A pillow with an annular snore stop pad

Abstract

The utility model relates to a kind of pillow with annular snore-stopping pad.The snore-stopping effect of existing pillow is poor, which affects the use experience. The utility model includes pillow body, snore-stopping assembly and pillowcase, the snore-stopping assembly includes the snore-stopping pad of annular shape arranged on the top surface of pillow body, the snore-stopping pad includes a plurality of annular snore-stopping capsules sequentially sleeved from inside to outside, the snore-stopping capsule includes two independently adjustable unit capsules, and the top surface profile of the snore-stopping pad can be adjusted by unit capsule inflation and deflation. The annular snore-stopping pad is arranged on the top surface of the pillow body, and the snore-stopping pad includes a plurality of snore-stopping capsules with unit capsules. By independently adjusting the air pressure in each unit capsule, the user's head and neck can be pushed and adjusted. This ensures smooth breathing and achieves the snore-stopping effect. The user's head and neck can be directly pushed by the snore-stopping pad without the need for the pillow to transmit force, which improves the accuracy of the force applied. It also effectively reduces the amount of air filled, thereby reducing the noise generated during use and improving the user experience.

Description

Technical Field

[0001] This utility model relates to the field of bedding, specifically to a pillow. Background Technology

[0002] Existing pillows consist of a pillow body, an anti-snoring component, and a pillowcase. The anti-snoring component includes a control box, a detection element, and an anti-snoring pad. The existing anti-snoring pad has two symmetrically arranged anti-snoring airbags. The detection element detects the user's snoring and inflates the anti-snoring airbags, thereby changing the contour of the pillow's top surface and inducing the user's head and neck posture adjustment. This, in turn, changes the airway contour to ensure smooth breathing, thus achieving an anti-snoring effect. Because the existing anti-snoring pad is located under the pillow body, the deformation caused by the inflation of the anti-snoring airbags needs to be transmitted through the pillow body to be reflected on the top surface. Due to the deformability of the pillow body, the deformation amplitude of the anti-snoring airbags cannot be effectively transmitted upwards. This places higher demands on the deformation amplitude of the anti-snoring airbags, increasing the workload of the control box, leading to prolonged noise and affecting the user's sleep. Furthermore, the deformation diffusion of the pillow body reduces the accuracy of the top surface contour deformation. Additionally, the user's head and neck may shift due to body movement, making it impossible to accurately resist and lift the user's head and neck, thus preventing the user from effectively changing posture and affecting the anti-snoring effect. Utility Model Content

[0003] To address the shortcomings of existing technologies, this utility model provides a pillow with a ring-shaped anti-snoring pad. The ring-shaped anti-snoring pad is set on the top surface of the pillow body. The anti-snoring pad includes multiple anti-snoring sacs with unit sacs. It can directly change the contour of the top surface of the pillow by independently adjusting the air pressure in the unit sacs, and accurately push the user's head and neck. It can also effectively reduce the amount of air, thereby reducing the noise during use and improving the user experience.

[0004] This invention achieves its purpose through the following method: a pillow with a ring-shaped anti-snoring pad, comprising a pillow body, an anti-snoring component, and a pillowcase. The anti-snoring component includes a ring-shaped anti-snoring pad disposed on the top surface of the pillow body. The anti-snoring pad includes several ring-shaped anti-snoring bladders arranged sequentially from the inside out. Each anti-snoring bladder includes two independently adjustable unit bladders. The contour of the top surface of the anti-snoring pad can be adjusted by inflating or deflating the unit bladders. The ring-shaped anti-snoring pad on the top surface of the pillow body, containing multiple anti-snoring bladders with unit bladders, allows for independent adjustment of the air pressure within each unit bladder to push and adjust the user's head and neck, thereby ensuring a smooth airway and achieving an anti-snoring effect. This design allows for direct pushing of the user's head and neck through the anti-snoring pad, eliminating the need for the pillow body to transmit force, improving the accuracy of force application, and effectively reducing inflation volume, thus reducing noise and improving the user experience.

