Pillow and waist integrated cushion based on human engineering parameters of people suffering from snoring syndrome
By designing a pillow-lumbar integrated cushion, combining different materials and structures, the problem of sleep interruption for people with snoring is solved, providing full-body support and posture guidance, relieving snoring and improving sleep quality.
Patent Information
- Application Number
- CN202511271470.6
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-09-08
- Publication Date
- 2025-12-12
AI Technical Summary
Traditional pillows and bedding cannot effectively support the neck, waist, back, and legs of people with snoring, leading to sleep interruptions and worsening of snoring, and lacking adaptability and flexibility in use.
Design a one-piece pillow and lumbar support pad, including a head comfort pillow, a neck sleeping posture pad, a lumbar support pad, a back adjustment pad, a leg and armpit pad, and a foot pad, which are connected by Velcro and zippers. Using different materials and structural designs, it provides full-body support and posture guidance, and is adapted to the physiological characteristics of people with snoring.
It effectively relieves snoring, improves sleep quality, reduces the intensity and frequency of snoring, adapts to different individual needs, and provides full-body support and comfort.
Smart Images
Figure CN121101918A_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The present application relates to the technical field of pillow and waist connected body pad, and particularly relates to a pillow and waist connected body pad based on snoring population ergonomic parameters. BACKGROUND
[0002] With the change of modern lifestyle, obesity, sedentary, cervical and lumbar lesions and other problems are high-incidence, the prevalence of snoring (sleep apnea hypopnea syndrome) is increasing year by year, and has become an important factor affecting the sleep quality and physical health of the population. According to clinical data statistics, the incidence of snoring in adult population is more than 20%, and the incidence of middle-aged men and obese population is as high as more than 40%. The core cause of snoring is the relaxation and collapse of the upper airway soft tissue during sleep, which causes vibration noise when airflow passes through, and can be accompanied by apnea, causing night hypoxia, sleep interruption, and long-term increase in the risk of chronic diseases such as hypertension, coronary heart disease and diabetes.
[0003] Traditional pillows are designed with single height and single material (such as pure cotton pillow, ordinary memory foam pillow), and are not optimized for the physiological curvature of the neck and airway structure of snoring population. Traditional bedding focuses on head support and ignores the coordinated support of the waist, back, legs and other trunk parts. The snoring population (especially obese type) will indirectly increase the respiratory burden and sleep interruption due to abdominal fat accumulation, abnormal lumbar physiological curvature and trunk posture imbalance. Traditional bedding is mostly independent components (such as pillows, waist rests and foot rests), which cannot realize the coordinated support of the head, trunk and lower limbs, and the adaptability and use flexibility are insufficient. Therefore, the present application provides a pillow and waist connected body pad based on snoring population ergonomic parameters. SUMMARY
[0004] The pillow and waist connected body pad based on snoring population ergonomic parameters is provided to solve the above-mentioned technical problems.
[0005] The embodiment of the present application adopts the technical scheme: the head comfort pillow for assisting personnel in sleeping, the neck sleep posture pad for assisting personnel in sleeping, the neck adjusting pad for adjusting the height of the neck sleep posture pad, the waist supporting pad for supporting the waist of personnel, the back adjusting pad for adjusting the height of the back of personnel, the leg armpit pad for assisting the support of the leg armpit of personnel, the foot placing pad for placing the feet of personnel, and the connecting piece for connecting the waist supporting pad and the head comfort pillow and adjusting the angle, the neck sleep posture pad is connected to the head comfort pillow, the neck adjusting pad is provided with a plurality of neck adjusting pads, the plurality of neck adjusting pads are arranged in a stacked manner on the neck sleep posture pad, the waist supporting pad is provided with two, the connecting piece is provided with two, the two waist supporting pads are symmetrically arranged and connected to the neck sleep posture pad by the corresponding connecting piece, the back adjusting pad is connected between the two waist supporting pads, the leg armpit pad is connected between the two waist supporting pads, and the foot placing pad is connected between the two waist supporting pads.
[0006] Further, the middle part of the upper end of the head comfort pillow is a head placing groove, the head placing groove is arranged in a concave arc shape, both sides of the upper end of the head comfort pillow are provided with side lying grooves, and the two side lying grooves are arranged in an inclined outward manner.
