A magnetic anti-snoring pillow with lifting adjustment

Abstract

The present invention relates to the field of anti-snoring and sleep-aiding bedding, and in particular to a lifting and adjusting magnetic anti-snoring pillow; the pillow comprises a pillow base, an anti-snoring lifting device, an anti-snoring supporting device, a control unit mainboard and a gyromagnetic device, wherein a plurality of lifting device mounting parts which are aligned and spaced up and down are arranged on the pillow base, and a control unit mounting part and a gyromagnetic device mounting part are also arranged at the center; the anti-snoring lifting device is installed on the lifting device mounting part, the control unit mainboard is installed in the control unit mounting part, the gyromagnetic device is installed in the gyromagnetic device mounting part, the anti-snoring supporting device is installed on the anti-snoring lifting device for supporting a human head, and a pillow core is arranged on the pillow base to wrap various components therein; the present invention adopts a motor to adjust the supporting device to change the height and angle of the pillow surface, guides the user to change the sleeping posture to widen the airway, thereby achieving the effect of stopping snoring, making the snoring stopping process noiseless, and the snoring stopping effect more accurate and effective.

Description

Technical Field

[0001] The invention relates to the field of intelligent anti-snoring and sleep-aiding bedding, and in particular to a lifting and lowering adjustable magnetic anti-snoring pillow. Background Art

[0002] With the improvement of health awareness and the intensification of the aging trend of the population, people have higher and higher requirements for sleep quality, and the demand for sleep services will continue to grow in the future; snoring during sleep is a serious hidden danger to people's healthy sleep. It not only affects people's sleep quality, but also has a serious impact on physical health; people may develop sleep apnea, a serious sleep disorder, in the process of long-term snoring; sleep apnea can cause sleep interruption and hypoxemia, and under the influence of long-term snoring, it may even cause cardiovascular diseases such as hypertension, myocardial infarction, cerebral infarction or stroke, and will also cause health problems such as metabolic diseases, which seriously threaten people's health.

[0003] With the continuous innovation and progress of medicine and science and technology, more new technologies and methods have emerged in the field of sleep, among which intelligent anti-snoring bedding can well solve the problem of people snoring during sleep; most of the anti-snoring pillows on the market currently use inflatable airbags as anti-snoring mechanisms, and use motors or air pumps to inflate or deflate the inflatable airbags in the pillow core, thereby changing the height of the pillow surface, guiding the user to change the sleeping posture to widen the airway, and achieving the effect of anti-snoring and sleep-aiding; for example, the Chinese invention with publication number CN219000821U discloses an airbag assembly and an anti-snoring pillow, in which the airbag bag on the anti-snoring pillow is inflated and deflated by the inflatable assembly to push the user's head to adjust the position to achieve the purpose of anti-snoring; but the airbags in the pillow core are interconnected, and the inflatable assembly cannot accurately locate the user's head position during the process of inflating and deflation, and the anti-snoring effect that the anti-snoring pillow can achieve is poor, and the noise of gas in and out during the process of inflating and deflation of the airbag by the inflatable assembly is very large, and may even wake up the user's normal sleep, seriously affecting the user's sleep quality. Summary of the invention

[0004] The purpose of the present invention is to solve the problems in the background technology and provide a lifting and adjusting magnetic anti-snoring pillow. The present invention achieves anti-snoring by adjusting the supporting device in the pillow core through a lifting motor. After detecting the snoring, the anti-snoring pillow can accurately locate the user's head position, intelligently adjust the height and position of the pillow surface, guide the user to change the sleeping posture to widen the airway, and thus achieve the effect of anti-snoring; and the anti-snoring pillow is also provided with a rotary magnetic motor, which promotes human blood circulation through magnetic therapy, thereby achieving the effect of relieving pain and reducing inflammation.

[0005] The above technical objectives of the present invention are achieved through the following technical solutions:

[0006] A magnetic anti-snoring pillow with lifting adjustment, characterized in that it includes a pillow base, an anti-snoring lifting device, an anti-snoring supporting device, a control unit mainboard and a gyromagnetic device; the pillow base is provided with a plurality of lifting device mounting parts which are aligned and spaced apart vertically, and a control unit mounting part and a gyromagnetic device mounting part are also provided at the center; the anti-snoring lifting device is installed on the lifting device mounting part, the control unit mainboard is installed in the control unit mounting part, and the gyromagnetic device is installed in the gyromagnetic device mounting part; the anti-snoring supporting device is installed on the anti-snoring lifting device for supporting a human head; the pillow base is also provided with a pillow core to wrap the various components on the pillow base.

