JP3100315U - pillow - Google Patents

Abstract

PROBLEM TO BE SOLVED: To develop a pillow which can cover a head and a neck as well as a shoulder and a mouth with a pillow, and promotes a good sleep for a user.
SOLUTION: This is a substantially thick rectangular shape composed of a pillow cloth (1) and a filling (7) filled in the pillow cloth (1), and its long sides (10) (11) are gentle. It is characterized in that the thickness (T1) of the central portion (12) is formed slightly thinner than the portions (13) (13) on both sides thereof, whereby When lying on the back and placing the head on the center of the pillow (A), the entire part from the back of the head to the neck is softly supported in contact with the pillow (A) and the long side (10) or (11) of the pillow (A) The gently convex portions (14, 14) of both end portions (13) of) lightly contact both shoulders, and the pillow (A) covers the portion from the base of the neck to both shoulders. As a result, the sense of stability in the part from the neck to the shoulder is increased, and the sleep is invited.
[Selection diagram] Fig. 1

Description

The present invention relates to a new sleeping comfort pillow that fits into the shoulder opening at bedtime and additionally supplies negative ions.

In the past, many pillows have been studied in search of bedtime comfort. For example, the pillow described in Japanese Utility Model Laid-Open Publication No. 7-44155 consists of three bags, large, medium, and small, so that the user of the pillow can adjust the head support height to the cervical vertebra that matches his / her body shape. In this way, a comfortable sleep can be obtained.

The pillow described in Japanese Unexamined Utility Model Publication No. 7-39639 has three air chambers, and finely adjusts the shape and height of the pillow by adjusting the amount of air in each air chamber. It is intended to provide a pillow that can satisfy even if the pillow is in a horizontal position.

The pillow described in Japanese Utility Model Laid-Open Publication No. 5-47963 has a head rest portion disposed at an upper portion of a pillow main body and a main bag containing a large number of granules. The height of the section mounting section is not adjustable.

The pillow described in Japanese Utility Model Laid-Open Publication No. Hei 7-39637 has a rectangular bag, and opens both ends at the center of the bag, sewes a three-dimensional gusset, and fills the bag with a hard filling. The pillow is designed so that one side is set high and the other side is set low, and the neck is placed on a high bag and the head is placed on the low part.

The pillow described in Japanese Utility Model Laid-Open No. 5-68484 is a pillow in which an independent solid filler is accommodated inside a bag-shaped pillow, and a plurality of partition cloths are provided vertically and horizontally inside the pillow. The inside of the pillow is divided into a plurality of independent sections, so that the movement of the filler between the independent sections is suppressed, the head mounting surface can be large and can maintain an average height, It is a pillow that fits well into your head and has excellent usability.

The pillow described in Japanese Utility Model Laid-Open Publication No. Hei 7-30832 uses a pile fabric for the outer bag, a mesh fabric for the middle bag, and a short cylindrical pipe as a filler. The aim is to improve the familiarity of the head by making it easy to adjust the height, and to get a good night's sleep.

The pillow described in Japanese Utility Model Laid-Open Publication No. 5-62928 is provided with a lateral support and a vertical support at the center of the pillow, the left and right sides and the lower center of the pillow are formed high, and the upper center is formed low, so that the neck portion of the pillow is formed. The height difference between the head and the head makes it possible to acupressure the neck in the supine position and make it harder to snore. In the horizontal position, the head does not turn and the user can sleep naturally.
Japanese Utility Model Publication No. 7-44155 Japanese Utility Model Publication No. Hei 7-39639 Japanese Utility Model Application Laid-Open No. 5-79963 Japanese Utility Model Publication No. Hei 7-39637 Japanese Utility Model Publication No. 5-68484 Japanese Utility Model Publication No. 7-30832 Japanese Utility Model Publication No. 5-62928

Although the present invention described above all seeks a good night's sleep, it only pursues its fit by changing the height with respect to the head and neck, and the relationship between the shoulder opening and the head with respect to the pillow, and the rollover. There has never been a pillow that takes into account the relationship between the shoulders and the head when wandering. In particular, in winter, it was overlooked that when the shoulder opening was opened, the cold night air hit the shoulder opening, and the shoulder was cooled to prevent a good night's sleep.

