TWM544252U - Air cushion type independent pocket spring pillow structure - Google Patents

Description

Air cushion type independent tube pillow structure

This creation is about a pillow-type independent tube pillow structure, more specifically, it can be used in beds, headrests, sleepers, bed pillows, seat cushions, car pillows, etc. The human body weight is used to squeeze the pillow to filter out the dirty molecules or odor in the air. When the human body is turned over, the pillow is naturally restored to its original state, and the clean air naturally enters. The fragrance can relax the muscles of every inch of the body. It also emits a natural fragrance, a structure that connects the natural environment, makes people refreshed and pleasant, and can adjust the softness and hardness of the pillow.

According to the first thing, the pillow is a high-level head and neck for the human body, so that people can relieve fatigue during sleep, relax muscle tension, feel happy, and help to go to sleep. Modern pillows are nothing more than soft. Comfortable, its material is not only for memory cotton, or for antibacterial, dust-proof, or for the bamboo carbon humidity to adjust ventilation and comfort, reduce shoulder and neck pain, stiff neck and snoring, do not oppress blood circulation to improve sleep quality, etc. Generally, spring-shaped beds, foam beds, headrests, sleepers, bed pillows, seat cushions, and car pillows are also made of similar materials, so that consumers can get the best results of comfort, fatigue and physical strength when using.

The traditional spring bed is derived from a separate tubular spring bed, which allows the double to lie on the bed. When the body is turned over, the mattress does not interfere with the other half of the bed, and the sleep quality is better, as shown in the first and second figures. The conventional independent tubular spring bed 10 is mainly configured as a top pad 11, a bottom pad 12, a primary top pad 13, a primary bottom pad 14, a weekly cloth 15 and a plurality of independent bags 16, a plurality of springs 17, and a top pad 11 and The bottom pad 12 is respectively located at the top and bottom of the independent tubular spring bed 10, the secondary top pad 13 is located below the top pad 11, the secondary bottom pad 14 is located above the bottom pad 12, and the independent bag 16 is distributed between the top pad 11 and the bottom pad 12. (Between the secondary top pad 13 and the secondary bottom pad 14), the spring 17 is located in the independent bag 16, the peripheral cloth 15 is located around the independent tubular spring bed 10, and the independent bag 16 is a cloth bag body, and the hair is restored to its original state. The spring 17 is elasticized and restored to its original shape, and the top pad 11 and the bottom pad 12 are opened to restore the original shape; when the human body presses the independent tubular spring bed 10, only the pressing portion is affected, and the remaining unpressed portions are not affected. It is the advantage of the independent tubular spring bed 10, the double turn of the same pillow, to minimize the fluctuations, Avoid interference with each other.

Whether it is the independent tubular spring bed 10, or the traditional bed, headrest, sleeper, bed pillow, seat cushion, car pillow, etc., after use for a long time, the inside is dirty, the smell is unpleasant, especially in the car. It is a confined space.

The well-known beds, headrests, sleepers, bed pillows, seat cushions, car pillows, etc., provide the best rest and relaxation tools for the human body, but they are easy to hide dirt, smells bad, and have no clear benefits.

In view of this, the creators of this case are still actively working on development, research and improvement, and constantly experimenting with assembly and accumulating experience, and finally have a creation that can solve the above drawbacks.

The edge is an air cushion type independent tube pillow structure. The pillow pad is mainly a top pad, a bottom pad and a plurality of independent cylinders. The top pad and the bottom pad are respectively located at the top and bottom of the pillow, and a plurality of independent cylinders are distributed. Between the top pad and the bottom pad; characterized in that: the independent cylinder is a compressible and restored original cylinder, located in a bottom cover, the bottom cover has a filter body, and the periphery is provided with a check valve, a separate cylinder or a bottom cover The predetermined position has at least one vent hole; according to this, after the pillow is pressed by the human body, the independent cylinder is compressed, and the internal air is discharged through the vent hole. When the human body is not pressed down, the independent cylinder is restored to the original state, and the external air is reversed. The valve enters the filter body into a separate cylinder, fresh air inside.

The utility model relates to an air cushion type independent tube pillow structure, and the main purpose thereof is to provide a device with filtering and cleaning, which uses the weight of the human body to press the pillow pad to filter out the dirty molecules or odor in the air, and when the human body is turned over, the pillow pad Naturally restored to its original state, the clean air naturally enters, and the fragrance can relax the body's muscles every inch of the body, and emit a natural fragrance, which is connected to the natural environment, making people refreshed and pleasant.

The present invention is an air cushion type independent tube pillow structure, and the other purpose is that the outer shape and volume are the same as the general bed, headrest, sleeper, pillow, bed pillow, seat cushion, car pillow, and do not occupy space.

The present invention is an air-cushioned independent tube pillow structure, and another purpose is to provide a sensor, which is combined with a modern electronic transmission method to transmit the length and interval of the human body sleep time to an electronic device such as a mobile phone for recording the human body. Sleep time, the basis for people's reference.