[0007] Preferably, the lifting device mounting part of the pillow base is aligned and arranged at intervals up and down, and has a total of twelve mounting slots, including six upper movable motor mounting slots and six lower fixed motor mounting slots; wherein the two middle mounting slots of the fixed motor mounting slots are arranged horizontally along the main body direction of the pillow base, and the remaining mounting slots are arranged vertically along the main body direction of the pillow base; the movable motor mounting slot and the fixed motor mounting slot are aligned up and down, and when the anti-snoring lifting motor is installed on the motor mounting slot, the motor movable head on the motor is vertically aligned, and the anti-snoring supporting springs on the motor can better support the person's head; the two middle mounting slots of the fixed motor mounting slots are arranged horizontally along the main body direction of the pillow base, which can control the overall area of ​​the pillow base, so that the anti-snoring pillow will not be too large as a whole, and the overall layout is more beautiful, which meets the scope of normal use of the pillow, and enough space can be left in the center of the pillow base to install the control unit mainboard and the gyromagnetic device.

[0008] Preferably, motor movable wedge mounting grooves are arranged on both sides of the movable motor mounting groove, and the motor movable wedge mounting groove is a V-shaped flat-bottom groove structure which is wide at the top and narrow at the bottom, and a fixed motor locking groove is also arranged in the fixed motor mounting groove; the movable motor mounting groove and the fixed motor mounting groove enable both the movable motor and the fixed motor to be installed on the pillow base, and the movable motor and the fixed motor cooperate with the anti-snoring support spring sheet to make the anti-snoring support device fit the head better, thereby improving the comfort of using the anti-snoring pillow.

[0009] Preferably, the anti-snoring lifting device includes a movable motor and a fixed motor; the movable motors include a first movable motor for sleeping on the left side, a second movable motor for sleeping on the left side, a third movable motor for sleeping on the back, a fourth movable motor for sleeping on the back, a fifth movable motor for sleeping on the right side and a sixth movable motor for sleeping on the right side, which are arranged in sequence from left to right on the movable motor mounting slots; the fixed motors include a first fixed motor for sleeping on the left side, a second fixed motor for sleeping on the left side, a third fixed motor for sleeping on the back, a fourth fixed motor for sleeping on the back, a fifth fixed motor for sleeping on the right side and a sixth fixed motor for sleeping on the right side, which are arranged in sequence from left to right on the fixed motor mounting slots; the motors of the lifting device are divided into motors for sleeping on the left side, sleeping on the back and sleeping on the right side, and each lifting motor operates independently. No matter what posture the user uses to fall asleep, the corresponding motor will operate to intervene, so that the overall operation of the anti-snoring pillow is slight, and the anti-snoring effect is more accurate and effective, thereby improving the user's sleep quality.

[0010] Preferably, a motor drive and a motor lifting platform are provided on the motor bases of the movable motor and the fixed motor of the anti-snoring lifting device, and a motor movable head is installed on the motor lifting platform and connected via a universal joint structure; a motor control circuit board is also provided at the middle position of the motor of the anti-snoring lifting device, which is electrically connected to the control unit mainboard via a motor transmission signal line, and a motor power line is also provided on the motor drive; a motor movable shaft is provided on the motor base of the movable motor, and a motor movable wedge is also hinged on the motor movable shaft and locked in the motor movable wedge mounting groove, and the fixed motor The motor base of the machine is also provided with a motor locking part which is locked and installed on the fixed motor locking groove; each lifting motor of the anti-snoring lifting device is an independently operated individual, and when the lifting motor receives an instruction from the control unit through the motor transmission signal line, the motor control circuit board will control the motor to perform lifting movement, thereby guiding the user to change the sleeping position and achieve the effect of stopping snoring; the movable head of the motor is connected through a universal joint structure, and when the user's head lies on the anti-snoring support device, the movable head of the motor will adjust the angle according to the actual force conditions, so that the anti-snoring pillow fits the head better when used, thereby improving the comfort performance during use.

[0011] Preferably, the anti-snoring support device comprises a first supporting spring for sleeping on the left side, a second supporting spring for sleeping on the left side, a third supporting spring for sleeping on the back, a fourth supporting spring for sleeping on the back, a fifth supporting spring for sleeping on the right side and a sixth supporting spring for sleeping on the right side, wherein the third supporting spring for sleeping on the back and the fourth supporting spring for sleeping on the back are longer than other supporting springs for sleeping on the side, and the third supporting spring for sleeping on the back and the fourth supporting spring for sleeping on the back are also provided with a groove for the head of a supine sleeper; the supporting springs of the anti-snoring support device are formed as a disconnected structure in the middle and are connected by an arc-shaped elastic member, which can reduce the stress on the middle part of the supporting spring when the supporting spring is bent, thereby greatly increasing the strength and flexibility of the supporting spring and making the bending angle of the supporting spring wider The third supporting spring for supine sleeping and the fourth supporting spring for supine sleeping are installed at the center of the anti-snoring pillow. When the user lies on the anti-snoring pillow in a supine sleeping posture, the user's neck can also be supported by the supine sleeping supporting springs, and the situation that the back neck is not stressed when lying flat will not occur, which improves the comfort of the anti-snoring pillow and also avoids the situation of stiff neck due to lack of stress on the neck. The head groove for supine sleeping allows the user's back head to correspond exactly in position when sleeping in a supine sleeping posture, and the user's head will not feel bumps or other abnormalities, which improves the user's sleep quality during sleep.

