Pillow with continuous arrangement of snore-preventing capsules

Abstract

The utility model relates to a pillow with continuous arrangement type snore stopping bag, the snore stopping effect of existing pillow is poor, the utility model discloses a pillow body, snore stopping subassembly and the pillowcase of wrapping pillow body, the functional pad is equipped with below the pillow body, the snore stopping subassembly includes control box, detection piece and sets up the snore stopping pad of functional pad top front part, the snore stopping pad includes at least three along the continuous arrangement of functional pad width direction and the independent inflation and deflation of snore stopping bag, to form the snore stopping intervention area with each snore stopping bag vertical one by one and continuous arrangement in pillow top front part. Snore stopping subassembly includes at least three along the arrangement of snore stopping bag of functional pad width, both through increasing the coverage width of snore stopping pad to improve the reliability of head and neck posture adjustment, also through reducing the area of each snore stopping bag to ensure that the posture adjustment of head and neck occurs because of local stress, improve the use experience.

Description

Technical Field

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

[0002] Existing pillows include 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, alters the airway contour to ensure smooth breathing, thus achieving an anti-snoring effect. However, because the existing anti-snoring pad is only located in the middle of the pillow body and has only two anti-snoring airbags, the side areas of the pillow's top surface cannot deform under the influence of the airbags. This prevents the user from using the anti-snoring airbags to stop snoring when their head and neck are on the side of the pillow. Furthermore, the large vertical projection of each individual anti-snoring airbag can cause the head and neck to be lifted as a whole, affecting the reliability of head and neck posture adjustment and impacting the user experience. Utility Model Content

[0003] To address the shortcomings of existing technologies, this invention provides a pillow with an anti-snoring component. The anti-snoring component includes at least three anti-snoring sacs arranged along the width of the functional pad. This improves the reliability of head and neck posture adjustment by increasing the coverage width of the anti-snoring pad, and also ensures that the head and neck can adjust their posture due to localized force by reducing the area of ​​each anti-snoring sac, thus enhancing the user experience.

[0004] This invention is achieved through the following method: a pillow with an anti-snoring component, comprising a pillow body, an anti-snoring component, and a pillowcase covering the pillow body. A functional pad is provided beneath the pillow body. The anti-snoring component includes a control box, a detection element, and an anti-snoring pad positioned at the front of the top surface of the functional pad. The anti-snoring pad includes at least three independently inflatable anti-snoring sacs arranged continuously along the width of the functional pad, forming an anti-snoring intervention zone at the front of the top surface of the pillow body that corresponds vertically to each anti-snoring sac in a continuous arrangement. The anti-snoring component, with at least three anti-snoring sacs arranged along the width of the functional pad, allows each area on the top surface of the pillow body to deform and rise under the influence of the corresponding anti-snoring sac. This improves the reliability of head and neck posture adjustment by increasing the coverage width of the anti-snoring pad, preventing the head and neck from being unable to rotate due to their location on the side of the pillow body. Furthermore, by reducing the area of ​​each anti-snoring sac, it ensures that the head and neck can adjust their posture due to localized force, guaranteeing the anti-snoring effect and improving the user experience.

[0005] Preferably, the anti-snoring pad includes a long, narrow base and anti-snoring sacs evenly spaced along the length of the base. The base is fixed to the functional pad by rivets at its corners, so that the length of the base is aligned with the width of the pillow. The base serves both to fix and position the anti-snoring sacs, ensuring their relative positions are fixed, and to fix them to the functional pad, ensuring that each anti-snoring sac is vertically aligned with the anti-snoring intervention area on the top surface of the pillow, and that each anti-snoring intervention area can deform independently and apply external stimulation to the user's head and neck to adjust posture.

[0006] Preferably, the anti-snoring pad includes four sets of anti-snoring sacs, which are continuously laid along the length of the base pad. The four sets of anti-snoring sacs are laid continuously along the length of the base pad, with the distance between them being the same as the length of the base pad. This ensures that the anti-snoring intervention areas corresponding to the sacs are adjacent and continuous, and that the pads cover the top surface of the pillow in a wide direction. This ensures that even when the user's head and neck are located on the side of the pillow, they can still be driven by the corresponding anti-snoring intervention areas and achieve posture adjustment. Setting four sets of anti-snoring sacs effectively limits the number of sacs, facilitates processing and assembly, and also provides a corresponding number of anti-snoring intervention areas, ensuring that the user's head and neck can be precisely pushed by the corresponding anti-snoring intervention areas, thus improving the anti-snoring effect.

