CN219353439U - Slow rebound sponge travel pillow - Google Patents

Abstract

The utility model discloses a slow rebound sponge travel pillow, which comprises a travel pillow, a magic sub-paste, a magic mother paste and a neck support structure, wherein the neck support structure comprises an extension sleeve pad, a surrounding support pad, a neck support pad, a brain support pad, a slow rebound sponge pad and a silica gel rib, the magic sub-paste and the magic mother paste which are used for oppositely bonding are sewn at the pillow body at the two ends of the travel pillow, the extension sleeve pad is sewn at the U-shaped pillow surface at one side of the travel pillow through the surrounding support pad matched with a sewing thread, the brain support pad is sewn at the other pad surface of the extension sleeve pad far away from the travel pillow through the sewing thread matched with the neck support pad, the neck support structure for supporting the neck and the brain is arranged at the pillow body of the travel pillow, and after the neck support structure is arranged at the travel pillow, the travel pillow can well support the back brain and the neck during use, and a good support using structure is provided for people during travel rest.

Description

Slow rebound sponge travel pillow

Technical Field

The utility model relates to the technical field of travel pillows, in particular to a slow rebound sponge travel pillow.

Background

The U-shaped neck pillow, also called inflatable travel pillow, is designed according to neck engineering, is made of slow rebound materials with heat sensation, provides the most average, soft and real support for the head and neck, can provide the natural stretching state of the head and neck of a human body, does not obstruct blood circulation, avoids neck and shoulder pain caused by nap, has multiple purposes, is healthy and comfortable, and has obvious prevention and treatment effects on cervical spondylosis.

Patent number CN202220682572.2 discloses a travel pillow, comprising a neck pillow, wherein one end of the neck pillow can be connected with the other end of the neck pillow, so that the neck pillow is annular, the annular circumference of the neck pillow can be adjusted, and the neck pillow can encircle the neck of a user; the massage bulge is arranged on the neck pillow and detachably connected with the neck pillow, and the massage bulge can contact the neck and massage the neck. According to the utility model, the end parts of the neck pillow are mutually overlapped, so that the neck pillow can tightly surround the neck, the periphery of the neck can be supported, and the neck is effectively protected; the massage bulges on the neck pillow can massage the user, the massage bulges can be detached, the user can freely adjust the quantity of the massage bulges according to the requirements, and the universality is strong.

At present, when the travel pillow is used for traveling, the U-shaped travel pillow can be clamped at the neck position, so that neck comfortable support is provided for leaning on a seat backrest, but the surrounding range of the travel pillow is smaller, the neck and the head of a person cannot be supported flexibly by the travel pillow, and the travel pillow provides better support for the neck and the head of the person, so that the slow rebound sponge travel pillow is provided.

Disclosure of Invention

The utility model mainly aims to provide a slow rebound sponge travel pillow, wherein a neck support structure for supporting and connecting a neck and a brain is arranged at a pillow body of the travel pillow, and after the neck support structure is arranged at the travel pillow, the travel pillow can well support the back brain and the neck when in use, and a good support using structure is provided for people when the people have a rest in a journey, so that the problems in the background technology can be effectively solved.

In order to achieve the above purpose, the technical scheme adopted by the utility model is as follows:

the utility model provides a slow rebound sponge travel pillow, includes travel pillow, magic son subsides and female subsides of magic, still includes neck brace structure, neck brace structure is including extending the cover pad, enclosing a pad, neck brace pad, brain brace pad, slow rebound sponge liner and silica gel arris, travel pillow's both ends pillow body department is sewed with and is used for facing bonding magic son subsides and the female subsides of magic, and travel pillow one side's U-shaped pillow face department has the cover pad through enclosing a pad cooperation sewing thread sewing, another pad department that the travel pillow was kept away from to the cover pad has the brain brace pad through sewing thread cooperation neck brace sewing, and the cover intussuseption of cover pad, neck brace pad and brain brace pad is filled with the slow rebound sponge liner that is used for providing elastic support, travel pillow's U-shaped intrados department bonding shaping has the silica gel arris that is used for providing flexible friction.

