JP2015226743A - Warm air circulation pleasant sleep dome - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve a problem that, there are conventional commodities for sending warm air from a footing into a bed, for making a pleasant environment of the bed, but these commodities sometimes cause convulsions of a person who is ill in bed for a long period, and these commodities need body pressure dispersion.SOLUTION: Warm air is sent from side surfaces of a body and the warm air is sent to a back surface and go to a footing, therefore the warm air is sent to whole surface of a human body, and the warm air is sucked from the footing for making the best pleasant sleep environment, for solving the problem.

Description

Detailed Description of the Invention

Technology field

  The present invention relates to the field of health and welfare and energy saving.

The conventional technology was a product that provided a ventilation passage in the hanging futon and the hanging cover to blow warm air from the feet and blow warm air from the feet and the matting net.
For this reason, there were cases where hot air always touched the feet of the feet during use, causing keiren.
The bed comforter floats and the outside air enters the bed and in winter, my feet are cold and I cannot sleep well.

Patent 3061360 Patent 3186632 Japanese Patent No.3053507 Patent 2630733 Japanese Patent No. 2616893 Patent 3633977 Patent No. 4961522 Japanese Patent No. 5168701

Problems to be solved by the invention

流れることが求められています
課題３
肌着無しで入床する人は温風の流れが弱い方が好まれる。
温風がソフトで寝床内にくまなく流れることが求められる。
従来の商品では対応出来ない。Assignment 1
Conventionally invented products have warm air blown from the feet of the quilt or mattress, and the feet always receive warm air while in use, and some people may experience keiren and can not sleep well.
It is a requirement for a good sleep that the warm air is evenly distributed over the entire surface of the human body.
In the summer, when the room temperature is 28 ° C or higher, the conventional product has a ventilation path, and the air volume drops due to the weight of the skin comforter. In winter, when the room temperature is 15 ° C or lower, the bed is covered with a 1-5kg feather bed, so it is heavy and difficult to turn over for elderly people. It was also a cause.
Assignment 2
People in normal life get up in about 8 hours, so conventional products may be used, but those with a long bed life may need to be improved because the humidity on the back will be 80% to 99% and cause bed slippage. The countermeasures on the back are absolutely necessary for the future society.

It is required to flow Issue 3
People who enter the floor without underwear are preferred to have a weak flow of warm air.
It is required that the warm air is soft and flows throughout the bed.
Conventional products cannot handle it.

Means to solve the problem

Solution to Problem 1 Means for solving the problem is that warm air is blown from the main body air blowing port (20) of FIG. 2, and the side hot air flow (15) becomes the side hot air flow (15) from the main body side air blowing port (17). From the chest air reservoir (3) to the foot air reservoir (4), the air in the bed becomes (55) and returns to the circulation circulation machine (30) through the main body suction port (21). As shown in FIG. 10 and FIG. 11, a separation cloth (23) having a width narrower than that of the blow net body (24) is laid on the foot end portion of the blow net body (24), and the blow net table (22) is placed thereon. Is attached, and a ventilation net port (25) is attached to the end of the foot, and is set with the circulation heater blower port (34) as shown in FIG. The warm air (29) of the blown floor ventilation net flows as if it is wrapped around the body without direct warm air on the feet as shown in FIG. 10 and returns to the circulation heater (30) to create a pleasant sleep environment.
In order to solve the shortage of summer air flow, widen the air passage and make it easy to flow warm air. Make dome bar bags (7) in two places on the outer fabric (5) and insert the dome bar (42) into the outer fabric (5 ) Floats down, the back fabric (6) descends, the side warm air passage (2) widens, the chest air pool (3), and the foot air pool (4) also widen, allowing warm air to flow with low wind pressure. I can do it. When the room temperature is 30 ° C., the outside air is sucked by application as shown in FIG.
Since the cold does not enter from the feet, the suction blower body (16) of FIG. 4 is set in the suction blower chamber (1) of FIG. 1 with the stopper (10) opened as shown in FIGS. . The circulation heater suction port (32) and the main body suction port (21) are set, and the main body blower port (20) is set to the circulation heater opening fan port (33) to blow hot air.
The foot end of the dome blower futon (11) is fixed to the blower net body (24) and can sleep well on cold days.

