposed to moisture, the items stored in each storage shelf are damaged by mold and are damaged. Problems will occur.

In particular, agricultural products such as fruits and vegetables are not suitable for storage in current apartments, and if they are stored in warehouse-type spaces, the taste and freshness may be lost due to physiological action and loss of moisture and decay by microorganisms during storage and distribution. Will fall. In the rainy season and summer, the damage is even greater.

In order to reduce such damage, it is urgently required to develop a method of maintaining proper freshness even after long-term storage, but it is difficult to make such a place in a place such as an apartment house.

The present invention has been made in order to solve the problems described above, in the warehouse space installed to store things on the balcony formed for each unit of the apartment house, such as apartment building multi-family housing, natural in the warehouse space The purpose is to provide a functional ocher balcony storage using mineral porous bodies.

The purpose is to install the storage close to the inner wall and the upper and lower slabs to block the outside air to protect the objects stored in the storage from moisture.

An object of the present invention is to make functional porous ocher panels capable of efficiently controlling moisture in a reservoir and to use them in a desirable composition.

And the purpose is to solve the difficulty of installing the shelf when the porous ocher panel is installed, and to be able to use the shelf in the store efficiently to store a lot of things.

In addition, the soft fruit is intended to prevent damage to contact with hard objects.

The present invention is a storage formed in the warehouse space formed in the balcony in order to achieve the above object, is formed on one side of the balcony, the bottom slab is formed by descending the finishing line of the floor 400 ~ 600 mm, Warehouse-type space portion formed to open and close the door to the opening toward the balcony; The natural mineral porous body formed into a plate is fixed to the inside of the frame frame, and a plurality of bolt holes penetrate the front and rear surfaces in the frame, and the natural mineral porous body has 27 to 29 wt% of cement and 8 to 10 wt% of ocher. , 3 ~ 5 wt% mixture of zeolite ganbanite diatomaceous earth, functional natural mineral, 1 ~ 3 wt% of anionic stone, 41 ~ 45 wt% of silica powder, 2 ~ 5 wt% of natural anhydrite, 10 ~ 12 wt% of quicklime Water was mixed to 60 ~ 65 wt%, mixed with water for about 20 minutes, and then 0.03 ~ 0.05wt% of the total weight of foamed metal was added to produce specific gravity of 0.7 ~ 8 g / cm3 or less. Porous ocher panel manufactured by drying the steam for 6 to 8 hours at a temperature of ~ 80 ℃ and then dried for 10 to 24 hours at 180 ~ 200 ℃; A corner reinforcing frame fixed vertically to a corner portion of the warehouse-shaped space part and having two seating grooves formed stepwise on the opposite side of the wall from the rectangular pillar-shaped body to seat the end of the porous ocher panel; A reinforcement frame having a rectangular bar shape vertically fixed to the front end and the rear center of the warehouse space; A shelf fixing rack horizontally fixed to the side wall of the warehouse-type space so that the porous ocher panels are in contact with each other and having a fixed groove formed horizontally in the body; An upper shelf and a lower shelf located above and below the center shelf and fixed by a support bracket, and an elastic pad fixed to an upper side of the upper shelf, and a multi-layer shelf installed on the upper shelf to accommodate the variable shelf; A support bracket having a fixed end formed at one end of the body of the metal and inserted into a fixed groove of the shelf holder and fixed between upper and lower sides of the porous ocher panel fixed to the side wall, and having three fixed grooves formed at the other end thereof; The central shelf of the multi-layer shelf consists of a rectangular flat plate, and both ends are fixed by sliding insertion in the center of the support bracket fixing groove, and the lower shelf is integrally formed at both ends of the horizontal plate with the vertical plate facing upwards. The upper end of the vertical plate is bent outward 90 degrees to form an insertion end, the insertion end is inserted into the lowermost fixed groove of the support bracket, the upper shelf is formed integrally with both ends of the horizontal plate vertically downward The lower end of the vertical plate is bent outward 90 degrees to form an insertion end, the insertion end is slidingly inserted into the uppermost fixed groove of the support bracket, the insertion groove is formed in the top of the vertical plate is opened, the insertion end A plurality of locking grooves are formed across the upper opening of the groove at regular intervals, and the variable shelf has vertical plates formed at both ends of the horizontal plate in the downward direction. The vertical plate is inserted into the insertion groove of the upper shelf, a plurality of long hole-shaped projection holes are formed at regular intervals in the lower portion of the vertical plate of the variable shelf, characterized in that the locking projection is rotatably fixed to the center bolt It provides a functional ocher balcony storage using natural mineral porous body.

