JP3216084U - Pillow with the effect of relieving head and neck pressure - Google Patents

Abstract

Provided is a pillow that effectively improves the point that a user's head and neck posture is worsened due to insufficient support of a conventional pillow and is likely to cause snoring, thereby relieving head and neck pressure. To do. A pillow main body 10 includes a headrest portion 11, a necklace portion 12, and both side prone portions 13, and each portion is independent by a groove between these portions, and is used during sleep. When the person moves the head, the necklace part 12 does not cause a problem that the quality of the sleep is deteriorated by causing the parts to be simultaneously supported and causing the lack of support to easily move the head. Protrusions are formed higher, effectively maintaining the communication of the upper airway when the user is supine, and reducing the snoring situation. Moreover, by installing a spacer below the pillow body 10, it is possible to provide breathability in the user's back direction and the like, and to improve comfort during sleep. [Selection] Figure 1

Description

  This utility model is a pillow, which can improve the covering and supporting properties in particular, can effectively reduce the snoring situation of the user, and also ensure comfort and sleep comfort It is a pillow that has the effect of relieving head and neck pressure, which can increase blood pressure.

  Conventional pillows lie on the pillow body by the flat or curved surface of the pillow body, but when the user sleeps on the pillow body, the position of the user's head on the pillow body The neighborhood also receives pressure and is depressed, causing a lack of support for the head and neck of a conventional pillow user.

  In addition, when the user breathes, if the airflow passes through the upper respiratory tract, i.e., from the nasopharynx to the epiglottis cartilage, if the airflow is obstructed, a snoring situation occurs, and the whole body during sleep When the tension of the throat muscle of the user is insufficient because the muscle relaxes, if the tongue base touches the soft palate, uvula, soft palate or pharyngeal wall, the air flow is disturbed, and further vibrations are generated and snoring occurs. Conventional pillows lack support for the user's head and neck, so the user's sleep posture cannot be adjusted, and the user's neck and head are easily compressed, The communication of the upper airway cannot be maintained, and the snoring situation is more likely to occur, which affects the sleep quality of the user. To summarize the above, there is no doubt that the conventional pillow should be improved.

  The conventional pillow has insufficient support for the user's head and neck, and the user's sleep posture cannot be adjusted, thus making it difficult to maintain communication with the user's upper airway In order to solve this problem, this utility model divides the pillow body into four blocks, such as the headrest part, necklace part, and two lateral parts, and the conventional pillow is easy to be depressed near the user's head. This effectively improves the drawback of not being able to provide a sufficient support effect. Further explanation is as follows.

The utility model is a pillow having an effect of relieving head / neck pressure, which includes a pillow body, and the pillow body includes a headrest portion, a necklace portion, and two lateral position portions, so,
The headrest portion has a concave curved surface,
The necklace part is adjacent to the headrest part across the first groove, linearly opposed, and
The two laterally positioned portions are adjacent to the headrest portion and the necklace portion, respectively, with a second groove therebetween, and the two laterally positioned portions are installed symmetrically, and each laterally laterally positioned portion is the headrest portion. And a cheek rest recessed part is provided in the position near this necklace part, and the spacer which has air permeability is installed under the said pillow main body.

  Furthermore, the spacer is a sheet-like three-dimensional knitted fabric.

  Further, the spacer is arranged between a pair of upper and lower plain weaves, in which a plurality of high shrinkage yarns along the warp of the plain weave are woven in a row in the weft direction of the plain weave, and the upper and lower plain weaves are curved in a wave shape, respectively Is a three-dimensional multi-woven knitted fabric in which a plurality of rows of hollow portions are formed.

  Further, at least one pad is provided below the spacer, and the pillow body and the pad are stacked with the spacer interposed therebetween.

  Further, the top surface of the necklace part has a lower part near the middle than the parts on the left and right sides, and a gap is formed in the middle part of the necklace part downward from the top surface.

  Further, a plurality of vent holes provided at intervals are formed in the headrest portion.

  Further, a vent hole was formed in the first groove between the headrest portion and the necklace portion.

  Furthermore, a through-hole is provided in each side lateral position, and the through-hole penetrates downward from the cheek rest recessed part of the side lateral position.

