CN115869120A - Magnetic therapy type snore stopping pillow - Google Patents

Abstract

The invention relates to the technical field of bedding, in particular to a magnetic therapy anti-snoring pillow. The present invention can not only guide the sleeper to lie on the side during deep sleep, but also facilitate the sleeper to temporarily lie on the front before sleep, and at the same time, a plurality of permanent magnets and a single electromagnet are arranged on the pillow to treat multiple acupuncture points on the head of the sleeper, especially It is the temple for magnetic therapy, which helps to relieve the symptoms of snoring in sleepers. The present invention has the following beneficial effects: first, a central support unit is provided in the center of the pillow, and a side-lying trigger unit is provided on both sides thereof, so that the sleeper can trigger the side-lying trigger regardless of whether the sleeper is lying on the left side or the right side; unit, to support the head to keep the side lying state; secondly, when the sleeper presses and triggers the side lying trigger unit, the locking bolt unit will automatically lock the side lying trigger unit to fix the position; thirdly, when the locking bolt unit locks the side lying After lying on the trigger unit, the electromagnet is energized to generate magnetism, and magnetic therapy is performed on the temple of the sleeper.

Description

A magnetic therapy anti-snoring pillow

technical field

The invention relates to the technical field of bedding, in particular to a magnetic therapy anti-snoring pillow.

Background technique

Snoring refers to the snoring sound caused by the vibration of the uvula (palate) due to the narrowing of the upper airway during sleep. Enlarged tonsils, an oversized tongue, and excessive alcohol consumption can cause snoring. Snoring can lead to daytime sleepiness, fatigue, inability to concentrate, headaches, and reduced ability to work. Many studies have shown that sleeping on the side can reduce the symptoms of snoring, and some researchers try to guide sleepers to use the side to achieve the purpose of anti-snoring during deep sleep. For example, the publication number is CN110916422A (authorized text CN110916422B), The Chinese invention patent with the publication date of 2020-03-27 discloses an anti-snoring mattress system that actively intervenes and guides side lying to detect the posture and position of the human body on the mattress and send it to the control unit; the sound pickup unit uses It is used to pick up the environmental sound signal and send it to the control unit; the human body stimulation mechanism is installed inside the mattress body, and is used to generate stimulation actions in the designated shoulder area after receiving the command from the control unit. The control unit determines whether the sleeper is snoring according to the environmental sound signal; when snoring is detected and the human body is lying flat, according to the position of the human body, the human body stimulation mechanism is controlled to give stimulation to the shoulder area on one side of the human body, thereby triggering the user to turn over lie down.

Some researchers have tried to guide sleepers to sleep on their sides in a simpler way, and most researchers have chosen to adjust the pillow to form a raised structure in the middle so that sleepers have to sleep on their sides. For example, the publication number is CN112188855A (Priority KR1020180066228), the Chinese invention patent with a publication date of 2021-01-05 discloses a pillow for improving sleep apnea and preventing snoring, including a pillow body for supporting the head and neck of a sleeper; The protruding portion protrudes from the center of the pillow body, and the above-mentioned supporting protruding portion is formed by a curvature pattern portion to increase the contact area with the head of the sleeper. The curvature pattern portion includes: a pair of first curved portions having A concave curved surface whose inclination gradually increases from the surface of the pillow body; and a second curved surface connecting the front ends of the pair of first curved surfaces to form a convex curved surface whose inclination gradually decreases toward the center . Therefore, the present invention has the effect of being able to support the back of the brain of a sleeper who sleeps on his side in a more comfortable state, thereby inducing a comfortable sleep.

However, the inventor found that the permanently protruding curved surface of the pillow center during use caused the pillow to lose the function of lying upright substantially.

Contents of the invention

The purpose of the present invention is to overcome the deficiencies of the prior art, and to provide a magnetic therapy anti-snoring pillow, which can not only guide the sleeper to lie on his side during deep sleep, but also facilitate the sleeper to lie on the front temporarily before sleep, and at the same time set a pillow on the pillow A plurality of permanent magnets and a single electromagnet perform magnetic therapy on multiple acupoints on the sleeper's head, especially the temple, which helps relieve the sleeper's snoring symptoms.

The above technical purpose of the present invention is achieved through the following technical solutions: a magnetic therapy type anti-snoring pillow, comprising a soft pillowcase, a permanent magnet arranged on the soft pillowcase, and a permanent magnet inserted into the soft pillowcase. A hard pillow body, the hard pillow body includes a support seat unit, a side lying trigger unit arranged on the support seat unit, and a side lying trigger unit arranged on the support seat unit, when the sleeper’s head presses the side lying When the unit is triggered, a central support unit protruding outward from the support seat unit against the sleeper's head to maintain a side-lying state and a locking bolt unit for locking the side-lying trigger unit.