[0012] Preferably, the anti-snoring support device is mounted on the motor movable head of the anti-snoring lifting device by screw locking; the first supporting spring clip for left-side sleeping is mounted on the first movable motor for left-side sleeping and the first fixed motor for left-side sleeping, the second supporting spring clip for left-side sleeping is mounted on the second movable motor for left-side sleeping and the second fixed motor for left-side sleeping, the third supporting spring clip for supine sleeping is mounted on the third movable motor for supine sleeping and the third fixed motor for supine sleeping, the fourth supporting spring clip for supine sleeping is mounted on the fourth movable motor for supine sleeping and the fourth fixed motor for supine sleeping, the fifth supporting spring clip for right-side sleeping is mounted on the fifth movable motor for right-side sleeping and the fifth fixed motor for right-side sleeping, the sixth supporting spring clip for right-side sleeping is mounted on the sixth movable motor for right-side sleeping and the sixth fixed motor for right-side sleeping, and each group of lifting motors can control The invention relates to a method for controlling the movement of each individual supporting spring piece; each supporting spring piece of the anti-snoring support device is controlled by a movable motor and a fixed motor. When the user lies on the anti-snoring pillow, the movable motor will change its position due to the pressure on the head, so that the supporting spring piece on the motor can better fit the user's head; the fixed motor is installed in the fixed motor installation slot on the lower layer of the pillow base close to the neck, so that the supporting spring piece can support the human neck under force, avoiding the occurrence of stiff neck or neck muscle soreness caused by the pillow being too soft and not under force; when the lifting motor under the anti-snoring support device receives the movement instruction, it will lift and lower the anti-snoring support device to move up and down, thereby changing the height and position of the pillow surface to guide the user to change the sleeping posture, so as to achieve the effect of stopping snoring. The anti-snoring process is more accurate and effective, and the motor does not generate noise during operation, which can improve the sleep quality of the user.

[0013] Preferably, a layer of piezoelectric sensor is laid on the surface of each supporting spring sheet of the anti-snoring support device, and the piezoelectric sensor is electrically connected to the main board of the control unit; when the user lies on the anti-snoring pillow, the piezoelectric sensor on the supporting spring sheet can accurately locate the head position through the piezoelectric signal, and can determine the user's sleeping posture based on the head position; when the user starts to snore, the control unit can send instructions to the anti-snoring lifting motor in the corresponding area according to the head position determined by the piezoelectric sensor, and the anti-snoring lifting motor and the anti-snoring support device intervene, and when the snoring stops, the anti-snoring lifting motor stops operating and returns to the default state; and the piezoelectric sensor can monitor human physiological data, including vital signs data such as sleeping heart rate, and can also monitor the user's breathing rate. When the user stops breathing, it can issue instructions in time to intervene and restore breathing, thereby reducing the incidence of diseases such as hypoxia caused by sleep apnea.

[0014] Preferably, the pillow core is also provided with a snoring sound collection sensor and a sleep-aiding sound control device which are electrically connected to the control unit mainboard; the snoring sound collection sensor can collect the snoring sounds and upload them to the control unit for processing, thereby avoiding the snoring interference of two adjacent users or the noise interference of the external environment, making the snoring control function more accurate, and preventing ineffective intervention of the motor to affect the user's sleep quality; the sleep-aiding sound control device can play sleep-aiding white noise or customized audio before the user goes to bed, thereby achieving a sleep-aiding effect, so that some people who have difficulty falling asleep quickly can fall asleep more easily.

[0015] Preferably, the gyromagnetic device is arranged on the anti-snoring pillow near the back of the head and neck of the human body, and can perform magnetic therapy on multiple acupuncture points on the user's brain and neck; a cervical vertebra hot compress device is also provided on the pillow core near the back of the human neck; the gyromagnetic device starts to operate in the time period before and after getting up in the morning, and performs magnetic therapy on the acupuncture points on the user's head and back of the neck, which can relieve the user's snoring symptoms and greatly reduce the risk of the user getting up and having a stroke; the cervical vertebra hot compress device on the pillow core can perform hot compress function on the back of the user's neck and cervical vertebra, and the cervical vertebra hot compress device is provided with three temperature gears that can be adjusted, which can adapt to people with different skin sensitivities. Cervical vertebra hot compress can promote blood circulation in the cervical vertebrae, relieve neck muscle fatigue, achieve the effect of local pain relief, and can also improve sleep, reduce snoring during sleep, and is conducive to improving sleep quality.

[0016] In summary, the beneficial effects of the present invention are:

[0017] 1. The lifting and adjusting magnetic anti-snoring pillow of the present invention adopts an anti-snoring lifting motor to control the anti-snoring supporting spring to intelligently adjust the angle of the pillow and the height of the pillow surface, so as to guide the user to change the sleeping posture to widen the airway and achieve the effect of anti-snoring. The head positioning is accurate and the anti-snoring response time is fast. There is no noise during the anti-snoring process, and the anti-snoring effect is more accurate, which greatly improves the sleep quality of the user.