  The lower surface of the pillow body was cut out to the side surface of the pillow body, a groove portion communicating with the vent hole or the through hole was provided, and the spacer was housed in the groove portion.

  Furthermore, one contact wall is provided in each of the two laterally positioned parts, and the two contact walls are adjacent to the side wall of the necklace part and located on the same side of the pillow body, The wall is recessed to form a side wall having an arc degree.

  Furthermore, the pad is formed so as to protrude in the shoulder direction of the user from the pillow body.

  Due to the above technical features, this utility model is independent of each other by the first groove and the two second grooves between the headrest portion, necklace portion and two laterally positioned portions of the pillow body. If the user can move the head during sleep, each part will cause a lack of support with concavity at the same time, and the head will easily move, reducing the quality of sleep Will not cause. Furthermore, the ventilation hole, the gap, and the two through holes are provided to improve the breathability and comfort of the user during sleep, and do not cause pressure on the user's cervical spine and ears. Preferably, the necklace portion is higher than the headrest portion, has a protrusion shape, and when the user lies on his / her back, increases the stretch angle at which the head slides backward, provides stable support, and allows communication of the upper airway. It can be effectively maintained, lowering the upper airway resistance, and reducing the snoring situation.

  In addition, by installing a spacer under the pillow body, air permeability under the pillow body is ensured, and it is possible to ventilate the sleeping person lying in the back direction from the pillow body side. Comfort can be increased. Furthermore, by providing the ventilation hole or the through hole, air can flow from the opening side above the ventilation hole or the through hole to the outer peripheral side end surface of the spacer, thereby improving the breathability and comfort of the user during sleep. It can be further increased.

  Further, by providing a groove portion by cutting out the lower surface of the pillow body and storing the spacer in the groove portion, the user's comfort during sleep can be enhanced, and the entire pillow body can be configured compactly. .

  In addition, by forming the pad so as to protrude from the pillow body toward the user's shoulder, it is possible to suppress the fall of the shoulder of the user who placed the head on the pillow body, and The comfort at the time of going to bed can be improved as a better thing.

  For this reason, this utility model effectively improves the point that the user's head and neck posture deteriorates due to lack of support of the conventional pillow, and it is easy to generate a snoring situation, and the head with excellent breathability -To provide a pillow having an effect of relieving neck pressure.

It is a three-dimensional external view of the first preferred embodiment of the utility model. 1 is an overhead view of a first preferred embodiment of the utility model. FIG. FIG. 2 is a schematic view of the usage state of the first preferred embodiment of the utility model. FIG. 3 is another schematic view of the usage state of the first preferred embodiment of the utility model. It is an external appearance top view which shows the 1st suitable Example of this utility model. It is a three-dimensional exploded view of a second preferred embodiment of the utility model. It is a three-dimensional exploded view of a third preferred embodiment of the utility model. It is an external view which shows the structure of a spacer. It is the schematic which shows the structure of a spacer. It is an enlarged view which shows the structure of a spacer. It is a three-dimensional exploded view of the fourth and fifth preferred embodiments of the utility model.

  In order that the technical features and practical effects of the utility model can be understood in detail and can be realized in accordance with the contents of the specification, a preferred embodiment shown in the drawings will be described as follows. Detailed explanation will be given.

  The utility model is a pillow having an effect of relieving head / neck pressure. The first preferred embodiment is as shown in FIGS. 1 and 2, and includes a pillow body 10. Includes a headrest portion 11, a necklace portion 12, and two laterally locating portions 13, wherein each portion is separated by a first groove 101 and two second grooves 102, and the headrest portion 11 And the necklace portion 12 are linearly opposed to each other, and the two laterally positioned portions 13 are symmetrically installed on both the left and right sides of the headrest portion 11 and the necklace portion 12.

  The headrest portion 11 has a concave curved surface and is provided through a plurality of air holes 111 that are spaced from each other. The neckrest portion 12 is separated from the first groove 101 by the headrest portion 11. Are adjacent to each other in a straight line, and are close to the middle of the top surface of the necklace portion 12 lower than the left and right side portions, and the top surface of the necklace portion 12 is the headrest portion 11. A gap 121 is recessed in the middle of the necklace portion 12 downward from the top surface, and the depth of the gap 121 is smaller than that of the first groove 101.

