JP2000023815A - Air blowing out type bedding - Google Patents

Abstract

PROBLEM TO BE SOLVED: To execute drying, temperature adjustment, etc., of bedding anytime and with ease by providing a device heating, dehumidifying and cooling blowing air on a blowing-out side of a blower and jetting the air from an air jetting bag provided at the bedding. SOLUTION: The inside of the bedding 1 is divided into two layers of an upper surface and a lower surface to form the housing space of the air jetting bag 2 between them. Next, the bag 2 with many distributed air jetting ports is made with a sheet material made of fabric, rubber, plastic, etc., and an air hose connecting part 21 is provided at an end part. Next, the blowing out port 44 of a blowing device 4 provided with a dust-proof filter at an air intake port 41 and the blower 43 inside and the air hose connecting part 21 of the bag 2 are connected with an air hose 3. Then, a heater, a dehumidifier or a cooler is attached to the blowing out side of the blower 43 to jet heated, dehumidified or cooled air from the bag 2.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an air-blowing bedding for blowing air and various effective gases from the inside of the bedding.

[0002]

2. Description of the Related Art In general, conventional bedding has a structure in which a heat insulating material or cushion material such as cotton is covered with a cover such as cloth, and this is further replaced with a cover.

[0003]

This has the following disadvantages. Sweat, moisture, odor, etc. radiated from the human body easily adhere to the bedding, and even if the replacement cover is replaced, the one that adheres to the bedding main body cannot be removed. Further, pests and bacteria easily inhabit the heat insulating material of the bedding. In order to remove extraneous matter, pests and bacteria, it is necessary to perform cleaning, sun drying, etc., but these cannot be performed at any time, which is a problem in maintaining hygiene of bedding. Also, a futon dryer that inserts an air blowing bag between bedding and blows out hot air or the like from the bedding is commercially available. However, since this is heating and drying from outside the bedding, the entire bedding can be efficiently dried, sterilized, and sterilized. Insects cannot be killed, and after drying, the air blowing bag must be removed. The present invention has been made to solve the above drawbacks.

[0004]

[Means for Solving the Problems] a. (A) A space for accommodating the air blow-off bag (2) is provided inside the bedding (1), and an air blow-out bag inlet / outlet (11) is provided on the periphery or on one side of the bedding (1). (B) Put the air-blowing bag (2), part of which is connected to the upper and lower surfaces, so as not to be excessively inflated by air pressure, into the storage space of the bedding (1), and connect the air-blowing bag (2) to the hose for air blowing. Take (21) out of the bedding (1). (C) an inlet / outlet (11) so that the air blowing bag (2) does not protrude from the bedding (1) during air blowing or at bedtime.
Is closed with a fastener (12) or the like, or the bedding (1) is covered with a cover. At this time, the air hose connection part (21) is taken out of the bedding (1) or the cover. (D) A dust filter (4) is connected to the air intake (41).
Air outlet (44) of blower (4) having 2)
And the air hose connection part (2
Connect 1) with an air hose (3). The blower is blown by an internal blower (43) or an air compressor, and the air hose (3) is easily detachable. The present invention is an air-blowing bedding having the above configuration. B. A heating device (5) using an electric heater (51) for heating the blown air may be attached to the blower (4) to blow warm air. C. Cooling fins (6) that condense and dehumidify moisture in the blast air
A dehumidifier (6) using (1) may be attached to the blower (4) to blow dehumidified air. Cooling fins (6
1) is cooled by a refrigerant cooled and circulated by a refrigerator. D. A cooling device (7) using cooling fins (61) for cooling the blowing air may be attached to the blowing device (4) to blow cool air. The cooling fins (61) are cooled by a refrigerant cooled and circulated by a refrigerator. E. The following evaporative / volatile gas generator (8) or combustion gas generator (9) that generates an effective gas (odorous, sterilizing / insecticidal, medicinal or deodorizing gas) to the blower (4)
And air blowing bag (2)
It may blow out more. The structures of the evaporative / volatile gas generator (8) and the combustion gas generator (9) are as follows. (B) A gas generating box (80) having an air inlet (81) and a mixed air outlet (83) is provided. (B) A substance (85) that generates an effective gas by evaporation, volatilization or combustion is put in a tray (84) and stored in an effective gas generation box (80). (C) The electric heater (86) for heating the tray when it does not evaporate or volatilize at room temperature is used as an effective gas generation box (80)
Provided within. (D) The substance (85) that generates an effective gas by combustion is stored after ignition. F. The blower (4) may be provided with the following ozone generator (10), and ozone-mixed air may be blown out from the air blowing bag (2). The structure of the ozone generator (10) is as follows. (A) An ozone generating box (10) having an air inlet (101) and an ozone mixed air outlet (103).
0) is provided. (B) An ultraviolet lamp (104) is provided inside the ozone generation box (100) and is turned on by an external ultraviolet lamp lighting power supply (106) to generate ozone. G. In place of the blower (4), use a gas cylinder (11) filled with an effective gas (odorous, sterilizing / insecticidal, medicinal or deodorizing gas) or a mixture of these gases. May be blown out from the air blowing bag (2) after the pressure is reduced by the pressure reducing valve (112). H. The outer surface of the air blowing bag (2) is a cloth or a blanket,
The air blowing bag (2) itself may be used as the bedding (1).