[0007] Further, the neck sleep posture pad is arranged in a high-middle-low manner, the upper end of the neck sleep posture pad is arranged in a semicircular shape, the lower end of the neck sleep posture pad is arranged in a plane, the main body of the neck sleep posture pad is a neck sleep posture pad, the surface layer of the neck sleep posture pad is an ice silk cool fabric, the neck sleep posture pad is connected to the head comfort pillow in a magic tape pasting manner, and the middle part of the neck sleep posture pad is provided with a supporting groove for supporting the neck of personnel.
[0008] Further, the lower end of the front end of the plurality of neck adjusting pads is provided with a magic tape hook face, the upper end of the front end of the plurality of neck adjusting pads is provided with a magic tape wool face, the inside of the adjusting groove is provided with a magic tape wool face, the length of the supporting groove is greater than that of the corresponding neck adjusting pad, the thickness of the plurality of neck adjusting pads is 0.2 cm, the plurality of neck adjusting pads are placed on the supporting groove in a stacked manner, the main body of the plurality of neck adjusting pads is low-resilience polyester fiber cotton, and the surface layer of the plurality of neck adjusting pads is polyester fiber non-woven fabric.
[0009] Further, the two connecting pieces are both provided with zippers, and when the two zippers are engaged, the corresponding zipper puller is located inside the corresponding waist supporting pad.
[0010] Furthermore, both of the aforementioned lumbar support pads include a lumbar pad, a soft sleeping pad, and an inflatable pad. The lumbar pad is inclined inward with the outer side higher than the inner side. The lumbar pad has an abdominal placement groove. The inflatable pad is placed in the abdominal placement groove. The soft sleeping pad is placed on top of the inflatable pad. The rigid support layer of the lumbar pad is made of EPP foamed polypropylene, and the surface layer of the lumbar pad is made of linen-cotton blended fabric.
[0011] Furthermore, the back adjustment pad includes a left side pad and a right side pad, each having several left side pads. Each of the several left side pads is connected to the corresponding right side pad via Velcro. The main bodies of the several left side pads and the several right side pads are made of hollow polyester fiber, and the surface layers of the several left side pads and the several right side pads are made of modal cotton blend fabric.
[0012] Furthermore, the upper end of the leg armpit pad is arc-shaped and the lower end is flat. The leg armpit pad is connected to the two waist pads by Velcro. The main body of the leg armpit pad is made of latex cotton, and the surface layer of the leg armpit pad is made of Tencel Lyocell fabric.
[0013] Furthermore, the footrest pad has two symmetrical footrest slots, and the footrest pad is connected to the two waist pads by Velcro. The main body of the footrest pad is made of high-elastic sponge, and the surface of the footrest pad is made of coral fleece fabric.
[0014] The above-described at least one technical solution adopted in the embodiments of the present invention can achieve the following beneficial effects:
[0015] Firstly, the pillow-lumbar support pad is designed with the physiological characteristics and sleep needs of people with snoring at its core. Through the material matching, structural coordination and functional complementarity of each component, it forms an integrated solution of "posture guidance - airway optimization - whole body support - comfort guarantee". Its overall effect can be seen from three dimensions: improving snoring symptoms, improving sleep quality and adapting to diverse needs. It reduces the problem of upper airway pressure and collapse from the root, and directly alleviates the intensity and frequency of snoring.
[0016] Secondly, the concave arc-shaped placement groove and side-lying groove of the head comfort pillow, combined with the "high at both ends and low in the middle" support structure of the neck sleeping posture pad, can fix the head position and maintain the physiological curvature of the cervical spine—preventing the tongue from falling back when the head tilts backward when lying on the back (one of the main causes of snoring). At the same time, the neck height can be precisely adjusted by stacking neck adjustment pads (0.2cm / layer) to adapt to people with different neck circumferences (such as adding 2-3 layers for those with larger neck circumferences), further opening the airway gap and reducing vibration noise when airflow passes through. When sleeping on the side, the tilt angle of the side-lying groove and the stability of the neck support can reduce the frequency of unconsciously turning to the supine position, continuously suppressing snoring from a postural level.