[0005] Preferably, the unit capsules are arranged symmetrically around the anterior-posterior midline of the anti-snoring pad, so that the unit capsules are distributed along the width of the pillow. This arrangement of unit capsules along the width of the pillow effectively increases the coverage area of ​​the anti-snoring pad in that direction, accommodating user movement and shifting. Furthermore, the unit capsules at different positions can provide upward and downward pressure on specific areas of the user's head and neck, ensuring effective adjustment of the user's posture and thus improving the airway condition to achieve an anti-snoring effect.

[0006] Preferably, the anti-snoring sac increases in height from the center outwards, so that the top surface of the anti-snoring pad forms a bowl-shaped contour with a concave center and a raised perimeter. The head and neck will shift to a lower position due to their own weight. The height of the outer edge of the anti-snoring pad is greater than the height of the inner edge, so that the top surface of the anti-snoring pad has a bowl-shaped contour with a concave center, which guides the user's head to be aligned with the center of the anti-snoring pad, thereby facilitating the unit sac to push and adjust the posture of the head and neck.

[0007] Preferably, the corresponding peripheries of adjacent anti-snoring sacs are matched and connected so that the vertical projections of the anti-snoring sacs are misaligned. The inner diameter of the external anti-snoring sac matches the outer diameter of the internal anti-snoring sac, so that adjacent anti-snoring sacs can be concentrically and tightly connected, which not only ensures that the relative positions of the anti-snoring sacs are fixed, but also effectively eliminates dead angles of force application and improves the anti-snoring effect.

[0008] Preferably, the anti-snoring sac has at least three units arranged concentrically, which not only meets the number of units required for use to satisfy the user's posture adjustment needs, but also facilitates processing and assembly by limiting the number, thereby improving the user experience.

[0009] Preferably, the anti-snoring pad has a circular positioning groove in the middle area, which is used to embed the bottom of the user's head. The head slides to the middle of the anti-snoring pad by its own weight, ensuring that the head is properly positioned, thus facilitating the anti-snoring pad to adjust the head's posture.

[0010] Preferably, a functional pad is provided beneath the pillow body. The anti-snoring assembly includes a detection element, a control box externally mounted on the pillow body, and a central box located at the center of the rear edge of the functional pad and connected to the control box. The central box receives high-pressure gas from the control box and delivers it to the anti-snoring pad through a bundled air tube. The externally mounted control box effectively reduces the vibration and noise generated during its operation, improving sleep quality and facilitating maintenance and operation. The functional pad, concealed by the pillow body, is used to install the detection element and the central box, ensuring that the components do not shift. The bundled air tube has multiple independent air paths, allowing for independent inflation and deflation of each unit capsule.

[0011] Preferably, the pillow body has a vertically penetrating through-hole in the center of its top surface. One end of the bundled air tube is connected to each unit bladder in turn, and the other end passes vertically through the through-hole and is laid along the top surface of the functional pad and connected to the central box. The bundled air tube passes through the through-hole into the pillow body, which facilitates assembly and ensures that the bundled air tube is not exposed on the top surface of the pillow body, preventing the bundled air tube from being squeezed and blocked by the head and neck.

[0012] Preferably, the corresponding ends of the unit sacs within the same anti-snoring sac are connected by welds to form assembly gaps. These assembly gaps are then linearly connected to form a channel for laying the bundled air tube. Welds are used to divide the anti-snoring sac into two semi-circular unit sacs with independently adjustable air pressure. The recessed structure at the welds forms the assembly gaps. The assembly gaps of adjacent anti-snoring sacs are joined front-to-back to form a channel along the front-to-back direction of the pillow body. The bundled air tube can be laid through this channel, ensuring that it can communicate with each unit sac while also supporting the user's head and neck, preventing compression and blockage of the bundled air tube.

[0013] Preferably, the control box is connected to the central box via a bundled pipeline, which contains circuit lines for connecting the detection components and air lines for connecting the anti-snoring pad. The bundled pipeline has the effect of centralized pipeline laying, preventing the pipeline from being scattered and exposed, facilitating laying, and also protecting the wire bundle.