[0005]

Embodiments of the present invention will be described below.

[0006]

[First Embodiment] (a) The interior of the bedding (1) is divided into two layers, an upper surface and a lower surface, and the middle is used as a storage space for the air blowing bag (2). In addition, an access port (11) for taking in and out the air blowing bag (2) is provided. The access opening (11) is provided with a sufficient size in the periphery or the center of one side of the bedding (1) so that the air blowing bag (2) can be easily taken in and out. Fasteners such as fasteners (12) are provided in the access opening (11) so that the air blowing bag (2) does not protrude out of the bedding (1) during air blowing or while sleeping. (B) An air blowing bag (2) having a large number of dispersed air blowing ports is made of a sheet material such as cloth, rubber, and plastic, and an air hose connection portion (21) is provided at an end thereof.
Also, the upper and lower parts of the air blowing bag (2) are easily connected with a hook (22) or the like so as not to be excessively inflated.
Combine with something that can be separated. In addition, air blowing bag (2)
In order to reverse the inner and outer surfaces so that dust and the like inside can be easily removed, a fastener (23) for inverting the inner and outer surfaces is provided at a peripheral portion or a central portion on one surface. (C) Install a dust filter (4) in the air intake (41).
2) Connect the air hose (3) between the air outlet (44) of the air blower (4) provided with the air blower (43) and the air hose connection part (21) of the air blowing bag (2). (D) Power cord (45), power switch (4)
6) A current fuse (47) and a timer (48) for controlling the operation time are provided in the blower (4). The present invention has the above-described configuration. When the air conditioner is used, the air blower (4) is operated for a necessary time to blow air from the inside of the bedding (1). In addition, it is preferable that the blowing device (4) can blow air to a plurality of beddings (1) simultaneously or by switching.

[0007]

Second Embodiment One of the following devices for heating, dehumidifying or cooling the blown air is attached to the blowing side of the blower (43) of the first embodiment, and is heated and dehumidified from the air blowing bag (2). Or blow out the cooled air. I. A heating device (5) having an electric heater (51) for heating air and a switch (52) for heater is provided. B. A dehumidifying device (6) or a cooling device (7) using cooling fins (61) for dehumidification or cooling is provided. The cooling fin is connected to the refrigerator through a refrigerant pipe, and is cooled by the refrigerant cooled and circulated by the refrigerator. The power supply of the heating / dehumidifying / cooling device is connected in parallel with the motor of the blower (43).
Further, it is preferable that these devices are integrated with the blower (4).

