JP3029347U - Water bed - Google Patents

Abstract

(57) [Abstract] [Problem] A water bed that is stable and has a strong structure. SOLUTION: The floor body 30 is provided at the inner edge of the interstitial air bag 20 provided at the inner edge of the soft side protector 10 in which a sponge is provided in the rubber film and an appropriate number of air holes are provided on the rubber film. The floor body 30 is made of a rubber film having 6 surfaces, is provided with water injection holes, is provided with a plurality of perforations on each rubber film, and attaches the bonding points of the upper and lower sides of each rubber film to the outside of the interlayer air bag 20. The upper and lower sides are connected to each other, and an intermediate air bag 40 having an inflating pipe 41 extending outside the water bed is provided inside the floor body 30.
A plurality of air bag chambers are formed with a plurality of standard pulling pieces having ventilation holes in 0, and between the rubber film of the floor body 30 and the intermediate air bag 40.
A plurality of pulling membranes 50 are provided, a plurality of perforations are provided on each pulling membrane 50, and the surfaces of the soft side protector 10, the interstitial air bag 20, and the floor body 30 are covered with a single outer membrane.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

 The present invention relates to a kind of water bed, in particular, one that has a feeling of fullness, does not rock, has high stability, freely adjustable hardness, strong structure, aesthetics and comfort.

[0002]

[Prior art]

 All of the water beds currently on the market emphasize that they provide the user with a comfortable sleep, but the structure of the current water bed has a feeling that the floor is unstable and sways, and the water bed is sluggish. However, the structure is not very strong, and damage due to pressure occurs, which easily causes the phenomenon that water and air communicate with each other.

Further, in general, when adjusting the hardness of a waterbed in a waterbed having an air-filled edge, the amount of air charged to the edge was adjusted. The edge is liable to be deformed, and if it is too small, it can not be a mold of the floor, and the contact area of the edge and water is only one-third, which is an effect. It was not possible to adjust the hardness of the water bed. As described above, the structure of the conventional water bed has inconveniences and drawbacks in practical use, and therefore, improvement is awaited.

[0004]

[Problems to be solved by the device]

 According to the present invention, by providing one intermediate air sac inside the bed, it is possible to prevent the phenomenon that water and air communicate with each other due to pressure damage, and the intermediate air sac and the interstitial air sac receive pressure on the water in the floor. The objective is to achieve the stability of the water bed by relaxing the pressure when the wave is generated and stabilizing the water in the floor to make it immobile.

Next, the present invention provides a plurality of pulling membranes between the floor body and the intermediate air sac, and perforating the pulling membranes, and using the pulling membranes as a support structure, the elasticity of the pulling membrane in water is the same as that of water. Utilizing the fact that it is not affected by external forces, some water absorbs the waves that occur after pressure is received, and the perforation on the lancing membrane effectively relieves the pressure, achieving a high degree of stability in the water bed. This is an issue.

The present invention further provides an intermediate air sac and a sandwich air sac inside and around the floor, and the hardness of the surface of the floor can be adjusted by adjusting the air sac of the air sac or the amount of released gas. The problem is to make the hardness of the water bed different.

[0007]

[Means for Solving the Problems]

 The invention of claim 1 is one soft side protector 10, which is manufactured by implanting a sponge or other material having the same elasticity or density in a rubber film, and an appropriate number of the rubber film on the rubber film. One provided with an insufflation hole, one sandwich layer air sac 20 provided on the inner edge of the soft side protector 10, and one floor body 30 provided on the inner edge of the interlayer air sac 20. It is manufactured with a rubber film drawing side of the surface, a water injection hole is provided on the floor body 30, a plurality of perforations is provided on each rubber film, and the bonding points of the upper side and the lower side of each rubber film are sandwiched between layers. The one connected to the upper side and the lower side of the air bag 20 and one intermediate air bag 40 are provided inside the floor body 30, and the intermediate air bag 40 has one medium air bag type design. At least one plenum extending out of the waterbed at a suitable location on 40 A tube 41 is provided, a plurality of standard pulling pieces are provided at intervals in the intermediate air bag 40 to form a plurality of air bag chambers, and each standard pulling piece is provided with at least one vent hole; A plurality of pulling membranes 50 are connected to the inside of the floor body 30 and are located between the rubber membrane of the floor body 30 and the intermediate air sac 40, and a plurality of perforations are provided on each pulling membrane 50. With the above, the soft-side protector 10, the interstitial air bag 20, and the surface of the floor 30 are covered with a single layer of adventitia.

