CN201263563Y

CN201263563Y - High-elasticity breathable pillow

Info

Publication number: CN201263563Y
Application number: CNU2008201159636U
Authority: CN
Inventors: 张元上
Original assignee: Pinhemaosheng Co ltd
Current assignee: YAOYI INDUSTRY Co Ltd
Priority date: 2008-06-25
Filing date: 2008-06-25
Publication date: 2009-07-01
Anticipated expiration: 2018-06-25

Abstract

The utility model discloses a high elasticity ventilative pillow, it contains: the pillow comprises a body, an upper surface layer and a lower surface layer, wherein the body is formed by laminating a first layer body and a second layer body, the first layer body and the second layer body are high-elasticity fiber bodies which are subjected to cotton cutting, the density can be selected according to requirements, the upper surface layer and the lower surface layer are polyester fiber cloth, and the polyester fiber cloth is respectively attached to the upper side and the lower side of the body and is bonded by hot pressing to form an integral pillow; therefore, has better air permeability, sweat absorption effect, elasticity and supporting performance.

Description

The ventilative pillow of high resiliency

Technical field

The utility model relates to a kind of pillow structure, relates in particular to a kind of ventilative pillow of high resiliency that is cohered moulding by highly elastic fiber body cooperation top layer cloth through hot pressing.

Background technology

At present general pillow structure mainly contains kenels such as filled type, foam formula and foaming type, has flexibility and supportive, can promote the comfortableness that couches; But its gas permeability and absorbing sweat poor effect, after couching for a long time, very easily produce sultry discomfort, especially infant's pillow, easier during use have the danger that suffocates because of the infant lies prone to sleep, if when making the moulding that meets ergonomics, mostly adopt hot pressing mode processing to handle, destroy its surperficial density, cause elasticity and supportive variation, can't provide comfortable support with the body curve during use, foam has the problem of hydrolysis distortion and release noxious material in addition, thereby practicality is not good.

The utility model content

For improving known pillow structure, its gas permeability, absorbing sweat effect, elasticity and the not good problem of supportive propose the ventilative pillow of high resiliency of the present utility model.

The utility model provides a kind of high resiliency ventilative pillow, it comprises: a body, a upper epidermis reach top layer, described body is coincided by a ground floor body and a second layer body and forms, described first and second layer body is the highly elastic fiber body after cutting cotton, outer edge surface is the arc curved shape, upper epidermis is covered on the upside of body, and the following table laminating is overlying on the downside of body, coheres through hot pressing and is shaped to the pillow of one.Described body is coincided by a ground floor body and a second layer body and forms, described first, two layers of body is the highly elastic fiber body after cutting cotton, density can be selected matched combined on demand, first, the outer edge surface of two layers of body is made as and meets neck and the comfortable arc curved shape that abuts against of head, central authorities form an arc recess, the face of coinciding is made as smooth shape mutually, on, following top layer is a polyester fiber cloth, be covered on the body respectively, downside, each interlayer is inserted the PUR net (also can spray gluing, point glue, gluing), through hot-forming be the pillow of one, utilize ultrasonic with the periphery edge sealing and excise unnecessary rim charge again, finished product.

The beneficial effects of the utility model are as follows:

The utility model provides a kind of high resiliency ventilative pillow, it is the upper and lower layer body by the highly elastic fiber body, cooperate the upper and lower top layer of polyester fiber cloth to cohere moulding through hot pressing, and the density of this upper and lower layer body can be selected matched combined on demand, have preferable elasticity and supportive, provide the comfortable support effect with neck and nose curve during use.

The utility model also provides a kind of high resiliency ventilative pillow, it is the upper and lower layer body by the highly elastic fiber body, cooperate the upper and lower top layer of polyester fiber cloth to cohere moulding through hot pressing, has highly-breathable, the circulative convection rapid heat dissipation, can not produce sultry discomfort, and the infant is slept because of lying prone the danger that suffocates is arranged because of couching for a long time.

The utility model provides a kind of high resiliency ventilative pillow, and it is by the upper and lower layer body of highly elastic fiber body, cooperates the upper and lower top layer of polyester fiber cloth to cohere moulding through hot pressing, has preferable absorbing sweat effect, and avirulence, do not hurt sb.'s feelings body, more environmental protection.