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

The terms or words used in this specification and claims are not to be construed as being limited to the common or dictionary meanings, and the inventors may appropriately define the concept of terms in order to explain their invention in the best way. Based on the principle, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

The present invention is fixed to the porous ocher panel 10 that can be controlled by blocking the cool air or moisture outside the warehouse-type space portion (2) formed on the balcony (1) of the apartment house, the porous ocher panel 10 and the outer wall ( 6) Multi-layer having a space of storage on one side in the warehouse-shaped space (2) surrounded by a porous ocher panel 10 to prevent moisture and heat transfer while forming an air layer to form a space (24) between. The shelf 40 may be installed to efficiently use the internal space, and the multi-layer shelf 40 may include a central shelf 60, a lower shelf 70, and an upper shelf 80 by a support bracket 50. Sliding and fixed, the variable shelf 90 is fixed to the upper shelf 80 is receivable, the elastic pad 100 is fixed to the upper surface of the upper shelf 80, the porous ocher panel 10 is cement, loess Mixed with functional natural minerals, anion stone, silica powder, natural anhydrous gypsum and quicklime The main configuration is made of a natural mineral porous body 11 formed by adding water and foamed metal to the powder.

The composition of the natural mineral porous body 11 constituting the porous ocher panel 10 used in the present invention is 27 to 29 wt% of cement, 8 to 10 wt% of ocher, and 3 to 5 wt% of a mixture of zeolite elvanite diatomaceous earth, which is a functional natural mineral. 1 ~ 3 wt% of anionic stone, 41 ~ 45 wt% of siliceous powder, 2 ~ 5 wt% of natural anhydrite, 10 ~ 12 wt% of quicklime After water mixing for about 20 minutes by adding 0.03 ~ 0.05wt% of the total weight of the foamed metal to prepare a natural mineral porous body with a specific gravity of 0.7 ~ 8 g / cm3 or less.

The natural mineral porous body prepared herein is steam cured at a temperature of 60 to 80 ℃ for 6 to 8 hours and then dried at 180 to 200 ℃ for 10 to 24 hours.

In the present invention, in consideration of the environmentally friendly performance as the ocher balcony storage reservoirs by using the foaming metal to generate a bubble to provide a functional ocher porous body.

Functional natural mineral porous body (11) not only has its own humidity control function by natural minerals and porous bodies having fine pores, but also has high anion and far-infrared radiation efficiency, thereby preventing deterioration of quality during long-term storage of fruits and vegetables.

Functional ocher balcony storage using the natural mineral porous body of the present invention is to reduce the loss in the storage process of vegetables or fruits by using the humidity control function and negative ion generation, far infrared radiation effect and air permeability of porous materials that natural minerals have will be.

In addition, natural minerals of various functionalities, such as ocher, diatomaceous earth, anion stone, zeolite, elvan, diatomaceous earth, binders and foamed metals are used to make porous lightweight materials, and improve humidity control and functionality.

When explaining a specific configuration, the warehouse-shaped space (2) is formed on one side of the balcony (1), the floor slab (3) is formed by descending the finishing line of the floor 400 ~ 600 mm to the lower floor, the balcony (1) The door 4 is formed to be openable and openable towards the opening.

The lower part of the warehouse-type space (2) is lower than the ground, and can be used as a storage for aging by placing the poison (5) inside. The upper part can be used as food storage and other storage space.

The inner wall surface of the warehouse-shaped space 2 is fixed and surrounded by a plurality of porous ocher panels 10. The porous ocher panel 10 is supported by the edge reinforcing frame 20 and the reinforcing frame 23, but the edge reinforcing frame Space portion 24 is formed by the thickness of the 20 and the reinforcing frame (23). The air layer in the space portion 24 serves as a heat insulating layer so that no external cool air is transferred to the warehouse space portion 2 so as not to cause condensation.

The porous ocher panel 10 is fixed to the natural mineral porous body 11 formed of a plate body inside the frame frame 12, the frame frame 12 is formed so that a plurality of bolt holes 13 penetrate the front and rear surfaces do. Edge frame 12 is made of aluminum or plastic to protect the natural mineral porous body (11).

The shape of the cut plate is attached to three sides of the inside of the cell with a basic size of 600 × 600 × 30 mm.

Natural mineral porous body (11) is 27 ~ 29 wt% cement, 8 ~ 10 wt% ocher, 3 ~ 5 wt% mixture of zeolite ganbanite diatomaceous earth, functional natural mineral, 1 ~ 3 wt% anionic stone, 41 ~ 45 wt %, Natural anhydrous gypsum 2 ~ 5 wt%, quicklime is prepared by adding and mixing 10 ~ 12 wt%. After the water mixture was mixed to 60 to 65 wt% and mixed for about 20 minutes, the foamed metal was added to 0.03 to 0.05wt% of the total weight to prepare a specific gravity of 0.7 to 8 g / cm3 or less.