A second aspect of the present invention is the water bed according to the first aspect, wherein the pulling membrane 50 includes a plurality of first pulling membranes, second pulling membranes, and third pulling membranes, and four first pulling membranes. The pulling membranes are arranged in a rhombus and are connected between the rubber membranes of the floor body 30 at the adhesion points, and the two first pulling membranes therein are connected to the lower corners of the intermediate air sac 40 at different adhesion points, and the plurality of second pulling membranes. The pulling membranes are arranged in a fan shape and are connected to the rubber membrane of the floor body 30 at the adhesion points, and are also connected to the first pulling membrane at the adhesion points, and the four third pulling membranes are connected to the first pulling membrane at the adhesion points. In addition to being connected, they are connected to the rubber film of the floor body 30 at the adhesive points, and these adhesive points are characterized as continuous contacts.

A third aspect of the present invention is the waterbed according to the first aspect, in which the soft edge protector is manufactured in an air-filled type, and the soft edge protector has one middle air bag type design, At least one air filling hole is provided at an appropriate position on the soft side protector, and a plurality of fixed shaped pulling pieces are provided at intervals in the soft side protector to form a plurality of air bag chambers. The pulling piece is characterized by having at least one vent hole.

[0010]

[Embodiment of device]

 The present invention is a kind of water bed, which includes a soft edge protector, a sandwich air bag, a floor, and an intermediate air bag squeezing membrane, and the soft edge protector is a sponge or other material having the same elasticity or density. Is provided in the rubber film, and an appropriate number of insufflation holes are provided on the rubber film, the interstitial air sac is provided at the inner edge of the soft side protective body, and the insufflation is provided on the interstitial air sac. A plurality of standard pulling pieces are provided at intervals in the interstitial air sac to form a plurality of air sac chambers, at least one vent hole is provided on each standard sizing piece, and the floor body is provided at the inner edge of the interstitial air sac. The floor is provided with water injection holes, each rubber film of the floor is provided with a plurality of holes, and the joints of the upper and lower sides of each rubber film are connected to the outer upper and lower sides of the interstitial air sac. , The intermediate air sac is provided inside the floor body, and at least one insufflation tube is placed at an appropriate position on the intermediate air sac. It is provided so as to extend to the outside of the water bed, and a plurality of standard pulling pieces are provided at intervals in the middle air bag to form a plurality of air bag chambers, and each standard pulling piece has at least one vent hole. A plurality of pulling membranes are connected to each other and are provided inside the floor body, are located between the rubber membrane of the floor body and the intermediate air sac, and each pulling membrane is provided with a plurality of perforations. The surface of the stratum sac and the floor is covered with a single layer of outer membrane, and with the above structure, it has a solid feeling, it does not rock, it has high stability, its hardness is freely adjustable, and its structure is strong. A beautiful water bed with a beautiful appearance.

[0011]

【Example】

 1 to 4 are a perspective view of the present invention, a perspective view of a soft-side protector and a sandwich air bag, an internal view, and a perspective view of an intermediate air bag. As shown in these figures, the water bed of the present invention comprises a soft-side protector 10, a sandwich air bag 20, a floor body 30, an intermediate air bag 40, and a pulling membrane 50.

The soft side protector 10 is formed by cutting a sponge 11 or other substance having similar elasticity or density into a required shape in the rubber film 12, and a hollow state is provided in the middle. And is an independent air-filled side soft-side protector that is used in combination with the interlaminar air bag 20 and the floor 30. An appropriate number of gas filling holes 13 are provided on the rubber film and are used for gas filling to supplement elasticity. The completed softbed protector 10 of the waterbed has the same effect as the traditional spring bed in terms of shape and feel, but if a warming device is provided in the waterbed, the softbed protector 10 is provided. The sponge 11 of the body 10 can save the heating time as compared with the general air side, and achieve the effect of saving the energy and electricity bill.

