CN213757637U

CN213757637U - Height-freely-adjustable natural soft and elastic pillow based on human mechanics

Info

Publication number: CN213757637U
Application number: CN202021817917.8U
Authority: CN
Inventors: 黄颖
Original assignee: Shanghai Hongzhou New Material Technology Co ltd
Current assignee: Shanghai Hongzhou New Material Technology Co ltd
Priority date: 2020-08-27
Filing date: 2020-08-27
Publication date: 2021-07-23
Anticipated expiration: 2030-08-27

Abstract

The utility model discloses a natural gentle bullet pillow with adjustable height freedom based on human mechanics, including the pillow body with fill the air-conditioning pump, the pillow body includes the altitude mixture control gasbag, comfortable filling layer and parent skin surrounding layer, altitude mixture control gasbag top is located to comfortable filling layer, parent skin surrounding layer parcel locates altitude mixture control gasbag and the comfortable filling layer outside, the altitude mixture control gasbag includes bottom altitude mixture control district, the district of sleeping on the back, the district of sleeping on the side and neck extension district locate bottom altitude mixture control district top, the district of sleeping on the side highly is higher than the district height of sleeping on the back, neck extension district locates the district of sleeping on the back and the district front end of sleeping on the side. The utility model relates to a bedding technical field specifically indicates a demand according to the individual vertebra physiological structure of difference, can adjust the pillow height by oneself, lets the shoulder neck holding power accord with the balanced biology principle of human body, strengthens the pillow that highly freely adjustable and the whole abluent of being convenient for of strength and toughness of neck musculature and preparation method thereof.

Description

Height-freely-adjustable natural soft and elastic pillow based on human mechanics

Technical Field

The utility model relates to the technical field of bedding, in particular to a height-freely adjustable natural soft and elastic pillow based on human mechanics.

Background

1/3 hours of life are spent asleep, and the comfort of the bedding determines the quality of the sleep. In the daytime, people are a computer family, driving a car family, lowering the head to play a mobile phone family, and tired in one day, so the neck protection work at night is very important, and if the pillow design has no reasonable supporting effect, the cervical vertebra cannot be rested and recovered for a long time, which is why ninety percent of the young people suffer from the cervical vertebra problem.

A pillow is a sleeping tool. It is generally considered that the pillow is the filler that people adopt for sleeping comfort. From the modern medical research, the spine of a human body is a straight line when viewed from the front, but is a curve with three physiological curves when viewed from the side, and in order to protect the normal physiological curves of the neck and maintain the normal physiological activities of people during sleeping, the pillow is necessary to be adopted during sleeping. The curve and the consistency that normal people's vertebra, cervical vertebra structure kept when standing are the most comfortable, should guarantee same state when lying down also, but often when lying down, the headrest is lifted on the pillow, and the neck is unsettled has changed the physiology curve greatly, and different human structures are different in addition, if the size of head is different, then need different holding power, people's shoulder width is different, requires the height of pillow to be different when sleeping on one's side and just can let the cervical vertebra be on a parallel with the vertebra. People of different ages and weights have different human body structures, different shoulder widths, different head sizes and different supporting forces, and the pillow design also needs to be customized like clothes of different sizes to meet the comfortable support of the cervical vertebra.

