JP3216651U - 3D mesh pillow - Google Patents
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- JP3216651U JP3216651U JP2018001199U JP2018001199U JP3216651U JP 3216651 U JP3216651 U JP 3216651U JP 2018001199 U JP2018001199 U JP 2018001199U JP 2018001199 U JP2018001199 U JP 2018001199U JP 3216651 U JP3216651 U JP 3216651U
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Abstract
【課題】本考案は、3D網目枕を提供する。【解決手段】本考案に係る3D網目枕は枕の本体を含み、枕の本体は中身と殻2を含み、その中に前記中身と殻2の表面が3D網目材料を通じて形成される連続する3D網目構造24を使って、全ての3D網目構造24の深さは10−15mmで、上下端の断面は左右に対称し、対辺が平行する六角形形状の穴で、前記六角形形状の穴は非正六角形形状の穴で、最も狭い対辺距離は5−8mm、最も大きい頂点距離は11−14mmである。本考案の3D網目枕は、通気性と透水性がもっとよく、水洗いができ洗浄しやすく、枕と人の頭部をもっとよく張り合わせて、人体の圧力を分散し、人体の頭頸部をもっとよく保護し、人にもっと快適に睡眠させる。【選択図】図1The present invention provides a 3D mesh pillow. A 3D mesh pillow according to the present invention includes a main body of a pillow, the main body of the pillow includes a content and a shell 2, in which the surface of the content and the shell 2 is formed through a 3D mesh material. Using the mesh structure 24, the depth of all the 3D mesh structures 24 is 10-15 mm, the cross section of the upper and lower ends is symmetrical to the left and right, and the hexagonal holes are parallel to each other. It is a non-regular hexagonal hole, the narrowest opposite side distance is 5-8 mm, and the largest vertex distance is 11-14 mm. The 3D mesh pillow of the present invention has better breathability and water permeability, can be washed with water and is easy to wash, better adhere the pillow and the human head, distribute the pressure of the human body, and better the head and neck of the human body Protect and make people sleep more comfortably. [Selection] Figure 1
Description
本考案は、寝具技術分野に属し、特に3D網目枕に関する。 The present invention belongs to the technical field of bedding, and particularly relates to a 3D mesh pillow.
現在の枕の縦断面の形状は基本的には楕円形であり、それは頭部と接触する部位の高さが高く、両側の高さが低く、このため人体の圧力を分散することに不利であり、頭頸部と腰椎が完全にリラックスできない。それ以外に、現在の枕の中身と殻は普通、材料を使って穴を開けないため、通気性と透水性が悪く、枕全体が洗浄しにくいことを引き起こす。 The shape of the longitudinal cross section of the current pillow is basically an ellipse, which is high in the height of the part in contact with the head and low in both sides, which is disadvantageous for distributing the pressure of the human body. Yes, the head and neck and lumbar spine cannot be completely relaxed. Other than that, current pillow contents and shells are usually not pierced with materials, resulting in poor breathability and permeability, making the entire pillow difficult to clean.
本考案の目的は通気性と透水性がもっとよい3D網目枕を提供し、水洗いができ洗浄しやすく、枕と人の頭部をもっとよく張り合わせて、人体の圧力を分散し、人体の頭頸部をもっとよく保護し、人にもっと快適に睡眠させる。 The purpose of the present invention is to provide a 3D mesh pillow with better breathability and water permeability, which can be washed with water and easy to wash, and the head and neck of the human body are distributed by spreading the pressure of the human body by sticking the pillow and the human head better together To better protect you and make people sleep more comfortably.
