JP2006158801A - Bedding with warm air connecting port - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide bedding with a warm air connecting port capable of simply and safely warming bedding without injuring a user with a low-temperature burn by suppressing the temperature rise of the bedding even if using a commercially available dryer and a bedding drying machine as a heat source of warming. <P>SOLUTION: This bedding with the warm air connecting port is provided with a bedding body 1, a spacing material 5 inserted inside the bedding body 1, a connecting port A13 provided in the bedding body 1 for blowing the air in the spacing material 5, a mat 15 mounted on the bedding body 1 and having an appropriate heat insulating effect, a connecting unit 20 attached to the mat 15, and having a connecting port B21 connectable to the connecting port A13 of the bedding body 1 in one end and a connecting port C22 communicating with the connecting port B21, in the other end; and a warm air supply means 25 supplying the warm air via a connecting pipe 26 having a connecting port D27 in the spacing material 5. The connecting port D27 of the warm air supply means 25 is non-connectable to the connecting port A13 provided in the bedding body 1 but connectable to the connecting port C22 of the connecting unit 20 provided in the mat 15. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a temperature-adjustable bedding, in particular, when a commercially available dryer or futon dryer is used as a heat source for heating, by preventing overheating, low-temperature burns can be prevented, and it is simple and safe. The present invention relates to a bedding with a hot air connection port that can heat the bedding.

  A conventional bedding capable of adjusting the temperature of this type has a structure as shown in FIG. That is, a mattress body 81, a breathable hard layer 82 located in the middle of the mattress body 81, a blower bag 83 for wrapping the hard layer 82 and allowing warm air to flow, and an opening of the blower bag 83 It is comprised from the part 84, the filling 85 of a soft layer, the upper side cloth 86, the lower side cloth 87, and the ventilation port 88 connected to a futon dryer. The blower bag 83 is formed of a nylon fiber bag that guides the warm air sent from the futon dryer to the center of the mattress body 81 and allows air to escape appropriately. The blower bag 83 and the futon bag 83 are dried. An air vent 88 for connecting the machine connecting pipe is provided in the mattress body 81. Thereby, the mattress is warmed by supplying warm air from the futon dryer to the inside of the blower bag 83 (see Patent Document 1).

JP-A-8-84642

  However, in the above prior art, the hot air supply means uses a general commercial product such as a dryer or a futon dryer, and on the other hand, a heat source can be easily connected, but the temperature control of the hot air is not possible. If the surface temperature of the mattress rises to 50 ° C to 60 ° C, and if it is laid on it, it may cause low-temperature burns.

  In addition, another rug can be placed on the mattress to suppress the temperature rise of the person's sleeping surface, but depending on the person who uses it, the rug is not always used, which is insufficient from the viewpoint of safety. Met.

  The present invention has been made to solve the above problems, and the bedding main body, the space material inserted into the bedding main body, and the connection port A provided in the bedding main body for blowing air into the space material. And a rug that is placed on the bedding body and has an appropriate heat insulating effect, and a connection port B that is attached to the rug and can be connected to the connection port A of the bedding body at one end, and a connection port C at the other end. The connection port B and the connection port C communicate with each other, and hot air supply means for supplying hot air via a connecting pipe having the connection port D to the space member. The connection port D cannot be connected to the connection port A provided in the bedding body, but can be connected to the connection port C of the connection unit provided in the rug.

  The bedding with a warm air connection port of the present invention is configured as described above, so that it cannot be connected even if the connection port D of the hot air supply means is directly connected to the connection port A of the bedding body. By connecting one end to the connection port A of the bedding main body and connecting the other end to the connection port D of the hot air supply means through the connection unit attached to the rug placed on the floor, the hot air supply means The warm air can be supplied to the space material of the bedding main body. Therefore, the person who uses this bedding body must always use a rug on the bedding body, and the hot air supply means can control the temperature of the hot air like a general commercial futon dryer. Even a simple heat source that can not be used, it is possible to lower the temperature of the bed surface through the inclusion of a rug, so that the bedding can be easily warmed, and even if you go to bed after warming up without using a special heat source It is possible to provide a bedding with a warm air connection port that is free from concerns such as low-temperature burns.

  In addition, the bedding main body and the rug can be easily separated, so when moving or folding, the bedding is not bulky and the weight is light, so handling is very easy.

  Moreover, since the bedding main body and the rug can be separated, by preparing various types of rugs, it is possible to make the bedding of the warmth suitable for the user.