[0014] Preferably, the vertical projection of the pillow completely covers the functional pad. The detection element includes a sleeping posture sensing strip disposed at the front edge of the functional pad and exposed outside the pillow. The sleeping posture sensing strip is connected to the central control box via a first wire laid along the top surface of the functional pad. The first wire is connected to a corresponding circuit line through the central control box. The sleeping posture sensing strip is used to detect the user's sleeping posture and position, providing a reference for the control box to select and drive the corresponding anti-snoring intervention zone. The first wire is laid along the functional pad and is concealed by the pillow, effectively reducing the feeling of foreign objects and protecting the first wire.

[0015] Preferably, the detection device includes snoring detection devices disposed on both side walls of the pillowcase. These snoring detection devices are connected to the central control box via a second wire laid along the side wall of the pillowcase. The second wire is connected to a corresponding circuit line through the central control box. The snoring detection devices are used to detect whether the user snores and provide a reference for the control box to perform subsequent operations. The second wire, laid along the side wall of the pillowcase, effectively avoids the top surface of the pillowcase, reducing the feeling of a foreign object and protecting the second wire.

[0016] The beneficial effects of this utility model are as follows: A ring-shaped anti-snoring pad is set on the top surface of the pillow. The anti-snoring pad includes multiple anti-snoring bladders with unit bladders. By independently adjusting the air pressure in each unit bladder, the user's head and neck are pushed and adjusted, thereby ensuring a smooth airway and achieving an anti-snoring effect. The anti-snoring pad can directly push the user's head and neck without the need for the pillow to transmit force, improving the accuracy of force application. It also effectively reduces the amount of air required, thereby reducing noise and improving the user experience. Attached Figure Description

[0017] Figure 1 This is a schematic diagram of the disassembled structure of the pillow;

[0018] Figure 2 This is a schematic diagram of the structure of the anti-snoring pad;

[0019] Figure 3 This is a cross-sectional view of the anti-snoring pad.

[0020] Figure 4 A perspective view of the assembly structure of the anti-snoring pad and the pillow body;

[0021] In the diagram: 1. Pillow body, 2. Pillowcase, 3. Functional pad, 4. Control box, 5. Anti-snoring pad, 6. Unit capsule, 7. Through-tube hole, 8. Channel, 9. Second wire, 10. Central box, 11. Bundled tubing, 12. Bundled trachea, 13. Sleep posture sensor band, 14. First wire, 15. Snoring detection device, 16. Positioning slot. Detailed Implementation

[0022] The essential features of this utility model will be further described below with reference to the accompanying drawings and specific embodiments.

[0023] like Figure 1 The pillow shown includes a ring-shaped anti-snoring pad, comprising a pillow body 1, an anti-snoring component, and a pillowcase 2. The anti-snoring component includes a ring-shaped anti-snoring pad 5 disposed on the top surface of the pillow body 1. The anti-snoring pad 5 includes several ring-shaped anti-snoring bladders arranged sequentially from the inside out. Each anti-snoring bladder includes two independently adjustable unit bladders 6. The contour of the top surface of the anti-snoring pad 5 can be adjusted by inflating or deflating the unit bladders 6. The ring-shaped anti-snoring pad 5, with multiple unit bladders 6 within it, allows for independent adjustment of the air pressure within each unit bladder 6 to push and adjust the user's head and neck, thereby ensuring a clear airway and achieving an anti-snoring effect. This design allows for direct pushing of the user's head and neck through the anti-snoring pad 5, eliminating the need for force transmission through the pillow body 1, improving the accuracy of force application, and effectively enhancing inflation deformation, reducing the amount of air required, thus reducing noise and improving the user experience.

[0024] In practice, the unit sacs 6 are arranged symmetrically around the anterior-posterior midline of the anti-snoring sac, so that the unit sacs 6 are arranged along the width direction of the pillow body 1. There are at least three anti-snoring sacs, and they are arranged concentrically. Specifically, there are three anti-snoring sacs (e.g., ...). Figure 2 As shown, the anti-snoring pad 5 includes six independently inflatable and deflated unit sacs 6. Each unit sac 6 is semi-circular, so that the anti-snoring pad 5 has six unit sacs 6 arranged along the width of the pillow body 1. The end edges of each unit sac 6 are located at the front-to-back midline of the anti-snoring pad 5. This not only corrects the positioning of the head and neck, but also allows for independent deformation of each area of ​​the anti-snoring sac in the width direction, improving the accuracy of pushing the user's head and neck, thereby improving the anti-snoring effect.