この目的を実現するため、本考案に係る3D網目枕は、枕の本体を含み、枕の本体は中身と殻を含み、その中に前記中身と前記殻の表面が3D網目材料を通じて形成される連続する3D網目構造であり、全ての前記3D網目構造の深さは10-15mmで、上下端の断面は左右に対称し、対辺が平行する六角形形状の穴で、前記六角形形状の穴は非正六角形形状の穴で、最も狭い対辺距離は5-8mm、最も大きい頂点距離は11-14mmである。 To achieve this object, the 3D mesh pillow according to the present invention includes a pillow body, the pillow body includes a content and a shell, and the contents and the surface of the shell are formed through the 3D mesh material. It is a continuous 3D network structure, the depth of all the above 3D network structures is 10-15mm, the cross section of the upper and lower ends is symmetrical to the left and right, and the hexagonal holes are parallel to the opposite sides. Is a non-regular hexagonal hole with the narrowest opposite side distance of 5-8mm and the largest vertex distance of 11-14mm.
好ましい実施形態において、本考案は3D網目枕を提供し、特に前記中身の上表面の両端が突起し突起部を形成し、中がへこんで凹部を形成する。 In a preferred embodiment, the present invention provides a 3D mesh pillow, in particular, both ends of the upper surface of the contents protrude to form a protrusion, and the inside is recessed to form a recess.
好ましい実施形態において、本考案は3D網目枕を提供し、特に前記中身が多層に折り畳んで、各層の間に穿孔を通じて固定する。 In a preferred embodiment, the present invention provides a 3D mesh pillow, in particular the contents are folded in multiple layers and secured between the layers through perforations.
もっと好ましい実施形態において、本考案は3D網目枕を提供し、特に前記穿孔が前記中身の断面の中心に位置する。 In a more preferred embodiment, the present invention provides a 3D mesh pillow, particularly where the perforation is located in the center of the cross section of the contents.
もっと好ましい実施形態において、本考案は3D網目枕を提供し、特に前記穿孔と前記中身の両側が外側との距離は20-30cmである。 In a more preferred embodiment, the present invention provides a 3D mesh pillow, in particular, the distance between the perforation and the contents on the outside is 20-30 cm.
好ましい実施形態において、本考案は3D網目枕を提供し、特に前記中身の四方がすべすべで、とげが前記中身から湧かせないである。 In a preferred embodiment, the present invention provides a 3D mesh pillow, especially where the four sides of the contents are slippery and thorns do not spring from the contents.
好ましい実施形態において、本考案は3D網目枕を提供し、特に前記殻がはめ込み縄を含み、それが前記殻の二つの短辺に設置され、前記殻の短辺の弾性が大きすぎることを防ぎ、固定の作用を果たす。 In a preferred embodiment, the present invention provides a 3D mesh pillow, in particular, the shell includes an inset rope, which is installed on the two short sides of the shell, preventing the elasticity of the short side of the shell from being too great. Fulfills the fixing action.
好ましい実施形態において、本考案は3D網目枕を提供し、特に前記はめ込み縄の長さは0.6-1.0mである。 In a preferred embodiment, the present invention provides a 3D mesh pillow, in particular, the length of the telescoping rope is 0.6-1.0 m.
好ましい実施形態において、本考案は3D網目枕を提供し、特に前記殻がストラップを含み、それが前記殻の周囲に設置され、円を形成し前記殻のバリを包むことに用いて、前記殻の手触りをすべすべにさせる。 In a preferred embodiment, the present invention provides a 3D mesh pillow, in particular, the shell includes a strap, which is placed around the shell, used to form a circle and wrap around the burr of the shell, Make your hand feel smooth.
本考案に係る3D網目枕は、通気性と透水性がもっとよく、水洗いができ洗浄しやすく、枕と人の頭部をもっとよく張り合わせて、人体の圧力を分散し、人体の頭頸部をもっとよく保護し、人にもっと快適に睡眠させる。 The 3D mesh pillow according to the present invention has better breathability and water permeability, can be washed with water and is easy to wash, and the pillow and the human head are better bonded together to disperse the pressure of the human body and make the head and neck of the human body more Protect well and make people sleep more comfortably.
