JPH1148698A - Interior decorating apparatus for embodying artificial snow scene - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enhance visual decorative effect in an indoor space and to simultaneously embody an artificial snow scene for providing more comfortable indoor environment by manufacturing artificial snow in a room regardless of a season and district, realizing the artificial scene, and contributing to air conditioning in the room. SOLUTION: The interior decorating apparatus for embodying an artificial snow scene comprises a body 1 opened at all surfaces except an upper predetermined part and lower predetermined part, at least one snow ice unit 2 provided at the upper part of the body 1 to form ice powder to supply it into the body, a cooling unit 3 for condensing refrigerant recovered after using as a cool source for the unit 2 at low temperature and again providing it to the unit 2, and water circulating means provided in the lower part of the body l to store and contain melted water of the ice powder and again supplying stored water to the unit 2 as water.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an interior decoration device for realizing an artificial snow scene, and more particularly, to a visual effect for viewing a snow scene indoors regardless of the four seasons, and at the same time, to assist in harmonizing indoor air. The present invention relates to an interior decoration device for realizing an artificial snow scene that can provide a functional effect.

[0002]

2. Description of the Related Art Generally, in a season or a region where snow does not fall, people long for a snowy scene, and once they experience it, they wish to remember the experience and want to experience it again. In particular, it is an empirical fact that in a sultry summer season, snow scenes such as snow-covered mountains can reduce stress caused by heat.

[0003] In order to respond to the above-mentioned needs, it has been possible to indirectly experience the snow scene by viewing the image of a snow scene in a room or through an image medium in which the snow scene is dynamically developed. Have been done.

On the other hand, the applicant of the present invention has invented a snow and ice apparatus for producing artificial snow, and has already filed and is pending (Korean Patent Application No. 97-14565).

[0005]

If the snow scene in winter can be realized indoors regardless of the season and the region, and the person who appreciates the snow scene can directly feel the texture of artificial snow (ice powder), The user will feel more comfortable and the stress caused by the heat can be further reduced. Furthermore, if the indoor air is harmonized, not only visual appreciation but also a more comfortable indoor environment can be provided.

However, in the above-mentioned visual experience, the viewer can only change their mind or affect only the visual decoration surface of the indoor space, and in reality, an effect that can be directly felt by the skin is obtained. However, the indoor environment could not be improved.

Further, the snow and ice apparatus for producing the artificial snow in the present invention is an interior decoration apparatus for embodying an artificial snow scene taking into consideration not only the interior surface of the indoor space but also the improvement of indoor environmental conditions. The present invention is not necessarily limited to providing artificial snow (ice powder) for realizing the snow scene of the present invention.

The present invention has been made in view of the above-mentioned conventional problems, and produces artificial snow (ice powder) indoors to artificially realize a snowy scene and contributes to indoor air conditioning regardless of season and region. Accordingly, it is an object of the present invention to provide an interior decoration device for realizing an artificial snow scene that can improve a visual decoration effect of an indoor space and provide a more comfortable indoor environment.

[0009]

According to the present invention, there is provided a main body having a rear surface fixed to an indoor wall body and having an open entire surface except for an upper predetermined portion and a lower predetermined portion. At least one snow and ice device installed at the upper portion of the main body to form ice powder and supply the inside of the main body, and after being used as a cooling source in the snow and ice device, the collected refrigerant is condensed at a low temperature and re-condensed again. A cooling unit provided to the snow and ice device, and a water circulation means provided in the lower portion of the main body for storing and storing the melted ice powder and supplying the accumulated water again as water to the snow and ice device. Provided is an interior decoration device for realizing an artificial snow scene.

[0010] It should be noted that the present invention provides a tubular structure in which most of the outer surface is configured so that the interior can be seen, so that the artificial snow scene realized by the present invention can be viewed from a mobile or any direction. A main body composed of an upper main body and a lower main body for supporting and fixing the lower part of the upper main body to the upper surface; A snow and ice device, a cooling unit provided in the internal space of the lower body, used after being used as a cooling source in the snow and ice device, condensing collected refrigerant at a low temperature and providing it to the snow and ice device again, An interior decoration device for embodying an artificial snow scene, comprising: a water circulation means provided in the internal space, for storing and storing the melted ice powder, and for re-supplying the accumulated water as water to the snow ice device. Provide more

[0011]

Embodiments of the present invention will be described below with reference to the accompanying drawings.

FIG. 1 is a schematic diagram showing the configuration of an embodiment of an interior decoration device for realizing an artificial snow scene according to the present invention.