The means for solving the problem 2 is to set the air outlet main body (43) with a dome bar in the suction air outlet chamber (1) of the dome air blower futon (11). The suction net body (38) is sutured to the suction net body (38), and the suction net port (39) is attached to the end of the foot. The dome air blower main body (43) is set in the dome air blower futon (11) that lays the suction net main body (38) on the air blower net body (24), and the main body air blower (20) is blown by the circulating heater. The suction net port (39) of the suction net body (38) set in the port 33 is set with the circulation heater suction port (32), and the blow net port (25) of the blower net body (24) is the circulation heater floor fan port. When the hot air is blown by setting (34), all of the hot air sucked flows as if it wraps around the human body as shown in FIG. 15 and passes through the back surface through the suction net port (39) to the circulating heater suction port (32). ) Sweat not only remains in the bed, but also helps prevent bedsores in combination with body pressure dispersion, thus solving Problem 2.

Solution to Problem 3 As shown in FIG. 16 and FIG. 17, the means for solving Problem 3 is to lay a blow net body (24) on the suction net body (38) and connect the blow net port (25) to the circulating heater ( 33), when the suction net port (39) is set in the circulation heater suction port (32) and the warm air is blown from the circulation heater (30), the warm air does not flow much in the bed, The problem 3 is solved by suction from the main body (24) to the circulation heater suction port (32).

Effect of the invention

The first of the effects of the invention is that the warm air blown from the circulation heater (30) to the hanging / laying is not directly applied to the toes but covers the body from the side so as to softly touch the body through the back fabric (6). The warm air that flows on the chest and back flows softly on the entire body, lowers the body temperature, and absorbs moisture from sweat to make a good sleep.
The air passage is widened by the dome bar (42), the suction air outlet body (16) or the air outlet body with the dome bar (43), and the flow of warm air is softly blown over the entire surface, and even if a heavy futon is applied in winter, the turnover is light. In addition, since the fabric floats and touches the body lightly in the summer, you can sleep comfortably as if you were sleeping in an incubator.
The air in the bed (55) is steadily circulated even in winter, and the blowing temperature is blown as instructed. In some cases, the body temperature is 36 ° C and the return temperature is 1 ° C to 2 ° C higher than the indicated temperature.
All existing beddings can be used because they are used in the bedding.
The effect of the dome bar (42) is that you can sleep comfortably only with the dome blower futon (11) when the room temperature is 30 ° C in summer. During sleep with a warm air circulation sleepy tome, air conditioning in the bedroom is not required between room temperature 15 ° C and 30 ° C.
If it spreads in Japan, the effect of preventive medicine by sleeplessness is great as well as the need for nuclear power plants and the reduction of oil and gas use.

Top view of dome blower futon Top view of hot air circulation of dome blower futon Top view of the suction blower body Side view of the suction blower body Side view of a circulating heater for a bed Side view of circulating heater Dome bar side view Side view of air outlet body with dome bar Top view of feather futon Plan view of hot air flow in the air blower net Side view of hot air flow in the blower net body Cross-sectional view of the flow of hot air with the suction air outlet main body (16) set on the dome air blower futon (11) and the circulation heater (30) set on both air blow net bodies (24) Top view of hot air flow in suction net body (38) Side view of hot air flow of suction net body (38) The dome air blower futon (11) is set with a dome bar air outlet main body (43) and the suction net main body (38) is placed on the air blow net body (24), and the circulating heater (30) is set and blown. Cross section Side view showing the flow of air blowing with the suction net body (38) laid under the air net body (24) Hot air with a dome bar-equipped main body (43) set on the dome blower futon (11), a suction net body (38) placed under the blower net body (24), and a circulating heater (30) set on both Side view showing the flow of Top view of trapezoidal cover August 7, 1999 Data in bed for ophthalmology hospitalization September 30, 2003 National hospital bed data August 12, 2002 Data in bed at private home August 5, 2007 Osaka City Luxury Hotel Bedding Data August 26, 2007 Kyoto City High-end hotel bed data May 28, 2013 The present invention FIG. 15 Room temperature 25 ° C. Data in bed July 5, 2013 The present invention Fig. 15 Room temperature 30 ° C Outside air suction bed data March 1, 2014 The present invention FIG. 12 Room temperature 19 ° C. to 13 ° C. Data in bed