The interstitial air bag 20 is provided on the inner edge of the soft side protective body 10, and the interstitial air bag 20 is an air bag manufactured by molding one pulling side, and is provided on the inner circumference of the floor body 30. The interstitial air bag 20 is designed to have one middle air bag type design, and one inflating hole 21 is provided at a corner of the upper surface of the interstitial air bag 20. The inflating hole 21 is used for injecting or releasing gas. It is used to prevent outward expansion and deformation when the interstitial air sac 20 is inflated. A plurality of fixed pulling pieces 22 are provided at intervals in the sandwiched air sac 20. The fixed pulling pieces 22 are fixed to the inner wall of the sandwiched air sac 20 by high frequency welding, and are divided between the plurality of fixed pulling pieces 22. A plurality of air bag chambers 23 are formed, and each fixed pulling piece 22 is provided with at least one circular or other shape vent hole 24, and when the gas is filled, gas is passed through the air hole 24 and the other air bag chambers. Inflow into 23. The standard pulling piece 22 is provided in the sandwiched air bag 20 and is manufactured in a square shape, a triangular shape, a rectangular shape, or another shape depending on the shape required by the sandwiched air bag 20.

The floor body 30 is provided on the inner edge of the interstitial air sac 20 and is manufactured by molding six sides of the rubber film 31. The floor body 30 is filled with water for pouring water onto the floor body 30 by the user. A hole 34 is provided. A plurality of perforations 32 are provided on each rubber film 31 of the floor body 30. By the provision of the perforations 32, there is no air leak when pulled by pressing, so that the fulcrum is cut and the structure is generated due to the closed chamber effect. Is prevented from being destroyed. The adhesive points 33 on the upper side and the lower side of each rubber film 31 are connected to the upper side and the lower side of the outer layer of the interstitial air bag 20, and the contact points 33 are continuous contact points. The adhesion points 33 are provided on the outside of the interstitial air bag 20 so that these adhesion points 33 can be protected by the interstitial air bag 20 (see FIG. 7). After injecting gas into the interstitial air sac 20, the gas in the interstitial air sac 20 causes the floor body 30 to be supported on the upper and lower surfaces of the interstitial air sac 20, and vibration with a lower pressure or a side pressure generated by the pressure on the floor body 30 is generated. The waves do not press on the bond points 33 bearing the structure, thus protecting the waterbed and preventing water leakage due to destruction.

The intermediate air sac 40 is provided inside the floor body 30, and the intermediate air sac 40 has one medium air sac type design, and at least one inflating pipe 41 is provided at an appropriate position on the intermediate air sac 40. The inflatable pipe 41 is extended to the outside of the water bed, and is used for injecting and releasing gas to prevent outward expansion and deformation when the inflatable air bag 40 is inflated, and there is a space in the inflatable air bag 40. A plurality of fixed pulling pieces 42 are provided, the fixed pulling pieces 22 are fixed to the inner wall of the intermediate air bag 40 by high frequency welding, and the plurality of fixed pulling pieces 42 form a plurality of air bag chambers 43 at intervals. At least one circular or other shape ventilation hole 44 is provided in each of the standard pulling pieces 42, and when the air is filled, the gas flows into the other air bag chamber 43 through the air hole 44 and the air in the intermediate air bag 40 is changed. The fixed pulling piece 42 is necessary for the intermediate air bag 40. Depending on the shape to be manufactured, it is manufactured in a square, triangle, rectangle or other shapes.

The pulling membrane 50 having a plurality of pieces is provided inside the floor body 30 and is located between the rubber membrane 31 of the floor body 30 and the intermediate air bag 40, and the pulling membrane 50 includes a plurality of first pulling membranes 51. , The second pulling film 52 and the third pulling film 53 are included, and the four pieces of the first pulling film 51 are arranged in a rhombus and are connected between the rubber films 31 of the floor body 30 at the bonding points 54, and the two lower pulling films are connected. The first pulling film 51 of the piece is connected to the lower corner of the intermediate air sac 40 at an adhesion point 55. The plurality of second pulling films 52 are arranged in a fan shape, and are connected to the rubber film 31 of the floor body 30 at the bonding points 56, and are connected to the first drawing film 51 at the bonding points 57. The four pieces of the third pulling film 53 are connected to the first pulling film 51 at the bonding points 57 and to the rubber film 31 of the floor body 30 at the bonding points 62, and these bonding points 54, 55, 56 and 57 are connected. , 62 are continuous contacts, and a plurality of perforations 58, 59, 60 are provided in each of the first draw film 51, the second draw film 52, and the third draw film 53. The surfaces of the soft side protector 10, the interstitial air bag 20, and the floor body 30 are covered with a single layer of outer membrane 61.