Referring to FIG. 1, the interior decoration device according to the present embodiment is a fixed interior decoration device in which a rear surface of the device is mainly positioned so as to be in contact with an interior wall. It has a box-like shape whose entire surface is formed by using a sheet-like member 15, and has an accommodation space 11 for accommodating a snow and ice device and a lighting mechanism (not described) which will be described later. The main body 1 having the pit portion 12 in which the accumulated water is formed, and the main body 1 are mounted in the upper accommodation space 11 of the main body 1 (to be invisible from the outside), and the supplied water is rapidly cooled to form ice powder. A cooling unit 3 for supplying the condensed refrigerant to the snow and ice apparatus 2 by condensing and liquefying the returned refrigerant at a low temperature after being used as a cooling source in the snow and ice apparatus; Water for producing ice powder is provided by the snow and ice device 2. A water supply pump 4 to, the snow and ice instrument 2
A plurality of upper blowers 5 mounted at predetermined positions on both side surfaces of the main body at a height lower than the mounting height of the snow and ice equipment 2 so as to blow air so that ice powder descends while being uniformly distributed in the main body; A decorative ornament 6 representing the reduced mountain water that is installed inside the main body 1 in order to improve the visual effect of the artificial snow scene in which the ice powder supplied from the snow ice device 2 is piled up; The interior of the main body 1 and the interior space are cooled in order to remove the cold air from the ice powder attached to the lower part of the main body and accumulated on the shaped decoration 6 and the water flowing from the ice powder to cool the interior space. A lower blower 7 that blows indoor air so as to be ventilated, and an ice powder that is mounted in the accommodation space 11 above the main body 1 and illuminates the inside of the main body 1 so that the ice powder that descends so as to flutter down. Improve visual effects Accommodation space 11 of the body 1 for
And a lighting mechanism 8 mounted inside.

The main body 1 has a rear surface mounted and fixed to the indoor wall, and a housing space 11 in which one or many snow and ice equipments 2 (one in this embodiment) and many lighting mechanisms 8 are provided is provided at the upper part of the main body. It is formed by an upper part of the entire surface together with both side surfaces.
Water is supplied to the lower part of the main body 1 from the snow and ice device 2 and is used for recovering water that has been melted by flowing artificial snow (ice powder) accumulated on the modeling decoration 6 and used as snow and ice water again. A collection pit section 12 is provided. In addition, mounting portions 13 for providing a large number of upper blowers 5 (two in this embodiment) are provided on the inside of both side surfaces of the main body 1 at a height below the installation location of the snow and ice device 2, respectively. An intake port 14 for providing the lower blower 7 is formed at a lower predetermined position on one side surface. The main body 1 can be formed with its entire surface open except for the upper accommodating space 11 and the lower pit portion 12. However, when the inside of the main body is exposed to room air, the main body 1 has a relatively high temperature. Due to the influence of the indoor air, the rapid cooling efficiency of the snow and ice equipment 2 mounted in the housing space 11 of the main body 1 decreases. In addition, since the artificial snow (ice powder) accumulated on the modeling decoration 6 inside the main body 1 cannot be maintained for a long time, the visual effect of a desired artificial snow scene may be adversely affected. It is desirable to separate the inside of the main body from the indoor atmosphere by covering the entire open surface of the main body 1 with the transparent full-surface plate member 15.

An exhaust port 16 may be formed at a predetermined position on the side of the main body opposite to the intake port 14.

Here, the positioning of the intake port 14 and the exhaust port 16 greatly affects the efficiency of the present invention.

That is, the air that is introduced into the main body through the intake port 14 by the lower blower 7 and then escapes from the exhaust port 16 is converted into snow (ice powder) descending from the snow / ice unit 2 by its own weight in the main body. By influencing the artificial snow and deflecting the artificial snow to one side in the main body, the desired artificial snow scene cannot be realized on the model decoration 6 in the main body. The relatively high temperature of the inflow air preheats the artificial snow (ice powder) descending in the main body, which may cause a problem that the snow scene realized on the model decoration cannot be maintained for a long time. Therefore, the separating plate 17 that separates the decorative object 6 and the pit portion 12 is provided between the decorative object 6 and the pit portion 12 inside the main body 1 so that artificial snow (ice powder) descends and accumulates. It is desirable to separate the space into an upper space and a lower space in which water that has melted and flows accumulates. Here, the intake port 14
The exhaust port 16 is provided in a lower space in the main body 1, and it is preferable that the exhaust port 16 is located in the vicinity of the pit 12 at a position slightly above the pit 12. In addition, the above-mentioned separator 1
A large number of drain holes 18 are formed in 7 so that snow (ice powder) accumulated on the shaped decoration 6 can melt and flow into the pit portion 12. Therefore, the air drawn in through the intake port 14 is discharged from the exhaust port 16 along only the flow path divided by the separator 17 and the pit portion 12, so that the flowing air is Thus, it is possible to prevent the undesired effects on the artificial snow (ice powder) descending to the model decoration 6.