BEST MODE FOR CARRYING OUT THE INVENTION

In the embodiment of the problem 1, the air in the bed (55) shown in FIG. 12 is circulated from the main body suction port (21) through the foot suction port (18) and the foot suction port (small) (19) of FIG. It is sucked into the suction port (32) and returns to the circulation heater (30). The returned warm air passes through the deodorizing and sterilizing filter (46) and is sucked into the sirocco fan (47) and adjusted to the temperature indicated by the adjusting heater (48). It flows through the air blow net body (24) through (25). The flowing warm air returns to the bed so as to wrap the body from the ventilation net side passage (26) of FIG. The warm air that has traveled under the separation cloth passes through the back of the body from the back warm air reservoir (28) and returns to the bed. The warm air that has advanced to the circulation heater-attached air blowing port (33) proceeds from the main body air blowing port (20) of FIG. 4 to the main body side air blowing port (17) and flows into the side hot air passage (2) shown in FIG. A part of the flow (15) of the flowing side warm air returns to the bed from the foot side air blowing port (14), and the further warm air advances from the chest air reservoir (3) to the foot air reservoir (4). To pass through the back fabric (6) and return to the bed air (55).
The warm air that has advanced from the ventilation net port (25) and the warm air that has been blown from the main body ventilation port (20) do not touch the toes directly, and flow into the feet with a soft temperature controlled at a body temperature of 36 ° C. It is.

In the embodiment of Problem 2, as shown in FIG. (15), the air outlet main body (43) with a dome bar is set in the air suction air outlet chamber (1) of FIG. 1, and the air suction of FIG. The net body (38) is laid, and the circulating heater-mounted air outlet (33) is set with the main body air outlet (20) of the air outlet main body (43) with a dome bar.
The circulation heater suction port (32) is connected to the suction net port (39), and the circulation heater blower port (34) is set to the ventilation net port (25). When the circulation heater (30) is switched on, the air (55) in the bed is sucked into the suction net body (38) so as to wrap the entire body, and from the circulation heater suction port (32) through the suction net port (39). The sucked air passes through the deodorizing and sterilizing filter (46), passes through the sirocco fan (47), is adjusted to the indicated temperature by the adjusting heater (48), and is supplied to the main body air outlet (20) from the circulation heater air outlet (33) as shown in FIG. Warm air flows from the main body side air blowing port (17) to the side warm air passage (2) in FIG. A part of the side warm air flow (15) flows from the foot side air blowing port (14) to the foot air reservoir (4). The remaining warm air passes through the chest air reservoir (3), the foot air reservoir (4), the back fabric (6), and returns to the bed air (55).
The warm air that has flowed from the circulation heating machine floor blower opening (34) to the blower net opening (25) passes through the blower net side passage (26) and flows into the suction net body (38), and the backside warm air pool (28 ) And warm air returning to the in-bed air (55) and hot air directly sucked into the flow of the suction net body (38).
The air in the bed (55) flows like wrapping the body, and the warm air controls the body temperature to a sleepy state, the mainstream flows to the back of the human body, and is effective in preventing bedsores for patients with long-term beds. Can be provided. Problem 2 is solved as described above.

As shown in FIG. 17, in the embodiment of the problem 3, the air blower body (43) with a dome bar is set in the suction air blower chamber (1) of FIG. ) And set.
As shown in FIG. 16, the suction net body (38) is laid under the blower net body (24).
Use a cover with a notch in the trapezoid (Fig. 18) on the dome blower futon (11). Instead of the air outlet main body (43) with a dome bar, the suction air outlet main body (16) can be used.
The performance is the same, connecting the main body air outlet (20) and the circulating air heater hanging air outlet (33). 39) is connected to the circulation heater suction port (32), and the warm air flowing from the circulation heater and flowing from the main body blower port (20) is warmed so as to wrap the entire body in the same manner as in the first and second embodiments. The wind flows. All of the warm air flowing from the ventilation net port (25) is sucked into the suction net body (38) and the dome bar (42) floats to create a comfortable sleeping space even if the amount of air flowing through the bed (55) is small. The Air conditioning is not required even in a room temperature of 30 ° C, as shown in the data in Fig. 19. If the suction air outlet main body (16) is set without using the air outlet main body (43) with a dome bar in FIG. 17, it is assembled into a set that can cope with all of the problems 1 to 3.