[0018] 2. The magnetic anti-snoring pillow with lifting adjustment described in the present invention has a structural design of the anti-snoring lifting motor and the anti-snoring supporting spring, which makes the user more comfortable when lying on the pillow. The motor movable head can adjust the angle according to the force direction, so that the supporting spring on the motor can fit the user's head better. The supporting spring can also support the back of the user's neck, which improves the comfort of the anti-snoring pillow during use.

[0019] 3. In the lifting and adjusting magnetic anti-snoring pillow described in the present invention, the piezoelectric sensor is laid on each supporting spring sheet. When the user lies on the pillow, the anti-snoring pillow can accurately locate the head position and determine the user's sleeping posture, so that the anti-snoring intervention effect is better, and it can also detect the vital signs data such as the human body's heart rate and respiratory rate during sleep, reducing the incidence of hypoxia, cardiovascular and cerebrovascular diseases caused by sleep apnea and snoring during sleep, which is of great help to human health;

[0020] 4. The magnetic anti-snoring pillow with lifting adjustment described in the present invention is also provided with a rotating magnetic device and a cervical vertebra hot compress device, which can relieve the user's snoring during sleep, promote blood circulation, relieve neck muscle fatigue, achieve the effect of local pain relief, and improve sleep conditions and the user's sleep quality;

[0021] 5. The magnetic anti-snoring pillow with lifting adjustment described in the present invention also has a sleep-aiding function. The sleep-aiding white noise or customized sleep-aiding audio is played through the sleep-aiding sound control device, thereby achieving a sleep-aiding effect, allowing some people who have difficulty falling asleep quickly to enter a sleep state more easily, which is beneficial to improving sleep quality and also increases the functional practicality of the anti-snoring pillow. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 It is a schematic diagram of the overall explosion structure of the present invention;

[0023] Figure 2 It is a schematic diagram of the overall structure of the present invention;

[0024] Figure 3 It is a schematic diagram of the pillow base structure of the present invention;

[0025] Figure 4 It is a schematic diagram of the arrangement structure of the lifting device of the present invention;

[0026] Figure 5 It is a schematic diagram of the structure of the movable motor of the present invention;

[0027] Figure 6 It is a schematic diagram of the fixed motor structure of the present invention;

[0028] Figure 7 It is a schematic diagram of the arrangement structure of the support device of the present invention;

[0029] Figure 8 It is a schematic diagram of the pillow core structure of the present invention;

[0030] Fig. 9 It is a schematic diagram of the back structure of the base of the present invention;

[0031] Fig.10 It is a schematic diagram of the cervical vertebra hot compress structure of the present invention.

[0032] Markings in the figure: 1-pillow base, 11-lifting device installation part, 111-movable motor installation slot, 112-fixed motor installation slot, 12-control unit installation part, 13-rotational magnetic device installation part, 14-motor movable wedge installation part, 15-fixed motor locking slot, 2-anti-snoring lifting device, 201-movable motor, 2011-the first movable motor for sleeping on the left side, 2012-the second movable motor for sleeping on the left side, 2013-the third movable motor for sleeping on the back, 2014-the fourth movable motor for sleeping on the back, 2015-the fifth movable motor for sleeping on the right side, 2016-the sixth movable motor for sleeping on the right side, 202-fixed motor, 2021-the first fixed motor for sleeping on the left side, 2022-the second fixed motor for sleeping on the left side, 2023-the third fixed motor for sleeping on the back, 2024-the fourth fixed motor for sleeping on the back, 2025-the 5 fixed motors, 2026-sixth fixed motor for sleeping on the right side, 21-motor base, 211-motor movable shaft, 212-motor movable wedge, 213-motor locking part, 22-motor drive, 23-motor lifting platform, 24-motor movable head, 25-motor control circuit board, 26-motor transmission signal line, 27-motor power line, 3-snoring prevention support device, 301-first support spring for sleeping on the left side, 302-second support spring for sleeping on the left side, 303-third support spring for sleeping on the back, 304-fourth support spring for sleeping on the back, 305-fifth support spring for sleeping on the right side, 306-sixth support spring for sleeping on the right side, 31-head groove for sleeping on the back, 4-control unit mainboard, 5-rotational magnetic device, 6-pillow core, 7-piezoelectric sensor, 8-snoring sound collection sensor, 9-sleep-aiding sound control device, 10-cervical vertebrae hot compress instrument. DETAILED DESCRIPTION

[0033] The following specific embodiments are merely explanations of the present invention and are not limitations of the present invention. After reading this specification, those skilled in the art may make modifications to the embodiments without any creative contribution as needed. However, such modifications are protected by the patent law as long as they are within the scope of the claims of the present invention.

[0034] The present invention will be described in detail below with reference to the accompanying drawings by way of embodiments.

