JPH10117916A - Posture adjustment bedding - Google Patents

Abstract

PROBLEM TO BE SOLVED: To correct the spine into the natural bent and improve the visceral function by simply adjusting pillows for mounting the head, the waist, and the feet thereon to the body shape of a user and combinedly using these three pillows. SOLUTION: A pillow 1, a waist pillow 2, and a foot pillow 3 are laid in a state of a lying posture and the body is mounted thereon with the face up as shown in a body shape line. Then, the head, the waist, and the feet are swung laterally. Namely, the rolling of the body deforms the respective pillows a little by the weight of the body so as to let them fit to the own body. The three sets of the pillow 1, the waist pillow 2, and the foot pillow 3 are so constituted as to be used for creating the right posture of standing during lying down.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a posture-adjusting bedding which is used in combination with a pillow, a waist pillow and a foot pillow to maintain a healthy posture by adjusting to a correct posture during bedtime, and more particularly to a local pressure applied to a body during bedtime. The present invention relates to a posture-adjusting bedding suitable for adjusting to a correct posture by dispersing body pressure and strengthening a built-in body without giving a body pressure.

[0002]

2. Description of the Related Art During sleep, if the body receives a local pressure or is not in a correct posture, the balance of the autonomic nervous system is lost, and after waking up, a feeling of fatigue remains or long habits. It may cause the internal organs to deteriorate or delay the recovery of internal organs. That is, the correct posture is a posture that does not break the natural curvature of the spine, and the preferred sleeping posture is a standing posture, that is, a posture in which the center of gravity comes on the line connecting the ears, humerus, hip joint, and the ankle of the foot. State. In order to maintain this condition, the spine must be kept straight. The weight distribution of the body part in the sleeping posture is as follows: head 8%, chest 33%, waist 44%, lower leg 15
%.

[0003] Conventional futons support the body with cotton, so that the body pressure is not dispersed, the autonomic nerves are pressed, the capillaries are crushed and crushed, and blood circulation is hindered. In order to improve such disadvantages, many beddings for dispersing body pressure have been proposed and put to practical use. However, none of the three parts of the body, head, waist, and feet, are in a proper sleeping position, and can be satisfied with adjusting the posture to balance the autonomic nervous system and enhancing the built-in function. Was not. An object of the present invention is to easily fit a pillow for placing a head, a waist, and a foot on a user's body shape, and by using these three pillows in combination, a natural curvature of a spine is reproduced, and a built-in function is achieved. An object of the present invention is to provide a posture adjusting bedding that can be further raised.

[0004]

In order to achieve the above-mentioned object, a posture-adjusting bedding according to the invention of claim 1 is provided with a head mounting portion having a shape extending from the back of the head to the neck, and a gap between the neck from the back of the head to the neck. In order to eliminate, the head rest part has a shoulder rest part which receives both shoulders formed downwardly from the head rest part continuously from the head rest part, and the head rest part has a rear part applied from the back of the head to the top of the head. It consists of an intermediate part where the occiput is located, and a front part which is applied from the occiput to the neck.Each part is divided by a partition provided inside, and the back part, intermediate part and front part are filled with pillow material. Head, from the back to the neck to form a shape, a head pillow with a resection part provided in the approximate center of the shoulder rest, and applied from the waist to the back, almost the center is highest and in both directions through the spine On a gentle down slope It has a formed waist pad and an arm rest extending from both sides from the waist rest, and the waist rest and the arm rest are hard to expand and contract in at least the direction in which the spine passes, and easily expand and contract in this direction. A slender pillow case is formed by sewn the surface material in a predetermined width, and the pillow case is filled with the pillow material, and the elongation of the surface material extends in a direction perpendicular to the direction in which the spine passes. A ridge having a predetermined width is continuously provided, the width of the ridge is made wider at the central portion, and a waist pillow formed sequentially narrower along the downward slope, and a foot pillow for placing an ankle thereon, The height of the pillows, waist pillows and foot pillows is such that the ears, humerus, hip joints, and legs of the body are positioned substantially on a horizontal line in a sleeping posture, and the pillows, waist pillows and foot pillows are combined. It is in a configuration to be used. According to a second aspect of the present invention, in the first aspect of the present invention, the head pillow and the foot pillow are made of a pillow material made of a hinoki chip, a pillow material made of a small piece formed of a thin polyester resin pipe, or a cypress. The pillow is made by mixing a chip material and a small piece formed of a small-diameter polyester resin pipe, and the pillow is packed with a pillow made of polystyrene foam peas. The waist pillow according to the third aspect of the present invention has a waist pad and an arm rest extending on both sides of the waist rest, and the waist rest and the arm rest extend and contract at least in a direction in which the spine passes. A bottom material that is difficult to be sewn and a surface material that easily expands and contracts in the direction are sewn in a horizontal direction at a predetermined width to form a pillow material holder, and the pillow material is packed in the pillow material holder. A ridge of a predetermined width extending in a direction orthogonal to the direction in which the ridge passes is provided continuously, the width of the ridge is made wider at the central portion, and the width of the ridge is gradually reduced toward the end along a downward slope. It is in.