The present invention provides an air cushion type independent tube pillow structure, and another object is to provide an adjustable hardness of the pillow.

The present invention provides a pillow-type independent tube pillow structure. The first embodiment is shown in the third, fourth, and fifth figures. The pillow 20 is mainly a top pad 21, a bottom pad 22, a primary top pad 23, and a primary bottom pad 24. And a plurality of independent cylinders 25, the top pad 21 and the bottom pad 22 are respectively located at the top and bottom of the pillow 20, the sub-top pad 23 is below the top pad 21, and the sub-bottom pad 24 is above the bottom pad 22, and the plurality of independent cylinders 25 are arranged. Disposed between the top pad 21 and the bottom pad 22 (ie, between the sub top pad 23 and the sub bottom pad 24); the present invention is characterized in that each of the independent cylinders 25 has a bottom cover 26 assembled therein, and a separate tube 25 is a peripheral serrated cylinder, the independent cylinder 25 is a compressible and restored original cylinder, and the independent cylinder 25 or the bottom cover 26 has at least one vent hole 251 at a predetermined position (can be disposed on the independent cylinder 25, in the middle, The lower position, or an adjusting plug 252 is disposed on the bottom cover 26 to adjust the softness of the plug 252 to adjust the independent cylinder 25, the bottom cover 26 has a filter body 261 and an activated carbon material 262, the filter body 261 and the activated carbon. The material 262 can filter the air, the filter body 261 has a scented piece 263, and the bottom cover 26 is provided with a check valve 264 to block Independent internal air cylinder 25, to avoid the discharge, but the outside air may enter the independent cylinder 264 via check valve 25, the periphery 20 of the pillow 27 around the cloth for a week, there is a sensor 28 on a separate cylinder 25.

With the above structural improvement, the present invention provides an air cushion type independent tube pillow structure. The pillow 20 of the first embodiment is used for a bed, a headrest, a sleeper, a pillow, a bed pillow, a seat cushion, a car pillow, and the like. In addition to being used at home, it can also be used by automobiles. When the pillow 20 is pressed down by the weight of the human body during use (as shown in the fifth figure), the independent cylinder 25 is compressed, and the internal air is adjusted through the vent 251. Discharge, at this time, the check valve 264 around the bottom cover 26 blocks the air inside the independent cylinder 25 to avoid discharge. When the independent cylinder 25 is not pressed by the human body, that is, when the human body turns over or temporarily does not press the pillow 20 At this time, the independent cylinder 25 is naturally restored to the original state (as shown in the fourth figure), and the external air enters the filter body into the independent cylinder 25 through the check valve 264 of the bottom cover 26, and the external air is received by the filter body 261 and the activated carbon material 262. The air is filtered, the air inside is fresh, and the filter body 261 has a fragrant piece 263, which emits a fragrant smell, and the human body can directly feel the clear fragrance and absorb the clean air, which is like being in a natural environment.

Moreover, there is a sensor 28 on the independent cylinder 25, which is matched with a modern electronic transmission method, and transmits the length and interval of the sleeping time of the human body to an electronic device such as a mobile phone. When the pillow 20 is pressed by the weight of the human body, the sensor is sensed. The device 28 is also pressed down, and then a message is sent to an electronic device such as a mobile phone to record the sleep time of the human body and provide a basis for people's reference.

The second embodiment of the present bed is a small independent cylinder 30 in the above-mentioned independent cylinder 25. As shown in the sixth figure, the small independent cylinder 30 has no air hole or check valve, and the small independent cylinder 30 provides the independent cylinder 25 After being squeezed, the small independent cylinder 30 is supported, that is, the independent cylinder 25 has an upper limit of compression, and the compression is not continued. The independent cylinder 25 and the independent cylinder 25 each have a loop 291 and a hook body 29 (the first An embodiment or a second embodiment can be implemented. When the independent cylinder 25 is compressed and tilted, the independent cylinder 25 and the independent cylinder 25 are pinned with each other, so that the inclination of the single independent cylinder 25 is not excessive.