As shown in FIG. 2, the snow and ice apparatus 2 has a center at one end rotatably supported by a fixed shaft fixed to the main body via a rotary joint for refrigerant, and a center at the other end. A cooling drum 21 having an ice layer formed on an outer surface thereof, the cooling drum 21 being integrally connected to a rotation shaft on the same axis as the rotation shaft, and being installed inside the cooling drum 21 to form a cooling drum. Cooling means (not shown) for uniformly cooling the inside, a low-speed drive motor 25 for providing a rotational force to the cooling drum 21, a driving pulley 26 fixedly mounted on the motor shaft, fixed to one end of the cooling drum Driven pulley 24 connected to the rotating shaft, a timing belt 27 for transmitting the rotation of the driving pulley 26 to the driven pulley 24, and the water pressurized by the water supply pump 4 is cooled. A water supply pipe 28 for supplying the outer peripheral surface of the drum 21, a nozzle 29 which is installed at an end of the supply pipe 28 so as to be capable of adjusting the discharge angle and uniformly discharges the pressurized water to the outer surface of the drum 21, the nozzle 29 Water supply pipe 2 for adjusting the discharge amount of the discharged water
The control valve 30 provided on the line 8 and the cooling drum 2
1 from the horizontal center line of the cooling drum 21 to a vertical line (tangent line) contacting the outer peripheral surface while one end is in contact with the outer peripheral surface on the horizontal center line of the cooling drum 21 in order to scrape an ice layer frozen on the outer peripheral surface of the cooling drum 21. And a shaving blade 20 whose installation angle is adjusted and installed.

Although the snow and ice apparatus 2 employs the snow and ice apparatus disclosed in Japanese Patent Application No. 97-14565 filed by the present applicant as it is, the snow and ice apparatus 2 is not necessarily limited to the above-described structure, and is artificially made of ice. Any snow and ice equipment that can be provided in the form of powder can be employed in the present invention.

The cooling unit 3 comprises a heat exchange section 31 and a compressor 32. The cooling unit 3 supplies the low-temperature condensed and liquefied refrigerant to the inside of the cooling drum 21 of the snow and ice apparatus 2 through a refrigerant supply pipe 33. The refrigerant is rapidly cooled, and the refrigerant is recovered through the refrigerant recovery pipe 34 and condensed again.

Although the cooling unit 3 can be provided inside the indoor unit of the present invention, the heat exchange unit 31 is desirably installed outside the room for cooling efficiency of the unit. Since the cooling unit 3 including the heat exchange unit 31 and the compressor 32 is a known unit and can be used in the present invention as it is, further description is omitted.

The water supply pump 4 is provided near the pit 12 on the lower side of the main body 1, pressurizes the water accumulated in the pit 12, and pressurizes the water in the housing space 11 of the main body 1 through the water supply pipe 28. The water is supplied from the snow and ice equipment 2 provided in the above. The water accumulated in the pit portion 12 can be contaminated by impurities such as dust floating in the internal space of the main body and impurities such as dust contained in the inflow air flowing into the pit portion 12 by the lower blower 7. It is not desirable to reuse it as snow and ice water. Accordingly, a filter 36 capable of removing impurities contained in the water is provided on the conduit of the connecting pipe 35 connecting the water supply pump 4 and the pit portion 12. In this case, the water collected in the pit portion 12 is reused as water for the snow and ice device 2 about a predetermined number of times, but since the water for sanitary use is inevitable, the accumulated water on the lower surface of the pit portion 12 is accumulated. A drain tube (not shown) for discharging (water used as water for snow and ice a predetermined number of times or more) to the outside is provided. Therefore, the water accumulated in the pit portion 12 at regular intervals is discharged through the drain pipe, and after cleaning the inside of the pit portion 12, clean water is supplied to the pit portion 12 again, thereby providing a clean and sanitary water. Artificial snow (ice powder) can be formed.

The upper blowers 5 are aligned with mounting portions 13 provided inside the main body 1. The blower 5 is a main body 1
The artificial air (ice powder) descending from the snow ice device 2 is circulated by circulating the internal air of the snowflake, thereby extending the moving distance of the artificial snow. As a result, the snowfall effect of the artificial snow whose descending speed decreases is visually increased, and the artificial snow is evenly settled on the modeling decoration 6 in the main body 1 to realize a comfortable snow scene. it can.

The model decoration 6 is a model obtained by reducing famous mountains and valleys in the world. The model decoration 6 is detachably mounted on the upper surface of the separator 17 inside the main body 1, and is provided with snow ( Ice powder) is piled up on the shaped decoration 6,
An artificial snow scene will be formed.

The lower blower 7 is installed at an intake port 14 formed on a lower side surface of the main body 1 and separates indoor air from a separator 17.
The air is forcibly sucked into the lower space of the main body 1 (the flow path of the flowed indoor air) formed between the pit portion 12 and the pit portion 12, and is discharged again into the room through the exhaust port 16 formed on the opposite side surface. . At this time, it is preferable that the lower blower 7 provides a flow velocity at which the air flowing into the main body can be discharged through the exhaust port after sufficient heat exchange with the cold water accumulated in the pit portion 12. . Since the indoor air flowing into the main body 1 by the lower blower 7 contains foreign substances such as dust, an air filter (not shown) is provided above the lower blower 7 to prevent the foreign substances from flowing. It is desirable to prevent in advance. In order to allow sufficient heat exchange between the inflowing air and the cold water accumulated in the pit portion 12, a heat transfer pin (not shown) formed of a long thin plate is connected to the lower surface of the separator 17 or the pit portion. It is desirable to install vertically inside the air flow direction with a part of the inside of the pit 12 immersed in the water accumulated in the pit portion 12. Therefore, the lower blower 7
As a result, the indoor air flowing into the lower space of the main body 1 transmits the heat of the room air to the pit portion 12 via the heat transfer pins while flowing in the flow path between the separator 17 and the pit portion 12. By doing so, heat is taken away and becomes cooling air,
The cooling air is discharged into the room through the exhaust port 16 and lowers the room temperature.