[0005]

According to the structure of the present invention, a head pillow,
By using a combination of three sets of waist pillows and foot pillows, and putting your arms on the arm rests on both sides of the waist pillow to sleep, you can create a state of standing in a correct posture in a sleeping position By regenerating the natural curvature of the spine and balancing the autonomic nervous system, mental stimulation (energy) is transmitted to all organs of the body for the purpose, thereby further enhancing the function of the internal organs. Also, when lying down, the cervical vertebrae is naturally supported by the shoulder being located at the resected portion of the shoulder pad of the head pillow, and the same effect as described above is obtained.

Also, since the head pillow and foot pillow are made of cypress chips and / or small pieces of polyester resin pipes, they are easy to adapt to people of any body type. You can adjust yourself and sleep comfortably. And, while sleeping, the distortion of the spine is adjusted, without carrying over the fatigue of the day tomorrow,
Improve your natural resilience on that day and get tired.

[0007]

Embodiments of the present invention will be described with reference to the drawings. FIG. 1 shows a perspective view of the head pillow and its AA cross section. The pillow 1 on which the head is placed is composed of a head rest part 10 having a shape extending from the back of the head to the neck, and a shoulder rest part 11 provided continuously to the head rest part 10, and the shoulder rest part 11 extends from the shoulder to the back of the head. In order to naturally support the cervical vertebra without causing a gap in the neck, the cradle is formed with a downward slope from the head mounting portion 10. An excision part 12 is provided at substantially the center of the shoulder rest part 11, and when lying down, the shoulder is located at the excision part 12, eliminating the gap and naturally supporting the cervical vertebra.

The head rest 10 is composed of a rear part 10a located on the top of the head, an intermediate part 10b located on the back of the head, and front parts 10c and 10d located on the shoulder rest part 11 side. partitioning portions _131-134 for partitioning is provided between the parts. That is, the head placing part 10 sew the cut pieces (the upper material, the side material, the bottom material, and the inner partition material) surrounded by the solid line in the figure (solid line part in the figure), and the four divided rear parts 10a, Middle part 10
b, constituting the front parts 10c and 10d. Similarly, the shoulder rest part 11 is continuous with the front part 10d and is divided,
It is stitched to the front part 10d.

Each section is filled with a pillow material obtained by mixing a small cypress chip material and a small and cut resin pipe material (small piece) of a polyester resin pipe at a ratio of, for example, 2: 1. Can maintain shape and moderate hardness. That is, in order to create a state that fits the shape of the user's head and does not cause discomfort, an appropriate amount of the pillow material is packed so that the pillow material can slightly move. As the pillow material, either a hinoki chip material or a small piece of a polyester resin pipe may be used. According to the above structure, the position can be adjusted by swinging the occiput so that the cervical vertebra is naturally supported by filling the gap between the shoulder and the occipital region.

FIG. 2 shows a perspective view of a waist pillow and a cross section taken along line BB. The waist pillow 2 is applied from the waist to the back. The waist pillow 20 is formed so that the center is highest and the gently sloping slope is formed in both directions through which the spine passes. The waist portion and the arm rest portion have a structure in which ridges 22 extending in a direction perpendicular to the direction in which the spine passes are provided continuously. Ridge 2
The width of 2 is formed so that the center portion is wide and the width gradually decreases along the downward slope. The ridges are formed by a bottom material 23 made of a fabric that is hardly stretchable in at least the direction in which the spine passes and a surface material 2 made of a fabric that easily stretches in the direction.
After performing the linear stitching 25 in the horizontal direction with a predetermined width,
An elongated pillow material holder 26 having a wide center and narrowing toward both ends is provided continuously. When the pillow material is packed into the pillow material container 26 from the side opening, the surface material 24 is stretched by the filling material to form the ridge 22. Then sew and close the side openings. As the pillow material, small-diameter polystyrene foam beads are used, and the pillow material is packed in such a degree that the pillow can be slightly moved according to the usage state of the waist pillow, thereby maintaining the shape of the ridge and maintaining appropriate hardness.

FIG. 3 shows a perspective view of the foot pillow and a cross section taken along line CC. The foot pillow 3 has a mountain-shaped cross section and a footrest 30 having a gentle slope on one side and a relatively steep slope on the opposite side.
The foot pillow 3 is formed by sewing a bottom material 31, an upper material 32 forming the foot rest 30 and both side materials 33, and a cut piece made of a partition material therein. each inclined surface partitioning portion 34 _{1-34 3} provided are divided plurality. Each section is filled with pillows, which are made by mixing small cypress chips and resin pipes (small pieces) obtained by cutting small pieces of polyester resin pipes at an appropriate ratio, maintaining their shape and maintaining appropriate rigidity. ing.