[0008]

Third Embodiment The following evaporating / volatilizing method for generating an effective gas (odorous, sterilizing / insecticidal, medicinal or deodorizing gas) at the blowing side of the blower (43) of the first embodiment. A gas generator (8) or a combustion type gas generator (9) is additionally provided, and the effective gas mixed air is blown out from the air blowing bag (2). The structures of the evaporative / volatile gas generator (8) and the combustion gas generator (9) are as follows. (B) An effective gas generating box (8) having an air inlet (81) and an effective gas mixed air outlet (83).
0) is provided. (B) A substance (85) that generates an effective gas by evaporation, volatilization or combustion is placed in a tray (84), the upper lid (82) of the effective gas generation box (80) is opened, and stored inside the upper lid (82). Close (82). (C) An electric heater (86) for heating the tray (84) when it does not evaporate or volatilize at room temperature, and a heater switch (88) are provided. This power supply is connected in parallel with the motor of the blower (43). (D) The substance (85) that generates an effective gas by combustion is placed in a tray (84), ignited, and then stored in an effective gas generation box (80). Preferably, these effective gas generators are integrated with the blower (4).

[0009]

Fourth Embodiment An ozone generator (10) is attached to the air blowing side of the blower (43) of the first embodiment, and the ozone generated by turning on the ultraviolet lamp (104) is mixed with the blowing air. Blow out from the air blowing bag (2).
The structure of the ozone generator (10) is as follows. (A) An ozone generating box (10) having an air inlet (101) and an ozone mixed air outlet (103).
0) is provided. (B) The ultraviolet lamp socket (105) is provided inside the ozone generation box (100). (C) The ozone generation box (100) is provided with an ultraviolet lamp replacement upper lid (102), and the ultraviolet lamp (1
04) Install and replace. (D) Wiring the lighting power supply (106) and the ultraviolet lamp socket (105) provided outside. (E) A power switch (10) is provided for the lighting power source (106).
7) and an ultraviolet lamp lighting stabilizer (108) are provided. This power supply is connected in parallel with the motor of the blower (43). In addition, it is preferable that this apparatus is integrated with the blower (4).

[0010]

Fifth Embodiment A gas cylinder filled with an effective gas (odorous, sterilizing / insecticidal, medicinal or deodorizing gas) or a mixture thereof instead of the blower (4) of the first embodiment. Using (11), the stop valve (111) is opened, and if necessary, after reducing the pressure with the pressure reducing valve (112), the effective gas is blown out from the air blowing bag (2).

[0011]

Sixth Embodiment In the first to fifth embodiments, the air blowing bag (2) itself may be used as the bedding (1) by the following method. I. The air blowing bag (2) is made of a cloth or blanket having good air permeability. B. Cover the air blowing bag (2) with a cloth or blanket having good air permeability.

[0012]

The effects of the present invention are listed below for each application. I. Dry-air blown bedding By blowing air or dehumidified air before or during use, the user can sleep with the dried bedding in a state where sweat and moisture are quickly discharged. B. Temperature-controlled bedding By blowing out temperature-controlled air before and during use, the bedding becomes cooler in summer and warmer in winter. This eliminates the need to control the temperature of the entire room, so that the energy saving effect is great, and the economic effect is particularly great in summer. Also, bedding drying with warm air
Sterilization and insecticide can be performed, and there is no need to remove the air blowing bag (2) every time unlike a futon dryer. C. Bedding with scent By blowing out and diffusing scented gas, it becomes a bedding with your favorite scent. In addition, various scents can be easily enjoyed by changing the type of scented gas. D. Bedding for allergy holders Bacteria and pests inhabiting bedding are reduced by mixing sterilizing and insecticidal gas such as ozone into the blown air.
Allergy onset can be reduced and prevented. E. Medicinal bedding Blows or diffuses medicinal gas to the human body, and can obtain various medicinal effects during sleep by breathing or skin absorption. F. Bedding for long-term sickbeds By appropriately blowing out dehumidified or temperature-controlled air, it is possible to reduce or prevent sweat and odor of long-term sickbedded sickness from staying or adhering to bedding even when used for a long period. In addition, deodorization, sterilization, and insecticidal gas such as ozone are blown out when the bedding is not used, so that deodorization, sterilization, and insecticide can be simplified, and drying can be easily performed by heating the air. Further, by blowing or diffusing the scented gas, the scent preferred by a long-term bed patient can be enjoyed, and by blowing or diffusing the medicinal gas, a therapeutic effect can be provided.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing a configuration when a heating device (5) is incorporated in a blower (4) of the present invention.