[0026]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The operation of the present embodiment having the above configuration will be described in detail below.

When the apparatus is operated by remote operation or manual operation, a control unit (not shown) operates the cooling unit 3 to cool the low-temperature condensed refrigerant into the snow and ice equipment 2 arranged in the accommodating space 11 of the main body 1. The cooling drum 21 is supplied to the inside of the drum 21 through a coolant supply pipe 33 to lower the temperature of the cooling drum 21 to a temperature below the freezing point. The coolant used as a cooling source in the cooling drum 21 is cooled again through a coolant recovery pipe 34. The refrigerant is collected in the unit and the above-described refrigerant circulation process is repeated. The control unit sends a control signal to the drive motor 25 to control the motor 25.
To drive the driving pulley 26, the timing belt 27,
Then, the cooling drum 21 is rotated via an electric device including the driven pulley 24 and the driven drum 24. When the cooling drum 21 is sufficiently cooled by the supplied low-temperature refrigerant, the control unit sends a control signal to the water supply pump 4 to drive the pump 4 to pressurize the water stored in the pit portion 12 to supply water. Water is provided to the snow and ice equipment 2 via a pipe 28. The water flowing through the water supply pipe 28 while being pressurized by the water supply pump 4 is adjusted at an appropriate pressure by a control valve 30 provided on a pipe of the water supply pipe 28, and the water whose pressure is adjusted is supplied. It is discharged through a nozzle 29 installed at the end of the tube 28. The discharged water adheres to the surface of the cooling drum 21 cooled at a temperature below the freezing point and rapidly freezes, and an ice layer having a predetermined thickness is formed on the outer peripheral surface of the cooling drum 21 while the cooling drum 21 rotates. Will be formed. The ice layer that rotates together with the cooling drum 21 is scraped by a shaving blade 20 provided so that one end of the ice layer is in contact with the drum 21, and is formed into artificial snow (ice powder) and supplied to the internal space of the main body 1. When the artificial snow starts to be supplied from the snow and ice device 2, the control unit sends a control signal to the lighting mechanism 8 to send the control signal to the accommodation space 11 of the main body 1.
A large number of illumination mechanisms 8 mounted on the main body 1 are turned on to brighten the space inside the main body 1. The control unit controls one or many upper blowers 5 provided in the upper part of the main body 1 in order to distribute the falling artificial snow supplied into the main body 1 uniformly over the entire internal space of the main body 1. By sending the signal to drive, the air circulation in the internal space of the main body is induced. As a result, the descending artificial snow flickers in the internal space of the main body 1 and descends while being uniformly distributed over the entire space. Therefore, the falling artificial snow crystal is illuminated by the illumination of the illumination mechanism 8 described above,
It will flutter and actually provide the visual effect of a snowfall. Artificial snow (ice powder) descending in the main body 1 is shaped ornaments 6 installed therein.
The snowfall that falls on the upper part of the main body 1 and substantially represents a landscape such as mountain water only in winter can be realized in the internal space of the main body 1.

The artificial snow piled up on the decorative object 6 is melted away after a certain period of time, and the water that has melted away is used as the artificial snow 6.
Is dropped into the pit portion 12 located at the lower part of the separator 17 via a drain port 18 formed in the separator 17 supporting the inside of the main body 1. The water that has flowed into the pit portion 12 passes through a filter 36 provided between the pit portion 12 and the water supply pump 4 to remove impurities contained therein, and then passes through the water supply pump 4 again. It is supplied to the snow and ice device 2.

Next, when the room temperature cooling mode is selected for blowing the cooling air to the indoor space, the control unit operates the main unit 1.
By sending a control signal to the lower blower 7 installed in the intake port 14 formed on the side surface of the lower space of the main unit 1 to drive it, indoor air is sucked into the lower space of the main body 1. The drawn air is cooled through heat exchange with cold water stored in the pit portion 12, and the cooled air is cooled by the intake port 14.
The air is discharged into the indoor space via the exhaust port 16 formed on the side of the main body facing the air.

Therefore, a viewer who enjoys the artificial snow scene realized by the above configuration around the interior decoration device of the present invention,
Not only the visual effect of directly watching that the artificial snow falling in the inner space of the main body 1 is accumulated on the modeling decoration 6 expressed by the reduced mountain water, etc., but also the cooling air blown through the exhaust port 16. The effect that you can feel directly on the skin is obtained, so that you can feel as if you are in the snowy scene only in winter when snow actually falls.