The existing pillows on the market comprise latex pillows, buckwheat pillows, memory cotton pillows, down feather pillows and chemical fiber filling pillows, wherein the latex pillows are soft, and have good resilience and supporting force, but the latex pillows are chemical auxiliary agent foaming products, so that the safety of chemicals is high, and peculiar smell is generated when formaldehyde exceeds standard, the structure is compact, ventilation is not realized, hardening is not beneficial to sleep quality under the condition of cold weather, and meanwhile, the pillow can not be washed by water and sun-dried, otherwise, the pillow is easy to age, and generates fine dust to seriously influence a respiratory system; the buckwheat pillow is too hard to be washed by a machine, and is easy to mildew and breed mites; the memory cotton pillow has heavy chemical smell and needs to disperse the smell for a long time; although down is natural animal fiber and is soft and fluffy, a lot of grease exists, if the down washing process is not thorough, the grease generates peculiar smell under certain temperature and humidity conditions, bacteria are not safe enough, and in addition, the down is easy to crack to generate dust to cause allergy, meanwhile, the down has no supporting force because of being soft enough, because the pillow needs to support the head and the neck and needs the supporting force, and meanwhile, the down has high price and large price fluctuation and cannot be popularized; the chemical fiber filled pillow is safe and environment-friendly without natural fiber because of chemical fiber, and meanwhile, if the chemical fiber achieves soft touch, the pillow is difficult to achieve a fluffy effect, so that the pillow is compact, the head is difficult to sink, the head is convex, the neck is suspended, the physiological natural state of a human body is violated, the sudden change of the sleep quality and the physical mechanism is influenced, the curve change of the shoulder and the neck of a person is aggravated, the cervical vertebra pain condition is caused for a long time, in addition, the chemical fiber is fibrous and is in a loose fiber shape, so the chemical fiber is easy to deform after being washed by water, such as conglomeration, uneven distribution, hard touch and the like, and is inconvenient to clean, and therefore, the chemical fiber filled pillow has certain sanitation potential hazards after being used for a long time.

Therefore, it is necessary to provide a pillow which can adjust the height of the pillow according to the individual use requirements of different users, has good shape retention and is convenient for cleaning and maintenance of the whole pillow.

SUMMERY OF THE UTILITY MODEL

In order to solve the existing difficult problem, the utility model provides a according to the demand of the individual vertebra physiology of difference structure, can adjust the pillow height by oneself, let the shoulder neck holding power accord with the balanced biology principle of human body, strengthen natural gentle bullet pillow with adjustable height freedom based on human mechanics of neck musculature's strength and toughness.

The utility model adopts the technical scheme as follows: a height-freely adjustable natural soft and elastic pillow based on human mechanics comprises a pillow body and an inflation and deflation adjusting pump, wherein the pillow body comprises a height adjusting air bag, a comfortable filling layer and a skin-friendly outer cladding layer, the comfortable filling layer is arranged above the height adjusting air bag, the skin-friendly outer cladding layer is wrapped and arranged outside the height adjusting air bag and the comfortable filling layer, the height adjusting air bag comprises a bottom height adjusting area, a supine area, a lateral sleeping area and a neck extension area, the supine area, the lateral sleeping area and the neck extension area are arranged above the bottom height adjusting area, the lateral sleeping area comprises a left lateral sleeping area and a right lateral sleeping area, the left lateral sleeping area and the right lateral sleeping area are respectively arranged at two sides of the supine area, the lateral sleeping area is higher than the supine area, the neck extension area is arranged at the front ends of the supine area and the lateral sleeping area, air valves are arranged on the bottom height adjusting area, the supine area, the lateral sleeping area and the neck extension area, the height of each region of the height adjusting air bag is adjusted through each air charging and discharging adjusting pump, so that the optimal state of different people can be adjusted, the sleeping postures of different people in different time periods can be met, and the artificial physiological curve of the head, the neck, the shoulders and the body can be ensured forever.

Further, the height adjusting air bag is made of thermoplastic materials, preferably, the thermoplastic materials are environment-friendly PVC thermoplastic films, the melting point of the environment-friendly PVC thermoplastic films is 250 ℃, and the strength of the environment-friendly PVC thermoplastic films is not less than 5.0N.

Further, the length and width of the height adjusting air bag range from 10cm by 10cm to 100cm by 100cm, and the height adjusting air bag is manufactured by adopting a die through hot pressing.

Furthermore, the comfortable filling layer is a fiber mesh layer which is made and formed by adopting bio-based spiral fibers, and the bio-based spiral fibers have permanent elasticity and resilience, are soft and fluffy, have plump hand feeling, good moisture absorption and air permeability, can be washed by water and are not easy to agglomerate.

Further, the thickness of the comfort filling layer is 2-15cm, and the length and width of the comfort filling layer range from 10cm by 10cm to 100cm by 100 cm.

Further, the skin-friendly outer wrapping layer is a skin-friendly fabric layer, and preferably, the skin-friendly fabric layer is a pure cotton fabric layer.