When the weight of the human body or the like presses the floor body 30, each adhesion point 33 of the rubber film 31 of the floor body 30 is on the outer side of the interlaminar air bag 20 and is protected by the interlaminar air bag 20. Does not reach the contact point 33, and therefore, it is possible to effectively prevent the breakage of the bond point 33 due to the wave of water and the water leakage due to the damage of the floor body 30.

An intermediate air bag 40 and a sandwich air bag 20 are provided inside and around the floor body 30, and when the gas is injected from the insufflation pipe 41 of the intermediate air bag 40 and the insufflation hole 21 of the interlayer air bag 20, the gas is released. It fills the intermediate air bag 40 and the interlaminar air bag 20 and is used to increase the hardness of the floor body 30. When the user feels that the surface of the floor body 30 is too hard, a part of the gas may be released from the insufflation tube 41 of the intermediate air sac 40 and the insufflation hole 21 of the interstitial air sac 20. The hardness of the surface of the floor body 30 can be adjusted to a required level by adjusting the amount of air in the stratified air bag 20.

Further, since the intermediate air sac 40 is provided inside the floor body 30, it is hard to be damaged by pressing and the phenomenon in which water and air communicate with each other does not easily occur. In addition, when the water in the floor body 30 receives pressure to generate waves, the intermediate air bag 40 receives pressure to increase the internal gas density, reduce the volume, and absorb vibration. As a result, the water in the floor 30 is stable and immobile, which allows the water bed to have stability without rocking, is strong, and protects the internal structure so that it is not easily destroyed.

Further, each of the first draw film 51, the second draw film 52, and the third draw film 53 of the draw film 50 is provided with perforations 58, 59, 60, and these draw films of the floor body 30. Since the pulling membrane 50 is used as a bearing structure around the inside, the resilience of the pulling membrane 50 in water is the same as that of water and is not affected by external force. Therefore, some water absorbs the vibration generated by pressure. The perforation 58, 59, 60 on the pulling membrane 50 allows water to flow through to release the pressure, and the residual vibration is absorbed by the intermediate air bag 40, so that the water bed having hardness stability can be formed. To be done.

5 and 6 are perspective views of the soft-side protector and the interlaminar air sac of another embodiment of the present invention and an internal view of another embodiment of the present invention. The soft side protector 10 may be manufactured by a sponge or may be of an inflated type. The soft side protector 10 is of a medium air bag type design, and is not placed at an appropriate position on the soft side protector 10. At least one filling hole 14 is provided to be used for injecting or releasing a gas to prevent outward expansion deformation during filling of the soft side protector 10 and to provide a space in the soft side protector 10. A plurality of standard pulling pieces 15 are provided, which are fixed in the soft side protector 10 by high-frequency welding, a plurality of standard pulling pieces 15 form a plurality of air bag chambers 16 at intervals, and each of the standard pulling pieces 15 is provided. At least one circular or other vent hole 17 is provided in the air vent, and the gas flows into the other air bag chamber 16 through the vent hole 17 when the air is filled. Since the standard pulling piece 15 is provided in the soft side protector 10, it is manufactured in a square shape, a triangular shape, or another shape depending on the shape required by the soft side protector 10.

[0022]

[Effect of device]

 The present invention achieves the following effects. 1. In the present invention, since the floor body 30 enclosing water is connected to the soft side protector 10 enclosing air through the interstitial air sac 20, the rubber membrane and the pulling membrane are attached to each other under a vertical pressure. The point is not destroyed and the water and air do not communicate with each other. 2. When a vibration wave is generated in the water bed under pressure, the pressure is absorbed by the intermediate air bag and the interlaminar air bag. This utilizes the fact that the air sac becomes denser and contracts in volume when pressure is applied, which reduces the vibration feeling of the water bed, improves stability, and prevents excessive shaking due to movement of the human body. It does not occur and the user does not feel staggered. 3. Due to its structure, the soft side protector has an excellent heat retaining effect, and when the water bed is heated by the heating device, the heating time and the electricity bill can be saved as compared with the conventional air side. 4. Stylized pulls in the air sacs maintain the shape of the air sacs and the appearance of the waterbed, allowing the air sacs to perform the various functions required by the design. 5. The impact of hydraulic pressure is reduced by the holes in the pulling membrane in the water bed. 6. The rubber membrane in the waterbed prevents the outer body of the waterbed from being stiffened by the impact of water pressure for a long time, and the multiple holes provided on the rubber membrane prevent the fulcrum cutting and structural destruction due to the closed chamber effect. . As can be seen from the above, the water bed of the present invention has a solid feeling, the floor does not shake, the stability is high, the hardness can be freely adjusted, the structure is strong, it has an aesthetic appearance, and it is easy to use. It has many advantages such as being comfortable.

