An inflatable neck pillow and garment

Abstract

This invention relates to the field of inflatable neck pillows, specifically to an inflatable neck pillow and clothing, comprising a neck pillow body, which includes a main support position and side support positions located on both sides of the main support position. A head support position is connected above the main support position. The top of the head support position and the side support positions are respectively provided with an upwardly extending main connecting strip and a side connecting strip, the ends of which are connected to the ends of the main connecting strip on both sides. An inflation chamber is provided inside the neck pillow body, and an inflation / deflation assembly is connected to the neck pillow body and communicates with the inflation chamber. A first partition assembly and a second partition assembly are provided between the inner top surface and the inner bottom surface of the inflation chamber. The second partition assembly is located between the main support position and the side support position, and the first partition assembly is located between the main support position and the head support position. The side connecting strips are connected to the main connecting strips on both sides. The tension of the side support positions towards the main support position prevents the side support positions from folding outwards, thus requiring a connection at the neckline.

Description

Technical Field

[0001] This invention relates to the field of inflatable neck pillows, and more specifically to an inflatable neck pillow and clothing. Background Technology

[0002] An inflatable neck pillow is a portable travel accessory specifically designed for neck support. It is typically made of lightweight and durable PVC or TPU material and inflates quickly by manual pressing or blowing to form a soft and somewhat elastic support structure. Its core design concept is to conform to the natural curvature of the cervical spine, providing stable support for the head and neck during rest, effectively relieving neck pressure caused by prolonged sitting or desk work, and preventing cervical fatigue and stiffness. Its advantages include its compact and foldable size; it expands instantly into a full ring or U-shape after inflation, making it suitable for use as a headrest on airplanes and trains, as well as as a temporary cushion during office lunch breaks or outdoor picnics, helping users maintain a comfortable posture and improve rest quality.

[0003] For example, the utility model patent with application number TW113214520, entitled "A Garment with an Inflatable Neck Pillow," describes a neck pillow with an air bladder built into the hat. Inflating the neck pillow causes it to wrap around the back of the neck for support. However, after inflation, the curved inflatable neck pillow tends to fold outwards at both ends in its natural state. This requires buttons or drawstrings at the neckline to restrain the ends and ensure a snug fit around the neck, resulting in poor comfort. Summary of the Invention

[0004] The purpose of this invention is to provide an inflatable neck pillow and clothing, which aims to improve the problem that conventional strip neck pillows fold outwards at both ends after inflation, requiring the connection of the two sides of the clothing neckline to ensure that the neck pillow fits snugly against the sides of the neck, resulting in poor neck comfort.

[0005] To achieve the above objectives, the present invention adopts the following technical solution: An inflatable neck pillow includes a neck pillow body, the neck pillow body includes a main support position and side support positions located on both sides of the main support position, a head support position is connected above the main support position, and the top of the head support position and the side support position are respectively provided with an upwardly extending main connecting strip and a side connecting strip, the ends of the side connecting strips are connected to the ends of the main connecting strips on both sides. The neck pillow body has an inflation chamber, and an inflation / deflation assembly is connected to the neck pillow body, with the inflation / deflation assembly communicating with the inflation chamber. The inflation chamber covers the main support position, side support position, head support position, main connecting strip, and side connecting strip; a first partition assembly and a second partition assembly are provided between the inner top surface and the inner bottom surface of the inflation chamber, the first partition assembly is disposed between the main support position and the head support position, and the second partition assembly is disposed between the main support position and the side support position.

[0006] Furthermore, a third partition assembly is provided between the inner top surface and the inner bottom surface of the inflation cavity, the third partition assembly including an annular connecting layer and a supporting connecting layer; The annular connecting layer is located in the middle of the head support position, and the supporting connecting layer is located on both sides of the annular connecting layer. The supporting connecting layer extends from one side of the first partition component towards the main connecting strip.