[0035] Example

[0036] according to Figure 1 , Figure 2As shown, a lifting and adjusting magnetic anti-snoring pillow comprises a pillow base 1, an anti-snoring lifting device 2, an anti-snoring supporting device 3, a control unit mainboard 4 and a gyromagnetic device 5; the pillow base 1 is provided with a plurality of lifting device mounting parts 11 which are aligned and spaced apart from each other, and a control unit mounting part 12 and a gyromagnetic device mounting part 13 are also provided at the center; the anti-snoring lifting device 2 is installed on the lifting device mounting part 11, the control unit mainboard 4 is installed in the control unit mounting part 12, and the gyromagnetic device 5 is installed in the gyromagnetic device mounting part 13; the anti-snoring supporting device 3 is installed on the anti-snoring lifting device 2 for supporting the human head; the pillow base 1 is also provided with a pillow core 6 to wrap the various components on the pillow base 1.

[0037] according to Figure 3 As shown, the lifting device mounting part 11 of the pillow base 1 is aligned and arranged at intervals in the upper and lower parts, and has a total of twelve mounting grooves, including six upper movable motor mounting grooves 111 and six lower fixed motor mounting grooves 112; among which the two middle mounting grooves of the fixed motor mounting grooves 112 are arranged horizontally along the main body direction of the pillow base 1, and the remaining mounting grooves are arranged longitudinally along the main body direction of the pillow base 1; motor movable wedge block mounting grooves 14 are arranged on both sides of the movable motor mounting groove 111, and the motor movable wedge block mounting groove 14 is a V-shaped flat bottom groove structure that is wide at the top and narrow at the bottom, and the fixed motor mounting groove 112 is also provided with a fixed motor locking groove Slot 15; the movable motor mounting slot 111 and the fixed motor mounting slot 112 are aligned up and down, so that after the anti-snoring lifting motor is installed on the motor mounting slot, the motor movable heads 24 of the two motors arranged up and down are vertically aligned, and the supporting springs on the anti-snoring lifting device 2 can better support the person's head; the two mounting slots in the middle of the fixed motor mounting slot 112 are arranged horizontally along the main body direction of the pillow base 1, which can control the overall area of ​​the pillow base 1, so that the anti-snoring pillow as a whole will not be too large, the overall layout is more beautiful, and it is in line with the normal use of the pillow. Sufficient space can also be left in the center of the pillow base 1 to install the control unit mainboard 4 and the gyromagnetic device 5.

[0038] according to Figure 4As shown, the anti-snoring lifting device 2 includes a movable motor 201 and a fixed motor 202. The movable motor 201 includes a first movable motor 2011 for sleeping on the left side, a second movable motor 2012 for sleeping on the left side, a third movable motor 2013 for sleeping on the back, a fourth movable motor 2014 for sleeping on the back, a fifth movable motor 2015 for sleeping on the right side, and a sixth movable motor 2016 for sleeping on the right side, which are arranged in sequence from left to right and installed on the movable motor installation slot 111; the fixed motor 202 includes a first fixed motor 2021 for sleeping on the left side, a second fixed motor 2022 for sleeping on the left side, a third fixed motor 2013 for sleeping on the back, a fourth movable motor 2014 for sleeping on the back, a fifth movable motor 2015 for sleeping on the right side, and a sixth movable motor 2016 for sleeping on the right side. Motor 2023, the fourth fixed motor 2024 for supine sleeping, the fifth fixed motor 2025 for right side sleeping and the sixth fixed motor 2026 for right side sleeping are arranged in sequence from left to right on the fixed motor mounting slot 112; the motor areas of the anti-snoring lifting device 2 are divided into left side sleeping, supine sleeping and right side sleeping, and each lifting motor operates independently. No matter what posture the user falls asleep in, there will be a motor in the corresponding area to control the movement, so that the anti-snoring pillow has a smaller movement amplitude during operation, and the anti-snoring effect is more accurate and effective, thereby improving the user's comfort and sleep quality.

[0039] according to Figure 5 , Figure 6 As shown, a motor drive 22 and a motor lifting platform 23 are provided on the motor base 21 of the movable motor 201 and the fixed motor 202 of the anti-snoring lifting device 2, and a motor drive 22 and a motor lifting platform 23 are installed on the motor lifting platform 23, and a motor movable head 24 is installed on the motor lifting platform 23 and connected through a universal joint structure; a motor control circuit board 25 is also provided at the middle position of the motor of the anti-snoring lifting device 2, which is electrically connected to the control unit main board 4 through a motor transmission signal line 26, and a motor power line 27 is also provided on the motor drive 22; a motor movable shaft 211 is provided on the motor base 21 of the movable motor 201, and a motor movable wedge block 212 is also hinged on the motor movable shaft 211 and locked in the motor movable wedge block installation groove 14, A motor locking portion 213 is also provided on the motor base 21 of the fixed motor 202, which is locked and installed on the fixed motor locking groove 15; each lifting motor of the anti-snoring lifting device 2 operates independently, and when the motor receives an instruction from the control unit through the motor transmission signal line 26, the motor control circuit board 25 will control the motor to perform an action corresponding to the instruction, thereby guiding the user to change the sleeping position and achieve the effect of anti-snoring; the motor movable head 24 is connected through a universal joint structure. When the user's head lies on the anti-snoring support device 3, the motor movable head 24 will adjust the angle according to the actual force conditions, so that the anti-snoring pillow fits the head better during use, thereby improving the comfort performance.