下記に図面を交え本考案の具体的な実施形態に対して更に説明する。 Hereinafter, specific embodiments of the present invention will be further described with reference to the drawings.
本考案に係る3D網目枕の構造は図1−3が示すように、枕の本体を含み、枕の本体は枕の本体は中身1と殻2を含む。中身1は穿孔11、中身3D網目構造12を含み、殻2ははめ込み縄21、短辺22、ストラップ23、殻3D網目構造24を含む。 The structure of the 3D mesh pillow according to the present invention includes a main body of the pillow, and the main body of the pillow includes the contents 1 and the shell 2 as shown in FIG. The contents 1 includes a perforation 11 and a contents 3D network structure 12, and the shell 2 includes an inset rope 21, a short side 22, a strap 23, and a shell 3D network structure 24.
中身1が四層に折り畳んで、四層の間に穿孔11を通じて固定し、穿孔11が前記中身1の断面の中心に位置し、中身1の両側が外側との距離は25cmで、中身1の四方がすべすべで、とげが前記中身1から湧かせなく、中身1を加工する労力を節約できる。 The contents 1 are folded into four layers and fixed through the perforations 11 between the four layers. The perforations 11 are located at the center of the cross section of the contents 1 and the distance between the both sides of the contents 1 is 25 cm. The four sides are smooth and the thorns do not sprout from the contents 1 so that the labor for processing the contents 1 can be saved.
はめ込み縄21が殻2の二つの短辺22に設置され(二つの短辺22にそれぞれ一本のはめ込み縄21が設置される)、短辺22の弾性が大きすぎることを防ぎ、固定の作用を果たす。はめ込み縄21の全長は0.8mで、ストラップ23が殻2の周りに設置され、円を形成し殻2のバリを包むことに用いて、殻2の手触りをすべすべにさせる。 The embedded rope 21 is installed on the two short sides 22 of the shell 2 (one embedded rope 21 is installed on each of the two short sides 22), and the elasticity of the short side 22 is prevented from being too large, and the fixing action Fulfill. The total length of the telescoping rope 21 is 0.8 m, and a strap 23 is installed around the shell 2 to form a circle and wrap the burr of the shell 2 to make the hand of the shell 2 smooth.
図4と図5が示すように、中身1と殻2の表面が3D網目材料を通じて連続する中身3D網目構造12と殻3D網目構造24を形成し、中身3D網目構造12と殻3D網目構造24の深さは15mmで、上下端の断面は左右に対称し、対辺が平行する六角形形状の穴で、この六角形形状の穴は非正六角形形状の穴で、最も狭い対辺距離は7mm(つまり図4と図5の互いに平行するAB辺とDE辺の間の距離)、最も大きい頂点距離(つまり図4と図5のC点とF点の間の距離)は12mmである。 As shown in FIGS. 4 and 5, the surface of the contents 1 and the shell 2 forms a content 3D network structure 12 and a shell 3D network structure 24 that are continuous through the 3D network material, and the contents 3D network structure 12 and the shell 3D network structure 24. The depth of the is 15mm, the cross section of the upper and lower ends is symmetrical left and right, and the opposite sides are parallel hexagonal holes. These hexagonal holes are non-regular hexagonal holes, and the narrowest opposite side distance is 7mm ( That is, the distance between the AB side and the DE side parallel to each other in FIGS. 4 and 5) and the largest vertex distance (that is, the distance between the points C and F in FIGS. 4 and 5) are 12 mm.
Claims (1)
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Application Number | Priority Date | Filing Date | Title |
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JP2018001199U JP3216651U (en) | 2018-03-31 | 2018-03-31 | 3D mesh pillow |
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JP2018001199U JP3216651U (en) | 2018-03-31 | 2018-03-31 | 3D mesh pillow |
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JP3216651U true JP3216651U (en) | 2018-06-14 |
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JP2018001199U Active JP3216651U (en) | 2018-03-31 | 2018-03-31 | 3D mesh pillow |
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