Hereinafter, an interior decoration device according to another embodiment of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 3 is a schematic diagram showing a configuration of an interior decoration device for embodying an artificial snow scene according to another embodiment of the present invention. This embodiment is a wall-mounted fixed type interior decoration device different from the above-described embodiment, and is a stand-alone type interior decoration device which is located in the middle of the room or in the middle of the room so that the artificial snow scene realized from all directions can be appreciated. However, a tubular main body is employed in place of the wall-fixed main body, which is the main body in the above-described embodiment, except that all the components are accommodated inside the main body. It is similar. Therefore, in the following description of the present embodiment, differences from the above-described embodiment will be mainly described.

As shown in FIG. 3, the interior decoration device for embodying the artificial snow scene according to the present embodiment is formed in a tubular shape having a circular or polygonal cross section using a transparent member so that the interior can be seen. And a snow and ice device 1
02 (not described) and a housing space 111 in which the lighting mechanism 108 is mounted.
, A cooling unit 103 including a heat exchange section 131 and a compressor 132 therein, and an absorption pump 10
4. The artificial snow formed by rapidly cooling water supplied from the pit portion 112 disposed in the housing space 111 of the support tube 100 and the main body 10 including the base end portion 110 in which the pit portion 112 and the like are provided. (Ice powder) for supplying the (ice powder) into the inside of the support tube 100; and a refrigerant which is located at a predetermined position in the inner space of the base end portion 110 and is used as a cooling source in the snow and ice device 102 is condensed and liquefied at a low temperature. A cooling unit 103 that supplies the ice and ice to the snow and ice apparatus 102 and collects the refrigerant from the snow and ice apparatus 102 to condense and liquefy again. A water supply pump 104 for supplying water from the pit portion 112 to the snow and ice device 102; and air blowing so that the ice powder supplied from the snow and ice device 102 descends while being uniformly distributed in the main body. A plurality of upper blowers 105 mounted on the upper portion of the support tube 100 at a height lower than the mounting height of the snow and ice device 102 to induce air circulation inside the support tube 100; Decoration object 106, which is a reduced model, installed inside the support tube (ice powder) 100 in order to improve the visual effect of the snowy landscape with the artificial snow supplied from
6 is attached to a predetermined position in the inner space of the base end 110 so as to remove cold air from the ice powder piled up on the base plate 6 and the water melted from the ice powder and discharged to the indoor space.
In order to improve the visual effect of falling ice powder by illuminating the lower blower 107 that blows indoor air so that the inside of the pit portion 112 and the indoor space are ventilated, and the inside of the support tube 100 And a lighting mechanism 108 mounted in the accommodation space 111 above the support tube 100.

The main body 10 supports a support tube 100 formed in the shape of a tube having a polygonal cross section and a lower portion of the support tube 100, and includes a cooling unit 103 including a heat exchange unit 131 and a compressor 132, a water supply pump 104, Pit section 112
And a base end 110 having an internal space in which is accommodated.

The support tube 100 can be formed into a tubular shape having a polygonal (hexagonal in this embodiment) cross section by connecting a number of transparent plate-like members 115, and one transparent tubular member is formed. Can also be used. Alternatively, most of the wall of the support tube 100 may be open. In the upper accommodation space 111 of the support tube 100, a snow and ice equipment mounting portion 121 in which the snow and ice equipment 102 is provided is provided at each edge (each corner of a polygon) of the upper stage of the support tube 100.
In order to provide artificial snow (ice powder) to the central part of the vehicle, a horizontal member 122 is provided at the upper stage to cross the central axis of the support tube 100, and the horizontal member 122 is provided with another snow and ice equipment mounting part 121, The snow ice device 102 is mounted on each snow ice device mounting portion 121. (In the present embodiment, six snow and ice containers are mounted, one for each corner, and one snow and ice container at the center.) The lower part of the support tube 100 is joined and fixed to the upper part of the base end part 110, and the base is fixed. On the upper surface of the end portion 110, a large number of communication ports 118 having a predetermined size for communicating the internal space of the support tube 100 with the internal space of the base end portion 110 are formed. The internal space of the base end 110 is divided into an upper space and a lower space, and a pit portion 112 is provided in the upper space, and a cooling unit 103 and a water supply pump 104 are provided in the lower space. A lower blower 10 is provided on a side wall edge of the base end portion 110 corresponding to the upper space.
A large number of exhaust ports 116 having a predetermined size to which the nozzles 7 are attached are formed at regular intervals. At this time, the exhaust ports 116 are installed at a position higher than the surface of the water stored in the pit portion 112. The pit portion 112 serves to store the water supplied to the snow and ice device 2 and to collect the water flowing as the artificial snow (ice powder) melts through the communication port 118.