[0040] according to Figure 7As shown, the anti-snoring support device 3 includes a first supporting spring piece 301 for sleeping on the left side, a second supporting spring piece 302 for sleeping on the left side, a third supporting spring piece 303 for sleeping on the back, a fourth supporting spring piece 304 for sleeping on the back, a fifth supporting spring piece 305 for sleeping on the right side and a sixth supporting spring piece 306 for sleeping on the right side, wherein the third supporting spring piece 303 for sleeping on the back and the fourth supporting spring piece 304 for sleeping on the back are longer than those of other supporting spring pieces for sleeping on the side, and the third supporting spring piece 303 for sleeping on the back and the fourth supporting spring piece 304 for sleeping on the back are also provided with a back sleeping head groove 31; the anti-snoring support device 3 is installed on the motor movable head 24 of the anti-snoring lifting device 2 by screw locking; the first supporting spring piece 301 for sleeping on the left side is installed on the first supporting spring piece 302 for sleeping on the left side The movable motor 2011 and the first fixed motor 2021 for sleeping on the left side, the second supporting spring piece 302 for sleeping on the left side is installed on the second movable motor 2012 for sleeping on the left side and the second fixed motor 2022 for sleeping on the left side, the third supporting spring piece 303 for sleeping on the back is installed on the third movable motor 2013 for sleeping on the back and the third fixed motor 2023 for sleeping on the back, the fourth supporting spring piece 304 for sleeping on the back is installed on the fourth movable motor 2014 for sleeping on the back and the fourth fixed motor 2024 for sleeping on the back, the fifth supporting spring piece 305 for sleeping on the right side is installed on the fifth movable motor 2015 for sleeping on the right side and the fifth fixed motor 2025 for sleeping on the right side, and the sixth supporting spring piece 306 for sleeping on the right side is installed on the sixth movable motor 2016 for sleeping on the right side 16 and the sixth fixed motor 2026 for sleeping on the right side, each set of lifting motors can control the activity of each individual supporting spring piece; the middle of the supporting spring piece of the anti-snoring support device 3 is a disconnected structure, which is connected by an arc-shaped elastic member, which can reduce the stress on the middle part of the supporting spring piece when it is bent, greatly increasing the strength and flexibility of the supporting spring piece, making the bending angle of the supporting spring piece larger, and also making the supporting spring piece more resilient, and it will not break during the bending process, thereby improving the service life of the anti-snoring support device; each supporting spring piece of the anti-snoring support device 3 is controlled by a movable motor and a fixed motor. When the user lies on the anti-snoring pillow, the movable motor will be The position state is changed due to the pressure on the head, so that the supporting spring sheet on the motor can better fit the user's head; the fixed motor 202 is installed in the fixed motor installation groove 112 on the lower layer of the pillow base close to the neck, so that the supporting spring sheet can support the human neck under force, avoiding the occurrence of stiff neck or neck muscle soreness caused by the pillow being too soft and not under force; when the lifting motor under the anti-snoring support device 3 receives the movement instruction, it performs a lifting movement to drive the anti-snoring support device 3 to move up and down, thereby changing the height and position of the pillow surface to guide the user to change the sleeping posture, so as to achieve the effect of stopping snoring. The anti-snoring process is more accurate and effective, and no noise is generated during the operation of the motor, which can make the user's sleep quality better.

[0041] according to Figure 7As shown, a layer of piezoelectric sensor 7 is laid on the surface of each supporting spring of the anti-snoring support device 3, and the piezoelectric sensor 7 is electrically connected to the control unit main board 4; when the user lies on the anti-snoring pillow, the piezoelectric sensor 7 on the supporting spring can accurately locate the head position through the piezoelectric signal, and can determine the user's sleeping posture according to the head position. When the user starts to snore, the control unit can send instructions to the anti-snoring lifting motor in the corresponding area according to the head position determined by the piezoelectric sensor 7, and the anti-snoring lifting device 2 and the anti-snoring support device 3 intervene. When the snoring stops, the motor stops operating and returns to the default state; and the piezoelectric sensor 7 can also monitor human physiological data, including vital signs data such as sleeping heart rate, and can also monitor the user's breathing frequency. When the user stops breathing, it can issue instructions in time to intervene and restore breathing, thereby reducing the incidence of diseases such as hypoxia caused by sleep apnea.