[0007] Furthermore, a fourth partition assembly is provided between the inner top surface and the inner bottom surface of the inflation chamber. The fourth partition assembly is located between the main connecting strip and the head support position, and extends in the same direction as the first partition assembly.

[0008] Furthermore, the fourth partition assembly includes at least one fourth strip-shaped connecting layer, the two ends of which are located in the extending direction of the supporting connecting layer.

[0009] Furthermore, the side connecting strip and the head support are spaced apart to form a clearance notch, which corresponds to the ear position, and the opening a in the middle of the clearance notch is 12-13cm in size. The clearance notch is located above the connection point between the main support and the side support, and the width of the connection point b between the main support and the side support is 8-9 cm.

[0010] Furthermore, the inner ring diameter c of the annular connecting layer is 2-2.5 cm; The width of the spacing d between the outer ring of the annular connecting layer and the supporting connecting layer is 5.5-6cm; The width of the distance e between the supporting connecting layer and the inner side of the inflation cavity is 3.2-3.7cm.

[0011] Furthermore, a fifth strip-shaped connecting layer and a sixth strip-shaped connecting layer are provided between the inner top surface and the inner bottom surface of the inflation cavity. The fifth strip-shaped connecting layer and the sixth strip-shaped connecting layer are located in the main connecting strip and the side connecting strip, respectively, and are in the same direction of extension as the side connecting strip and the main connecting strip, respectively. A seventh strip-shaped connecting layer is provided between the inner top surface and the inner bottom surface of the inflation cavity. The seventh strip-shaped connecting layer is located between the connection position of the side support and the side connecting strip, and is connected to the sixth strip-shaped connecting layer on the side facing the side support.

[0012] Furthermore, the width of the distance f between the seventh strip connecting layer facing the clearance notch and the inner side of the inflation cavity is 1.5-2cm; The width of the distance g between the other side of the seventh strip-shaped connecting layer and the inner side of the inflation cavity is 1.8-2.2cm; The width of the distance h between the two ends of the first partition component and the inner side of the inflation chamber is 2.5-3.2cm; The width of the distance i between the two ends of the second partition component and the inner side of the inflation cavity is 1.5-2cm.

[0013] Furthermore, the second partition component includes two opposing second strip-shaped connecting layers, with the ends of the two second strip-shaped connecting layers bent towards each other.

[0014] To achieve the above objectives, the present invention also adopts the following technical solution: A garment includes the aforementioned inflatable neck pillow and a garment body, wherein the neck of the garment body is provided with a hood, the hood including an inner layer and an outer layer connected to each other, and the inflatable neck pillow is disposed between the inner layer and the outer layer; The curvature of the bottom of the neck pillow body is the same as the curvature of the shoulder of the garment body, and it is connected to the shoulder of the garment body.

[0015] By adopting the above technical solution, the present invention has the following advantages compared with the prior art: 1. The side support and main support are arranged in a strip shape. The main support corresponds to the back of the neck. The side connecting strips are connected to the main connecting strips on both sides. The tension of the side support towards the main support prevents the side support from folding outwards and requires connection to the neckline. The second partition component is located between the main support and the side support, which makes it easy for the side support to bend towards the main support on both sides, wrapping and supporting both sides of the face, and has a better support effect.

[0016] 2. The head support position above the main support position corresponds to the position of the back of the head, providing support when the head is tilted back, forming multi-directional support to maximize the comfort of the inflatable neck pillow. Attached Figure Description

[0017] Figure 1 This is a plan view of the inflatable neck pillow described in this invention; Figure 2 This is a schematic diagram showing the dimensions of the inflatable neck pillow described in this invention; Figure 3 This is a schematic diagram of the back structure of the inflatable neck pillow of the present invention in its inflated state; Figure 4 This is a side view of the inflated neck pillow of the present invention in its inflated state. Figure 5 This is a schematic diagram of the front structure of the garment described in this invention when the inflatable neck pillow is inflated. Figure 6 This is a schematic diagram of the side structure of the garment described in this invention when the inflatable neck pillow is inflated. Figure 7 This is a schematic diagram of the back structure of the garment described in this invention when the inflatable neck pillow is inflated. Figure 8 This is a schematic diagram of the back structure of the garment described in this invention when the inflatable neck pillow is not inflated; Figure 9 This is a schematic diagram of the front structure of the garment described in this invention when the inflatable neck pillow is not inflated.