[Brief description of drawings]

FIG. 1 is a perspective view of the present invention.

FIG. 2 is a perspective view of a soft-side protector and a sandwich air bag of the present invention.

FIG. 3 is an internal view of the present invention.

FIG. 4 is a perspective view of an intermediate pouch of the present invention.

FIG. 5 is a perspective view of a soft side protector and a sandwich air bag according to another embodiment of the present invention.

FIG. 6 is an internal display view of another embodiment of the present invention.

FIG. 7 is an operation display diagram of the sandwiched air bag of the present invention when receiving pressure.

[Explanation of symbols]

10 ... Soft side protector 11 ... Sponge 12 ... Rubber film 13 ... Filling hole 14 ... Filling hole 15 ... Standard pulling piece 16 ...
Air bag chamber 17 ... Vent hole 20 ... Sandwich air bag 21 ... Filling hole 22 ... Regular drawing piece 23 ...
Air sac chamber 24 ... Vent hole 30 ... Floor body 31 ... Rubber film 32 ... Perforation 33 ... Adhesion point 34 ... Water injection hole 40 ... Intermediate air sac 41 ... Filling tube 42・ ・ ・ Standard pulling piece 43 ・ ・ ・
Air bag chamber 44 ... Vent hole 50 ... Pulling membrane 51 ... First pulling membrane 52 ... Second pulling membrane 53.
..Third pulling film 54 ... adhesion point 55 ... adhesion point 56 ... adhesion point 57 ... adhesion point 58 ... perforation 59 ... perforation 60 ... perforation 6
1 ... Outer membrane 62 ... Adhesion point

Claims (3)

[Scope of utility model registration request] 1. A soft side protector 10 which is manufactured by implanting a sponge or other material having a similar elasticity or density in a rubber film, and an appropriate number of filling holes are formed on the rubber film. One provided with one interstitial air bag 20 and provided on the inner edge of the soft side protector 10 and one floor body 30 provided on the inner edge of the interstitial air bag 20.
Manufactured with 6 sides of rubber film, water injection holes are provided on the floor 30, and a plurality of perforations are provided on each rubber film.
The adhesive points of the upper and lower sides of each rubber film are connected to the upper and lower sides of the outer layer of the interstitial air bag 20, and one intermediate air bag 40 is provided inside the floor body 30.
The intermediate air sac 40 has one middle air sac type design, and at a suitable position on the intermediate air sac 40, at least one inflating pipe 41 extending outside the water bed is provided, and the inside of the intermediate air sac 40 is spaced. A plurality of standard pulling pieces are provided to form a plurality of air bag chambers, at least one vent hole is provided in each standard pulling piece, and a plurality of pulling membranes 50 are provided inside the floor 30. It is connected and is located between the rubber film of the floor 30 and the intermediate air sac 40,
A water bed having a plurality of perforations provided on each pulling membrane 50 and the above, wherein the surfaces of the soft edge protector 10, the interlaminar air bag 20 and the floor body 30 are covered with a single adventitia. . 2. The water bed according to claim 1, wherein the pulling membrane 50 includes a plurality of first pulling membranes, second pulling membranes, and third pulling membranes, and the four first pulling membranes are diamond-shaped. They are arranged and connected to each other between the rubber membranes of the floor body 30 at adhesive points, two first pulling membranes therein are connected to the lower corner of the intermediate air sac 40 at another attaching point, and the plurality of second pulling membranes are fan-shaped. They are arranged and connected to the rubber film of the floor body 30 at the adhesion points, and also connected to the first pulling film at the adhesion points, and the four third pulling films are connected to the first pulling film at the adhesion points and bonded together. A water bed characterized in that it is connected to the rubber film of the floor body 30 at points, and these adhesion points are continuous contact points. 3. The waterbed according to claim 1, wherein the soft side protector is manufactured in an air-filled type, and the soft side protector has one middle air bag type design, and is provided on the soft side protector. At least one insufflation hole is provided at an appropriate position in the soft side protective body, and a plurality of fixed pulling pieces are provided at intervals in the softened body to form a plurality of air bag chambers. A waterbed characterized by having one vent.