図１２は健康な一般家庭に 又ビジネスホテルに最適商品です。
図１５は病院、介ご施設 在宅介ご 高令者に最適商品です。
図１７は図１５の応用で好みによって変化出来ます。風量が少なくソフトな商品です。
図２４は室温２５℃湿４５％の環境で図１５の病院、介ごに使用最適の商品を使用したデーターで寝床内の温度、湿度は入床より起床まで最良の環境で快眠出来たデーター
図２５は７月 室温２９℃〜３０℃ 湿度５９°〜５２％の環境で図１５の商品を使用 循環暖房機吸引口（３２）をはずして室内空気を吸引したデータで快眠、（ドーム送風掛ふとん（１１）使用）図２６は室温１９℃→１３℃の環境で図１２の商品に１、２ｋｇの羽毛ふとんを使用し快眠データーThere are four areas of industrial applicability.
The hospital field is considered first. Figure 19 shows the data in the bed when he was admitted to a large hospital in Nara Prefecture for 15 days. Data on the second day after surgery. 99% back, 35 ° C insomnia in the floor I slept on a table for meals and stayed in the hospital so that the body would not touch the blanket.
This experience is the origin of the present invention.
Figure 20 shows hospitalization in Toyonaka City. The hospital was discharged in 10 days, but insomnia was observed in 89% of the back surface. So far, data was obtained in 7-8 hospitals, but hospital bedding is the lowest. The post-operative sleep bedding at the hospital is left to the cleaning shop, and the patient is not completely impressed with the recovery of physical strength due to sleep.
This is the industry that can be used in the fields where the invention is most needed.
Figure 21 shows data on bedding used in general households. This is an era when home medical care is required. The most important thing is to use the product of the present invention to prevent illness when you are healthy at home.
I believe that if it spreads to ordinary households, it will help to reduce the import of oil and gas and contribute to the national finance. For this reason, the product shown in Fig. 12 was developed. The spread of ordinary households is an urgent need for national policy.
The product in Fig. 15 was developed for patients with long-term bed life. High cost is the bottleneck.
Figure 22 shows the data in the bed of a luxury hotel in Osaka City. Used after 22:00 to test products under study. All the hotels we surveyed have poor bedding. Figure 23 shows the data of the best hotels in Kyoto. The first half is the bed data of the hotel bedding, and the back rises to 89% in 3 hours. The bed is 76% hungry and sleepless. Use 1 kg of feather futon and sleep at 24 ° C. It is data in the bed which aired 27 degrees Celsius by air sleep under old research from 5:00 on the 27th morning. A good night's sleep in room 29 ℃.
Providing a good night's sleep is the best “hospitality” for a tourism-oriented country.

Figure 12 is the perfect product for a healthy home or business hotel.
Fig. 15 shows the optimal product for hospitals, care facilities, and home care workers.
Figure 17 can be changed according to your preference in the application of Figure 15. This is a soft product with low air volume.
Fig. 24 shows the data using the optimal products used in the hospital in Fig. 15 in an environment of room temperature 25 ° C and humidity 45%. The data and the temperature and humidity in the bed are the best environment from entering the bed to getting up. 25 is July. Uses the product of Fig. 15 in an environment with a room temperature of 29 ° C to 30 ° C and a humidity of 59 ° to 52%. Sleeping with the data obtained by removing the circulation heater suction port (32) and sucking indoor air (Dome blower hanging futon) (11) Use) Fig. 26 shows a good sleep data using 1 and 2kg feather futon for the product of Fig. 12 in an environment of room temperature 19 ° C → 13 ° C.