  The two lateral reed portions 13 are adjacent to the headrest portion 11 and the necklace portion 12 with the second groove 102 therebetween, respectively, and the two lateral relieved portions 13 are installed symmetrically. The cheekrest recess 131, the through hole 132, and the abutting wall 133 are provided in the portion 13, and the cheekrest recess 131 is formed on the headrest portion 11 and the necklace portion 12 of the lateral recumbent portion 13. When the cheek of the user sticks to the cheekrest recess 131, the through-hole 132 is formed as a recess in a close position, and the through-hole 132 penetrates downward from the cheekrest recess 131. It is in a position corresponding to the user's ear on the cheekrest recess 131, and the corresponding contact wall 133 is a side wall of the laterally lying position 13 and on the outer peripheral edge of the pillow body 10, and the pillow Body 10 Located sidewall same side of the necklace isolation portion 12, and the abutment wall 133 forms a side wall having an arc degree and the inner concave.

  Please refer to FIG. When the user lies on the pillow body 10 and both shoulders abut against the abutting walls 133 of the two laterally lying portions 13, the user's back head is supported by the headrest portion 11, and the headrest The curved surface of the portion 11 prevents the user's head from slipping easily on the pillow body 10 during sleep, and the user's neck is supported by the necklace portion 12. The shape of the both sides of the neck is higher than the middle so that the back of the user's neck is covered, and the gap 121 can prevent the necklace portion 12 from compressing the user's cervical spine. Preferably, as shown in FIG. 4, when the user turns over during sleep to form a lateral position, the cheek sticks tightly to the cheekrest recess 131, and the two through holes 132 The installation can prevent the user's ear from being pressed.

  Further, as shown in FIG. 5, a vent hole 1011 penetrating to the lower side of the pillow body 10 can also be formed on the bottom surface of the first groove 101 between the headrest portion 11 and the necklace portion. By installing the ventilation hole 1011, it is possible to improve the breathability during sleep of the user, in particular, the comfort on the back side of the neck where sweat easily occurs.

  A second preferred embodiment relating to the utility model is as shown in FIG. 6, and the difference from the first preferred embodiment is that when the user is accustomed to sleeping on a high pillow, the pillow body 10 At least one pad 20 may be assembled and used on the lower side, and the at least one pad 20 has three cushions of the same thickness, two of which are two of the pillow body 10 respectively. The lower body 13 is installed below one side rest part 13 and the remaining one is installed below the headrest part 11 and the necklace part 12, and the at least one pad 20 allows the user to change the pillow body 10 at different heights to the user. In the second preferred embodiment, the pillow having the effect that the effect can be utilized and the effect of relieving the head / neck pressure can simultaneously assemble a plurality of pads 20 of different heights. , That By habit to adjust the height to different users, to use the 該枕 body 10.

  Due to the above technical features, the utility model is formed by the first groove 101 and the two second grooves 102 between the headrest portion 11, the necklace portion 12 and the two laterally positioned portions 13 of the pillow body 10. When providing the independence between the parts and allowing the user to move the head during sleep, the quality of the sleep by allowing each part to easily move the head due to lack of support at the same time with depression Does not cause the problem of lowering. Furthermore, the ventilation hole 111, the gap 121, and the two through holes 132 are provided to improve the breathability and comfort of the user during sleep, and do not cause pressure on the user's cervical spine and ear. Preferably, the necklace portion 12 is higher than the headrest portion 11 and has a protruding shape, and when the user lies on his / her back, increases the stretch angle at which the head slides backward, provides stable support, and Effectively maintains communication, lowers upper airway resistance, and reduces snoring. For this reason, this utility model effectively improves the point that the user's head and neck posture worsens due to lack of support of the conventional pillow and causes the snoring situation, thereby relieving head and neck pressure. A pillow having an effect is provided.