The snow and ice device 102 is similar to the above-described embodiment and is described in Korean Patent Application No. 9 filed by the present applicant.
The snow-ice apparatus disclosed in JP-A-7-14565 can be employed as it is, but is not necessarily limited thereto, and any means capable of artificially forming snow (ice powder) can be used in the present invention. Can be adopted. Note that the snow and ice apparatus of the present embodiment will be described using the same reference parts as in the above-described embodiment.

The water supply pump 104 is installed in a space below the base end 110, pressurizes the water contained in the pit portion 112, and pressurizes the water in the support pipe 1 through the water supply pipe 128.
00 snow and ice containers 10 installed in the accommodation space 111
2 is supplied with water. As in the above-described embodiment, it is preferable to install a filter 136 on the conduit of the connecting pipe 135 between the water supply pump 104 and the pit 112 in order to remove impurities contained in the pit 112. still,
As in the above-described embodiment, a drain pipe (not shown) for discharging the water used as snow and ice water to the outside more than a predetermined number of times is provided at a predetermined position on the lower surface of the pit portion 112. desirable. Therefore, the water stored in the pit portion 112 is discharged at regular intervals through the drain pipe, and the inside of the pit portion 112 is cleaned and clean water is supplied again. Will provide artificial snow (ice powder).

One or many upper blowers 105 are provided at a position lower than the height of the snow and ice device 102 in the snow and ice device storage space 111 of the support tube 100, and as in the above-described embodiment,
By blowing the artificial snow (ice powder) descending inside the support tube 100 formed by the snow ice device 102 so as to be scattered,
The visual effect of the descending artificial snow is increased by extending the moving distance of the artificial snow and decreasing the descending speed.

The upper blower 107 is installed at each exhaust port 116 formed at the edge of the base end 110 of the main body 10.
The air inside the support tube 100 is drawn into the upper space of the base end 110 via the communication port 118 formed on the upper surface of the base end 110. Then, the drawn air is cooled by heat exchange with the cold water stored in the pit portion 112 and discharged to the room through the exhaust port 116. In the lower blower 107, the air drawn into the base end portion 110 through the communication port 118 formed on the upper surface of the base end portion 110 performs sufficient heat exchange with cold water stored in the pit portion 112. It is desirable to select a blower having a capacity that can provide the flow velocity. In this case, in order to smooth the flow of air drawn into the upper space of the base end portion 110 through the upper surface communication port 118 of the base end portion 110, the support tube 100
An intake port 114 of a predetermined size into which room air is drawn is formed at a predetermined position above the
The operation of the lower blower 107 causes the support tube 100 of the main body 10 to move.
It is preferable that an air filter (not shown) is installed at the intake port 114 to prevent foreign substances such as dust contained in the room air drawn into the inside from entering.
Therefore, the indoor air is supplied from the lower blower 107 to the support tube 10.
0 is drawn in through the inlet 114 of the
After being introduced into the space above the base end 110 through the upper surface communication port 118 of the base 10 and being cooled by heat exchange with cold water stored in the pit portion 112 at that location, the base end 110 Is blown into the indoor space through an exhaust port 116 formed on the side wall edge of the air conditioner.

Thus, the support tube 1 near the edge of the main body 10 is formed.
00, the cooling air is discharged through the exhaust port 116 toward the person who appreciates the snow scene of the artificial ornament 106 covered with artificial snow inside 00, and the viewer directly looks at the artificially realized snow scene. At the same time, since the cooling air discharged from the exhaust port can be directly felt on the skin, the snow scene realized by the present invention can be more realistically felt.

Hereinafter, the operation of the interior decoration device according to the present embodiment having the above configuration will be described in detail.

The interior decoration device according to the present embodiment enables the artificially realized snow scene to be viewed from any direction around the device, and allows the cooling air blown from the device to be felt from any direction. Since the configuration is similar to that of the above-described embodiment except for the configuration described above, the operation of this embodiment is, of course, similar to that of the above-described embodiment except for the operation related to the above. Therefore, in the following description, the operation of this embodiment, which is distinguished from the above-described embodiment, will be mainly described.