DESCRIPTION OF SYMBOLS 1 Suction ventilation port room 2 Side warm air passage 3 Chest air accumulation 4 Foot air accumulation 5 Front fabric 6 Back fabric 7 Dome bar bag 8 Dome ventilation futon suction port 9 Dome ventilation futon ventilation port 10 Stopper 11 Dome ventilation fan futon 12 Foot air reservoir frame 13 Frame of warm air region 14 Foot side air blowing port 15 Flow of side hot air 16 Suction air blowing body 17 Body side air blowing port 18 Foot suction port 19 Foot suction port (small) 20 Body air blowing port DESCRIPTION OF SYMBOLS 21 Main body suction port 22 Fan net table 23 Separation cloth 24 Fan net body 25 Fan net port 26 Fan net side channel | path 27 Fan net back channel | path 28 Back surface hot-air pool 29 Warm air of a floor fan net 30 Circulation heater 31 Bed circulation heater 32 Circulating Heater Suction Port 33 Circulating Heater Hanging Fan 34 Circulating Heater Floor Fan 35 Filter Cover 36 Control -37 Suction Net Table 38 Suction Net Main Body 39 Suction Net Port 40 Warm Air of Bed Suction Net 41 Hanging Futon 42 Dome Bar 43 Dome Bar Air Blower Main Body 44 Sheet 45 Dome Bar Stuff 46 Deodorizing Sterilization Filter 47 Sirocco Fan 48 Adjusting Heater 49 Tome Sewing 50 Bedding 51 Makula 52 Mouth part (male) 53 Mouth part (female) 54 Trapezoid cover 55 Air in bed

As shown in FIG. 15, the embodiment of Problem 2 has a dome bar-equipped blower main body (43) set in the suction blower vent chamber (1) of FIG. 1, and the suction net main body of FIG. (38) is laid, and the air circulation opening (33) with the circulating heater is set with the dome bar main body air outlet (20 ') of the dome bar main body (43).
The circulation heater suction port (32) is connected to the suction net port (39), and the circulation heater opening fan (34) is set to the ventilation net port (25). When the circulation heater (30) is switched ON, the bed air (55) is sucked into the suction net body (38) so as to wrap the whole body surface, and from the circulation heater suction port (32) through the suction net port (39). It is sucked, passed through the deodorizing and sterilizing filter (46), passed through the sirocco fan (47) and adjusted to the indicated temperature by the adjusting heater (48), and the dome bar-equipped main body air outlet (20 ' ) From the main body side air outlet (17 ') with the dome bar in FIG. 8 to the side hot air passage (2) in FIG .
Part of the side warm air flow (15) flows from the foot side air vent (14) through the back fabric (6) to the bed air (55), and the main stream flows to the foot air reservoir (4). The remaining warm air passes through the back fabric (6) from the chest air reservoir (3) and the foot air reservoir (4) and returns to the bed air (55).
The circulation heater mat blower opening (34) good Ri warm air flowing to the air blowing net opening (25) and the hot air flowing through the air blowing net side passageway (26) through the streets suction net body (38), rear warm air reservoir ( There are warm air that goes to 28) and returns to the bed air (55), and warm air that is directly sucked into the flow of the suction net body (38).
The air in the bed (55) flows like wrapping the body, and the warm air controls the body temperature to a sleepy state, the mainstream flows to the back of the human body, and is effective in preventing bedsores for patients with long-term beds. Can be provided. Problem 2 is solved as described above.