[0017] Third, by employing a triple posture locking system of "head fixation + neck support + lumbar support," sleep interruptions caused by body shifting are reduced. For example, the head side-lying groove can help maintain the side-lying position and prevent unconscious rolling to the supine position; the lumbar inflatable cushion can adjust the support intensity according to the lumbar circumference to prevent spinal compensation caused by lumbar shifting; and the Velcro fixing design of the neck adjustment cushion prevents uneven neck support caused by cushion shifting, thus ensuring sleep continuity from a structural perspective.
[0018] Fourth, for people with mild snoring (snoring only when lying on their back), the side-lying groove can be used to guide them to sleep on their side, and the symptoms can be relieved with basic neck support; for people with moderate snoring (snoring slightly even when lying on their side), 1-2 layers of neck adjustment pads can be added to improve airway opening, while adjusting the lumbar inflatable pads can enhance trunk support; for people with severe snoring (accompanied by mild sleep apnea), 3-4 layers of neck adjustment pads can be added, combined with the maximum inflation volume of the lumbar support, to maximize airway opening, reduce chest compression, and provide auxiliary support for professional treatment (such as ventilators). Attached Figure Description
[0019] The accompanying drawings, which are included to provide a further understanding of the invention and form part of this invention, illustrate exemplary embodiments of the invention and are used to explain the invention, but do not constitute an undue limitation of the invention. In the drawings:
[0020] Figure 1 This is a schematic diagram of the three-dimensional structure of the present invention. Figure One ;
[0021] Figure 2 This is a schematic diagram of the three-dimensional structure of the present invention. Figure Two ;
[0022] Figure 3 This is a schematic diagram of the head comfort pillow, neck adjustment pad, and neck sleeping posture pad in this invention. Figure One ;
[0023] Figure 4 This is a schematic diagram of the head comfort pillow, neck adjustment pad, and neck sleeping posture pad in this invention. Figure Two ;
[0024] Figure 5 This is a partial structural diagram of the present invention;
[0025] Figure 6 This is a schematic diagram of the waist support pad in the open state in this invention;
[0026] Figure 7 for Figure 3 Enlarged view of point A in the middle;
[0027] Figure 8 for Figure 3 Enlarged view of section B in the middle.
[0028] Figure Labels
[0029] 1. Head comfort pillow; 11. Head placement slot; 12. Side sleeping slot; 13. Adjustment slot; 2. Neck sleeping position pad; 21. Support slot; 3. Neck adjustment pad; 4. Lumbar support pad; 41. Lumbar pad; 42. Soft sleeping pad; 43. Inflatable pad; 44. Abdominal placement slot; 5. Back adjustment pad; 51. Left side pad; 52. Right side pad; 6. Leg and armpit pad; 7. Foot pad; 71. Foot placement slot; 8. Connector. Detailed Implementation
[0030] To make the objectives, technical solutions, and advantages of this invention clearer, the technical solutions of this invention will be clearly and completely described below in conjunction with specific embodiments and corresponding drawings. Obviously, the described embodiments are only a part of the embodiments of this invention, and not all of them. Based on the embodiments of this invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of this invention.
[0031] The technical solutions provided by the various embodiments of the present invention will be described in detail below with reference to the accompanying drawings.
[0032] This invention provides a lumbar support pillow / cushioning pad based on ergonomic parameters for people with snoring. It includes a head comfort pillow 1 for assisting sleep, a neck sleeping position pad 2 for assisting sleep, a neck adjustment pad 3 for adjusting the height of the neck sleeping position pad 2, a lumbar support pad 4 for comfortable lumbar support, a back adjustment pad 5 for adjusting the height of back support, a leg and armpit pad 6 for providing auxiliary support for the legs and armpits, a footrest pad 7 for placing the feet, and a connector for connecting the lumbar support pad 4 to the head comfort pillow 1 and adjusting their angle. 8. The neck sleeping position pad 2 is connected to the head comfort pillow 1. Several neck adjustment pads 3 are provided, and the several neck adjustment pads 3 are stacked on the neck sleeping position pad 2. Two lumbar support pads 4 are provided, and two connectors 8 are provided. The two lumbar support pads 4 are symmetrically arranged and are respectively connected to the neck sleeping position pad 2 by corresponding connectors 8. The back adjustment pad 5 is connected between the two lumbar support pads 4. The leg armpit pad 6 is connected between the two lumbar support pads 4. The foot pad 7 is connected between the two lumbar support pads 4.