[0025] In practice, the anti-snoring sac gradually increases in height from the center outwards (e.g., ...). Figure 3 As shown, a circular positioning groove 16 is formed in the central area of ​​the anti-snoring pad 5. This creates a bowl-shaped profile with a concave center and raised periphery on the top surface of the anti-snoring pad 5. The height of the top surface of the external anti-snoring bladder is greater than that of the internal anti-snoring bladder, and the hollow structure in the center of the anti-snoring pad 5 forms the positioning groove 16. This results in the top surface of the anti-snoring pad 5 gradually decreasing in shape from the outside to the center, creating a bowl-shaped profile. Under the influence of gravity, the user's head and neck will move towards the center of the anti-snoring pad 5, ensuring that the vertical projection of the user's head falls within the anti-snoring pad 5. This allows the anti-snoring pad 5 to push and rub against different areas of the user's head using independently adjustable anti-snoring bladders, effectively improving the reliability and accuracy of posture adjustment. The through-hole 7 is exposed through the positioning groove 16 for easy assembly.

[0026] In practice, the corresponding peripheries of adjacent anti-snoring sachets are matched and connected so that the vertical projections of the snoring sachets are misaligned. The corresponding edges of adjacent anti-snoring sachets are fixed by welding to ensure that the relative positions of adjacent anti-snoring sachets will not change due to head and neck contact and compression.

[0027] In actual operation, a functional pad 3 is provided below the pillow body 1. The anti-snoring component includes a detection element, a control box 4 externally placed on the pillow body 1, and a central box 10 located in the middle of the rear edge of the functional pad 3 and connected to the control box 4. The central box 10 receives high-pressure gas from the control box 4 and delivers it to the anti-snoring pad 5 through a bundled air tube 12. The bundled air tube 12 has unit air passages corresponding to the unit bags 6 one by one, allowing independent inflation and deflation of each unit bag 6. The control box 4 detects whether the user snores and the user's position through the detection element, and then inflates the unit bags 6 under the user's head and neck. The raised unit bags 6 push against a local area of ​​the bottom of the user's head and neck to adjust the sleeping posture, thereby ensuring a smooth airway and achieving the effect of anti-snoring.

[0028] In actual operation, the control box 4 is connected to the central box 10 via a bundled conduit 11. The bundled conduit 11 contains circuit lines for connecting the detection device and air lines for connecting the anti-snoring pad 5. One end of the bundled conduit 11 is connected to the control box 4, and the other end passes through a perforation and connects to the central box 10. The bundled conduit 11 contains circuit lines for connecting the detection device and air lines for connecting the anti-snoring pad 5. The circuit lines and air lines are uniformly bound within the bundled conduit 11 for easy installation and effective protection. The bundled conduit 11 separates the circuit lines and air lines through the central box 10 and connects them to the corresponding bundled air tube 12, the first wire 14, and the second wire 9, thereby controlling the anti-snoring pad 5, the sleeping posture sensing strip 13, and the snoring detection device 15, respectively.

[0029] In actual operation, the pillow body 1 has a vertically penetrating through hole 7 in the middle of its top surface. One end of the bundled air tube 12 is connected to each unit sac 6 in turn, and the other end passes vertically through the through hole 7 and is laid along the top surface of the functional pad 3 and connected to the central box 10. An assembly gap is formed between the corresponding ends of the unit sacs 6 in the same anti-snoring sac. The assembly gaps of each anti-snoring sac are linearly connected to form a channel 8 for laying the bundled air tube 12. One end of the bundled air tube 12 is laid along the channel 8 and connected to each unit sac 6 along the way. The other end first passes vertically through the through hole 7, then is laid backward along the top surface of the functional pad 3, and finally connects to the central box 10 and is connected to the air pipeline, ensuring that the control box 4 can adjust the inflation and deflation of each unit sac 6.

[0030] In actual operation, the vertical projection of the pillow body 1 completely covers the functional pad 3. The sleeping posture sensing band 13 is connected to the central box 10 via a first wire 14 laid along the top surface of the functional pad 3. The first wire 14 is connected to the corresponding circuit line through the central box 10. The length of the sleeping posture sensing band 13 matches the length of the front edge of the pillow body 1, effectively expanding the detection range and improving the detection accuracy, ensuring that the control box 4 can drive the corresponding anti-snoring sac to move.