Further, the cushion sleeves of the extension cushion, the neck support cushion and the brain support cushion are hollow sleeve bodies which can be filled with slow rebound sponge cushions; the hollow sleeve bodies of the extension sleeve cushion, the neck support cushion and the brain support cushion can be filled with a slow rebound sponge cushion to obtain an inner support.

Further, sewing threads are sewn on the outer peripheral surface of the cushion body of the extension cushion and the inner peripheral surface of the surrounding support cushion, and the bottoms of the extension cushion and the surrounding support cushion are sewn on the U-shaped pillow surface on one side of the travel pillow through the sewing threads; the extension pad and the surrounding support pad are sewn and connected by virtue of sewing threads and then sewn at the U-shaped pillow surface on one side of the travel pillow.

Further, the pad body of the brain support pad is a C-shaped pad body; the brain support pad of the C-shaped pad body can be better clamped at the back brain part.

Further, the silica gel ribs are adhered and formed into two groups at the U-shaped intrados of the travel pillow; the silica gel edges are adhered to the U-shaped intrados of the travel pillow to provide soft contact friction.

Compared with the prior art, the utility model has the following beneficial effects:

according to the utility model, the neck support structure for supporting the neck and the brain is arranged at the pillow body of the travel pillow, and after the neck support structure is arranged at the travel pillow, the travel pillow can well support the back brain and the neck when in use, and a good support using structure is provided for people during travel rest.

Drawings

FIG. 1 is a schematic diagram of the overall structure of a slow rebound sponge travel pillow of the present utility model.

FIG. 2 is an exploded view of a neck brace structure of a slow rebound sponge travel pillow of the present utility model.

In the figure: 1. a travel pillow; 2. magic tape; 3. magic mother plaster; 4. a neck brace structure; 401. a sleeve gasket; 402. a surrounding support pad; 403. a neck support pad; 404. a brain support pad; 405. a slow rebound sponge liner; 406. silica gel ribs.

Detailed Description

The utility model is further described in connection with the following detailed description, in order to make the technical means, the creation characteristics, the achievement of the purpose and the effect of the utility model easy to understand.

As shown in fig. 1-2, a slow rebound sponge travel pillow comprises a travel pillow 1, a magic sub-patch 2 and a magic mother patch 3, and further comprises a neck support structure 4, wherein the neck support structure 4 comprises a sleeve pad 401, a surrounding support pad 402, a neck support pad 403, a brain support pad 404, a slow rebound sponge pad 405 and a silica gel edge 406, the magic sub-patch 2 and the magic mother patch 3 which are used for opposite bonding are sewn at the pillow body at two ends of the travel pillow 1, the sleeve pad 401 is sewn at the U-shaped pillow surface at one side of the travel pillow 1 by the surrounding support pad 402 in cooperation with a sewing thread, the brain support pad 404 is sewn at the other pad surface of the sleeve pad 401 far away from the travel pillow 1 in cooperation with the neck support pad 403 by the sewing thread, the slow rebound sponge pad 405 used for providing elastic support is filled in the pad sleeves of the sleeve pad 401, the neck support pad 403 and the brain support pad 404, and the silica gel edge 406 used for providing flexible friction is formed at the bonding position in the U-shaped inner portion of the travel pillow 1.

Wherein, the cushion sleeves of the extension cushion 401, the neck cushion 403 and the brain cushion 404 are hollow sleeve bodies which can be filled with the slow rebound sponge cushion 405; the hollow sleeves of the extension pad 401, the neck pad 403 and the brain pad 404 can be filled with a slow rebound sponge pad 405 to obtain an inner support; sewing threads are sewn on the outer surface of the cushion body of the extension cushion 401 and the inner surface of the surrounding support cushion 402, and the bottom surfaces of the extension cushion 401 and the surrounding support cushion 402 are sewn on the U-shaped pillow surface on one side of the travel pillow 1 through the sewing threads; the extension pad 401 and the surrounding support pad 402 are sewn and connected by virtue of sewing threads and then sewn at the U-shaped pillow surface on one side of the travel pillow 1 at the same time; the pad body of the brain support pad 404 is a C-shaped pad body; the brain support pad 404 of the C-shaped pad body can be better clamped at the back brain.