[0018] Explanation of reference numerals in the attached figures: 1. Neck pillow body; 11. Main support position; 12. Side support position; 13. Head support position; 14. Main connecting strip; 15. Side connecting strip; 16. Inflation / deflation assembly; 17. First partition assembly; 171. First strip connecting layer; 18. Second partition assembly; 181. Second strip connecting layer; 19. Third partition assembly; 191. Annular connecting layer; 192. Support connecting layer; 20. Fourth partition assembly; 201. Fourth strip connecting layer; 21. Fifth strip connecting layer; 22. Sixth strip connecting layer; 23. Seventh strip connecting layer; 24. Mounting hole; 3. Gap in the clearance; 4. Clothing itself; 41. Hat. Detailed Implementation

[0019] To make the objectives, technical solutions, and advantages of this invention clearer, the invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative and not intended to limit the invention.

[0020] Additionally, it should be noted that the terms "upper," "lower," "left," "right," "vertical," "horizontal," "inner," and "outer" are all based on the orientation or positional relationship shown in the accompanying drawings. They are merely for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element of the present invention must have a specific orientation. Therefore, they should not be construed as limitations on the present invention.

[0021] When an element is referred to as being "fixed to," "set on," or "contained on" another element, it can be directly on or indirectly on that other element. When an element is referred to as being "connected to," it can be directly connected to or indirectly connected to that other element.

[0022] Unless otherwise expressly specified and limited, the terms "installation," "connection," and "linking" should be interpreted broadly. For example, they can refer to a fixed connection, a detachable connection, or an integral connection; they can refer to a mechanical connection or an electrical connection; they can refer to a direct connection or an indirect connection through an intermediate medium; they can refer to the internal communication between two components or the interaction between two components. Those skilled in the art can understand the specific meaning of the above terms in this invention according to the specific circumstances. Example

[0023] Please refer to Figure 1-4 As shown, this embodiment provides an inflatable neck pillow, including a neck pillow body 1. The neck pillow body 1 includes a main support position 11 and side support positions 12 located on both sides of the main support position 11. A head support position 13 is connected above the main support position 11. The top of the head support position 13 and the side support positions 12 are respectively provided with an upwardly extending main connecting strip 14 and a side connecting strip 15. The ends of the side connecting strips 15 are connected to the ends of the main connecting strips 14 on both sides. An inflation chamber is provided inside the neck pillow body 1. An inflation / deflation assembly 16 is connected to the neck pillow body 1 and communicates with the inflation chamber. The inflation chamber covers the main support position 11, the side support positions 12, the head support position 13, the main connecting strip 14, and the side connecting strips 15. A first partition assembly 17 and a second partition assembly 18 are provided between the inner top surface and the inner bottom surface of the inflation chamber. The first partition assembly 17 is disposed between the main support position 11 and the head support position 13, and the second partition assembly 18 is disposed between the main support position 11 and the side support positions 12.

[0024] The side support positions 12 and the main support positions 11 are arranged in a strip shape. The main support position 11 corresponds to the back of the neck. The side connecting strips 15 connect to the main connecting strips 14 on both sides, providing tension to the side support positions 12 towards the main support positions 11 and preventing the side support positions 12 from folding outwards, thus avoiding the need for a neckline connection. The second partition component 18 is located between the main support positions 11 and the side support positions 12, facilitating the side support positions 12 to bend towards the main support positions 11 on both sides, providing wrapping support to both sides of the face for better support. At the same time, the head support position 13 above the main support position 11 corresponds to the back of the head, providing support when the head is tilted back, forming multi-directional support to maximize the comfort of the inflatable neck pillow.