The manufacturing method of the height-freely adjustable natural soft and elastic pillow based on human mechanics comprises the following steps:

(1) manufacturing a height adjusting air bag: designing height according to the sleeping posture and the region of a human body to adjust the size of the air bag, then manufacturing a hot-pressing die for hot pressing, wherein the hot-pressing temperature is 220 ℃, the hot-pressing width is 2 mm, the cooling time is 1 minute, manufacturing the height adjusting air bag, testing whether air leakage occurs or not by performing an air inflation 50 Pa pressure 24 hours test after the hot pressing is finished, and installing an air inflation and deflation adjusting pump after the test is qualified;

(2) manufacturing a comfortable filling layer fiber net: sequentially opening the bio-based spiral fibers by an opener, carding by a fiber carding machine, lapping by a lapping machine and shaping by an oven to form a comfortable filling layer fiber web, and then cutting the comfortable filling layer fiber web into a sheet shape corresponding to the peripheral size of the height adjusting air bag by a cutting bed, so that the compression rebound rate of the sheet-shaped comfortable filling layer fiber web is ensured to be 95%, and the softness is less than 2.0;

(3) manufacturing a skin-friendly outer wrapping layer: the method comprises the following steps of (1) manufacturing a fabric with an inflatable layer 3D structure by adopting a natural cotton material, keeping the original cotton color through water washing and shaping, and then cutting the fabric into two skin-friendly outer wrapping layers with the same size;

(4) splicing and sewing: a piece of skin-friendly outer covering layer, a height adjusting air bag, a comfortable filling layer fiber net and a piece of skin-friendly outer covering layer are sequentially stacked in sequence, the height adjusting air bag, the comfortable filling layer fiber net and the skin-friendly outer covering layer are packaged, sewn and fixed by a taping machine through a sewing process, the periphery of the taping is sewn into a complete pillow, and air valve positions of the comfortable filling layer fiber net and the skin-friendly outer covering layer corresponding to the height adjusting air bag are reserved with air charging and discharging adjusting pump through holes.

Furthermore, the bio-based spiral fiber is prepared by biologically fermenting plant starch to obtain glucose, converting the glucose into propylene glycol, and processing the propylene glycol in liquid into the fiber with a spiral structure by a polymerization and wire drawing process, so that the raw materials are natural plants, and no chemical is required to be added.

The utility model discloses the beneficial effect who realizes: the utility model discloses height freely adjustable natural gentle and elastic pillow based on human mechanics designs the subregion model according to ergonomic and physiology curve, divides height adjusting gasbag into bottom height adjusting zone, back sleeping area, side sleeping area and neck extension district, satisfies different individual sleep demands, and realizes the regulation of pillow body height through each regional degree of inflation of height adjusting gasbag, makes head, neck and shoulder three points all can support, accords with ergonomic and physiology curve, laminating cervical vertebra growth curvature and have comfortable bearing capacity; simultaneously, the comfortable filling layer that the biobased spiral fibre that prepares through the biobased forms as the filler has soft sense of touch promptly and has perfect fluffiness and resilience support nature again, and can wash, safe and reliable, the whole washing of the pillow body of being convenient for covers all people's the appearance of sleeping habit and all people's human structure to can only satisfy partial crowd, safety in the aspect of the operation simultaneously.

Drawings

The accompanying drawings are included to provide a further understanding of the invention, and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention, and together with the description serve to explain the invention and not to limit the invention. In the drawings:

FIG. 1 is a schematic structural view of the height-freely adjustable natural soft and elastic pillow based on human body mechanics;

FIG. 2 is a schematic structural view of the height-adjustable air bag of the height-adjustable natural soft and elastic pillow based on human body mechanics;

FIG. 3 is a top view of the height-adjustable natural soft and elastic pillow height-adjusting airbag based on human body mechanics;

fig. 4 is a schematic view of the sectional structure of the height-freely adjustable natural soft and elastic pillow body based on human body mechanics.

The pillow comprises a pillow body 1, a pillow body 2, a charging and discharging air adjusting pump 3, an air valve 4, a height adjusting air bag 5, a comfortable filling layer 6, a skin-friendly outer wrapping layer 7, a bottom height adjusting area 8, a supine area 9, a side sleeping area 10, a neck extending area 11, a left sleeping area 12 and a right sleeping area.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely below, and it should be apparent that the described embodiments are only some embodiments of the present invention, but not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by those skilled in the art without creative efforts belong to the protection scope of the present invention.