[0007] Preferably, the anti-snoring bag includes two unit bags arranged along the length of the base pad, the unit bags being interconnected and synchronously adjusting air pressure. The anti-snoring bag comprises two side-by-side unit bags that can be synchronously inflated and deflated. This arrangement ensures that each anti-snoring bag has multiple pressure points, effectively applying force to the user's head and neck and driving posture adjustment. It also effectively reduces the amount of air needed, thereby reducing the operating load on the control box and decreasing operating noise.

[0008] Preferably, the bottom surface of the anti-snoring sac is fixed to the base pad by welding, so that the relative positions between adjacent anti-snoring sacs are fixed. The anti-snoring sacs are fixed to the base pad by welding, which ensures that the relative positions between adjacent anti-snoring sacs are fixed and that they will not interfere with each other during inflation and deflation. It also ensures that each anti-snoring sac corresponds to its corresponding anti-snoring intervention area, preventing displacement and ensuring that the user's head and neck can be accurately pushed and adjusted in posture.

[0009] Preferably, the control box is externally located on the pillow body, and a central box is located in the middle of the rear edge of the functional pad. The control box and the central box are connected by a bundled cable. A perforation is made in the rear wall of the pillowcase, and the control box is connected to the central box through the bundled cable passing through the perforation. Externally located control box effectively reduces the vibration and noise generated during operation, thus improving sleep quality and facilitating maintenance and operation. The bundled cable provides centralized cable routing, preventing tangled and exposed cables, simplifying installation, and protecting the wiring harness.

[0010] Preferably, the bundled pipeline includes circuit lines for connecting the detection device and air lines for connecting the anti-snoring pad. The bundled pipeline includes air lines for high-pressure air delivery and circuit lines for power and signal transmission, ensuring that the detection device and the anti-snoring pad can operate normally under the control of the control box. The control box includes an air pump that generates high-pressure gas, a solenoid valve assembly that controls the airflow direction, and a control board that receives signals from the detection device and, after processing, controls the operation of the air pump and solenoid valve assembly.

[0011] Preferably, the central box is connected to each anti-snoring sac via a corresponding air tube, which is connected to the corresponding airway line via the central box. The air tube is laid along the top surface of the functional pad. The air tube is fitted snugly to the functional pad, which not only protects the air tube and prevents blockage due to local pressure, but also effectively shortens the laying distance, thereby simplifying the air tube layout structure.

[0012] 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 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 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.

[0013] Preferably, the detection device includes snoring detection devices disposed on both side walls of the pillowcase. The 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.

[0014] The beneficial effects of this utility model are as follows: The anti-snoring component includes at least three anti-snoring sacs arranged along the width of the functional pad, so that each area on the top surface of the pillow can be raised and lowered under the drive of the corresponding anti-snoring sac. This not only improves the reliability of head and neck posture adjustment by increasing the coverage width of the anti-snoring pad and preventing the head and neck from being unable to be driven to turn by the anti-snoring sac due to being located on the side of the pillow, but also ensures that the head and neck can adjust their posture due to local force by reducing the area of ​​each anti-snoring sac, thus guaranteeing the anti-snoring effect and improving the user experience. Attached Figure Description

[0015] Figure 1 This is a schematic diagram of the disassembled structure of the pillow;

[0016] Figure 2A schematic diagram of the pillow after the pillow body and pillowcase have been removed;

[0017] Figure 3 This is a schematic diagram of the assembly structure of the pillowcase and the snoring detection device;

[0018] Figure 4 This is a schematic diagram of the pillow's structure;

[0019] In the diagram: 1. Pillow body, 2. Pillowcase, 3. Functional pad, 4. Control box, 5. Anti-snoring pad, 6. Anti-snoring sac, 7. Base pad, 8. Rivet, 9. Unit sac, 10. Central box, 11. Bundled tubing, 12. Trachea, 13. Sleep posture sensor band, 14. First lead wire, 15. Snoring detection device, 16. Second lead wire. Detailed Implementation

[0020] The essential features of this utility model will be further described below with reference to the accompanying drawings and specific embodiments.