  A third preferred embodiment relating to this utility model is as shown in FIG. 7, and the difference from the first preferred embodiment is that a spacer 30 having air permeability is provided on the lower side of the pillow body 10. In this case, as shown in the figure, the pad 20 may be further provided on the lower side, and the spacer 30 may be sandwiched between the pillow body 10 and the pad 20, or the pad 20 may not be installed. It can also be used. The air-permeable spacer 30 is formed of a sheet-shaped three-dimensional knitted fabric, and preferably has a shape corresponding to the present joint surface of the sheet-shaped three-dimensional woven knitted fabric knitted as shown in FIG. It is formed by cutting. Specifically, as shown in the schematic diagram of FIG. 9, the three-dimensional multi-woven knitted fabric is composed of a plurality of high-shrinkage yarns along the warp 31 with respect to a plain weave mainly composed of warp 31 and weft 32 of polyester or polyethylene terephthalate monofilament 33 has a structure in which a plurality of hollow portions 34 are formed in the direction of the weft 32 by weaving 33 in a row in the direction of the weft 32 and curving the plain weave in a wave shape from the woven portion. In the three-dimensional multi-woven knitted fabric of this example, as shown in the enlarged view of FIG. 10, a pair of plain weaves are provided above and below the high shrinkage yarn 33, and the pair of plain weaves are curved in a wave shape, thereby forming three layers. It is composed of a three-dimensional structure. The three-dimensional multi-woven knitted fabric has a high cushioning property when the row-shaped hollow portions 34 formed by curving a plain weave absorbs an impact, and has excellent air permeability. It can also be adjusted by changing the height of the hollow portion 34. In the present embodiment, a three-layered multi-layered knitted fabric is used as the spacer 30, but a multilayer structure of two layers or three or more layers can also be used.

  The spacer 30 is not limited to the above-described three-dimensional multi-woven knitted fabric, but may be any configuration as long as it can exhibit cushioning properties and breathability in addition to various other three-dimensional knitted fabrics. Alternatively, it may be a sheet-like spacer 30 having at least air permeability.

  Thus, by providing the spacer 30 on the lower side of the pillow body 10, the two through holes of the vent hole 111 of the headrest part 11, the vent hole 1011 of the first groove part 101 and the cheekrest recessed part 131 are formed. Air can flow from the upper opening side of the vent holes 111 and 1011 and the through hole 132 to the outer peripheral side end face of the spacer 30 through the opening side below 132 and the spacer 30 having excellent air permeability. The breathability and comfort at the time can be further enhanced. In addition, when the user turns over and forms a lateral position, the through hole 132 is at a position corresponding to the user's ear. Therefore, even if the ear is on the pillow body 10 side, the user can easily listen to sound such as music or voice from the outside through the through hole 132 through the spacer 30 from the outer peripheral side end face of the spacer 30. Therefore, it is possible to listen to sound such as music or voice with both ears together with the other ear.

  Further, even if the pillow body 10 is not formed with the vent holes 111, 1011 or the through-hole 132, the spacer 30 is provided below the pillow body 10 to ensure the air permeability below the pillow body 10. In addition, it becomes possible to ventilate the sleeping person lying in the back direction from the pillow body 10 side, and the comfort of the user during sleep can be enhanced.

  Next, a fourth preferred embodiment relating to the utility model is as shown in FIG. 11, and the difference from the third preferred embodiment is that the lower surface of the pillow body 10 extends to the side surface of the pillow body 10. The groove portion 103 is provided by cutting out, and the spacer 30 is accommodated in the groove portion 103. The groove portion 103 communicates with the vent holes 111, 1011 and the through hole 132, and the two through holes, the vent hole 111 of the headrest portion 11, the vent hole 1011 of the first groove portion 101, and the cheekrest recessed portion 131. Through the spacer 30 having excellent air permeability and the opening side below the hole 132, air can flow from the opening side above the vent holes 111, 1011 and the through hole 132 to the outer peripheral side end surface of the spacer 30, and the user can The air permeability and comfort during sleep can be further increased, and the pillow body 10 can be configured in a compact manner.

  Further, when the user turns over and forms a lateral position, even if the ear is on the pillow body 10 side, external sounds or sounds such as voice are transmitted from the outer peripheral side end face of the spacer 30 through the spacer 30. Therefore, it is possible to easily listen through the through-hole 132, and accordingly, sound such as music or voice can be heard in both ears together with the other ear.