[0042] according to Figure 8 As shown, a snoring sound collecting sensor 8 and a sleep-aiding sound control device 9 are also provided in the pillow core 6 and are electrically connected to the control unit mainboard 4; the snoring sound collecting sensor 8 can collect the snoring sounds and upload them to the control unit for processing, thereby avoiding the snoring interference of two adjacent users or the noise interference of the external environment, making the snoring control function more accurate, and there will be no ineffective intervention of the motor to affect the user's sleep quality; the sleep-aiding sound control device 9 can play sleep-aiding white noise or customized audio before the user goes to bed, so as to achieve a sleep-aiding effect, so that some people who have difficulty falling asleep quickly can fall asleep more easily.

[0043] according to Fig. 9 , Fig.10 As shown, the gyromagnetic device 5 is arranged on the anti-snoring pillow near the back of the head and neck of the human body, and can perform magnetic therapy on multiple acupuncture points on the user's brain and neck; a cervical vertebra hot compress device 10 is also arranged on the pillow core 6 near the back of the neck of the human body; the gyromagnetic device 5 starts to operate in the time period before and after getting up in the morning, and performs magnetic therapy on the acupuncture points on the user's head and back of the neck, which can relieve the user's snoring symptoms and greatly reduce the risk of the user getting up and having a stroke; the cervical vertebra hot compress device 10 on the pillow core 6 can perform hot compress function on the back of the neck and cervical vertebra of the user. The cervical vertebra hot compress device 10 is provided with three temperature gears that can be adjusted, which can adapt to people with different skin sensitivities. Cervical vertebra hot compress can promote blood circulation in the cervical vertebrae, relieve neck muscle fatigue, achieve the effect of local pain relief, and can also improve sleep, reduce snoring during sleep, and is conducive to improving sleep quality.

[0044] When the user lies on the anti-snoring pillow of the present invention and falls asleep, the anti-snoring pillow will start to detect various physiological data of the person and can also detect the person's breathing frequency. If the user's breathing stops suddenly, the anti-snoring pillow will promptly issue a command to the motor to intervene in the sleep, so as to achieve the purpose of restoring breathing through intervention; when the user snores during sleep, the snoring sound collection sensor 8 of the anti-snoring pillow can monitor and collect the sound and then upload it to the control unit for processing. After processing, the control unit will issue an action command to the control motor at the specified position according to the position information transmitted by the piezoelectric sensor 7. After receiving the command, the anti-snoring lifting device 2 will start to move, driving the anti-snoring supporting springs installed on the anti-snoring lifting device 2 to move together. The anti-snoring supporting springs will drive the pillow core, thereby changing the height and angle of the pillow surface, guiding the user to change his sleeping posture to widen the airway, and achieving the effect of stopping snoring. When the snoring stops, the control unit issues a stop command to the motor, and the motor returns to the default state. The anti-snoring pillow also has a massage function. Each lifting motor cooperates to move, and the user can massage the back of the head after lying on the pillow The cervical vertebrae heating device 10 can be used to stretch and massage the back of the neck to relieve pain and promote blood circulation; the time period from 5 to 7 o'clock every morning is the time for people to get up. During this time period, the rotating magnetic device 5 will start to operate and perform magnetic therapy on the acupuncture points on the user's head and back of the neck, which can effectively relieve snoring during sleep and reduce the risk of stroke during the time period when the user gets up; the cervical vertebrae heating device 10 needs to be manually turned on by the user. The cervical vertebrae heating device 10 has three temperature gears for adjustment. People with different skin sensitivities can freely adjust the operating temperature of the cervical vertebrae heating device 10. When the user lies on the anti-snoring pillow, the cervical vertebrae heating device 10 can perform hot compresses on the cervical vertebrae of the person. Cervical vertebrae heating can promote blood circulation in the cervical vertebrae, relieve local muscle pain, achieve the effect of relieving analgesia, and can also improve sleep and reduce snoring during sleep, which is of great help to improve sleep quality and reduce complications caused by snoring; the anti-snoring pillow has a slight and noise-free action during the anti-snoring process, and the anti-snoring effect is more accurately divided into regions, and the anti-snoring effect is better.