And the composition of the slurry is cured to a certain size and shape and then cut.

Thereafter, in order to accelerate the hydration reaction of the cured sculptures, the steam is cured at a temperature of 60 to 80 ° C. for 6 to 8 hours, and then reacted at 180 to 200 ° C. for 10 to 24 hours at high temperature and high pressure to be dried.

Corner reinforcement frame 20 is fixed to the corner portion of the warehouse-shaped space (2) vertically, two seating grooves 22 are formed stepwise on the opposite side of the wall in the body of the rectangular pillar shape porous porous ocher The ends of the panel 10 are seated so as to be perpendicular to each other.

The reinforcement frame 23 is a rectangular bar shape that is vertically fixed to the front and rear centers of the warehouse-shaped space 2 and is positioned where two porous ocher panels 10 abut, so that the porous ocher panel 10 is fixed. In this way, the corner reinforcing frame 20 and the reinforcing frame 23 is firmly fixed to the inner wall edges and side walls of the warehouse-type space 2 with nails or bolts.

The shelf holder 30 is horizontally fixed to the side wall of the warehouse-shaped space 2 so that the porous ocher panel 10 is in contact with each other, and a fixing groove 31 is formed horizontally in the body. Shelf fixture 30 is also firmly fixed to the wall with nails or bolts.

The multi-layer shelf 40 is fixed to the shelf holder 30 by the support bracket 50, and the upper shelf 80 and the lower shelf 70 are positioned above and below the central shelf 60 to support the bracket 50. It is fixed by), the elastic pad 100 is fixed to the upper surface of the upper shelf 80, the variable shelf 90 is installed on the upper shelf 80 to accommodate.

Elastic pad 100 is made of a foam pad, such as a rectangular pad, when placed on a hard place to put up the vegetable and tends to perish quickly. The elastic pad 100 may be attached to the upper surface of the lower shelf 70 and the variable shelf 90 as well as the upper shelf 80 of the multi-layer shelf (40). It is preferable to use an adhesive for the fixing method.

The support bracket 50 has a plate-shaped fixed end 51 formed at one end of the metal body to be inserted into the fixing groove 31 of the shelf holder 30 and between the top and bottom of the porous ocher panel 10 fixed to the side wall. Fixed through, three fixing grooves 52 are formed at the other end. The fixing groove 52 has three sides open, and each shelf fixing portion of the multi-layer shelf 40 is slid to be inserted and fixed.

The center shelf 60 of the multilayer shelf 40 is formed of a rectangular flat plate, and both ends thereof are fixed by being inserted into the center of the fixing bracket 52 of the support bracket 50. The central shelf 60 is a basic shelf located at the center.

The lower shelf 70 is integrally formed at both ends of the horizontal plate 72 with the vertical plate 73 upward, and the upper end of the vertical plate 72 is bent 90 degrees outward to form the insertion end 71. . The insertion end 71 is slidably inserted into the lowermost fixing groove 52 of the support bracket 50.

The upper shelf 80 is integrally formed at both ends of the horizontal plate 83 with the vertical plate 82 downward, and the lower end of the vertical plate 82 is bent 90 degrees outward to form the insertion end 81. . The insertion end 81 is slidably inserted into the uppermost fixing groove 52 of the support bracket 50 and fixed.

An insertion groove 84 having an upper end opened in the vertical plate 82 is formed, and a plurality of locking grooves 85 are formed across the upper opening of the insertion groove 84 at regular intervals.

The variable shelf 90 has a vertical plate 92 formed at both ends of the horizontal plate 91 in a downward direction so that the vertical plate 92 is inserted into the insertion groove 84 of the upper shelf 80, and the variable shelf 90 is provided. A plurality of long hole-shaped protrusion holes 93 are formed at predetermined intervals below the vertical plate 92. The locking protrusion 94 is rotatably fixed to the center bolt 95 in the protrusion hole 93.

The center bolt 95 is fixed from the bottom of the variable shelf 90 through the projection hole 93, the locking projection 94 is fixed, the locking projection 94 is rotated 90 degrees to the locking groove of the upper shelf 80 It is inserted into (85) to support the variable shelf 90 does not fall down.

As described above, the present invention has a space portion formed between the porous ocher panel and the outer wall, thereby blocking the storage and the temperature and moisture of the inside by the heat insulating layer by air, thereby controlling the condensation phenomenon. have. Therefore, there is an effect that the quick food, food ingredients, things are prevented from being damaged due to mold caused by moisture.