  In the present embodiment, the groove portion 103 is cut out to both side surfaces along the longitudinal direction of the pillow body 10, but the groove portion 103 is cut out to at least one of the side surfaces of the pillow body 10. Effects such as air permeability can be achieved. Further, as shown in the figure, an annular protective member 40 that prevents the side end of the spacer 30 from being unwound may be attached to the side peripheral end of the spacer 30. Further, the three pads 20 can be set as one as in the above embodiment, and may be a single pad 20 as shown in FIG.

  The fifth preferred embodiment relating to the utility model is also described with reference to FIG. 11. The pad 20 is formed wider in the shoulder direction than the pillow body 10 as shown in the figure. The pad 20 is attached so as to protrude from the shoulder side surface of the pillow body 10 toward the shoulder. By attaching the pad 20 in this way, the fall of the shoulder portion of the user who placed the head on the pillow body 10 is suppressed, and the user's sleeping posture is improved, and the sleeping comfort is improved. Can be increased.

  What has been described above are merely preferred embodiments of the utility model and are not any form of limitation on the utility model. Anyone who has ordinary knowledge in the technical field to which he belongs has changed or modified the locality using the technical contents disclosed by the utility model without departing from the scope of the technical solution provided by the utility model. If an equivalent embodiment is performed and the contents of the technical model of the utility model are not deviated, they all belong to the scope of the technical model of the utility model.

DESCRIPTION OF SYMBOLS 10 Pillow body 101 1st groove | channel 1011 Vent hole 102 2nd groove | channel 103 Groove part 11 Headrest part 111 Vent hole 12 Necklace part 121 Crevice 13 Side lying part 131 Cheek rest recessed part 132 Through-hole 133 Contact wall 20 Pad 30 Spacer 31 Warp yarn 32 Weft yarn 33 High shrinkage yarn 34 Row-shaped hollow portion 40 Protection member

Claims (11)

Including a pillow body,
A headrest portion having a concave curved surface;
A necklace part which is adjacent to the headrest part across the first groove and is linearly opposed;
Two scissors that are adjacent to the headrest portion and the necklace portion and symmetrically provided with a second groove therebetween, and provided with a cheekrest recessed portion at a position close to the headrest portion and the necklace portion, respectively. Including
A pillow having an effect of relieving head / neck pressure by installing a breathable spacer below the pillow body.
The pillow having an effect of relieving head and neck pressure according to claim 1, wherein the spacer is a sheet-shaped three-dimensional knitted fabric.
The spacer is woven between a pair of upper and lower plain weaves so that a plurality of highly shrinkable yarns along the warp of the plain weave are arranged in a row in the weft direction of the plain weave. The pillow having an effect of relieving head and neck pressure according to claim 1, wherein the pillow is a three-dimensional multi-woven fabric knitted fabric in which a row of hollow portions is formed.
The pillow / neck pressure according to any one of claims 1 to 3, wherein at least one pad is provided below the spacer, and the pillow body and the pad are stacked with the spacer interposed therebetween. Pillow with the effect of.
The top surface of the necklace part is lower in the middle part than the left and right parts, and a gap is provided in the middle part of the necklace part downward from the top surface. A pillow having an effect of relieving head and neck pressure according to any one of the above.
The pillow having an effect of relieving head / neck pressure according to any one of claims 1 to 5, wherein a plurality of air holes arranged at intervals are formed in the headrest portion.
The pillow having an effect of relieving head and neck pressure according to any one of claims 1 to 6, wherein a vent hole is formed in a first groove between the headrest portion and the necklace portion.
The head / neck pressure according to any one of claims 1 to 7, wherein a through hole is provided in each lateral recumbent portion, and the through hole penetrates downward from a cheek rest recessed portion of the lateral recumbent portion. Pillow with the effect of.
The lower surface of the pillow main body is cut out to the side surface of the pillow main body, a groove portion communicating with the vent hole or the through hole is provided, and the spacer is accommodated in the groove portion. The described pillow / pillow having an effect of relieving neck pressure.
One contact wall is provided for each of the two laterally positioned parts, and the two contact walls are adjacent to the side wall of the necklace part, and are located on the same side of the pillow body. The pillow which has the effect which relieves head and neck pressure of any one of Claim 1 to 9 which forms the side wall which has an arcuate indent.
  The pillow which has the effect of relieving head and neck pressure according to any one of claims 4 to 10, wherein the pad is formed so as to protrude in the shoulder direction of the user from the pillow body.

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