Claims

1. A magnetic anti-snoring pillow with adjustable height, characterized in that: The pillow base (1) comprises a pillow base, an anti-snoring lifting device (2), an anti-snoring supporting device (3), a control unit mainboard (4) and a gyromagnetic device (5); the pillow base (1) is provided with a plurality of lifting device mounting parts (11) aligned and spaced apart from each other, and a control unit mounting part (12) and a gyromagnetic device mounting part (13) are also provided at the center; the anti-snoring lifting device (2) is mounted on the lifting device mounting part (11), the control unit mainboard (4) is mounted in the control unit mounting part (12), and the gyromagnetic device (5) is mounted in the gyromagnetic device mounting part (13); the anti-snoring supporting device (3) is mounted on the anti-snoring lifting device (2) for supporting a human head; the pillow base (1) is also provided with a pillow core (6) for wrapping various components on the pillow base (1); The pillow base (1) is aligned with the lifting device mounting portion (11) arranged at intervals in the upper and lower parts, and comprises an upper movable motor mounting slot (111) and a lower fixed motor mounting slot (112); wherein the two middle mounting slots of the fixed motor mounting slot (112) are arranged transversely along the main body direction of the pillow base (1), and the remaining mounting slots are arranged longitudinally along the main body direction of the pillow base (1); The anti-snoring lifting device (2) comprises a movable motor (201) and a fixed motor (202); the movable motor (201) comprises a first movable motor (2011) for sleeping on the left side, a second movable motor (2012) for sleeping on the left side, a third movable motor (2013) for sleeping on the back, a fourth movable motor (2014) for sleeping on the back, a fifth movable motor (2015) for sleeping on the right side, and a sixth movable motor (2016) for sleeping on the right side, which are arranged in sequence from left to right and installed on the movable motor mounting groove (111); the fixed motor (202) comprises a first fixed motor (2021) for sleeping on the left side, a second fixed motor (2022) for sleeping on the left side, a third fixed motor (2023) for sleeping on the back, a fourth fixed motor (2024) for sleeping on the back, a fifth fixed motor (2025) for sleeping on the right side, and a sixth fixed motor (2026) for sleeping on the right side, which are arranged in sequence from left to right and installed on the fixed motor mounting groove (112); A motor drive (22) and a motor lifting platform (23) are provided on the motor bases (21) of the movable motor (201) and the fixed motor (202) of the anti-snoring lifting device (2); a motor movable head (24) is mounted on the motor lifting platform (23) and connected via a universal joint structure; a motor control circuit board (25) is also provided at the middle position of the motor of the anti-snoring lifting device (2), which is electrically connected to the control unit main board (4) via a motor transmission signal line (26); a motor power line (27) is also provided on the motor drive (22); a motor movable shaft (211) is provided on the motor base (21) of the movable motor (201), a motor movable wedge (212) is also hinged on the motor movable shaft (211), and a motor locking portion (213) is also provided on the motor base (21) of the fixed motor (202); The anti-snoring support device (3) comprises a first support spring piece (301) for sleeping on the left side, a second support spring piece (302) for sleeping on the left side, a third support spring piece (303) for sleeping on the back, a fourth support spring piece (304) for sleeping on the back, a fifth support spring piece (305) for sleeping on the right side, and a sixth support spring piece (306) for sleeping on the right side, wherein the third support spring piece (303) for sleeping on the back and the fourth support spring piece (304) for sleeping on the back are longer than the other support spring pieces for sleeping on the side, and the third support spring piece (303) for sleeping on the back and the fourth support spring piece (304) for sleeping on the back are also provided with a head groove (31) for sleeping on the back; The anti-snoring support device (3) is mounted on the motor movable head (24) of the anti-snoring lifting device (2) by screw locking; the first supporting spring piece (301) for sleeping on the left side is mounted on the first movable motor (2011) for sleeping on the left side and the first fixed motor (2021) for sleeping on the left side; the second supporting spring piece (302) for sleeping on the left side is mounted on the second movable motor (2012) for sleeping on the left side and the second fixed motor (2022) for sleeping on the left side; the third supporting spring piece (303) for sleeping on the back is mounted on the third movable motor (2013) for sleeping on the back and the third fixed motor (2022) for sleeping on the left side; The fourth supporting spring piece (304) for sleeping on the back is installed on the fourth movable motor (2014) for sleeping on the back and the fourth fixed motor (2024) for sleeping on the back, the fifth supporting spring piece (305) for sleeping on the right side is installed on the fifth movable motor (2015) for sleeping on the right side and the fifth fixed motor (2025) for sleeping on the right side, and the sixth supporting spring piece (306) for sleeping on the right side is installed on the sixth movable motor (2016) for sleeping on the right side and the sixth fixed motor (2026) for sleeping on the right side; each group of lifting motors can control the movement of each individual supporting spring piece.

2. The magnetic anti-snoring pillow with lifting adjustment according to claim 1, characterized in that: The movable motor mounting groove (111) is provided with movable motor wedge mounting grooves (14) on both sides thereof, and the movable motor wedge mounting groove (14) is a V-shaped flat bottom groove structure that is wide at the top and narrow at the bottom; the fixed motor mounting groove (112) is also provided with a fixed motor locking groove (15).

3. The magnetic anti-snoring pillow with lift adjustment according to claim 1, characterized in that: A layer of piezoelectric sensor (7) is laid on the surface of each supporting spring of the anti-snoring supporting device (3), and the piezoelectric sensor (7) is electrically connected to the control unit mainboard (4).

4. The magnetic anti-snoring pillow with lifting adjustment according to claim 1, characterized in that: The pillow core (6) is also provided with a snoring sound collection sensor (8) and a sleep-aiding sound control device (9) which are electrically connected to the control unit mainboard (4).

5. The magnetic anti-snoring pillow with lift adjustment according to claim 1, characterized in that: The gyromagnetic device (5) is arranged on the anti-snoring pillow near the back of the human head and neck, and can perform magnetic therapy on multiple acupuncture points on the user's brain and neck; a cervical vertebra hot compress device (10) is also arranged on the pillow core (6) near the back of the human neck.

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