As a preference of the present invention, the support seat unit includes a base, a side storage groove and a central storage groove provided on the base, a side transmission hole communicated with the side storage groove, and a central storage groove communicated with the central storage groove. transmission hole; the side-lying trigger unit includes a push-down trigger block, and a side drive column connected to the bottom surface of the press-down trigger block and inserted into the side drive hole; the central support unit includes a protruding support block, Set on the bottom surface of the protruding support block and insert the central transmission column into the central transmission hole; the support seat unit also includes a middle cavity communicated with the side transmission hole and the central transmission hole, and is arranged on the central transmission hole. On the inner bottom of the middle cavity, there is a lever part for guiding the upward movement of the central transmission column when the side transmission column moves downward.

As a preference of the present invention, the lever part includes a support column arranged on the inner bottom surface of the middle cavity, a support bracket arranged on the top surface of the support column, and rotatably arranged on the side transmission column The rotating wheel, the driven column arranged on the central transmission column, the lever arranged on the rotating wheel and overlapped on the support block, arranged on the lever and used to socket the driven The sliding opening of the moving column, and the lower return spring for jacking up the side driving column.

As a preference of the present invention, the side lying trigger unit also includes a stop slot provided on the side transmission column; the support seat unit also includes a pull rod through hole, and the spring installed on the side of the pull rod through hole block; the locking bolt unit includes a pull rod installed in the through hole of the pull rod and used for inserting into the stop groove to lock the side transmission column, and a pull ring arranged on the outer end of the pull rod is sleeved on The side return spring on the pull rod, and the spring limit block arranged on the pull rod.

As a preference of the present invention, the support seat unit further includes a battery slot communicated with the through hole of the pull rod; the locking bolt unit also includes a battery installed in the battery slot, and an external electrode arranged at the inner end of the pull rod sheet, connecting the battery and the outer lead of the outer electrode sheet; the side lying trigger unit also includes an inner electrode sheet arranged on the inner surface of the stop slot, connected to the inner lead of the inner electrode sheet, and arranged on The electromagnet that presses the outer end of the trigger block and is connected with the inner wire.

As a preference of the present invention, the magnetic field strength of the electromagnet is 350-400mT.

As a preference of the present invention, the magnetic field strength of the permanent magnet is 250-300mT.

As a preference of the present invention, the height of the protruding support block is 5-10 cm.

As a preference of the present invention, the hypotenuse angle on the side of the protruding support block close to the sleeper A is 35-45°.

As a preference of the present invention, the locking bolt unit further includes a stop bolt for inserting into the pull ring, so that the pull rod is fixed in the through hole of the pull rod.

In summary, the present invention has the following beneficial effects:

First, there is a central support unit in the center of the pillow, and a side-lying trigger unit is provided on both sides of the pillow, so that the sleeper can trigger the side-lying trigger unit regardless of whether the sleeper is lying on the left or right side, so as to support the head to keep side lying state;

Second, when the sleeper presses and triggers the trigger unit for lying on the side, the locking bolt unit will automatically lock the trigger unit for lying on the side, making it fixed in position;

Third, after the locking bolt unit locks the side lying trigger unit, the electromagnet will be energized to generate magnetism, and magnetic therapy will be performed on the temple of the sleeper;

Fourth, some sleepers are not troubled by snoring, but need the magnetic therapy effect of this product, they can use the stop bolt to fix the pull ring, and cancel the automatic pop-up effect of the central support unit.

Description of drawings

Fig. 1 is a schematic diagram of embodiment one when the sleeper is lying on his side;

Fig. 2 is the schematic diagram of embodiment one;

Fig. 3 is a schematic diagram of Fig. 2 in the forward direction;

Fig. 4 is a schematic diagram of the sleeper in Fig. 3 pressing the side-lying trigger unit so that the central support unit protrudes when lying on the side;

Fig. 5 is a schematic diagram of the internal components of the support base unit.

Figure 6 is a schematic diagram of a locking bolt unit;

Fig. 7 is a schematic diagram of the relative positions of the inner and outer electrode sheets;

Fig. 8 is a schematic diagram of the installation position of the protruding support block and the downward pressure trigger block;

Fig. 9 is the test result table of the permanent magnet magnetic field strength to the experimenter;

Fig. 10 is a test result table of the magnetic field strength of the electromagnet to the experimenter.