[0025] A third partition assembly 19 is provided between the inner top and inner bottom surfaces of the inflation chamber. The third partition assembly 19 includes an annular connecting layer 191 and a supporting connecting layer 192. The annular connecting layer 191 is located in the center of the head support position 13, and the supporting connecting layers 192 are located on both sides of the annular connecting layer 191, extending from one side of the first partition assembly 17 towards the main connecting strip 14. The annular connecting layer 191 connects the inner top and inner bottom surfaces of the inflation chamber, reducing the thickness of the head support position 13 at the annular connecting layer 191, forming a depression that corresponds to the center of the back of the head, providing support and wrapping the back of the head to improve comfort. Furthermore, the depression provides a certain degree of restraint force to the back of the head, reducing the probability of head movement. The support connecting layer 192 is located on both sides of the annular connecting layer 191, and the first partition component 17 is located below the third partition component 19, forming a three-sided surrounding structure of the annular connecting layer 191. This results in the head support position 13 forming an annular protrusion on the periphery of the annular connecting layer 191, which, together with the groove structure, provides good support for the head and improves comfort.

[0026] Please refer to Figure 2 As shown, further, the inner ring diameter c of the annular connecting layer 191 is 2-2.5cm; the width d of the distance d between the outer ring of the annular connecting layer 191 and the supporting connecting layer 192 is 5.5-6cm; and the width e of the distance e between the supporting connecting layer 192 and the inner side of the inflation cavity is 3.2-3.7cm. By controlling the inner ring diameter c of the annular connecting layer 191, the size of the groove is adjusted to ensure that the groove can stably support the head; by controlling the size d of the distance d between the outer ring of the annular connecting layer 191 and the supporting connecting layer 192, the support area of ​​the annular connecting layer 191's peripheral support position on the back of the head is adjusted to ensure stable coverage of the back of the head; by controlling the width e of the distance e between the supporting connecting layer 192 and the inner side of the inflation cavity, it is controlled to be smaller than the distance d between the outer ring of the annular connecting layer 191 and the supporting connecting layer 192, so that the peripheral support structure of the annular connecting layer 191 has a larger inflation space, and can inflate to a thicker thickness when fully inflated, thereby improving its support effect on the head. By setting a smaller gap e between the support connecting layer 192 and the inner side of the inflation cavity, the thickness within this range is effectively reduced, facilitating bending along the support connecting layer 192 to cover and support the side of the head. In this embodiment, the inner ring diameter c of the annular connecting layer 191 is 2cm, or it can be set to 2.5cm; the gap d between the outer ring of the annular connecting layer 191 and the support connecting layer 192 is 6cm, or it can be set to 5.5cm; the gap e between the support connecting layer 192 and the inner side of the inflation cavity is 3.5cm, or it can be set to 3.2cm or 3.7cm.

[0027] Furthermore, a fourth partition assembly 20 is provided between the inner top and inner bottom surfaces of the inflation chamber. The fourth partition assembly 20 is located between the main connecting strip 14 and the head support position 13, and extends in the same direction as the first partition assembly 17. The fourth partition assembly 20 is located above the third partition assembly 19, and together with the first partition assembly 17 and the support connecting layers 192 located on both sides, forms a four-sided surrounding structure for the annular connecting layer 191, improving the stability of the protrusion of the head support position 13 on the periphery of the annular connecting layer 191. In addition, the fourth partition assembly 20 separates the head support position 13 and the main connecting strip 14, making it easier for the main connecting strip 14 to bend forward and wrap around the top of the head, improving the fit of the inflatable neck pillow to the head. When installed inside the hat 41, it prevents the main connecting strip 14 from supporting the top of the hat 41 too high, which would affect the hat 41's wrapping around the head.