[0033] This integrated pillow and lumbar support device is designed with the physiological characteristics and sleep needs of people with snoring at its core. Through the material adaptation, structural coordination and functional complementarity of each component, it forms an integrated solution of "posture guidance - airway optimization - whole body support - comfort guarantee". Its overall effect can be seen from three dimensions: improving snoring symptoms, improving sleep quality and adapting to diverse needs. It reduces upper airway pressure and collapse from the root cause, and directly alleviates the intensity and frequency of snoring.
[0034] Preferably, the head comfort pillow 1 has a head placement groove 11 in the middle of its upper end, which is concave arc-shaped. The head placement groove 11 is provided on both sides of the upper end of the head comfort pillow 1, and the two side-lying grooves 12 are inclined outward. The main body of the head comfort pillow 1 is made of slow rebound memory foam, the surface of the head comfort pillow 1 is made of bamboo fiber knitted fabric, and the side end of the head comfort pillow 1 is provided with an adjustment groove 13.
[0035] Main body slow rebound memory foam: Adapted to the "concave arc head placement groove 11" structure, which can fit the contour of the back of the head of people with snoring, distribute head pressure (avoid local pressure that causes frequent turning over in sleep), and at the same time maintain head stability - reduce neck displacement caused by head shaking, indirectly reducing the risk of upper airway compression and narrowing.
[0036] Bamboo fiber surface: solves the problem of poor breathability of traditional memory foam. Its moisture absorption and perspiration rate is 3-4 times that of cotton fabric. It can prevent people with snoring from sweating and feeling stuffy on their head due to mouth breathing during sleep, keep their head dry, and prolong the time of deep sleep.
[0037] The two sides of the "outward tilting side-lying groove 12" provide support and help fix the side-lying posture (the upper airway resistance is lower when sleeping on the side than when lying on the back, which can effectively reduce the intensity of snoring) and prevent unconscious turning to the supine position. At the same time, the tilt angle of the side-lying groove 12 (15-20° is recommended) combined with the smoothness of bamboo fiber reduces the pressure on the auricle when sleeping on the side.
[0038] Preferably, the neck sleeping pad 2 is designed to be higher at both ends and lower in the middle. The upper end of the neck sleeping pad 2 is semi-circular, and the lower end of the neck sleeping pad 2 is flat. The main body of the neck sleeping pad 2 is made of neck sleeping pad 2, and the surface of the neck sleeping pad 2 is made of ice silk cooling fabric. The neck sleeping pad 2 is connected to the head comfort pillow 1 by Velcro. The neck sleeping pad 2 has a support groove 21 for supporting the neck in the middle.
[0039] High-density polyurethane foam: It is compatible with the "high at both ends and low in the middle" and "semi-circular upper end" structures. Its high support can accurately support the physiological curvature of the neck (snoring people often have straightened or reversed cervical spine, which can easily aggravate airway compression). The "support groove 21" in the middle can fix the position of the neck and avoid the upper airway traction and narrowing caused by the left and right displacement of the neck.
[0040] Ice silk surface: Targeting the sensitive skin area of the neck (especially when snoring, the neck muscles are prone to tension and heat), the instant cooling sensation of ice silk can relieve local stuffiness, while the elasticity of spandex adapts to neck movements, avoiding sleep discomfort caused by tight fabric.
[0041] Velcro fastening: The foam material has a uniform texture and a smooth surface, which can fit tightly with the Velcro surface of the head comfort pillow 1, and the adhesion remains stable, making it easy to disassemble and clean (solving the problem of difficult cleaning of traditional one-piece pillows).