In the accompanying drawings, the parts represented by each label are as follows: sleeper A, soft pillow case 1, permanent magnet 2, support seat unit 3, side lying trigger unit 4, central support unit 5, locking bolt unit 6, base 301 , side storage slot 302, central storage slot 303, side transmission hole 304, central transmission hole 305, middle cavity 306, lever part 307, pull rod through hole 308, spring mounting block 309, battery slot 310, press trigger block 401, Side transmission column 402, stop groove 403, inner electrode sheet 404, inner wire 405, electromagnet 406, protruding support block 501, central transmission column 502, pull rod 601, pull ring 602, side return spring 603, spring limit block 604 , battery 605, outer electrode sheet 606, outer wire 607, support column 307a, support bracket 307b, rotating wheel 307c, driven column 307d, lever 307e, sliding port 307f, lower return spring 307g.

Detailed ways

The present invention will be described in further detail below in conjunction with the accompanying drawings.

This specific embodiment is only an explanation of the present invention, and it is not a limitation of the present invention. Those skilled in the art can make modifications to this embodiment without creative contribution as required after reading this specification, but as long as they are within the rights of the present invention All claims are protected by patent law.

Embodiment 1, as shown in Figure 1-2, a magnetic therapy anti-snoring pillow, the main body is a support unit 3, and the outside is wrapped with a soft pillowcase 1, and several permanent magnets 2 are symmetrically arranged on the soft pillowcase 1. , the permanent magnet 2 should be higher than the soft pillowcase 1 by about 1-5mm as far as possible, and try to ensure that the sleeper A lies on it and presses it on the soft pillowcase 1. It's better to be even.

A central support unit 5 is provided in the center of the support seat unit 3, and a side lying trigger unit 4 is provided on both sides of the central support unit 5, so that sleeper A can trigger side lying regardless of lying on the left side or right side. As for the trigger unit 4, FIG. 1 shows a schematic diagram of sleeper A lying on the left side.

When the sleeper A presses and triggers the side lying trigger unit 4, the locking bolt unit 6 can automatically lock the side lying trigger unit 4 to fix the position, so that no matter how the sleeper A shakes at night, the central support unit 5 will not drop. Reached the technical effect of supporting the sleeper A to keep the side lying state.

The side-lying trigger unit 4 is provided with an electromagnet 406. After the locking bolt unit 6 locks the side-lying trigger unit 4, the electromagnet 406 will be energized to generate magnetism, and magnetic therapy is performed on the temple of the sleeper A. The magnetic field can help sleep The blood circulation of patient A is used to assist in the treatment of sleeper A's snoring symptoms.

The inventor finds that some sleepers do not like to keep lying on their side at the beginning of sleep, so the inventor intends to set the central support unit 5 into a movable type, so that the sleeper can choose to keep the upright state when falling asleep. When entering deep sleep, by turning over and other active states, once the side-lying position is formed, the side-lying trigger unit 4 will be triggered, so that the central support unit 5 will be lifted, and then the sleeper can maintain the side-lying state without returning to the upright position State, and this also caters to the preferences of some sleepers.

The following will give a more in-depth description of the linkage of the specific components in the pillow.

<The way the side lying trigger unit 4 triggers the central support unit 5>

As shown in accompanying drawings 5 and 8, when the sleeper A presses the side-lying trigger unit 4, it actually presses on the press-down trigger block 401, thereby pressing down the side transmission column 402 and driving the rotating wheel 307c to move down. When the rotating wheel 307c moves down, it will drive one end of the lever 307e to move down. When the support bracket 307b on the support column 307a is used as the fulcrum, it will inevitably cause the other end to move up, thereby driving the sliding port 307f to move up. Drive the driven column 307d in the sliding port 307f to move up. The driven column 307d is arranged on the central transmission column 502, so that the central transmission column 502 moves upwards, and finally plays the effect of protruding the supporting block 501 from the central receiving groove 303 .

When the sleeper A cancels the pressing effect on the trigger block 401, the lower return spring 307g lifts up the side transmission column 402, driving the rotating wheel 307c to move upward. When the rotating wheel 307c moves up, it will drive one end of the lever 307e to move up. When the support bracket 307b on the support column 307a is used as the fulcrum, the other end will inevitably move down, thereby driving the sliding port 307f to move down. Drive the driven column 307d in the sliding port 307f to move down. The driven column 307d is arranged on the central transmission column 502 , so that the central transmission column 502 moves down, and finally plays the effect of protruding the support block 501 back into the central storage groove 303 .