  Moreover, in summer, it is possible to go to bed coolly by removing the rug and sleeping on the bedding body.

  An embodiment of the present invention will be described below with reference to FIGS.

  1 is a schematic longitudinal sectional view of a bedding with a hot air connection port according to an embodiment of the present invention, FIG. 2 is a plan view of the same, FIG. 3 is a longitudinal sectional view of the bedding body, and FIG. 4 is a plan view of the bedding body. 5 is a longitudinal sectional view of the rug, FIG. 6 is a longitudinal sectional view of the principal part, and FIG. 7 is a longitudinal sectional view of the principal part.

  In the figure, reference numeral 1 denotes a bedding main body which is a mattress, 2 an upper fabric of the bedding main body 1, 3 a batting, and thin wool cotton is used.

  4 is a lower fabric of the bedding main body, and 5 is a space material, which is inserted into the bedding main body 1 and has a three-dimensional lattice shape formed by weaving a large number of plastic threads, thereby forming an air layer that communicates with the air. Even if a human body lies on top of it, the air layer communicating therewith does not collapse. And this space material 5 is put in the bag mentioned later, and is further wrapped with the batting 3, the upper fabric 2, and the lower fabric 4.

  6 is a side surface of the bedding main body 1 and is sewn with a sewing thread A8 so that the upper fabric 2 and the side fabric 6 and the side fabric 6 and the lower fabric 4 are united by the hem tape 7.

  Reference numeral 9 denotes a sewing thread B, and the upper fabric 2, the space material 5, and the lower fabric 4 are partially sewn by the sewing thread B 9 on the inner side of the bedding main body 1.

  Reference numeral 10 denotes an opening provided in the bedding main body 1, which is configured to send hot air from a hot air supply means 25 to be described later to the bedding main body 1 through a connecting pipe 26.

  Reference numeral 11 denotes a bag, which is made of nylon fiber that wraps the space member 5 inserted into the bedding main body 1 and allows air to escape appropriately.

  12 is a blowing port of the bag 11, and 13 is a connection port A, which is attached to the inside of the blowing port 12 of the bag 11 in order to blow warm air as air into the space material 5, has a cylindrical shape, and is sewn. It is sewed on the blowing port 12 of the bag 11 with a thread C14.

  15 is a rug, which is placed on the bedding main body 1 and hem-processed around the upper fabric 16 made of wool and the lower fabric 18 containing the batting 17 and quilted 19 is applied over the entire surface. It has moderate heat insulating properties.

  Reference numeral 20 denotes a cylindrical connection unit having a connection port B21 at one end and a connection port C22 at the other end, and the connection port B21 and the connection port C22 communicate with each other. The connection unit 20 is integrally provided with a connection plate 23 so as to be attached to the rug 15, and the connection plate 23 and the rug 15 are sewn and fixed with a sewing thread D24. The cylindrical connection port B21 of the connection unit 20 has a size that can be inserted into the inner periphery of the connection port A13 provided in the bag 11 of the bedding main body 1, and can be inserted and connected to the connection port A13.

  The cylindrical connection port C22 of the connection unit 20 is connected by inserting a connection port D27 provided in the connecting pipe 26 of the hot air supply means 25 into the groove 22a. Then, the warm air blown from the warm air supply means 25 is blown into the bedding main body 1.

  Reference numeral 25 denotes a warm air supply means, which is generally commercially available, such as a dryer or a futon dryer, and can easily blow hot air.

  Reference numeral 26 denotes a connecting pipe for sending the warm air from the warm air supply means 25 to the opening 10 of the bedding main body 1, and a cylindrical connection port D27 is provided at the tip, which is connected to the connection port D27. The connecting port A13 provided in the bedding main body 1 is not connected to the connecting port A13 because it has the same cylindrical diameter, but is provided on the circumference of the connecting port C22 of the connecting unit 20. Since it can enter the groove 22a, it can be connected to the connection port C22.

  Next, the operation according to the above configuration will be described. The rug 15 is placed on the bedding main body 1 while the connection port B21 of the connection unit 20 of the rug 15 is inserted into the connection port A13 of the bedding main body 1.

  Next, when the connection port D27 provided in the connection pipe 26 of the hot air supply means 25 is inserted into the connection port C22 of the connection unit 20 of the rug 15 and the operation of the hot air supply means 25 is started, the hot air is connected to the connection pipe 26. Through the connection unit 20 of the rug 8 and the connection port A13 of the bedding main body 1 and sent to the space member 5 of the bedding main body 1.