As in the previous embodiment, when the apparatus is operated by remote control or manual control, the control unit (not shown) controls the cooling unit 1 installed in the space below the base end 110 of the main body.
The cooling drum 21 is operated to supply the low-temperature condensed refrigerant into the cooling drums 21 of the snow ice machines 102 located in the housing space 111 via the refrigerant supply pipes 133 to cool the cooling drum 21 to a temperature below the freezing point. The refrigerant used as the cooling source of the drum 21 is collected again by the cooling unit 103 via the refrigerant collection pipe 134. The control unit is a cooling drive motor 2
5 to drive the motor 25 to rotate the cooling drum 21 and sufficiently cool the cooling drum 21 with the supplied refrigerant. A control signal is sent to the supplied water supply pump 104 to pressurize the water contained in the pit portion 112 located in the upper space of the base end portion 110 so as to pressurize the water supply pipe 1.
The water is supplied to each snow and ice device 102 via the water supply 28, and the water controlled at an appropriate pressure by a control valve 30 provided on the line of the water supply pipe 28 is supplied to the nozzle 29 installed at the end of the supply pipe 28. The ice is expelled onto the surface of the cooling drum 21 cooled through the cooling medium, and is rapidly frozen. The ice layer having a predetermined thickness is formed on the outer peripheral surface of the cooling drum 21. The ice layer that rotates together with the cooling drum 21 is scraped out by a shaving blade 20 provided so that one end thereof is in contact with the drum 21, formed into artificial snow (ice powder), and supplied to the internal space of the support tube 100. On this occasion,
The control unit sends a control signal to receive the accommodation space 1 of the support tube 100.
A large number of illumination mechanisms 108 mounted on 11 are turned on to illuminate the internal space of the support tube 100. In order to distribute the artificial snow that is supplied into the interior of the support tube 100 and descends evenly over the entire internal space, the control unit controls the accommodation space 11.
One or more upper blowers 105 provided on the upper part of one
By sending a control signal to the support tube 10
The artificial snow (ice powder) descending to induce air circulation in the inner space of the artificial decoration 1 installed therein
It is possible to realize a reduced snowy landscape by falling on the top of 06.

The artificial snow piled up on the decorative object 106 melts and flows after a certain period of time, and the flowing water flows through a number of communication ports 118 formed on the upper surface of the base end portion 110 so that the base end portion 1 can be cooled.
It is introduced into the upper space 10 and falls into the pit portion 112 located therein. The water that has flowed into and stored in the pit portion 112 is
After removing impurities contained therein while passing through the filter 136 provided between the feed pump 104 and the feed pump 104,
Is again supplied to the snow and ice equipment 102.

Next, when the room temperature cooling mode is selected for blowing the cooling air to the indoor space, the control unit sends the air to the exhaust ports 116 formed at regular intervals on the side edge of the upper space of the base end 110. By sending a control signal to each installed lower blower 107 to drive it, the air inside the support tube 100 is supplied to the upper part of the base end 110 through a number of communication ports 118 formed on the upper surface of the base end 110. Drawn into space,
It is discharged again into the room through the exhaust port 116. That is, when the plurality of lower blowers 107 are actuated, the room air drawn in through the intake port 114 formed at a predetermined position in the upper part of the support pipe 100 is connected to the communication port formed on the upper surface of the base end 110. After being drawn into the upper space in the base end portion 110 via the 118 and being sufficiently exchanged with the cold water stored in the pit portion 112, the air becomes cooling air and is formed on the side wall edge of the base end portion 110. The air is blown into the indoor space through the exhaust port 116.

Therefore, the visual effect of appreciating the artificial snow scene realized in the pillar tube 100 from all directions around the interior decoration device of the present invention and the cooling air blown through the exhaust port 116 are directly applied to the skin. The tactile effect to feel can be obtained at the same time.

As described above, various substitutions, modifications and changes can be made by those having ordinary knowledge in the technical field pertaining to the present invention without departing from the technical concept of the present invention. It is not limited to the embodiments and the accompanying drawings.

[0048]

The present invention is applied to the interior surface of an indoor space. By realizing an artificial snow scene directly in the room, the visual effect of the indoor space can be enhanced and a comfortable indoor environment can be provided. There is.

[Brief description of the drawings]

FIG. 1 is a perspective view schematically showing a configuration of an embodiment of a decoration device for realizing an artificial snow scene according to the present invention.

FIG. 2 is a schematic view showing an embodiment of a snow ice apparatus applied to an interior decoration device for embodying an artificial snow scene according to the present invention.

FIG. 3 is a perspective view schematically showing a configuration of another embodiment of an interior decoration device for embodying an artificial snow scene according to the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Box (body) 2 Snow-ice device 3 Cooling unit 4 Water supply pump 5 Upper fan 6 Modeling decoration 7 Lower fan 8 Lighting mechanism 11 Housing space 12 Pit (water tank) 31 Heat exchange unit 32 Silk press 33 Refrigerant Supply pipe 34 Refrigerant recovery pipe 36 Filter 100 Prop pipe (upper body) 110 Base end (lower body)

Claims (19)