<The locking method of the locking bolt unit 6 to the side lying trigger unit 4>

As shown in Figures 6 and 7, when the side transmission column 402 moves down, it will drive the stop groove 403 to move down together. When the stop groove 403 moves down to the same height as the pull rod through hole 308, the pull rod 601 will return to the side by the spring 603. Under the force of the spring mounting block 309 pushing the spring limiting block 604 , it enters into the stopping groove 403 , thereby locking the position of the side transmission column 402 and preventing it from moving upward.

If you want the side drive column 402 to move up and reset, then pull the pull ring 602 so that the inner end of the pull rod 601 is disengaged from the stop groove 403, and then the side drive column 402 moves up and resets under the active force of the lower back-moving spring 307g.

<How the electromagnet 406 is energized>

As shown in Figure 6-8, when the inner end of the pull rod 601 enters the stop groove 403, the outer electrode piece 606 located on the inner end surface of the pull ring 602 contacts the inner electrode piece 404 in the stop groove 403, and the outer wire 607 The electric conduction effect with the inner wire 405 enables the battery 605 located in the battery slot 310 to supply power to the electromagnet 406 to generate a magnetic field.

The advantage of the above design is that the electromagnet 406 does not have to be energized to waste electricity all the time, and when the electromagnet 406 is energized to generate magnetism, it is just the time when the temple on the side of the sleeper A's head contacts the electromagnet 406, so the intelligent design is the intention of the inventor. For it, in order to be beneficial to the battery 605 in the pillow long-term use.

<The role of the stop bolt on the pull ring 602>

Some sleepers are not troubled by snoring, but they need the magnetic therapy effect of this product. The inventor took this into consideration, and set a stopper (not shown in the figure) on the side of the pull ring 602. When the stopper is inserted After the pull ring 602, the pull rod 601 will not be pushed by the side return spring 603 and its inner end will enter the stop groove 403, so that the protruding support block 501 will not limit the sleeper to keep the side lying posture, and the permanent magnet 2 can still Produces a magnetic therapy effect on sleepers.

<Permanent magnet 2, electromagnet 406 magnetic field strength setting>

The inventor invited 18 volunteers at random, and adjusted the different magnetic field strengths of the permanent magnet 2 and the electromagnet 406 to carry out the sleep test every day. As for sleep quality, most of the volunteers reported that when the magnetic field strength is too small, it is not helpful for the anti-snoring effect. For example, volunteers 10 and 11 think that the permanent magnet 2 is not helpful for the anti-snoring effect when it is less than 260mT. And when the magnetic field strength is too large, it will cause some volunteers to have headaches. For example, volunteers No. 4 and No. 8 showed a strong discomfort reaction when the electromagnet 406 exceeded 400mT, and No. 8 emphasized that the magnetic force of the electromagnet 406 should be at A suitable range, he thinks that when the magnetic field strength of the electromagnet 406 is less than 320mT, it has no inhibitory effect on snoring.

After summing up, the inventors found that when the magnetic field strength of the electromagnet 406 is 350-400mT and the magnetic field strength of the permanent magnet 2 is within the range of 250-300mT, all 18 volunteers showed positive sleep effects.

<About the shape selection of the protruding support block 501>

As shown in Figure 8, the shape of the protruding support block 501 should be a trapezoidal shape when viewed from the front. 501, and randomly invited volunteers to test, and found that the height of the protruding support block 501 is within 5-10cm, which can maintain the sleeper's head in a side-lying position very high, and the excessively high protruding support block 501 makes the sleeper's head Similar to the posture of leaning against the wall, the cervical spine will be injured, and the protruding support block 501 is too low to make the head of the sleeper directly jump over the protruding support block 501 to form a lying posture.

And, the inventor finds that the hypotenuse angle on the side of the protruding support block 501 close to the sleeper is the best within 35-45°, and the protruding support block 501 with the hypotenuse greater than 45° makes the sleeper's head similar to the posture of leaning against the wall , can cause cervical spine injury, the protruding support block 501 with hypotenuse greater than 35° makes the sleeper's head directly jump over the protruding support block 501 to form a lying posture.

The above is only a specific embodiment of the present invention, but the protection scope of the present invention is not limited thereto. Any person familiar with the technical field can easily think of various equivalents within the technical scope disclosed in the present invention. Modifications or replacements shall all fall within the protection scope of the present invention. Therefore, the protection scope of the present invention should be based on the protection scope of the claims.