[0021] like Figure 1 and 2 The pillow shown includes a pillow body 1, an anti-snoring component, and a pillowcase 2 covering the pillow body 1. A functional pad 3 is located beneath the pillow body 1. The anti-snoring component includes a control box 4, a detection element, and an anti-snoring pad 5 positioned at the front of the top surface of the functional pad 3. The anti-snoring pad 5 includes at least three independently inflatable and deflated anti-snoring sacs 6 arranged continuously along the width of the functional pad 3, forming an anti-snoring intervention zone at the front of the top surface of the pillow body 1, vertically corresponding to each anti-snoring sac 6. The anti-snoring component, with at least three anti-snoring sacs 6 arranged along the width of the functional pad 3, allows each area of ​​the top surface of the pillow body 1 to rise and fall under the influence of the corresponding anti-snoring sac 6. This increases the coverage width of the anti-snoring pad 5 to improve the reliability of head and neck posture adjustment, preventing the head and neck from being unable to rotate due to their location on the side of the pillow body 1. It also reduces the area of ​​each anti-snoring sac 6 to ensure that the head and neck can adjust their posture due to localized pressure, thus guaranteeing the anti-snoring effect and improving the user experience.

[0022] In actual operation, the anti-snoring pad 5 includes a long strip-shaped base pad 7 and anti-snoring sacs 6 evenly spaced along the length of the base pad 7. The base pad 7 is fixed to the functional pad 3 by rivets 8 at its corners, so that the length of the base pad 7 is aligned with the width of the pillow body 1. The anti-snoring pad 5 includes four sets of anti-snoring sacs 6, which are continuously laid along the length of the base pad 7, dividing the front top of the pillow body 1 into four anti-snoring intervention zones continuously arranged along its width. This not only provides complete coverage along the width of the pillow body 1, but also reduces the contact area with the user's head and neck by decreasing the width of each anti-snoring intervention zone. This allows the head and neck to rotate downwards using their own weight while being locally raised, ensuring a smooth airway and achieving an anti-snoring effect by adjusting the head and neck posture.

[0023] In actual operation, the detection components include a sleeping posture sensing band 13 located at the front edge of the functional pad 3 and exposed outside the pillow body 1, and snoring detection components 15 located on both sides of the pillowcase 2. In use, firstly, the control box 4 senses whether the user is snoring through the snoring detection components 15, and triggers the control box 4 to perform subsequent anti-snoring operations after detecting snoring. Then, the control box 4 detects the user's position and posture through the sleeping posture sensing band 13, thereby understanding the specific position of the user's head and neck on the pillow body 1. Finally, the control box 4 determines the corresponding anti-snoring intervention area located below the user's head and neck, and drives the anti-snoring intervention area to bulge and deform by delivering high-pressure air to the corresponding anti-snoring sac 6. The user's head and neck will deflect to the lower areas on both sides due to the bulging of the anti-snoring intervention area below, thereby completing the head and neck posture adjustment action and playing the role of anti-snoring.

[0024] In actual operation, the anti-snoring sac 6 includes two unit sacs 9 arranged along the length of the base pad 7. The unit sacs 9 are interconnected and synchronously adjust the air pressure. The four sets of anti-snoring sacs 6 have eight unit sacs 9 continuously laid along the length of the base pad 7, so that the unit sacs 9 cover the front part of the pillow body 1 in the width direction, ensuring that the user's head and neck can be pushed and adjusted by the corresponding anti-snoring sacs 6 when lying on the side of the pillow body 1. In addition, the eight unit sacs 8 can be independently connected to the central box 10 through the trachea and form eight anti-snoring intervention zones on the top surface of the pillow body, which should also be regarded as a specific embodiment of this utility model.

[0025] In actual operation, the bottom surface of the anti-snoring sac 6 is fixed to the base pad 7 by welding to fix the relative position between adjacent anti-snoring sacs 6. The bottom wall of each unit sac 9 is also fixed to the base pad 7 by welding, which ensures that each unit sac 9 can deform vertically to prevent horizontal displacement, and also ensures that the vertical projection of the unit sac 9 can fall completely into the corresponding anti-snoring intervention area.

[0026] In actual operation, the control box 4 is placed outside the pillow body 1, and the central box 10 is provided in the middle of the rear edge of the functional pad 3. The control box 4 and the central box 10 are connected by a bundled pipeline 11. A perforation is opened in the rear wall of the pillowcase 2, and the control box 4 is connected to the central box 10 through the bundled pipeline 11 passing through the perforation. One end of the bundled pipeline 11 is connected to the control box 4, and the other end passes through the perforation and is connected to the central box 10. The bundled pipeline 11 contains circuit pipelines for connecting the detection device and air pipelines for connecting the anti-snoring pad 5. The circuit pipelines and air pipelines are uniformly bound in the bundled pipeline 11 for easy installation and effective protection. The bundled pipeline 11 separates the circuit pipelines and air pipelines through the central box 10 and connects them to the corresponding air tubes 12, the first wire 14, and the second wire 16, respectively, thereby controlling the anti-snoring sac 6, the sleeping posture sensing band 13, and the snoring detection device 15.