Description of drawings

Fig. 1 is the three-dimensional exploded view of the ventilative pillow of the utility model high resiliency.

Fig. 2 is the moulding action schematic diagram of the ventilative pillow of the utility model high resiliency.

Fig. 3 is the semi-finished product stereogram of the ventilative pillow of the utility model high resiliency.

Fig. 4 is the stereogram of the ventilative pillow of the utility model high resiliency.

Fig. 5 is the profile of the ventilative pillow of the utility model high resiliency.

Fig. 6 is the user mode schematic diagram of the ventilative pillow of the utility model high resiliency.

Fig. 7 is the user mode schematic diagram of another embodiment of the ventilative pillow of the utility model high resiliency.

Description of reference numerals

1-body 11-ground floor body

111-outer edge surface 1111-arc recess

The 112-face 12-second layer body that coincides mutually

121-outer edge surface 1211-arc recess

The 122-face 2-upper epidermis that coincides mutually

Top layer 4-PUR net under the 3-

The A-pillow

The specific embodiment

Describe preferred embodiment of the present utility model in detail below in conjunction with accompanying drawing.

Fig. 1 is the three-dimensional exploded view of the ventilative pillow of the utility model high resiliency, Fig. 2 is the moulding action schematic diagram of the ventilative pillow of the utility model high resiliency, Fig. 3 is the semi-finished product stereogram of the ventilative pillow of the utility model high resiliency, Fig. 4 is the stereogram of the ventilative pillow of the utility model high resiliency, and Fig. 5 is the profile of the ventilative pillow of the utility model high resiliency.Extremely shown in Figure 5 as Fig. 1, the ventilative pillow of high resiliency of the present utility model comprises: a body 1, a upper epidermis 2 reach top layer 3, wherein body 1 is coincided by a ground floor body 11 and a second layer body 12 and forms, described ground floor body 11 and second layer body 12 are the highly elastic fiber bodies after cutting cotton, ground floor body 11 density are lower, and second layer body 12 density are higher.Described highly elastic fiber body mainly is to be mixed with meldable fibre by the highly shrinkable fiber, behind opener and comb slabbing fleece, is bent into continuous parallel upright cellucotton net, makes its pinned sheepshank synthesize upright honeycomb through heating again.The outer edge surface 111 of ground floor body 11 and the outer edge surface 121 of second layer body 12 are made as Gong neck and the comfortable arc curved shape that abuts against of head that meets ergonomics, and central authorities form an

arc recess

1111,1211, and the face 112,122 that coincides mutually is made as smooth shape.Upper and

lower top layer

2,3 is 100% polyester fiber cloth, and the surface is provided with three-dimensional carving bristle.

During moulding, paste upper epidermis 2 at the upside of the ground floor body 11 of body 1 and will descend top layer 3 to paste downside at the second layer body 12 of body 1, and lay a PUR net 4 respectively at upper epidermis 2 and ground floor body 11, time

top layers

3 and 12 of second layer bodies and

ground floor body

11 and 12 of second layer bodies, be shaped to the pillow A of one through mould heat pressure, utilize ultrasonic with pillow A periphery edge sealing and excise unnecessary rim charge simultaneously again, finished product.

Fig. 6 is the user mode schematic diagram of the ventilative pillow of the utility model high resiliency.During use, as shown in Figure 6, the ground floor body 11 of highly elastic fiber body and second layer body 12, cooperate the upper epidermis 2 of 100% polyester fiber cloth to reach top layer 3 down, reach preferable gas permeability, cross-ventilation and absorbing sweat effect, and ground floor body 11 density are lower, has preferable elasticity and ductility, second layer body 12 density are higher, have stronger supportive and support, and neck and head comfortable support effect are provided.

The ground floor body 11 of body 1 and second layer body 12 also can be made as equal densities on demand, and make pillow A form fully hard type or high resiliency vapor-permeable type except that the design of above-mentioned different densities, for making rib pillow, groveling sleeping pillow and boudoir etc.

Above-mentioned PUR net 4 also can spray modes such as gluing, some glue, gluing and replace, and ground floor body 11 and second layer body 12 is cohered after hot pressing with upper epidermis 2 and following top layer 3 be integral.