Example (b): as shown in fig. 1 to 4, a height-freely adjustable natural soft and elastic pillow based on human mechanics comprises a pillow body 1 and an inflation and deflation adjusting pump 2, wherein the pillow body 1 comprises a height adjusting air bag 4, a comfortable filling layer 5 and a skin-friendly outer covering layer 6, the comfortable filling layer 5 is arranged above the height adjusting air bag 4, the skin-friendly outer covering layer 6 is wrapped outside the height adjusting air bag 4 and the comfortable filling layer 5, the height adjusting air bag 4 comprises a bottom height adjusting area 7, a supine area 8, a side sleeping area 9 and a neck extension area 10, the supine area 8, the side sleeping area 9 and the neck extension area 10 are arranged above the bottom height adjusting area 7, the side sleeping area 9 comprises a left side sleeping area 11 and a right side sleeping area 12, the left side sleeping area 11 and the right side sleeping area 12 are respectively arranged at two sides of the supine area 8, the side sleeping area 9 is higher than the supine area 8, the neck extension area 10 is arranged at the front ends of the supine area 8 and the side sleeping area 9, all be equipped with pneumatic valve 3 on bottom altitude mixture control district 7, the district 9 of sleeping on one's side and the neck extension district 10, fill gassing governing pump 2 and locate altitude mixture control gasbag 4 pneumatic valve 3 department, fill gassing governing pump 2 and link to each other with altitude mixture control gasbag 4 through pneumatic valve 3, adjust the height of altitude mixture control gasbag 4 through filling gassing governing pump 2, both satisfied different crowds and can adjust to the optimum and state, satisfy the appearance of sleeping of different people different periods again, guarantee the physiological curve of head, neck, shoulder and health forever.

The height adjusting air bag 4 is made of thermoplastic materials, preferably, the thermoplastic materials are environment-friendly PVC thermoplastic films, the melting point of the environment-friendly PVC thermoplastic films is 250 ℃, and the strength of the environment-friendly PVC thermoplastic films is not less than 5.0N.

Preferably, the length and width of the height-adjusting bladder 4 range from 10cm by 10cm to 100cm by 100cm, and the height-adjusting bladder 4 is manufactured by hot pressing using a mold.

The comfortable filling layer 5 is a fiber mesh layer made of bio-based spiral fibers, and the bio-based spiral fibers have permanent elasticity and resilience, are soft, fluffy, full in hand feeling, good in moisture absorption and air permeability, washable and not easy to agglomerate.

The bio-based spiral fiber is prepared by obtaining glucose through biological fermentation of plant starch, then converting the glucose into propylene glycol, and processing liquid propylene glycol into the fiber with a spiral structure similar to a spring structure through polymerization and a special wire drawing process.

The thickness of the comfort filler layer 5 is 2-15cm, and the length and width of the comfort filler layer 5 range from 10cm x 10cm to 100cm x 100 cm.

The skin-friendly outer wrapping layer 6 is a skin-friendly fabric layer, and preferably, the skin-friendly fabric layer is a pure cotton fabric layer.

(1) manufacturing a height adjusting air bag: designing a height adjusting air bag according to the sleeping posture and the area of a human body, wherein the peripheral size of the height adjusting air bag is 74cm x 48cm, the peripheral size of a supine region is 14cm x 12cm, the peripheral size of a lateral sleeping region is 30cm x 25cm, then manufacturing a hot pressing die, carrying out hot pressing, wherein the hot pressing temperature is 220 ℃, the hot pressing width is 2 mm, the cooling time is 1 minute, manufacturing the height adjusting air bag, carrying out an inflation 50 Pa pressure 24 hour test to test whether air leaks, and installing an inflation and deflation adjusting pump after the test is qualified;