Claims (10)

1. A magnetic therapy anti-snoring pillow, comprising a soft pillowcase (1), a permanent magnet (2) arranged on the soft pillowcase (1), characterized in that it also includes a soft pillowcase (1) ) in the hard pillow body, the hard pillow body includes a support seat unit (3), a side lying trigger unit (4) arranged on the support seat unit (3), and a (3), when the sleeper's head presses the side-lying trigger unit (4), it protrudes outward from the support seat unit (3) to hold against the sleeper's head to maintain the central support in the side-lying state unit (5) and a locking bolt unit (6) for locking the side lying trigger unit (4). 2. The magnetic therapy anti-snoring pillow according to claim 1, characterized in that, the support seat unit (3) includes a base (301), and the side storage set on the base (301) slot (302) and the central storage slot (303), the side transmission hole (304) communicating with the side storage slot (302), the central transmission hole (305) communicating with the central storage slot (303); the side lying The trigger unit (4) includes a push-down trigger block (401), and a side transmission column (402) connected to the bottom surface of the press-down trigger block (401) and inserted into the side drive hole (304); the central The support unit (5) includes a protruding support block (501), which is arranged on the bottom surface of the protruding support block (501) and inserted into the central transmission column (502) of the central transmission hole (305); the support base unit (3) It also includes a middle cavity (306) communicating with the side transmission hole (304) and the central transmission hole (305), and is arranged on the inner bottom surface of the middle cavity (306), and when the side The lever part (307) used to guide the central transmission column (502) to move upward when the transmission column (402) moves downward. 3. The magnetic therapy anti-snoring pillow according to claim 2, characterized in that, the lever part (307) includes a support column (307a) arranged on the inner bottom surface of the middle cavity (306), The supporting block (307b) arranged on the top surface of the supporting column (307a), the rotating wheel (307c) rotatably arranged on the side transmission column (402), and the rotating wheel (307c) arranged on the central transmission column (502 ), the driven column (307d) on the rotating wheel (307c) and the lever (307e) lapped on the support block (307b), is arranged on the lever (307e) and used for The sliding opening (307f) of the driven column (307d) is socketed, and the lower return spring (307g) for jacking up the side driving column (402). 4. The magnetic therapy anti-snoring pillow according to claim 2, characterized in that, the side lying trigger unit (4) further includes a stop slot (403) arranged on the side transmission column (402) ); the support seat unit (3) also includes a pull rod through hole (308), and a spring mounting block (309) arranged on the side of the pull rod through hole (308); the locking bolt unit (6) includes a The pull rod (601) that is inserted into the stop groove (403) and locked to the side transmission column (402) is inserted into the pull rod through hole (308), and the pull rod (601) that is arranged on the outer end of the pull rod (601) A ring (602), a side return spring (603) sleeved on the pull rod (601), and a spring limit block (604) arranged on the pull rod (601). 5. The magnetic therapy anti-snoring pillow according to claim 4, characterized in that, the support seat unit (3) further includes a battery slot (310) communicating with the through hole (308) of the pull rod; The lock bolt unit (6) also includes a battery (605) installed in the battery slot (310), and an external electrode piece (606) arranged at the inner end of the pull rod (601) is connected to the battery (605) and The outer wire (607) of the outer electrode piece (606); the side lying trigger unit (4) also includes an inner electrode piece (404) arranged on the inner side of the stop groove (403), connected to the inner electrode The inner wire (405) of the sheet (404), and the electromagnet (406) arranged at the outer end of the pressing trigger block (401) and connected with the inner wire (405). 6. The magnetic therapy anti-snoring pillow according to claim 5, characterized in that the magnetic field strength of the electromagnet (406) is 350-400mT. 7. The magnetic therapy anti-snoring pillow according to claim 1, characterized in that, the magnetic field strength of the permanent magnet (2) is 250-300mT. 8. The magnetic therapy anti-snoring pillow according to claim 2, characterized in that, the height of the protruding support block (501) is 5-10 cm. 9 . The magnetic therapy anti-snoring pillow according to claim 2 , characterized in that, the hypotenuse angle on the side of the protruding support block ( 501 ) close to sleeper A is 35-45°. 10. The magnetic therapy anti-snoring pillow according to claim 4, characterized in that, the locking bolt unit (6) further includes a plug for inserting into the pull ring (602), so that the pull rod (601) is fixed A stop bolt in the through hole (308) of the tie rod.

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