[0042] The concave arc-shaped placement groove of the head comfort pillow 1 and the side-lying groove 12, together with the "high at both ends and low in the middle" support structure of the neck sleeping posture pad 2, can fix the head position and maintain the physiological curvature of the cervical spine—preventing the tongue from falling back when the head tilts backward when lying on the back (one of the main causes of snoring). At the same time, the neck height can be precisely adjusted by stacking the neck adjustment pad 3 (0.2cm / layer) to adapt to people with different neck circumferences (such as adding 2-3 layers for those with larger neck circumferences), further opening the airway gap and reducing vibration noise when airflow passes through. When sleeping on the side, the tilt angle of the side-lying groove 12 and the stability of the neck support can reduce the frequency of unconsciously turning to the supine position, continuously suppressing snoring from a postural level.
[0043] Preferably, the lower end of the front end of each of the several neck adjustment pads 3 is provided with a hook and loop surface, the upper end of the front end of each of the several neck adjustment pads 3 is provided with a hook and loop surface, the inside of the adjustment groove 13 is provided with a hook and loop surface, the length of the support groove 21 is greater than the length of the corresponding neck adjustment pad 3, the thickness of each of the several neck adjustment pads 3 is 0.2cm, the several neck adjustment pads 3 are placed on the support groove 21 in a stacked manner, the main body of each of the several neck adjustment pads 3 is made of low-resilience polyester fiber cotton, and the surface layer of each of the several neck adjustment pads 3 is made of polyester fiber non-woven fabric.
[0044] Low-resilience polyester fiber cotton: The thin design of 0.2cm is suitable for the need for "adjusting the height by stacking". Its fluffiness can ensure that there is still slight elasticity after stacking (to avoid hard pads compressing the neck), while providing stable support - each additional layer of adjustment pads increases the neck support height by 0.2cm, which can accurately fit snoring people with different neck circumferences. By fine-tuning the neck height, the airway can be opened (for example, those with a larger neck circumference need to add 2-3 layers to avoid the neck tilting forward, which would cause the airway to fold).
[0045] Hook and loop design: The non-woven fabric surface is flat and can firmly stick hook and loop fasteners. The polyester fiber material is wear-resistant (it is not easy to pill or break after repeated pasting), ensuring that the adjustment pads do not shift after being stacked.
[0046] Support groove 21 length adaptation: The fiber cotton material can be slightly compressed. Even if the length of the adjustment pad is slightly shorter than the support groove 21, it can fill the gap with its own fluffiness, avoiding uneven neck support caused by the adjustment pad shifting.
[0047] Preferably, both connectors 8 are zippers. When the two zippers are pulled up and engaged, the corresponding zipper pulls are located inside the corresponding lumbar support pads 4. Both lumbar support pads 4 include a lumbar pad 41, a soft sleeping pad 42, and an inflatable pad 43. The lumbar pad 41 is inclined inward with the outer side higher than the inner side. The lumbar pad 41 is provided with an abdominal placement groove 44. The inflatable pad 43 is placed in the abdominal placement groove 44. The soft sleeping pad 42 is placed on the upper end of the inflatable pad 43. The rigid support layer of the lumbar pad 41 is made of EPP foamed polypropylene, and the surface layer of the lumbar pad 41 is made of linen-cotton blended fabric.
[0048] By adjusting the degree of zipper closure, the required angle of the corresponding lumbar support pad 4 can be adjusted. (Refer to...) Figure 6 As shown, it facilitates two people falling asleep or adults taking children to sleep, and also provides safety and restraint for people, with a rolling function.
[0049] EPP rigid support layer: Adapted to the "high on the outside and low on the inside with inward tilt" structure (the tilt angle is recommended to be 8-12°). Its high strength support can support the weight of the waist (people with snoring often have abdominal fat accumulation, and the waist bears a lot of weight), maintain the physiological lordosis curve of the lumbar spine, and avoid the compensatory curvature of the spine caused by the collapse of the waist when lying on the back (indirectly reducing chest compression and assisting smooth breathing).
[0050] Linen-cotton outer layer: Linen's natural antibacterial properties can solve the problem of bacterial growth caused by excessive sweating in the waist area, while cotton fibers enhance the fabric's softness and prevent discomfort from the hard support layer directly contacting the skin.