Wherein, the silica gel edges 406 are adhered and formed into two groups at the U-shaped intrados of the travel pillow 1; the silica gel ribs 406 are bonded with two groups at the U-shaped intrados of the travel pillow 1 to provide soft contact friction.

It should be noted that, the utility model is a slow rebound sponge travel pillow, when the bottom surfaces of the extension pad 401 and the surrounding support pad 402 are sewn on the U-shaped pillow surface on one side of the travel pillow 1 through sewing threads, the other end of the extension pad 401 can be sewn with the neck support pad 403 with the brain support pad 404 through sewing threads, when the travel pillow 1 is used, the travel pillow 1 can be sleeved on the neck of a human body, so that the magic sub-plaster 2 and the magic mother plaster 3 of the travel pillow 1 are oppositely adhered on the front neck of the human body, then a person can lean against the backrest of the vehicle when traveling on the vehicle, the neck support pad 403 and the brain support pad 404 are surrounded and supported on the neck and the brain of the human body, and meanwhile, the extension pad 401, the neck support pad 403 and the brain support pad 404 are internally provided with the slow rebound sponge pad 405 to provide comfortable support, so that the travel pillow 1 can provide better support for the neck and the back brain of the human body.

The utility model relates to a slow rebound sponge travel pillow, which comprises a travel pillow 1; 2. magic tape; 3. magic mother plaster; 4. a neck brace structure; 401. a sleeve gasket; 402. a surrounding support pad; 403. a neck support pad; 404. a brain support pad; 405. a slow rebound sponge liner; 406. the silica gel ribs and the components are all general standard components or components known to the person skilled in the art, and the structures and the principles of the silica gel ribs and the components are all known to the person skilled in the art through technical manuals or through routine experimental methods.

The foregoing has shown and described the basic principles and main features of the present utility model and the advantages of the present utility model. It will be understood by those skilled in the art that the present utility model is not limited to the embodiments described above, and that the above embodiments and descriptions are merely illustrative of the principles of the present utility model, and various changes and modifications may be made without departing from the spirit and scope of the utility model, which is defined in the appended claims. The scope of the utility model is defined by the appended claims and equivalents thereof.

Claims (5)

1. The utility model provides a sponge travel pillow that kick-backs slowly, includes travel pillow (1), magic son subsides (2) and female subsides (3) of magic, its characterized in that: still include neck brace structure (4), neck brace structure (4) are including extending sleeve pad (401), enclosing branch pad (402), neck support pad (403), brain support pad (404), slow resilience sponge pad (405) and silica gel arris (406), the both ends pillow body department sewing of travel pillow (1) has magic son subsides (2) and magic female subsides (3) that are used for opposite direction bonding, and the U-shaped pillow face department of travel pillow (1) one side has extending sleeve pad (401) through enclosing branch pad (402) cooperation sewing thread sewing, the another pad face department that keeps away from travel pillow (1) of extending sleeve pad (401) is through sewing thread cooperation neck support pad (403) sewing has brain support pad (404), and extends sleeve pad (401), neck support pad (403) and the pad cover intussuseption of brain support pad (404) is filled with and is used for providing the slow resilience sponge pad (405) of elastic support, the U-shaped intrados department bonding shaping of travel pillow (1) has silica gel arris (406) that are used for providing flexible friction.

2. The slow rebound sponge travel pillow of claim 1, wherein: the cushion sleeves of the extension cushion (401), the neck support cushion (403) and the brain support cushion (404) are hollow sleeve bodies which can be filled with slow rebound sponge cushions (405).

3. The slow rebound sponge travel pillow of claim 1, wherein: sewing threads are sewn on the outer surface of the cushion body of the extension cushion (401) and the inner surface of the surrounding support cushion (402), and the bottoms of the extension cushion (401) and the surrounding support cushion (402) are sewn on the U-shaped pillow surface on one side of the travel pillow (1) through the sewing threads.

4. The slow rebound sponge travel pillow of claim 1, wherein: the pad body of the brain support pad (404) is a C-shaped pad body.

5. The slow rebound sponge travel pillow of claim 1, wherein: the silica gel edges (406) are adhered and formed into two groups at the U-shaped intrados of the travel pillow (1).