[0028] The fourth partition component 20 includes at least one fourth strip-shaped connecting layer 201, with both ends of the fourth strip-shaped connecting layer 201 located along the extending direction of the supporting connecting layer 192. While fulfilling its partitioning function, the fourth strip-shaped connecting layer 201 minimizes its size to avoid occupying space inside the inflation chamber, thus improving head support. Furthermore, the supporting connecting layer 192, located on both sides of the head support position 13, also facilitates bending. In the assembled state, the inflatable neck pillow is positioned inside the cap 41. The two sides of the head support position 13, constrained by the shape of the cap 41, bend along the supporting connecting layer 192 to support the sides of the head, improving the head-wrapping effect of the head support position 13. The two ends of the fourth strip-shaped connecting layer 201, located along the extending direction of the supporting connecting layer 192, prevent the fourth strip-shaped connecting layer 201 from affecting the bending effect on both sides of the head support position 13. In this embodiment, the fourth partition component 20 includes two fourth strip-shaped connecting layers 201 arranged in a row and spaced apart. The two fourth strip-shaped connecting layers 201 form three interconnected channels between the main connecting strip 14 and the head support position 13, which facilitates the passage of gas during inflation and deflation, thereby improving inflation and deflation efficiency.

[0029] Please refer to Figure 2As shown, furthermore, the side connecting strip 15 and the head support position 13 are spaced apart to form a clearance notch 3, which corresponds to the ear position. The opening a in the middle of the clearance notch 3 is 12-13cm in size. The clearance notch 3 is located above the connection position of the main support position 11 and the side support position 12, and the width of the connection position b between the main support position 11 and the side support position 12 is 8-9cm. In this embodiment, the size of the opening a is 12cm, but it can also be set to 13cm; the width of the connection position b is 8.5cm, but it can also be 8cm or 9cm. By limiting the size of the opening a, the gap between the head support position 13 and the side connecting strip 15 makes room for the ears in the left and right direction. By limiting the width of the connection position b, the inflatable headrest is positioned too high at the bottom of the clearance notch 3, making it make room for the ears in the bottom direction. This ensures that the ears of different people can be placed in the clearance notch 3, avoiding pressure on the ears from the inflatable neck pillow and affecting the user experience. In this embodiment, the free end of the side connecting strip 15 is bent away from the head support position 13, and the side connecting strip 15 is set in an arc shape, which effectively increases its contact area with the side of the head.

[0030] A fifth strip-shaped connecting layer 21 and a sixth strip-shaped connecting layer 22 are provided between the inner top and inner bottom surfaces of the inflation cavity. These layers are located within the main connecting strip 14 and the side connecting strip 15, respectively, and extend in the same direction as the main connecting strip 14 and the side connecting strip 15. The fifth and sixth strip-shaped connecting layers 21 and 22 reduce the thickness of the main connecting strip 14 and the side connecting strip 15, facilitating bending and interconnection. A seventh strip-shaped connecting layer 23 is provided between the inner top and inner bottom surfaces of the inflation cavity. This layer is located between the side support position 12 and the connection point of the side connecting strip 15, and connects to the sixth strip-shaped connecting layer 22 on the side facing the side support position 12. The seventh strip-shaped connecting layer 23 is located at the end of the sixth strip-shaped connecting layer 22, allowing the side connecting strip 15 to fold around it and connect to the main connecting strip 14.