  The warm air sent into the space material 5 passes through the air layer communicated with the space material 5, spreads over the entire bedding body 1, passes through the bag 11 that wraps the space material 5, and then the upper and lower batting 3, the upper fabric 2 and the lower fabric 4. Get out of the entire bedding body 1. At this time, the bedding main body 1 has the upper fabric 2, the batting 3, the space material 5, and the lower fabric 4 partially sewn and fixed with the sewing thread B9. 1 does not swell.

  If a commercially available futon dryer or the like is used as the hot air supply means 25, the surface temperature of the bedding main body 1 reaches 50 ° C. to 60 ° C. at this time, but the rug 15 is placed on the bedding main body 1. Therefore, the surface temperature of the rug 15 does not become so high, and even if a person goes to sleep on that, there is no risk of low-temperature burns and it is possible to sleep comfortably.

  FIG. 7 is a view showing a state in which the rug 15 is not placed on the bedding main body 1. In this state, the cylindrical connection port A 13 provided in the bedding main body 1 and the connecting pipe 26 of the hot air supply means 25 are connected. The provided connection port D27 cannot be connected, and warm air cannot be supplied to the bedding main body 1. In this way, by placing the rug 15 on the bedding main body 1 and using the bedding main body 1 and the rug 15 together using the connection unit 20 provided on the rug 15, the hot air supply means is supplied to the bedding main body 1 for the first time. Hot air can be blown from 25.

  Thus, although it cannot connect even if it tries to connect the connection port D27 of the warm air supply means 25 directly to the connection port A13 of the bedding body 1, the connection unit attached to the rug 15 placed on the bedding body 1 20, one end is connected to the connection port A <b> 13 of the bedding main body 1, and the other end is connected to the connection port D <b> 27 of the hot air supply means 25, so that the warm air from the hot air supply means 25 is The space material 5 can be supplied, and a person using this bedding main body 1 must always use the rug 15 on the bedding main body 1, and the hot air supply means 25 is commercially available. Even with a simple heat source that cannot control the temperature of hot air, such as a futon dryer, the temperature of the bed surface can be lowered through the inclusion of the rug 15 and the bedding can be easily heated, Especially special Without having to use the source, even if the bed was allowed to warm it is possible to provide a no warm air connection port with bedding of concern, such as low-temperature burn.

  In addition, the bedding main body 1 and the rug 15 can be easily separated, so that they are not bulky when stored by moving or folding, and the handling is very easy because the weight is reduced.

  Moreover, since the bedding main body 1 and the rug 15 can be separated, by preparing various rugs 15, it is possible to make the bedding of the warmth suitable for the user.

  Moreover, in summer, it is possible to go to bed coolly by removing the rug and sleeping on the bedding body.

  In this embodiment, the space member 5 is formed by knitting plastic yarn. However, it is possible to form a three-dimensional lattice space having a communicating air layer, such as a resin molded product or a bunch. Anything is fine.

It is a schematic longitudinal cross-sectional view of the bedding with a warm air connection port which shows one Example of this invention. It is also a plan view. It is a longitudinal cross-sectional view of a bedding main body similarly. It is a top view of a bedding main body similarly. It is the longitudinal cross-sectional view of a rug similarly. It is a principal part longitudinal cross-sectional view similarly. It is a principal part longitudinal cross-sectional view similarly. It is a longitudinal cross-sectional view of a prior art example.

Explanation of symbols

1 Bedding body 5 Space material 13 Connection port A
15 Rug 20 Connection unit 21 Connection B
22 Connection C
25 Hot air supply means 26 Connecting pipe 27 Port D

Claims (1)

The bedding body (1), the space member (5) inserted into the bedding body (1), and the connection port A (13 provided in the bedding body (1) for blowing air into the space member (5). ), A rug (15) placed on the bedding body (1) and having a moderate heat insulating effect, and attached to the rug (15) and connected to the connection port A (13) of the bedding body (1) at one end. A connection unit (20) having a possible connection port B (21), having a connection port C (22) at the other end and communicating with the connection port B (21) and the connection port C (22); The space member (5) includes a hot air supply means (25) for supplying hot air via a connecting pipe (26) having a connection port D (27), and the connection port D of the hot air supply means (25). (27) cannot be connected to the connection port A (13) provided in the bedding main body (1), but the connection unit provided in the rug (15). Preparative (20) of the connection port C (22) and the warm air connection opening with bedding, characterized in that the connectable.

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