[0027] In actual operation, the central box 10 is connected to each anti-snoring sac 6 via a corresponding air tube 12. The air tube 12 is connected to the corresponding airway line through the central box 10, and the air tube 12 is laid along the top surface of the functional pad 3. There are four air tubes 12, each connected to a corresponding anti-snoring sac 6, ensuring that each anti-snoring sac 6 can be independently inflated and deflated to deform.

[0028] 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 6 to move.

[0029] In actual operation, the snoring detection element 15 is connected to the central box 10 via a second wire 16 laid along the side wall of the pillow body 1 (e.g., Figure 3 As shown), the second wire 16 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 after detecting snoring. The snoring detection device 15 passes through the pillowcase 2 and is exposed (as shown). Figure 4 (As shown), it is convenient for receiving external sound sources.

Claims

1. A pillow with continuously arranged anti-snoring sacs, comprising a pillow body (1), an anti-snoring component, and a pillowcase (2) covering the pillow body (1), characterized in that, The pillow body (1) is provided with a functional pad (3) below it. The anti-snoring component includes a control box (4), a detection element, and an anti-snoring pad (5) set on the front of the top of the functional pad (3). The anti-snoring pad (5) includes at least three anti-snoring sacs (6) that are continuously arranged along the width direction of the functional pad (3) and can be independently inflated and deflated, so as to form an anti-snoring intervention zone on the front of the top of the pillow body (1) that corresponds vertically to each anti-snoring sac (6) and is continuously arranged.

2. A pillow with continuously arranged anti-snoring sacs according to claim 1, characterized in that, The anti-snoring pad (5) includes a long strip-shaped base pad (7) and anti-snoring sacs (6) evenly spaced along the length of the base pad (7). The base pad (7) is fixed to the functional pad (3) by rivets (8) at its corners, so that the length of the base pad (7) is aligned with the width of the pillow body (1).

3. A pillow with continuously arranged anti-snoring sacs according to claim 2, characterized in that, The anti-snoring pad (5) includes four sets of anti-snoring sacs (6), which are laid continuously along the length of the base pad (7).

4. A pillow with continuously arranged anti-snoring sacs according to claim 2, characterized in that, The anti-snoring sac (6) includes two unit sacs (9) arranged along the length of the base pad (7), the unit sacs (9) being interconnected and synchronously adjusting the air pressure.

5. A pillow with continuously arranged anti-snoring sacs according to claim 2, characterized in that, The bottom surface of the anti-snoring sac (6) is fixed to the base pad (7) by welding so that the relative positions between adjacent anti-snoring sacs (6) are fixed.

6. A pillow with continuously arranged anti-snoring sacs according to any one of claims 1-5, characterized in that, The control box (4) is placed outside the pillow body (1). The central box (10) is provided in the middle of the rear edge of the functional pad (3). The control box (4) and the central box (10) are connected by a bundled pipeline (11). The rear wall of the pillowcase (2) has a perforation. The control box (4) is connected to the central box (10) through the bundled pipeline (11) passing through the perforation.

7. A pillow with continuously arranged anti-snoring sacs according to claim 6, characterized in that, The bundled pipeline (11) contains circuit lines for connecting the detection device and air lines for connecting the anti-snoring pad (5).

8. A pillow with continuously arranged anti-snoring sacs according to claim 7, characterized in that, The central box (10) is connected to each antisnoring sac (6) via a corresponding air tube (12). The air tube (12) is connected to the corresponding airway line via the central box (10). The air tube (12) is laid along the top surface of the functional pad (3).

9. A pillow with continuously arranged anti-snoring sacs according to claim 7, 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 strip (13) disposed at the front edge of the functional pad (3) and exposed outside the pillow body (1). The sleeping posture sensing strip (13) is connected to the central box (10) through 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).

10. A pillow with continuously arranged anti-snoring sacs according to claim 7, characterized in that, The detection device includes a snoring detection device (15) installed on both sides of the pillowcase (2). The snoring detection device (15) is connected to the central box (10) via a second wire (16) laid along the side wall of the pillow body (1). The second wire (16) is connected to the corresponding circuit line through the central box (10).

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