[0031] Please refer to Figure 2As shown, the width of the gap f between the seventh strip connecting layer 23 facing the clearance notch 3 and the inner side of the inflation cavity is 1.5-2cm; the width of the gap g between the other side of the seventh strip connecting layer 23 and the inner side of the inflation cavity is 1.8-2.2cm; the width of the gap h between the two ends of the first partition assembly 17 and the inner side of the inflation cavity is 2.5-3.2cm; the width of the gap i between the two ends of the second partition assembly 18 and the inner side of the inflation cavity is 1.5-2cm; and the width of the gap j between the two ends of the fourth partition assembly 20 and the inner side of the inflation cavity is 2-2.5cm. The spacing f and spacing g are located at the connection points between the side support position 12 and the side connecting strip 15; the spacing h is located at the connection point between the main support position 11 and the head support position 13; the spacing i is located at the connection point between the side support position 12 and the main support position 11; and the spacing j is located at the connection point between the head support position 13 and the main connecting strip 14. The dimensions of each connection point are limited to prevent the dimensions from being too low, which would affect the inflation or deflation efficiency, and also to prevent the dimensions from being too large, which would affect the shape and bending effect of each position. In this embodiment, the width of spacing f is 1.7cm, but it can also be set to 1.5cm or 2cm; the width of spacing g is 2cm, but it can also be set to 1.8cm or 2.2cm; the width of spacing h is 3cm, but it can also be set to 2.5cm or 3.2cm; the width of spacing i is 1.5cm, but it can also be set to 2cm; and the width of spacing j is 2cm, but it can also be set to 2.5cm.

[0032] The second partition component 18 includes two opposing second strip-shaped connecting layers 181, with their ends bent towards each other. The main support position 11 provides support for the back of the neck, and the side support positions 12 provide support for the cheeks. Therefore, in the inflated state, the main support position 11 and the side support positions 12 need to be relatively thick to achieve better support. The two second strip-shaped connecting layers 181 form an elliptical bend, which separates the side support positions 12 and the main support position 11 to prevent them from being too close together and interfering with each other, affecting the degree of bending of the side support position 12 and the fit between the side support position 12 and the cheek. In this embodiment, the first partition component 17 includes two first strip-shaped connecting layers 171 arranged in a row and spaced apart. The strip-shaped connecting layers separate the main support position 11 and the head support position 13, and form three connecting channels to increase the rate at which gas enters the head support position 13 from the main support position 11 in the inflated state. The same applies in the deflated state.

[0033] In this embodiment, the neck pillow body 1 is composed of two pieces of fabric, which are heat-fused together at the edges to form an air cavity. The first strip connecting layer 171, the second strip connecting layer 181, the annular connecting layer 191, the support connecting layer 192, the fourth strip connecting layer 201, the fifth strip connecting layer 21, the sixth strip connecting layer 22 and the seventh strip connecting layer 23 are all formed by heat-fused bonding of the double-layer fabric at the corresponding positions.

[0034] Please refer to Figure 5-9 As shown, this embodiment also discloses a garment, including the aforementioned inflatable neck pillow and garment body 4. The neck of the garment body 4 is provided with a cap 41, which includes an inner layer and an outer layer connected to each other. The inflatable neck pillow is disposed between the inner and outer layers. The curvature of the bottom of the neck pillow body 1 is the same as the curvature of the shoulder area of ​​the garment body 4, and it connects to the shoulder area of ​​the garment body 4. The bottom space of the neck pillow body 1 is used to connect with the garment body 4, ensuring good stability after installation. Mounting holes 24 are provided at both ends of the neck pillow body 1 located at the head support position 13. The mounting holes 24 and mounting ropes are used to connect with the outer layer to form a multi-position fixation, further improving the stability of the inflatable neck pillow in the installed state. In the uninflated state, the neck pillow body 1 is located inside the cap 41, supporting the outer layer of the cap 41, ensuring good three-dimensionality of the cap 41, and preventing the cap 41 from drooping and sticking to the garment body 4, affecting aesthetics.

[0035] The above description is merely a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any variations or substitutions that can be easily conceived by those skilled in the art within the technical scope disclosed in the present invention should be included within the scope of protection of the present invention. Therefore, the scope of protection of the present invention should be determined by the scope of the claims.