[0031] In actual operation, the snoring detection device 15 is connected to the central box 10 via a second wire 9 laid along the side wall of the pillow body 1. The second wire 9 is connected to the corresponding circuit line through the central box 10. The snoring detection device 15 operates throughout the user's sleep, facilitating the control box 4 to trigger subsequent anti-snoring operations upon detecting snoring. The snoring detection device 15 passes through the pillowcase 2 and is exposed, making it convenient to receive external sound sources.

Claims

1. A pillow with a ring-shaped anti-snoring pad, comprising a pillow body (1), an anti-snoring component, and a pillowcase (2), characterized in that, The anti-snoring component includes an anti-snoring pad (5) arranged in a ring shape on the top surface of the pillow body (1). The anti-snoring pad (5) includes several ring-shaped anti-snoring sacs arranged sequentially from the inside to the outside. The anti-snoring sacs include two independently adjustable unit sacs (6). The top surface contour of the anti-snoring pad (5) can be adjusted by inflating and deflating the unit sacs (6).

2. A pillow with a ring-shaped anti-snoring pad according to claim 1, characterized in that, The unit capsule (6) is arranged symmetrically with the anterior-posterior midline of the anti-snoring capsule as the center, so that the unit capsule (6) is arranged along the width direction of the pillow body (1).

3. A pillow with a ring-shaped anti-snoring pad according to claim 2, characterized in that, The anti-snoring sac increases in height from the center outwards, so that the top surface of the anti-snoring pad (5) forms a bowl-shaped profile with a concave center and a raised periphery; Alternatively, the corresponding peripheries of adjacent anti-snoring sachets can be matched and connected so that the vertical projections of the anti-snoring sachets are misaligned.

4. A pillow with a ring-shaped anti-snoring pad according to claim 2, characterized in that, The anti-snoring bags are at least three in number and are arranged concentrically.

5. A pillow with a ring-shaped anti-snoring pad according to claim 2, characterized in that, The anti-snoring pad (5) has a circular positioning groove (16) in the middle area.

6. A pillow with an annular anti-snoring pad according to any one of claims 1-5, characterized in that, The pillow body (1) is provided with a functional pad (3) below it. The anti-snoring component includes a detection element, a control box (4) externally placed on the pillow body (1), and a central box (10) located in the middle of the rear edge of the functional pad (3) and connected to the control box (4). The central box (10) receives high-pressure gas from the control box (4) and delivers it to the anti-snoring pad (5) through a bundled air tube (12).

7. A pillow with a ring-shaped anti-snoring pad according to claim 6, characterized in that, The pillow body (1) has a vertical through hole (7) in the middle of the top surface. One end of the bundled air tube (12) is connected to each unit bladder (6) in turn, and the other end passes through the through hole (7) vertically and is laid along the top surface of the functional pad (3) and connected to the central box (10).

8. A pillow with a ring-shaped anti-snoring pad according to claim 7, characterized in that, The corresponding ends of the unit sac (6) in the same antisnoring sac are connected by a weld to form an assembly gap. The assembly gaps of each antisnoring sac are connected linearly to form a channel (8) for laying the bundled air tube (12).

9. A pillow with a ring-shaped anti-snoring pad according to claim 6, characterized in that, The control box (4) is connected to the central box (10) via a bundled pipeline (11), which contains circuit lines for connecting the detection device and air lines for connecting the anti-snoring pad (5).

10. A pillow with a ring-shaped anti-snoring pad according to claim 9, characterized in that, The vertical projection of the pillow body (1) completely covers the functional pad (3). The detection device includes a sleeping posture sensing band (13) disposed at the front edge of the functional pad (3) and exposed outside the pillow body (1). The sleeping posture sensing band (13) is connected to the central box (10) through a first wire (14) laid along the top surface of the functional pad (3). Alternatively, the detection device includes a snoring detection device (15) disposed on both sides of the pillowcase (2). The snoring detection device (15) is connected to the central box (10) through a second wire (9) laid along the side wall of the pillow body (1).

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