(2) manufacturing a comfortable filling layer fiber net: opening 5.5D 88cm of bio-based spiral fibers through a fiber opener, carding to 50 g/square through a fiber carding machine, lapping by a lapping machine to 5cm of thickness, shaping by a 150-degree hot oven, cutting 74cm 48cm of sheets by a cutting bed, and cutting the sheets into sheets corresponding to the peripheral dimension of the height adjusting air bag through the cutting bed, so that the compression rebound rate of the sheet comfortable filling layer fiber web is ensured to be 95%, and the softness is less than 2.0;

(3) manufacturing a skin-friendly outer wrapping layer: the method comprises the following steps of manufacturing a fabric with an inflatable layer 3D structure by adopting a natural cotton material, washing and shaping the fabric, keeping the original cotton color, and then cutting the fabric into two skin-friendly outer wrapping layers with the same size of 76cm x 50 cm;

The bio-based spiral fiber is obtained by biologically fermenting plant starch to obtain glucose, and then is converted into propylene glycol, and then the propylene glycol in liquid is processed into the fiber with a spiral structure by a polymerization and wire drawing process, so that the raw material is from natural plants, and no chemical is required to be added, and the bio-based spiral fiber is prepared by biotechnology and physical principle, so that the bio-based spiral fiber not only meets the safety same as natural fiber, but also has soft touch and perfect fluffiness and resilience support property, is processed into a formed pillow by secondary processing of forming equipment, is not easy to scatter, can be washed and dried by sunlight at will, and achieves real sanitation and is inconvenient to use for a long time.

When the height-adjustable pillow is used, the height of the pillow body can be adjusted by inflating and deflating the height-adjustable air bag through the inflation and deflation adjusting pump, and the through holes of the inflation and deflation adjusting pump are reserved at the positions of the comfortable filling layer fiber net and the skin-friendly outer cladding layer, which correspond to the air valves of the height-adjustable air bag.

The present invention and the embodiments thereof have been described above, but the description is not limited thereto, and the embodiment shown is only one of the embodiments of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should understand that they should not be limited to the embodiments described above, and that they can design the similar structure and embodiments without departing from the spirit of the invention.

Claims

1. Height freely adjustable natural soft and elastic pillow based on human mechanics, which is characterized by comprising a pillow body and a charging and discharging regulation pump, wherein the pillow body comprises a height regulation air bag, a comfortable filling layer and a skin-friendly outer cladding layer, the comfortable filling layer is arranged above the height regulation air bag, the skin-friendly outer cladding layer is wrapped and arranged outside the height regulation air bag and the comfortable filling layer, the height regulation air bag comprises a bottom height regulation area, a supine area, a lateral sleep area and a neck extension area, the supine area, the lateral sleep area and the neck extension area are arranged above the bottom height regulation area, the lateral sleep area comprises a left lateral sleep area and a right lateral sleep area, the left lateral sleep area and the right lateral sleep area are respectively arranged on two sides of the supine area, the lateral sleep area is higher than the supine area, the neck extension area is arranged at the front end of the supine area and the lateral sleep area, the bottom height regulation area, the supine area, Air valves are arranged on the side sleeping area and the neck extension area, the inflation and deflation adjusting pump is arranged at the air valve of the height adjusting air bag, and the inflation and deflation adjusting pump is connected with the height adjusting air bag through the air valve.

2. The biomechanically based height freely adjustable natural soft and elastic pillow according to claim 1, wherein the height adjusting air bags are made of thermoplastic materials, and the thermoplastic materials are thermoplastic films made of environment-friendly PVC materials.

3. The biomechanically based height freely adjustable natural soft and elastic pillow according to claim 2, wherein the height adjusting air bags have a length and width ranging from 10cm x 10cm to 100cm x 100cm, and are manufactured by hot pressing in a mold.

4. The biomechanically based height freely adjustable natural soft and elastic pillow according to claim 1, wherein the comfort padding layer is a formed fiber mesh layer made of bio-based spiral fibers.

5. The biomechanically based, height-freely adjustable, natural soft and elastic pillow according to claim 4, wherein the comfort filling layer has a thickness of 2-15cm, and the length and width of the comfort filling layer ranges from 10cm x 10cm to 100cm x 100 cm.

6. The biomechanically based, highly freely adjustable, natural soft and elastic pillow according to claim 1, wherein the skin-friendly outer covering layer is a skin-friendly fabric layer, which is a pure cotton fabric layer.