[0051] The EPP rigid support layer of the lumbar support pad 4 and the adjustable inflatable pad 43 (which can be adjusted by the amount of air inside the inflatable pad 43) can maintain the physiological lordosis curve of the lumbar spine and avoid compensatory compression of the chest cavity caused by lumbar collapse. Especially for obese people with snoring (often accompanied by abdominal fat accumulation), lumbar support can indirectly reduce the pressure of diaphragm lifting, expand the chest cavity volume, and improve breathing depth. The back adjustment pad 5 adapts to different back widths through a splicing design, avoids scoliosis caused by back muscle relaxation, further ensures the normal expansion of the rib cage during breathing, and reduces the problem of snoring aggravation caused by abnormal trunk posture.
[0052] The head uses slow-rebound memory foam to conform to the contour of the back of the head and distribute head pressure (reducing turning over caused by local pressure); the neck uses high-density polyurethane foam to precisely support the weight of the neck and avoid neck muscle tension; the waist uses a three-layer structure of "EPP hard support + down cotton soft mattress 42 + TPU inflatable mattress 43" to support the weight of the waist (especially for those with more abdominal fat) and buffer abdominal pressure; the leg armpit pad 6 has a latex cotton arc surface that conforms to the popliteal fossa, and the foot pad 7 has a high-elastic sponge groove to support the feet, realizing the distribution of body pressure from head to toe and reducing turning over at night caused by local discomfort.
[0053] By employing a triple posture locking system of "head fixation + neck support + lumbar support," sleep interruptions caused by body displacement are reduced. For example, the head side-lying groove 12 can help maintain a side-lying position and prevent unconscious rolling to a supine position; the lumbar inflatable cushion 43 can adjust the support intensity according to the lumbar circumference to prevent spinal compensation caused by lumbar displacement; and the Velcro fixing design of the neck adjustment cushion 3 prevents uneven neck support caused by cushion shift, thus ensuring sleep continuity from a structural perspective.
[0054] Preferably, the back adjustment pad 5 includes a left side pad 51 and a right side pad 52, and there are a plurality of left side pads 51 and right side pads 52. The plurality of left side pads 51 are connected to the corresponding right side pads 52 by Velcro. The main body of the plurality of left side pads 51 and the main body of the plurality of right side pads 52 are both made of hollow polyester fiber, and the surface of the plurality of left side pads 51 and the surface of the plurality of right side pads 52 are both made of modal cotton blend fabric.
[0055] Hollow polyester fiber: Several left side pads 51 / right side pads 52 are spliced together with Velcro. The hollow structure is lightweight and breathable. The number of splices can be adjusted according to the back width of people with snoring, and accurately supports the muscles on both sides of the back - avoiding scoliosis caused by relaxation of back muscles when lying on the back, indirectly maintaining the volume of the thoracic cavity and assisting breathing.
[0056] Modal cotton outer layer: The softness of modal enhances back comfort, while the moisture-wicking properties of cotton fibers solve the problem of back sweating. At the same time, the elasticity of the blended fabric allows for adjustable splicing, preventing the fabric from feeling tight at the seams.
[0057] Preferably, the upper end of the leg armpit pad 6 is arc-shaped and the lower end is flat. The leg armpit pad 6 is connected to the two waist pads 41 by Velcro. The main body of the leg armpit pad 6 is made of latex cotton, and the surface layer of the leg armpit pad 6 is made of Tencel Lyocell fabric.
[0058] Latex cotton: It is designed to fit the "curved top and flat bottom" structure. The curved surface can fit the hollow behind the knee joint (popliteal fossa). Its high resilience supports the weight of the legs and avoids leg muscle tension caused by excessive extension of the knee joint when lying on your back (leg tension can easily cause you to turn over and disrupt your sleep cycle). At the same time, the natural antibacterial properties of latex can prevent the growth of bacteria caused by sweating in the popliteal fossa (the popliteal fossa is a dense area of sweat glands).
[0059] Tencel surface: The smoothness of Lyocell fibers reduces friction between the legs and the mat when turning over, preventing waking up; its moisture-wicking properties quickly absorb sweat from the popliteal fossa, keeping the legs dry.
[0060] Preferably, the foot pad 7 is provided with two symmetrical foot pad slots 71, the foot pad 7 is connected to the two waist pads 41 by Velcro, the main body of the foot pad 7 is made of high elastic sponge, and the surface of the foot pad 7 is made of coral fleece fabric.