Natural minerals and porous bodies not only have their own humidity control function, but also have high anion and far-infrared radiation efficiency, which can prevent the deterioration of quality in long-term storage of fruits and vegetables.

The multi-layer shelf makes it possible to efficiently use the internal space and can effectively fix the multi-layer shelf by the support brackets supported on one wall so that the shelf can be efficiently fixed in the internal space surrounded by the porous ocher panel.

In addition, a variable shelf is installed at the top of the multi-layer shelf, which can be taken out if necessary because it is normally stored.

The elastic pad puts the fruit on the fragile effect and protects it.

Claims (2)

In the storage space formed in the warehouse space formed in the balcony, It is formed on one side of the balcony (1), the floor slab 3 is formed by lowering the finishing line of the floor to 400 ~ 600 mm to the lower floor, the warehouse formed with the door (4) open and close to the opening toward the balcony (1) A mold space part 2; The natural mineral porous body 11 formed into a plate body is fixed to the inside of the frame frame 12, and a plurality of bolt holes 13 are formed in the frame 12 to penetrate the front and rear surfaces, and the natural mineral porous body 11 is formed. ) Is 27 ~ 29 wt% cement, 8 ~ 10 wt% ocher, 3 ~ 5 wt% mixture of zeolite ganbanite diatomaceous earth, functional natural mineral, 1 ~ 3 wt% anionic stone, 41 ~ 45 wt% silica powder, natural anhydrous gypsum After mixing 2 ~ 5 wt% and 10 ~ 12 wt% of quicklime with water to 60 ~ 65 wt%, mix water for about 20 minutes and then add 0.03 ~ 0.05 wt% of the foamed metal. Porous ocher panel 10 is prepared by adding a specific gravity of 0.7 to 8 g / cm 3 or less and then steam curing at a temperature of 60 to 80 ℃ for 6 to 8 hours and then dried for 10 to 24 hours at 180 to 200 ℃; It is fixed vertically to the corner portion of the warehouse-shaped space (2), and two seating grooves 22 are formed stepwise on the opposite side of the wall in the body of the rectangular pillar shape 21 is seated end of the porous ocher panel 10 Being edge reinforcing frame 20; A reinforcement frame 23 having a rectangular bar shape vertically fixed to the front and rear centers of the warehouse-shaped space 2; A shelf holder 30 fixed horizontally to the side wall of the warehouse-type space 2 so that the porous ocher panel 10 is in contact with each other, and having a fixing groove 31 horizontally formed in the body; The upper shelf 80 and the lower shelf 70 are positioned above and below the center shelf 60 and are fixed by the support bracket 50, and the elastic pad 100 is fixed to the upper surface of the upper shelf 80, and the upper shelf. A multi-layer shelf 40 on which the variable shelf 90 is receivably installed; A fixed end 51 is formed at one end of the body of the metal and is inserted into the fixing groove 31 of the shelf holder 30, and is fixed through the top and bottom of the porous ocher panel 10 fixed to the side wall, and fixed at three ends. A support bracket 50 having a groove 52 formed therein; Functional ocher balcony storage using natural mineral porous body, characterized in that consisting of. According to claim 1, the center shelf 60 of the multi-layer shelf 40 is made of a rectangular flat plate both ends are fixed by sliding inserted in the center of the support bracket 50, the fixing groove 52, the lower shelf 70 Vertical plates 73 are integrally formed upward at both ends of the horizontal plate 72, and the upper end of the vertical plate 72 is bent 90 degrees outward to form an insertion end 71, and an insertion end 71. The sliding bracket is inserted into the lowermost fixing groove 52 of the support bracket 50, the upper shelf 80 is integrally formed at both ends of the horizontal plate 83 with the vertical plate 82 facing downward, vertical plate ( The lower end of the 82 is bent outward 90 degrees to form an insertion end 81, the insertion end 81 is slidingly inserted into the uppermost fixing groove 52 of the support bracket 50, the vertical plate 82 An insertion groove 84 having an open top is formed therein, and a plurality of locking grooves 85 are formed across the upper opening of the insertion groove 84 at a predetermined interval, and are variable. The van 90 has a vertical plate 92 formed at both ends of the horizontal plate 91 in the downward direction so that the vertical plate 92 is inserted into the insertion groove 84 of the upper shelf 80, and the variable shelf 90 A plurality of long hole-shaped projection holes 93 are formed at regular intervals below the vertical plate 92, and the locking projections 94 are rotatably fixed to the central bolts 95 in the projection holes 93. Functional ocher balcony storage using natural mineral porous body.

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