The creation has the following advantages: 1. The structure of the independent tube of the pillow 20 is used for the bed, the headrest, the sleeper, the pillow, the bed pillow, the seat cushion, the car pillow, etc., and is generally used by the home and in the car. The appearance and volume are the same as the bed, headrest, sleeper, pillow, bed pillow, seat cushion, car pillow, and do not occupy space. Second, multi-level filtration of air (filter body 261, activated carbon material 262, fragrant piece 263), filter 261 and activated carbon material 262 filter impurities in the air, can be a variety of filter materials (such as bamboo carbon), and then by the fragrant piece 263 It has a fragrant smell that makes you feel like you are in a natural environment, making people refreshed and happy. 3. All the independent cylinders 25 are compressed and restored to the original shape, which utilizes the weight of the human body and turns over, and the natural movements generated do not require other power. After the weight of the human body is pressed down, the internal air is discharged, and the human body turns over or temporarily does not press the pillow. At the time of the pad, the outside air enters the filter body 261 into the independent cylinder 25 through the check valve 264 of the bottom cover 26. 4. The filter body 261, the activated carbon material 262 and the fragrance piece 263 can all be removed for replacement. 5. The sensor 28 on the independent cylinder 25 is equipped with a modern electronic transmission mode to transmit the length and interval of the sleeping time of the human body to an electronic device such as a mobile phone for recording the sleep time of the human body and providing a reference for people. 6. The plug 252 can be adjusted to adjust the softness of the independent cylinder 25 by adjusting the saturated air pressure or the non-saturated air pressure to the independent cylinder 25. 7. The loop 291 and the hook body 29 are hooked to each other to pinch between the independent cylinder 25 and the independent cylinder 25, so that the single independent cylinder 25 is not pressed and the inclination is too large.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the equivalent changes and modifications made by the scope of the patent application are covered by the scope of the patent.

In the above, the creation of a cushion-type independent tube pillow structure, its novelty, practicability and progress is undoubted, fully in line with the requirements of the patent, 提 legally requested.

[study]
10‧‧‧Independent tubular spring bed
11‧‧‧Top cushion
12‧‧‧ bottom pad
13‧‧‧ times top cushion
14‧‧‧ bottom mat
15‧‧‧Weibu
16‧‧‧Separate bag
17‧‧‧Spring [this creation]
20‧‧‧ pillow
21‧‧‧Top pad
22‧‧‧ bottom pad
23‧‧‧ times top cushion
24‧‧‧ bottom mat
25‧‧‧Independence tube
26‧‧‧ bottom cover
251‧‧‧ Ventilation holes
252‧‧‧ adjustment plug
261‧‧‧ filter
262‧‧‧Active carbon material
263‧‧‧Sweet
264‧‧‧ check valve
27‧‧‧Weibu
28‧‧‧ sensor
29‧‧‧
291‧‧‧ ring
30‧‧‧Small independent tube

The first figure is a schematic plan view of a conventional independent tubular spring bed. The second figure is a schematic cross-sectional view of a conventional independent tubular spring bed. The third figure is a schematic cross-sectional view of the first embodiment of the present creation. The fourth figure is a schematic cross-sectional view of the first embodiment of the present invention before the independent cylinder is uncompressed. The fifth figure is a schematic cross-sectional view of the first embodiment of the present invention after compression of the independent cylinder. The sixth drawing is a schematic cross-sectional view of the second embodiment of the present creation.

20‧‧‧ pillow

21‧‧‧Top pad

22‧‧‧ bottom pad

23‧‧‧ times top cushion

24‧‧‧ bottom mat

25‧‧‧Independence tube

26‧‧‧ bottom cover

251‧‧‧ Ventilation holes

252‧‧‧ adjustment plug

261‧‧‧ filter

262‧‧‧Active carbon material

263‧‧‧Sweet

264‧‧‧ check valve

27‧‧‧Weibu

28‧‧‧ sensor

Claims (10)

An air cushion type independent tube pillow structure, the pillow pad is mainly a top pad, a bottom pad and a plurality of independent cylinders, the top pad and the bottom pad are respectively located at the top and the bottom of the pillow pad, and the plurality of independent cylinders are distributed on the top pad Between the bottom pad and the bottom pad; the independent tube is a compressible and restored original body, located on a bottom cover, the bottom cover has a filter body, and a check valve is arranged around the periphery, and the independent tube or the bottom cover is reserved. The position has at least one vent hole; according to this, after the plug pillow is pressed by the human body, the independent cylinder is compressed, and the internal air is discharged through the vent hole. When the human body is not pressed down, the independent cylinder is restored to the original state, and the external air is stopped. The counter valve enters the filter body into a separate cylinder to freshen the air inside. The cushion structure of the air-cushioned independent cylinder according to claim 1, wherein the independent cylinder is a peripheral serrated cylinder. The cushion structure of the air-cushioned independent cylinder according to claim 1, wherein an adjusting plug is disposed in the air venting hole to adjust the softness of the plug to adjust the independent cylinder. The cushion structure of the air-cushioned independent cylinder according to claim 1, wherein the filter body has a scented sheet. The cushion type of the air-cushioned independent cylinder according to claim 1, wherein the independent cylinder has an inductor thereon. The cushion structure of the air-cushioned independent cylinder according to claim 1, wherein the filter body has an activated carbon material. The cushion structure of the air-cushioned independent cylinder according to claim 1, wherein the top pad has a top pad under the top pad, and the bottom pad has a bottom pad. The cushion structure of the air-cushioned independent cylinder according to claim 1, wherein the pillow has a circumference cloth around the pillow. The pillow-type independent cylinder pillow structure according to claim 1, wherein the independent cylinder has a small independent cylinder. The cushion structure of the air-cushioned independent cylinder according to claim 1, wherein each of the independent cylinder and the independent cylinder has a loop and a hook body.