The present invention has been made in view of the problems of the conventional examples, and has as its object to develop an advanced pillow that can cover not only the relationship between the head and neck of the pillow but also the shoulder opening. . It is another object of the present invention to additionally supply negative ions from the pillow to the surroundings to promote the user's sleep.

The pillow (A) according to claim 1 of the present invention is a thick pillow (1) composed of a bag-like pillow (1) and a filling (7) filled in the pillow (1). The thickness (T1) of the central portion (12) is formed to be slightly thinner than the portions (13) and (13) on both sides thereof, and the long sides (10) and (11) are formed in a smoothly concave curved shape. It is characterized.

By this, when lying on his back and putting his head on the center of the pillow (A), the center part (12) of the pillow (A) sinks under the weight of the head, and the entire part from the back of the head to the neck is the pillow (A) The gently convexly curved portions (14) and (14) of both ends (13) of the long side (10) or (11) of the pillow (A) are softly supported in contact with the The pillow (A) covers the part from the base of the neck to both shoulders. As a result, the sense of stability in the part from the neck to the shoulder is enhanced, and the cold night air does not enter the shoulder opening and induces a good night's sleep.

Also, since the thickness of the central portion (12) of the pillow (A) is formed slightly thinner than the portions (13) and (13) on both sides thereof, (in other words, the thickness of the both sides (13) and (13) is smaller). It is easy to turn over, and when turning over, the thickness (T2) of the end portion (13) on which the head is placed is almost equal to the height of the shoulder, and as a result, the position of the head is The head is slightly raised and the head does not sink (in other words, it is kept almost horizontal), and it is possible to get a good sleep even in the sideways state.

Claim 2 is a first example of the pillow cloth (1) of the pillow (A), wherein the pillow cloth (1) is a front side cloth (a), a back side cloth (b) and a side cloth (c) covering the periphery. And at least the front side cloth (a) or the back side cloth (b) is formed of a quilted cloth (K) filled with negative ion generating cotton (3). "

Since the quilting cloth (K) filled with negative ion generating material (3) is used, negative ions are constantly generated from around the head during sleep, and this is absorbed by the user without knowing during sleep As a result, the user's spirit is calmed down and a deep sleep is given, so that a comfortable awakening is brought about.

Claims 3 to 5 relate to the second to fourth examples of the pillow cloth (1) of the pillow (A), wherein the pillow cloth (1) is a front cloth (a), a back cloth (b) and a side cloth that covers the periphery. (c), at least the front side fabric (a) or the back side fabric (b), inside the porous material containing cotton (31), far infrared ray generating material containing cotton (32) or antibacterial material containing It is formed of a quilted cloth (K) filled with cotton (33). "

綿 In the case of the porous material-containing cotton (31), for example, fine powder of a porous material such as charcoal is kneaded into synthetic resin cotton, and has a deodorizing effect and a far-infrared ray generating effect. The far-infrared ray generating material-containing cotton (32) is a material in which a far-infrared ray generating material such as ceramic fine powder or the above-mentioned carbide fine powder is kneaded into synthetic resin cotton. The antibacterial material-containing cotton (33) is, for example, a material obtained by kneading a silver-based antibacterial material into synthetic resin cotton, or a material impregnated with an antibacterial agent such as catechin.

Claim 6 is a case where at least one of the porous material-containing cotton (31), far-infrared ray-generating material-containing cotton (32) and antibacterial material-containing cotton (33) is used as the filling (7). The same operation and effect as described above can be obtained.

Since the pillow of the present invention is configured as described above, the pillow can be covered from the base of the neck to the periphery of the shoulder with the long side of the pillow, and is excellent in stabilizing the head when sleeping in the supine position. Qi intrusion can also be prevented, and a good night's sleep is guaranteed. Further, since both sides of the pillow are slightly higher than the central portion, it is easy to turn over, and the head does not fall even when the player hits the pillow, and a good sleep can be obtained even in a sideways state. Also, by filling the front / rear side cloth with the negative ion generating material, the negative ions can be absorbed during bedtime, and comfortable awakening can be guaranteed.