Fig. 7 is the user mode schematic diagram of another embodiment of the ventilative pillow of the utility model high resiliency.As shown in Figure 7, the ground floor body 11 of above-mentioned body 1 also can be cut cotton moulding with the angle of inclination by the highly elastic fiber body, make its fiber be oblique angle, second layer body 12 is cut cotton moulding by the highly elastic fiber body with normal angled, keep fiber and be upright angle, by be the lower ground floor body 11 of oblique angle and density by fiber, reach soft resiliency supported, promote comfortableness.

The beneficial effects of the utility model are as follows:

1. the utility model is to cut cotton mode by the highly elastic fiber body, be whittled into upper strata body 11 and lower floor's body 12 of suitable shape, cooperate the upper epidermis 2 and the following top layer 3 of 100% polyester fiber cloth to cohere moulding through hot pressing, and the density of this upper strata body 11 and lower floor's body 12 can be selected matched combined on demand, thereby reach pillow A moulding and meet ergonomics, and have preferable elasticity and supportive, provide the comfortable support effect with neck and nose curve during use.

2. the utility model is to cut cotton mode by the highly elastic fiber body, be whittled into upper strata body 11 and lower floor's body 12 of suitable shape, cooperate the upper epidermis 2 and the following top layer 3 of 100% polyester fiber cloth to cohere moulding through hot pressing, has highly-breathable, the circulative convection rapid heat dissipation, can not produce sultry discomfort, and the infant is slept because of lying prone the danger that suffocates is arranged, comfort and security lifting because of couching for a long time.

The utility model be by the highly elastic fiber body to cut cotton mode, be whittled into upper strata body 11 and lower floor's body 12 of suitable shape, cooperate the upper epidermis 2 of 100% polyester fiber cloth and down top layer 3 cohere moulding through hot pressing, the absorbing sweat effect is good, and avirulence, the body of not hurting sb.'s feelings has the benefit of more environmental protection.

The above only is preferred embodiment of the present utility model, can not be as limiting the scope that the utility model is implemented; Be that all equalizations of being done according to the utility model claim change and modification, all belong within the utility model patent covering scope.

Claims

1. a high resiliency is breathed freely and rested the head on, and it comprises: a body, a upper epidermis reach top layer, it is characterized in that:

Described body is coincided by a ground floor body and a second layer body and forms, described first and second layer body is the highly elastic fiber body after cutting cotton, and outer edge surface is the arc curved shape, and upper epidermis is covered on the upside of body, the following table laminating is overlying on the downside of body, coheres through hot pressing and is shaped to the pillow of one.

2. the ventilative pillow of high resiliency as claimed in claim 1 is characterized in that described first and second layer body has different density.

3. the ventilative pillow of high resiliency as claimed in claim 1 is characterized in that described first and second layer body has identical density.

4. the ventilative pillow of high resiliency as claimed in claim 1 is characterized in that described first and second layer body face of coinciding mutually is smooth shape.

5. the ventilative pillow of high resiliency as claimed in claim 1 is characterized in that described highly elastic fiber body is upright honeycomb.

6. the ventilative pillow of high resiliency as claimed in claim 1 is characterized in that described first and second layer body is after cutting cotton, and fiber forms upright angle.

7. the ventilative pillow of high resiliency as claimed in claim 1 is characterized in that described ground floor body is after cutting cotton, and fiber forms oblique, and described second layer body is after cutting cotton, and fiber forms upright angle.

8. the ventilative pillow of high resiliency as claimed in claim 1 is characterized in that described upper and lower top layer is 100% polyester fiber cloth, and the surface is provided with three-dimensional carving bristle.

9. the ventilative pillow of high resiliency as claimed in claim 1 is characterized in that, between described upper epidermis and ground floor body, reach between top layer and second layer body and lay a PUR net respectively between first and second layer body or spray gluing before hot-forming, put glue or gluing down.

10. the ventilative pillow of high resiliency as claimed in claim 1 is characterized in that, the ventilative pillow of described high resiliency has in hot-forming back by the ultrasonic edge sealing and excises the periphery of unnecessary rim charge.