[0061] High-elasticity sponge: It is compatible with the "two foot placement slots 71" structure. Its low hardness can avoid foot pressure (especially suitable for people who snore and have mild lower limb edema). At the same time, its elasticity can maintain the shape of the placement slots and prevent the slots from collapsing when the feet are placed.
[0062] Coral fleece surface: The soft touch of the fleece can enhance foot comfort, and its warmth is suitable for people whose feet get cold at night (some people with snoring have slower blood circulation and their feet are prone to getting cold at night), preventing light sleep and frequent awakenings caused by cold feet.
[0063] Velcro connection: The soft sponge material can fit tightly with the Velcro of the lumbar pad 41 and is easy to remove - making it easy to clean the foot pad 7 separately (the feet are prone to dust and dander, requiring frequent cleaning).
[0064] For different neck circumferences, the height can be finely adjusted by stacking the neck adjustment pad 3 (0.2cm / layer); for different waist circumferences, the support thickness can be adjusted by the inflation amount of the waist inflatable pad 43; for different back widths, the support width can be adjusted by the number of back adjustment pads 5 (2 to 4 pieces); the symmetrical design of the foot placement slot 71 adapts to different foot shapes, achieving full-size coverage from neck to feet.
[0065] For individuals with mild snoring (snoring only when lying on their back), the side-lying groove 12 can guide them to sleep on their side, and the basic neck support can alleviate symptoms. For individuals with moderate snoring (slight snoring even when sleeping on their side), 1-2 layers of neck adjustment pads 3 can be added to improve airway opening, while the lumbar inflatable pad 43 can be adjusted to enhance trunk support. For individuals with severe snoring (accompanied by mild sleep apnea), 3-4 layers of neck adjustment pads 3 can be stacked, combined with the maximum lumbar inflation volume, to maximize airway opening, reduce chest compression, and provide auxiliary support for professional treatments (such as ventilators).
[0066] Each component uses detachable connection methods such as Velcro and zippers—the neck sleeping position pad 2 can be removed and washed separately, the footrest pad 7 can be installed or not according to sleeping habits, and the back adjustment pad 5 can be flexibly spliced according to whether back support is needed; at the same time, the overall weight of the device is controlled at 3-5kg, which makes it easy to move (such as from the bedroom to the guest room) and adapts to different sleeping scenarios; it can be folded when stored, without taking up too much storage space, taking into account both daily use and storage needs;
[0067] This integrated pillow and lumbar support pad features a comprehensive design that addresses snoring triggers, ensures sleep comfort across all dimensions, and flexibly adapts to individual differences. It provides a non-pharmacological solution for snoring sufferers, extends deep sleep duration through full-body support and comfort optimization, and balances practicality and flexibility. It truly realizes the product value of being "ergonomically centered and snoring-oriented," providing an integrated solution for improving sleep quality for people with snoring.
[0068] The above description is merely an embodiment of the present invention and is not intended to limit the invention. Various modifications and variations can be made to the present invention by those skilled in the art. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principle of the present invention should be included within the scope of the claims of the present invention.
Claims
1. A one-piece pillow / lumbar support pad based on ergonomic parameters for people with snoring, characterized in that, The device includes a head comfort pillow (1) for assisting sleep, a neck sleeping position pad (2) for assisting sleep, a neck adjustment pad (3) for adjusting the height of the neck sleeping position pad (2), a lumbar support pad (4) for providing comfortable lumbar support, a back adjustment pad (5) for adjusting the height of back support, a leg and armpit pad (6) for providing auxiliary support for the legs and armpits, a footrest pad (7) for placing the feet, and a connector (8) for connecting and adjusting the angle of the lumbar support pad (4) to the head comfort pillow (1). The neck sleeping position pad (2) is connected to the head comfort pillow. On the pillow (1), there are several neck adjustment pads (3), which are stacked on the neck sleeping position pad (2). There are two waist support pads (4) and two connectors (8). The two waist support pads (4) are symmetrically arranged and connected to the neck sleeping position pad (2) by corresponding connectors (8). The back adjustment pad (5) is connected between the two waist support pads (4). The leg armpit pad (6) is connected between the two waist support pads (4). The foot pad (7) is connected between the two waist support pads (4).