を送風した寝床内データーです。室２９℃で快眠です。
観光立国の為には快眠の提供こそ最高の「おもてなし」ではないでしょうか。
図１２は健康な一般家庭に 又ビジネスホテルに最適商品です。
図１５は病院、介ご施設 在宅介ご 高令者 に最適商品です。
図１７は 図１５の応用で好みによって変化出来ます。風量か少なくソフトな商品です
図２４は室温２５℃湿４５％の環境で図１５の病院、介ごに使用最適の商品を使用したデーターで寝床内の温度、湿度は入床より起床まで最良の環境で快眠出来たデーター
図２５は７月・室温２９℃〜３０℃ 湿度５９°〜５２％の環境で図１５の商品を使用 循環暖房機吸引口（３２）をはずして室内空気を吸引したデータで快眠、（ドーム送風掛ふとん（１１）使用
図２６は室温１９℃→１３℃の環境で図１２の商品に１．２ｋｇの羽毛ふとんを使用し快眠データー
【符号の説明】
１ 吸引送風口室 ２ サイド温風通路 ３ 胸部エアー溜り
４ 足部エアー溜り ５ 表生地 ６ 裏生地
７ ドームバー袋 ８ ドーム送風ふとん吸引口 ９ ドーム送風ふとん送風口
１０ 口止部 １１ ドーム送風掛ふとん １２ 足部エアー溜り枠
１３ 温風域の枠 １４ 足部サイド送風口 １５ サイド温風の流れ
１６ 吸引送風口本体 １７ 本体サイド送風口 １８ 足部吸引口
１９ 足部吸引口（小） ２０ 本体送風口 ２１ 本体吸引口
２２ 送風ネット表 ２３ 分離布 ２４ 送風ネット本体
２５ 送風ネット口 ２６ 送風ネットサイド通路 ２７ 送風ネット裏面通路
２８ 背面温風溜り ２９ 敷送風ネットの温風 ３０ 循環暖房機
３１ ベット循環暖房機 ３２ 循環暖房機 吸引口 ３３ 循環暖房機 掛送風口
３４ 循環暖房機 敷送風口 ３５ フィルターカバー ３６ コントローラー
３７ 吸引ネット表 ３８ 吸引ネット本体 ３９ 吸引ネット口
４０ 敷吸引ネットの温風 ４１ 掛ふとん ４２ ドームバー
４３ ドームバー付送風口本体 ４４ シーツ ４５ ドームバー止布
４６ 消臭殺菌フィルター ４７ シロッコファン ４８ 調節ヒーター
４９ トメ縫い ５０ 敷ふとん ５１ マクラ
５２ 口止部（オス） ５３ 口止部（メス） ５４ 台形カバー
５５ 寝床内空気

１７’ドームバー付本体サイド送風口 ２０’ドームバー付本体送風口
２４’敷送風ネット本体 ３８’敷吸引ネット本体 [0011]
[Industrial applicability]
There are four areas of industrial applicability.
The hospital field is considered first. Figure 19 shows the data in the bed when he was admitted to a large hospital in Nara Prefecture for 15 days. Data on the second day after surgery. I stayed in a hospital with 99% back and a blanket at the 35 ° C insomnia table in the floor to prevent the blanket from touching my body.
This experience is the origin of the present invention.
In Fig. 20, he was discharged from a national hospital in Toyonaka City within 10 days of hospitalization, but was insomnia on 89% of his back.
So far we have obtained data at 7-8 hospitals, but hospital bedding is the lowest. The post-operative sleep bedding at the hospital is left to the cleaning shop, and the patient is not completely impressed with the recovery of physical strength due to sleep.
This is the industry that can be used in the fields where the invention is most needed.
Figure 21 shows data on bedding used in general households. This is an era when home medical care is required. The most important thing is to use the product of the present invention to prevent illness when you are healthy at home.
I believe that if it spreads to ordinary households, it will help to reduce the import of oil and gas and contribute to the national finance. For this reason, the product shown in Fig. 12 was developed. The spread of ordinary households is an urgent need for national policy.
The product in Fig. 15 was developed for patients with long-term bed life. High cost is the bottleneck.
Figure 22 shows the data in the bed of a luxury hotel in Osaka City. Used after 22:00 to test products under study. All the hotels we surveyed have poor bedding. Figure 23 shows the data of the best hotels in Kyoto. In the first half, the bed data of the hotel bedding is 89% in 3 hours, and the back rises to 76% in the bed.