[Claims] 1. A main body having a rear surface in contact with and fixed to an indoor wall body and having an open entire surface except for an upper predetermined portion and a lower predetermined portion, and an ice powder formed on an upper portion of the main body to form ice powder. At least one snow and ice device to be supplied to the inside of the main body, a cooling unit that is used as a cooling source in the snow and ice device, condenses collected refrigerant at a low temperature, and provides the same to the snow and ice device again, and a lower portion of the main body. An interior decoration device for embodying an artificial snow scene, comprising: a water circulation means provided therein for storing and storing the melted water of the ice powder, and supplying the accumulated water again as water to the snow ice device. 2. The interior decoration device for realizing an artificial snow scene according to claim 1, wherein the entire open surface of the main body is covered with a transparent plate-shaped member. 3. An apparatus for circulating air inside the main body such that ice powder, which is provided in the main body and is formed by the snow and ice device and descends to the lower part of the main body, descends while being uniformly distributed inside the main body. The interior decoration device for implementing an artificial snow scene according to claim 1 or 2, further comprising one upper blowing means. 4. An apparatus according to claim 1, further comprising a lower air blower installed in an opening formed at a predetermined position of said main body in the vicinity of said water circulating means, wherein room air is drawn into said main body and water stored in said water circulating means is provided. 3. The artificial device according to claim 1, further comprising air conditioning means for forming cooling air by heat exchange, and blowing the cooling air into the room through an exhaust port formed at a predetermined position in a lower portion of the main body. An interior decoration device to embody a snow scene. 5. A water collecting means in which the water circulation means accumulates and stores water which has melted and flowed in the main body, and is provided in a lower portion of the main body and connected to the water collecting means through a connecting pipe. 2. The artificial snow scene according to claim 1, further comprising a water supply pump configured to pressurize water stored in the water collecting unit, and a water supply pipe configured to supply the water pressurized by the water supply pump to the snow and ice device. 3. Interior decoration equipment. 6. The water circulation means further includes a filter provided on a conduit of the connection pipe for removing impurities contained in water contained in the water collecting means.
An interior decoration device for realizing the artificial snow scene described in the above. 7. A water collecting means of the water circulating means, wherein a plurality of water collecting means are arranged in the direction of air flow to transfer heat of the air drawn in by the air conditioning means to cold water accommodated in the water collecting means. The interior decoration device for embodying artificial snow scenes according to claim 5, comprising: a heat transfer pin of (1), and a drainage means formed on a lower surface for discharging stored water into a room. 8. A separator having a plurality of communication ports and separating an upper portion and a lower portion of the main body, and the separator is used to represent an artificial snow scene with ice powder generated from the snow and ice device. The interior decoration device for realizing an artificial snow scene according to claim 1, further comprising a shaped decoration supported and installed thereon. 9. The interior decoration device for embodying artificial snow scene according to claim 1, further comprising at least one lighting means provided on an upper portion of the main body and illuminating the inside of the main body. 10. A main body comprising: a tubular upper main body configured to be seen inside; and a lower main body for supporting and fixing a lower part of the upper main body to an upper surface; A number of snow and ice vessels that form ice powder and supply the interior of the upper body; and a refrigerant that is provided in the inner space of the lower body and used as a cooling source in the snow and ice vessel to condense the collected refrigerant at a low temperature. A cooling unit provided to the snow and ice device again; and a water circulation means provided in the internal space of the lower body for storing the melted ice powder and supplying the accumulated water again as water to the snow and ice device. An interior decoration device for embodying artificial snow scenes. 11. The interior decoration device for embodying an artificial snow scene according to claim 10, wherein the upper body is formed in a tubular shape formed by connecting a plurality of transparent plate members. 12. The interior decoration device for embodying an artificial snow scene according to claim 11, wherein the upper body is a transparent single cylindrical member. 13. At least one at least one for circulating air inside the upper body so that ice powder formed by the snow and ice device and descending to the lower part of the upper body is evenly distributed over the entire space inside the body. The interior decoration device for artificial snow scene according to claim 10, further comprising an upper air blowing means. 14. A plurality of openings formed in the side edge of the lower main body at predetermined intervals, each being provided in the opening, and blowing cool air in the lower main body into the room through the opening. An interior decoration device for embodying an artificial snow scene according to any one of claims 10 to 13, further comprising: an air conditioner provided with a lower air blower for the vehicle. 15. A water collecting means for storing the water dissolved and flowing in the upper body through a plurality of communication ports formed on an upper surface of the lower body, wherein the water circulation means is provided in the lower body. A water supply pump that is internally connected to the water collecting means via a connecting pipe and pressurizes water contained in the water collecting means; and a water supply for supplying the water pressurized by the water supply pump to the snow and ice device. The interior decoration device for embodying the artificial snow scene according to claim 10, comprising a pipe. 16. The water circulating means further includes a filter installed on a conduit of the connecting pipe for removing impurities contained in water contained in the water collecting means.
An interior decoration device for realizing the artificial snow scene according to claim 5. 17. A water collecting means of the water circulation means, wherein a plurality of water collecting means are arranged in the direction of air flow to transfer heat of air drawn by the air conditioning means to cold water contained in the water collecting means. The interior decoration device for embodying an artificial snow scene according to claim 10, further comprising: a heat transfer pin, and drainage means formed on a lower surface for discharging water contained therein into the room. 18. The apparatus according to claim 10, further comprising: a decorative ornament detachably supported on an upper surface of the lower body to represent an artificially reduced snow scene together with ice powder provided from the snow ice device. An interior decoration device for embodying the artificial snow scene according to any one of items 13 to 13. 19. The artificial snow scene according to claim 10, further comprising a plurality of illumination means provided on an upper stage of the upper body and illuminating the inside of the upper body. Upholstery equipment to do.