Hereinafter, the pillow (A) of the present invention will be described with reference to the illustrated embodiment. The pillow (A) is composed of a pillow cloth (1) and a padding (7) filled inside the pillow cloth (1), and has a substantially thick rectangular shape as shown in FIG. is there. The long sides (10) and (11) are gently concavely curved, and the thickness (T1) of the central portion (12) is slightly smaller than the thickness (T2) of the portions (13) and (13) on both sides. It is formed thin. The two lines (15) formed in the longitudinal direction of the central portion (12) are sewn lines sewn through the central portion (12), so that the thickness of the central portion (12) is reduced on both side portions (13). It will be formed slightly thinner than (13). Of course, when the padding (7) described later is a foamed simple substance, the padding (7) itself may be formed in a predetermined shape of the pillow (A).

The pillow cloth (1) is formed in the predetermined shape by sewing a front side cloth (a), a back side cloth (b), and a side cloth (c) together. The front side cloth (a), the back side cloth (b) and the side cloth (c) may be a normal soft cloth with a raised surface or the front side cloth (a) and / or the back side cloth (b), and the inside may be negative. Quilting cloth (K) filled with ion generating material (3), porous material-containing cotton (31), far-infrared ray generating material-containing cotton (32) or antibacterial material-containing cotton (33) is used.

As the latter negative ion generating material (3), for example, cotton mainly composed of polyester blended with a porous mineral that generates negative ions by friction or vibration is used, and the outer cloth (2) of the quilted cloth (K) is used. ) And the inner cloth (4).

As described above, the porous material-containing cotton (31) is, for example, Bincho charcoal (not limited to Bincho charcoal, may be bamboo charcoal, may be coconut shell activated carbon, or may be a porous material). Fine powder of a porous material is kneaded into synthetic resin cotton (for example, polyester cotton), and has a deodorizing effect and a far-infrared ray generating effect. In particular, bamboo charcoal has been attracting attention recently, and has a wide range of pore sizes from ultra-fine to nano-sized, and has a wide range of trapping action from odor molecules with large molecular weight to odor molecules with small molecular weight. It has a wide range of deodorant effects.

The far-infrared ray generating material-containing cotton (32) is obtained by kneading a material that generates far-infrared rays such as ceramic fine powder or the above-mentioned carbide (charcoal) fine powder into synthetic resin cotton (for example, polyester cotton). The antibacterial material-containing cotton (33) is, for example, a material obtained by kneading a silver-based antibacterial material into synthetic resin cotton (for example, polyester cotton) or a material impregnated with an antibacterial agent such as catechin. By these effects, recovery from fatigue during sleep and a good night's sleep are ensured.

Claim 6 is a case where at least one of the porous material-containing cotton (31), far-infrared ray-generating material-containing cotton (32) and antibacterial material-containing cotton (33) is used as the filling (7). The same operation and effect as described above can be obtained.

The filling (7) may be formed of ordinary cotton or cotton that generates the negative ions, a pipe cut from a soft tube, a buckwheat hull or other granular material, or a urethane foam member formed by molding into a predetermined shape. May be formed. When using an amorphous material such as the former as the stuffing (7), the pillow cloth (1) is sewn so as to have the shape of the present invention, and the stuffing (7) has moderate hardness and elasticity inside. Stuffed. In the latter case, an opening (not shown) is formed in the back side cloth (b) or the side cloth (c), from which the foam filling (7) formed in a predetermined shape is inserted and removed. A chuck (not shown) is sewn to the opening, and after filling with the filling (7), the opening is closed by the chuck.

Next, how to use it will be described. First, the user lays on his back on a futon or bed and places his head on the center of the pillow (A). As a result, the central part (12) of the pillow (A) sinks under the weight of the head, and the entire part from the back of the head to the neck is softly supported in contact with the pillow (A) and the long side (10 ) Or gently convex portions (14) (14) of both ends (13) of (11) lightly touch both shoulders, and the part from the base of the neck to both shoulders is a pillow (A) Covered. As a result, the sense of stability in the part from the neck to the shoulder is increased.