Next, the use of this embodiment will be described.
FIG. 4 shows a state of the sleeping posture. The pillow 1, the waist pillow 2, and the foot pillow 3 are placed, and the body is placed on the back as shown by the body line. At this time, by swinging the head, waist, and legs directly to the side, that is, by rolling the body, each pillow is slightly deformed by the weight of the body and can be fitted to its own body shape. Therefore, by using a pillow, a waist pillow, and a foot pillow, a correct posture when standing can be created even in a sleeping posture, the natural curvature of the spine is reproduced, and the autonomic nerve is balanced. It is transmitted to all organs of the body for the purpose of mental stimulation (energy), and the internal function is further enhanced. As an embodiment of the present invention, the use of a three-piece set of a pillow, a waist pillow and a foot pillow has been described, but the waist pillow of the present invention can be used alone or in combination with a conventional head pillow or foot pillow. You can do it. In this case, the waist pillow is applied from the waist to the back, and the waist rest is formed at the highest height substantially in the center and has a gentle downward slope in both directions through which the spine passes, and the arm rest extending from the waist rest to both sides. The waist rest portion and the arm rest portion are formed by sewn a bottom material that is difficult to expand and contract at least in the direction in which the spine passes and a surface material that easily expands and contracts in the direction at a predetermined width to form a pillow material storage portion. By filling the pillow material into the pillow material storage portion, a ridge having a predetermined width extending in a direction perpendicular to the direction in which the spine passes by the elongation of the surface material is continuously provided, and the width of the ridge is set at the central portion. Are made wider and are gradually narrowed along the downward slope toward the end side. By using such a waist pillow constantly by a person who has a chronic illness in the waist such as a backache, the spine can be regenerated to the correct curvature, the cause of the backache can be eliminated, and the effect of speeding up the recovery can be expected.

[Brief description of the drawings]

FIG. 1 is a perspective view of a pillow on which a head is placed in a posture adjusting bedding according to the present invention, and a cross-sectional view taken along line AA.

FIG. 2 is a perspective view of a waist pillow and a cross-sectional view taken along line BB.

FIG. 3 is a perspective view of a foot pillow and a cross-sectional view taken along line CC.

FIG. 4 is an explanatory diagram of a use state of a pillow, a waist pillow, and a foot pillow.

[Explanation of symbols]

1 ... Pillow on which the head is placed, 2 ... Waist pillow on which the waist is placed, 3 ... Foot pillow on which the foot is placed

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁶ Identification code FI A47G 9/00 A47G 9/00 C A61G 7/05 A61G 7/04

Claims (3)

[Claims] 1. A head mounting portion having a shape extending from the back of the head to the neck and a head mounting portion formed continuously downward from the head mounting portion so as to eliminate a gap between the head mounting portion and the neck. Having a shoulder pad for receiving the shoulder of the head, the head rest part is composed of a rear part applied from the back of the head to the top of the head, an intermediate part where the back of the head is located, and a front part applied from the back of the head to the neck, Each part is partitioned by a partition provided inside, and the rear part, the middle part, and the front part are filled with pillows,
Forming a shape extending from the back of the head to the neck, a head pillow provided with a cutout substantially at the center of the shoulder rest, and applied from the waist to the back, with the center almost the highest and in both directions through the spine It has a waist pad formed on a gentle down slope and an arm rest extending from both sides from the waist rest, and the waist rest and the arm rest are hard to expand and contract in at least the direction in which the spine passes. A pillow material storage portion is formed by sewing a surface material that easily expands and contracts in the direction at a predetermined width in a lateral direction, and a pillow material is packed in the pillow material storage portion. A waist pillow formed by continuously providing ridges of a predetermined width extending in a direction orthogonal to each other, making the width of the ridges wide at the central portion, and gradually narrowing down the slope toward the end; A head pillow, a waist pillow and a foot pillow, and In the body of the ear, humerus, hip, as the foot of the outer Kurobushi is positioned in a substantially horizontal line, attitude adjustment bedding used in combination 該枕, waist pillow and foot pillow. 2. The head pillow and the foot pillow are made of a pillow material made of a hinoki chip, a pillow material made of a small piece formed of a thin polyester resin pipe, or a hinoki chip material and a thin polyester resin pipe. The posture-adjusting bedding according to claim 1, characterized in that a pillow material made of polystyrene foam peas is packed in the pillow material mixed with the formed small pieces and the pillow, respectively. 3. A waist rest, and an arm rest extending on both sides of the hip rest, wherein the waist rest and the arm rest are hard to expand and contract at least in a direction in which the spine passes. A pillow material storage portion is formed by sewing a surface material that easily expands and contracts to a predetermined width in the lateral direction, and the pillow material is packed in the pillow material storage portion, and is perpendicular to the direction in which the spine passes by the elongation of the surface material. A waist pillow comprising a plurality of ridges having a predetermined width continuously extending in a direction, wherein the width of the ridges is made wider at the central portion, and is gradually reduced along an inclining slope toward an end.