FIG. 2 is an electric circuit diagram when a heating device (5) is incorporated in the blower (4) of the present invention.

FIG. 3 is a perspective view of the air blowing bag of the present invention.

FIG. 4 is a sectional view of an evaporative and volatile gas generator (8) of the present invention.

FIG. 5 is an electric circuit diagram when the evaporative / volatile gas generator (8) of the present invention is attached to a blower (4) with a heating device (5).

FIG. 6 is a sectional view of the ozone generator (10) of the present invention.

FIG. 7 is an electric circuit diagram when the ozone generator (10) of the present invention is attached to a blower (4) with a heating device (5).

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Bedding 11 Air blow-out bag inlet / outlet 12 Air blow-out bag inlet / outlet fastener 2 Air blow-off bag 21 Air hose connection part 22 Hook for joining upper and lower surfaces 23 Fastener for reversing inside and outside surface 3 Air hose 4 Blower 41 Blower (4) Air intake port 42 Dustproof filter 43 Blower 44 Air outlet of blower (4) 45 Power cord 46 Power switch 47 Fuse 48 Timer 49 Timer contact 51 Electric heater for air heating 52 Switch for electric heater for air heating (51) Reference Signs List 80 Effective gas generating box 81 Air inlet of effective gas generating box (80) 82 Top lid of effective gas generating box (80) 83 Mixed air outlet of effective gas generating box (80) 84 Tray 85 Gas generating material 86 trays Electric heater for heating 87 Heater base 88 Switch for electric heater for tray heating (86) 100 Ozone generation box 101 Air inlet of ozone generation box (100) 102 Upper lid for ultraviolet lamp replacement 103 Blow of mixed air in ozone generation box (100) Mouth 104 Ultraviolet lamp 105 Ultraviolet lamp socket 106 Ultraviolet lamp lighting power supply 107 Ultraviolet lamp power switch 108 Ultraviolet lamp lighting stabilizer

Claims (9)

[Claims] (1) An air blowing bag (2) is provided inside a bedding (1). (B) The blower (4) is provided using a blower (43) or an air compressor. (C) Connect the air blowing bag (2) and the blower (4) with the air hose (3). An air-blowing bedding having the above configuration. 2. The air-blowing bedding according to claim 1, wherein the blast air is heated by a heating device (5) using an electric heater (51). 3. A dehumidifier (6) using cooling fins (61) cooled by a refrigerant to dehumidify the blown air.
Air bedding. 4. The air blown by a cooling device (7) using cooling fins (61) cooled by a refrigerant.
Air bedding. 5. A gas generating substance (85) for generating an effective gas (odorous, sterilizing / insecticidal, medicinal or deodorizing gas) is incorporated in a gas generating box (80) and is effective at room temperature or by heating. 2. An air-blowing bedding according to claim 1, wherein the effective gas generated from the evaporative and volatile gas generator for evaporating and volatilizing the volatile gas is mixed with the blast air. 6. A gas generating material (85) for generating an effective gas (odorous, sterilizing / insecticidal, medicinal or deodorizing gas) is built in a gas generating box (80), and the gas generating material is burned. The air-blowing bedding according to claim 1, wherein the effective gas generated from the combustion type gas generator (9) for generating the effective gas is mixed with the blast air. 7. An air blower according to claim 1, wherein an ultraviolet lamp (104) in the ozone generation box (100) is turned on, and ozone generated from an ozone generator (10) for generating ozone by ultraviolet rays is mixed with the blowing air. Bedding. 8. A gas cylinder (11) filled with an effective gas (odorous, sterilizing / insecticidal, medicinal or deodorizing gas) instead of the blower (4), and a pressure reducing valve (11) if necessary.
2. The air-blowing bedding according to claim 1, wherein 2) is used. 9. The air-blowing bedding according to claim 1, wherein the air-blowing bag (2) is a bedding (1).