It is the data in the bed where the air was blown. A good night's sleep in room 29 ℃.
Providing a good night's sleep is the best “hospitality” for a tourism-oriented country.
Figure 12 is the perfect product for a healthy home or business hotel.
Figure 15 is the best product for hospitals, care facilities, and elderly people at home.
Figure 17 can be changed according to your preference in the application of Figure 15. It is a soft product with a small air volume. Fig. 24 shows the best temperature and humidity in the bed, from entering the bed to getting up. Data that was able to sleep well in the environment Fig. 25 is the data used in July, room temperature 29 ℃ ~ 30 ℃ humidity 59 ℃ ~ 52% environment Figure 15 was removed The circulation heater suction port (32) was removed and the room air was sucked Good sleep (use dome blower futon (11) Figure 26 is a room temperature 19 ℃ → 13 ℃ environment using 1.2 kg feather quilt in the product of FIG.
DESCRIPTION OF SYMBOLS 1 Suction ventilation port room 2 Side warm air passage 3 Chest air accumulation 4 Foot air accumulation 5 Front fabric 6 Back fabric 7 Dome bar bag 8 Dome ventilation futon suction port 9 Dome ventilation futon ventilation port 10 Stopper 11 Dome ventilation fan futon 12 Foot air reservoir frame 13 Frame of warm air region 14 Foot side air blowing port 15 Flow of side hot air 16 Suction air blowing body 17 Body side air blowing port 18 Foot suction port 19 Foot suction port (small) 20 Body air blowing port DESCRIPTION OF SYMBOLS 21 Main body suction port 22 Fan net table 23 Separation cloth 24 Fan net body 25 Fan net port 26 Fan net side channel | path 27 Fan net back channel | path 28 Back surface hot-air pool 29 Warm air of a floor fan net 30 Circulation heater 31 Bed circulation heater 32 Circulating Heater Suction Port 33 Circulating Heater Hanging Fan 34 Circulating Heater Floor Fan 35 Filter Cover 36 Control Over 37 suction net table 38 suction net body 39 suction net port 40 spread warm air 41 hanging futon 42 Domuba 43 Domuba with the air blowing port body 44 sheets 45 Domuba stop cloth 46 deodorant sterilization filter 47 sirocco fan 48 adjustment heater 49 Tome of the suction net Sewing 50 Bedding 51 Makula 52 Mouth part (male) 53 Mouth part (female) 54 Trapezoid cover 55 Air in bed

17 'Body air outlet with dome bar 20' Body air outlet with dome bar
24 'floor ventilation net body 38' floor suction net body

Claims (3)

Bedding characterized by having a configuration of the following (A) to (E) that blows warm air from the side and back of the bed to wrap the body from the stomach.
(A) A hole of a dome blower futon suction port (8) dome blower futon blower port (9) is made in the suction blower port chamber (1).
(B) The front fabric (5) and the back fabric (6) are sewn with the mouth part (10) left, and the foot side air vent (14) is left therein and the foot air pool frame (12) is sewn. To do.
(C) The main body side air outlet (17) is provided on the opposite surface of the main body air outlet (20) at both ends of the cylinder having the main body air outlet (20).
(D) A suction port (21) for sucking the bed air (55) is provided.
(E) A separation cloth (23) that is shorter and narrower than the blow net body (24) is attached to the foot end of the blow net body (24), and the blow net port (25) is attached to the foot end.
(F) Circulating heater suction port (32) and main body suction port (21) and set of circulating heater (30), circulating heater hanging fan port (33) and main body fan port (20) and set, circulating heater Hot air is circulated by connecting to the floor air outlet (34) and the air outlet (25). The bedding according to claim 1, characterized by having the following configuration.
(A) A main body side air outlet (17) is opened on the opposite side of the main body air outlet (20) at both ends of the cylinder having the main body air outlet (20), and a dome bar (42) is attached thereon, and an air outlet main body with a dome bar ( 43) is made and set in the suction blower chamber (1).
(B) A suction net port (39) is attached to the foot of the suction net body (38) and placed on the air blowing net body (24).
(C) Set air circulation port (33) with circulation heater and air blower body (20) of blower body with dome bar (43) Set circulation air heater suction port (32) and suction net port (39) (25) is connected to the circulating heater opening (34) and circulates warm air from the circulating heater (30). The bedding according to claim 1, characterized by having the following configuration.
(A) The suction net body (38) is laid under the blower net body (24).
(B) Set with circulation air heater hanging air outlet (33) and main body air outlet (20) of air outlet main body (43) with dome bar, set with circulating air heater floor air outlet (34) and air net port (25), The circulating air heater suction port (32) and the suction net port (39) are set to circulate hot air from the circulating heater (30).

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