Claims

1. An inflatable neck pillow, characterized in that, The device includes a neck pillow body, which includes a main support position and side support positions located on both sides of the main support position. A head support position is connected above the main support position. The top of the head support position and the side support position are respectively provided with an upwardly extending main connecting strip and a side connecting strip. The ends of the side connecting strips are connected to the ends of the main connecting strips on both sides. The neck pillow body has an inflation chamber, and an inflation / deflation assembly is connected to the neck pillow body, with the inflation / deflation assembly communicating with the inflation chamber. The inflation chamber covers the main support position, side support position, head support position, main connecting strip, and side connecting strip; a first partition assembly and a second partition assembly are provided between the inner top surface and the inner bottom surface of the inflation chamber, the first partition assembly is disposed between the main support position and the head support position, and the second partition assembly is disposed between the main support position and the side support position.

2. The inflatable neck pillow of claim 1, wherein: A third partition assembly is provided between the inner top surface and the inner bottom surface of the inflation chamber. The third partition assembly includes an annular connecting layer and a supporting connecting layer. The annular connecting layer is located in the middle of the head support position, and the supporting connecting layer is located on both sides of the annular connecting layer. The supporting connecting layer extends from one side of the first partition component towards the main connecting strip.

3. The inflatable neck pillow of claim 2, wherein: A fourth partition assembly is provided between the inner top surface and the inner bottom surface of the inflation chamber. The fourth partition assembly is located between the main connecting strip and the head support position, and extends in the same direction as the first partition assembly.

4. The inflatable neck pillow of claim 3, wherein: The fourth partition assembly includes at least one fourth strip connecting layer, the two ends of which are located in the extending direction of the supporting connecting layer.

5. The inflatable neck pillow of claim 1, wherein: The side connecting strip and the head support are spaced apart to form a clearance notch, which corresponds to the ear position, and the opening a in the middle of the clearance notch is 12-13cm in size. The clearance notch is located above the connection point between the main support and the side support, and the width of the connection point b between the main support and the side support is 8-9 cm.

6. The inflatable neck pillow of claim 2, wherein: The inner ring diameter c of the annular connecting layer is 2-2.5cm; The width of the spacing d between the outer ring of the annular connecting layer and the supporting connecting layer is 5.5-6cm; The width of the distance e between the supporting connecting layer and the inner side of the inflation cavity is 3.2-3.7cm.

7. The inflatable neck pillow of claim 5, wherein: A fifth strip-shaped connecting layer and a sixth strip-shaped connecting layer are provided between the inner top surface and the inner bottom surface of the inflation cavity. The fifth strip-shaped connecting layer and the sixth strip-shaped connecting layer are located inside the main connecting strip and the side connecting strip, respectively, and are in the same direction of extension as the side connecting strip and the main connecting strip, respectively. A seventh strip-shaped connecting layer is provided between the inner top surface and the inner bottom surface of the inflation cavity. The seventh strip-shaped connecting layer is located between the connection position of the side support and the side connecting strip, and is connected to the sixth strip-shaped connecting layer on the side facing the side support.

8. The inflatable neck pillow of claim 7, wherein: The width of the distance f between the seventh strip connecting layer facing the clearance notch and the inner side of the inflation cavity is 1.5-2cm; The width of the distance g between the other side of the seventh strip-shaped connecting layer and the inner side of the inflation cavity is 1.8-2.2cm; The width of the distance h between the two ends of the first partition component and the inner side of the inflation chamber is 2.5-3.2cm; The width of the distance i between the two ends of the second partition component and the inner side of the inflation cavity is 1.5-2cm.

9. The inflatable neck pillow of claim 1, wherein: The second partition assembly includes two opposing second strip connecting layers, with the ends of the two second strip connecting layers bent towards each other.

10. A garment characterized in that, The garment includes an inflatable neck pillow and a clothing body as described in any one of claims 1-9, wherein the clothing body has a hat at the neck, the hat includes an inner layer and an outer layer connected to each other, and the inflatable neck pillow is disposed between the inner layer and the outer layer. The curvature of the bottom of the neck pillow body is the same as the curvature of the shoulder of the garment body, and it is connected to the shoulder of the garment body.

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