2. The integrated pillow and lumbar support pad based on ergonomic parameters for people with snoring, as described in claim 1, is characterized in that... The head comfort pillow (1) has a head placement groove (11) in the middle of its upper end. The head placement groove (11) is concave arc-shaped. There are side lying grooves (12) on both sides of the upper end of the head comfort pillow (1). The two side lying grooves (12) are inclined outward. The main body of the head comfort pillow (1) is made of slow rebound memory foam. The surface of the head comfort pillow (1) is made of bamboo fiber knitted fabric. There is an adjustment groove (13) on the side of the head comfort pillow (1).
3. A one-piece pillow-lumbar support pad based on ergonomic parameters for people with snoring, as described in claim 1, is characterized in that... The neck sleeping pad (2) is set with high ends and low middle. The upper end of the neck sleeping pad (2) is set in a semi-circle and the lower end of the neck sleeping pad (2) is set in a flat plane. The main body of the neck sleeping pad (2) is made of neck sleeping pad (2). The surface of the neck sleeping pad (2) is made of ice silk cool fabric. The neck sleeping pad (2) is connected to the head comfort pillow (1) by Velcro. The neck sleeping pad (2) is provided with a support groove (21) for supporting the neck in the middle.
4. A one-piece pillow-lumbar support pad based on ergonomic parameters for people with snoring, as described in claim 3, is characterized in that... Each of the neck adjustment pads (3) has a hook and loop fastener at the lower end of its front end and a loop fastener at the upper end of its front end. The adjustment groove (13) has a loop fastener inside. The length of the support groove (21) is greater than the length of the corresponding neck adjustment pad (3). The thickness of each of the neck adjustment pads (3) is 0.2 cm. The neck adjustment pads (3) are stacked on the support groove (21). The main body of each of the neck adjustment pads (3) is made of low-resilience polyester fiber cotton, and the surface layer of each of the neck adjustment pads (3) is made of polyester fiber non-woven fabric.
5. A one-piece pillow-lumbar support pad based on ergonomic parameters for people with snoring, as described in claim 1, is characterized in that... Both connectors (8) are zippers, and when the two zippers are pulled up and engaged, the corresponding zipper pull is located inside the corresponding waist support pad (4).
6. A one-piece pillow-lumbar support pad based on ergonomic parameters for people with snoring, as described in claim 1, is characterized in that... Both of the lumbar support pads (4) include a lumbar pad (41), a soft sleeping pad (42), and an inflatable pad (43). The lumbar pad (41) is inclined inward with the outer side higher than the inner side. The lumbar pad (41) is provided with an abdominal placement groove (44). The inflatable pad (43) is placed in the abdominal placement groove (44). The soft sleeping pad (42) is placed at the upper end of the inflatable pad (43). The hard support layer of the lumbar pad (41) is made of EPP foamed polypropylene, and the surface layer of the lumbar pad (41) is made of linen-cotton blended fabric.
7. A one-piece pillow-lumbar support pad based on ergonomic parameters for people with snoring, as described in claim 1, is characterized in that... The back adjustment pad (5) includes a left side pad (51) and a right side pad (52). There are several left side pads (51) and several right side pads (52). The several left side pads (51) are connected to the corresponding right side pads (52) by Velcro. The main body of the several left side pads (51) and the main body of the several right side pads (52) are both made of hollow polyester fiber. The surface of the several left side pads (51) and the surface of the several right side pads (52) are both made of modal cotton blend fabric.
8. A one-piece pillow-lumbar support pad based on ergonomic parameters for people with snoring, as described in claim 1, is characterized in that... The upper end of the leg armpit pad (6) is arc-shaped and the lower end is flat. The leg armpit pad (6) is connected to the two waist pads (41) by Velcro. The main body of the leg armpit pad (6) is made of latex cotton, and the surface of the leg armpit pad (6) is made of Tencel Lyocell fabric.
9. A one-piece pillow-lumbar support pad based on ergonomic parameters for people with snoring, as described in claim 1, is characterized in that... The foot pad (7) is symmetrically provided with two foot pad slots (71). The foot pad (7) is connected to the two waist pads (41) by Velcro. The main body of the foot pad (7) is made of high-elastic sponge, and the surface of the foot pad (7) is made of coral fleece fabric.