If you are using cotton that generates negative ions for the surface side cloth (a) in contact with the head and the internal padding (7), moving the head on the pillow (A) forms the negative ion generating material (3) Negative ions are generated due to friction and vibration between the fibers, and are released to the periphery of the pillow (A) through the front side cloth (a) and the back side cloth (b). When the quilting cloth (K) is used, negative ions are easily released from the thread hole (6) where the quilting thread (5) is sewn. During sleep, the user takes in the negative ions into the body through breathing and skin, so that the body and mind are relaxed and a sound sleep is achieved.

Similarly, when the porous material-containing cotton (31) is used, the skin of the head from which far infrared rays are emitted is stimulated to give vitality and luster to the skin during sleep. Further, the odor of the pillow (A) and its surroundings is adsorbed by the porous material kneaded into the porous material-containing cotton (31), and the pillow (A) can be kept in a odorless and comfortable state. The far-infrared ray generating material-containing cotton (32) using the ceramic fine powder has the same far-infrared ray as that described above. Use of the antibacterial material-containing cotton (33) kills bacteria and mold attached to the surface of the pillow (A), so that it has an excellent deodorizing effect as well as an excellent hygiene effect.

人 Also, it is known that a person repeatedly turns over during sleep. In the case of this pillow (A), the thickness (T1) of the central part (12) of the pillow (A) is formed slightly thinner than the thickness (T2) of both sides (13) and (13), so that the bed When placed on a futon, the height gradually rises slightly from the central part (12) toward both side parts (13) and (13). Therefore, not only is it easy for the user to roll over, but also when the user rolls over and the head rolls to one end (13) (from the center (12) to both ends (13), (13) (The head rolls smoothly when you roll over), the thickness (T2) of the end (13) on which you put your head is almost equal to the height of your shoulder, and as a result, The head position is slightly elevated and the head does not sink, and a good night's sleep can be obtained.

As described above, the pillow (A) of the present invention has excellent stability of the head when lying down on the back due to the concave curved line of the long side (10) or (11) of the pillow (A), Is covered by the convexly curved portions (14) at both ends of the long side (10) or (11). In particular, it is possible to prevent the invasion of cold night air from the shoulder opening in winter, and to obtain a comfortable sleep. In addition, the user can easily roll over, and as a result, in combination with the negative ion absorbing effect, calms the user's mind, gives a deep sleep, and brings a comfortable awakening.

The special shape of the pillow of the present invention and the negative ion absorption effect, far-infrared ray effect, deodorization effect or sterilization effect give the user a good night's sleep and contribute to health promotion.

The perspective view of the pillow of the present invention Partial enlarged sectional view of FIG.

Explanation of reference numerals

(A) Pillow
(1) Pillow cloth
(7) Stuffing
(10) (11)
(12) Central part
(13) Parts on both sides
(14) Convex curved part
(T1) (T2) Thickness

Claims (6)

It is a thick rectangular shape composed of a bag-shaped pillow cloth and a filling filled inside the pillow cloth, the thickness of the central part is formed slightly thinner than the parts on both sides, and the long side is gentle A pillow characterized by being formed in a concave curved shape. The pillow cloth is composed of a front side cloth, a back side cloth and a side cloth covering the periphery, and at least the front side cloth or the back side cloth is formed of a quilted cloth filled with negative ion generating cotton. The pillow according to claim 1, wherein: The pillow cloth is composed of a front side cloth, a back side cloth and a side cloth covering the periphery, and at least the front side cloth or the back side cloth is formed of a quilted cloth filled with a porous material-containing cotton inside. The pillow according to claim 1, characterized in that: The pillow cloth is composed of a front side cloth, a back side cloth and a side cloth covering the periphery, and at least the front side cloth or the back side cloth is formed of a quilted cloth filled with far infrared ray generating material-containing cotton. The pillow according to claim 1, characterized in that: The pillow cloth comprises a front side cloth, a back side cloth and a side cloth covering the periphery, and at least the front side cloth or the back side cloth is formed of a quilted cloth filled with antibacterial material-containing cotton. The pillow according to claim 1, wherein: The pillow according to any one of claims 1 to 5, wherein the padding is formed of at least one of cotton containing a porous material, cotton containing a far-infrared ray generating material, and cotton containing an antibacterial material.

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