TWI683657B - Multifunctional anti-snoring movement device - Google Patents

Abstract

The invention provides a multifunctional snoring movement device, which comprises a bottom base, a deceleration conveying group, a driving conveyance group, a supporting group, a folding pad and a main control component, and the rotation speed of the deceleration conveying group can be controlled through the setting of the main control component , You can adjust and start the horizontal reciprocating movement of the support group relative to the bottom base, and adjust and start the operation of the two motors and control the expansion and tilting of the front frame group and the rear frame group to change the patient's sleeping posture And open the collapse of the throat to reduce the snoring condition, and through the support group level to move back to enhance breathing and oxygen inhalation, to reduce the occurrence of breathing problems.

Description

Multifunctional anti-snoring movement device

The multifunctional anti-snoring exercise device of the present invention refers in detail to the technology applied in the field of furniture. Its main feature is to determine the snoring status of the user and adjust the sleeping position and sitting position, thereby further eliminating the risk of snoring sounds and preventing hypoxia and stopping breathing What happens is an invention with excellent practicability.

Sleep is one of the most important ways to supplement physical function. However, in this progressive generation, more and more civilized diseases appear, among which sleep apnea is the condition most people have. Sleep apnea (English: sleep apnea or sleep apnoea, also translated as sleep apnea or sleep apnea) is a kind of sleep disorder caused by the symptoms of apnea or weakened breathing during sleep. This symptom will cause noisy during sleep. Snoring, when breathing again, sometimes suffocation or nasal sounds appear, and in severe cases, a temporary cessation of breathing for a few seconds to several minutes may occur. This symptom will disrupt normal sleep for the patient and cause daytime The phenomenon of lethargy or feeling tired is a disturbing sleep quality for others.

There are currently three types of sleep apnea: obstructive sleep apnea (OSA), central neuropathy sleep apnea (CSA), and a combination of two symptoms of combined sleep apnea, including obstructive sleep apnea Syndrome is the most common symptom, the main causes of obstructive sleep apnea include weight Overweight, family medical history, allergies, small respiratory ducts, and dilated tonsils; in obstructive sleep apnea symptoms, breathing is terminated by airflow obstruction; and sleep apnea in central neuropathy is due to lack of breathing strength , While stopping breathing, most patients sometimes do not realize that they have sleep apnea. They all wait until they have snoring, high blood pressure, deep sleep, headache after waking up, dry mouth, fatigue, frequent urination at night, and need to get up. Toilets, daytime concentration, decreased cognitive ability, daytime sleepiness, easy doze, emotional instability, irritability, and irritability are only noticed. At this time, the body already has related diseases, but if it can be detected and improved early It can still be solved. Therefore, in order to solve the above problem of breathing cessation, the relevant medical field operators on the market have introduced a pillow such as the Republic of China Patent No. M572190 "Sleep Aid Pillow", I577405 "Sleep Assist System", etc. Most of them use pillows to change the position of the patient’s head to reduce snoring problems. Although the snoring problem is effectively improved and reduced, the improvement results are not careful and ideal, and electronic circuits and mechanisms must be hidden in the above-mentioned pillows. The operation of the circuit and mechanism will produce electromagnetic wave interference, which leads to the problem that the patient's breathing has not been resolved, and leads to the condition of brain lesions.

In addition, there is also a mask on the market to solve the problem of breathing cessation, such as Republic of China Patent No. I586387 "Patient Interface and Method of Manufacturing Patient Interface", this method can also improve snoring and reduce the problem of breathing suspension, but during sleep The medical supplies of Shipei hanging respirators may cause uncomfortable conditions for patients during sleep, which indirectly reduces the quality of sleep. Therefore, according to the above-mentioned various ways to improve breathing cessation and snoring, the relevant practitioners must think again about how to improve it to completely solve the problem of snoring and breathing cessation of the patient without affecting sleep. quality.

In view of the above situation, the inventor put in a lot of time to study relevant knowledge, compare the advantages and disadvantages, conduct research and development of related products, and after many experiments and tests, finally launched a "multi-function snoring motion device" Improve the above deficiencies to meet the needs of the public.

The main purpose of the present invention is to strengthen the patient's breathing strength, generate higher breathing pressure from the inside of the body, and open the throat through the bronchus, thereby solving the problems of snoring and cessation of breathing, which improves the conventional knowledge that the use of snoring pillows will generate electromagnetic waves It affects the brain, and the way of wearing the respirator (mask) will affect the quality of sleep of patients and other issues. To this end, the inventor strives to achieve the objectives and effects of the foregoing invention. The multifunctional snoring movement device of the present invention includes: a bottom base with a receiving area; and a deceleration conveyor set, which is installed in the container Within the holding area; a drive conveyor group, which is installed on one side of the detent conveyor group, the drive conveyor group is linked to the detent conveyor group; a support group, which is installed on the top surface of the bottom base, and the The top surface of the bottom base is also provided with a plurality of roller sets. The support group is erected on each roller set and driven by each roller set to reciprocate horizontally. The operation of the deceleration conveyor group adopts forward rotation eccentric operation to drive the drive conveyor Group movement, and the movement of the driving and conveying group is linked to the horizontal movement of the supporting group on the top surface of the bottom base; a folding pad assembled on the top surface of the supporting group, the folding pad includes a cushion body and a top base The top base is fixed on the bottom surface of the pad body and locked with the bottom base, and the top base includes two side bars, a front frame group, a rear frame group and two motors, the two side bars are located on the pad The two sides of the bottom of the body, and the front frame group and the rear frame group are respectively installed between the two side bars and are located at opposite ends, and the two motors are installed between the two side bars and between Between the front frame group and the rear frame group, The two motors are respectively connected to the front frame group and the rear frame group and control the telescoping and pivoting. The retracting and pivoting of the front frame group and the rear frame group push the concave deformation of the cushion body; and a main control component, which is installed For the cushion body of the folding pad, the main control component includes a detection unit and a control unit, the detection unit and the control unit are wirelessly connected, and the control unit is electrically connected to the two motors and the deceleration conveyor group, the The detection unit detects the snoring sound size, time, frequency or blood saturation oxygen content and generates a control message. The control message is transmitted to the control unit for reception, and the control unit is activated and changed according to the control information. The running speed of the conveying group and the telescopic displacement of the front frame group and the rear frame group driven by the two motors; where the speed of the moving conveying group can be controlled through the setting of the main control component, the supporting group can be adjusted and activated relative to the bottom base The horizontal reciprocating movement, as well as adjusting and starting the operation of the two motors and controlling the expansion and tilting of the front frame group and the rear frame group, thereby changing the sleeping position of the patient and opening the collapse of the throat to reduce the snoring condition, and Through the level of the support group to move back to the reset to enhance breathing and oxygen inhalation, to reduce the occurrence of breathing problems.

According to the above-mentioned main technology defined for the present invention, the advantage is that the detection unit in the main control unit detects the patient during sleep, and detects the size, time, frequency or blood of the snoring sound of the patient during sleep The saturated oxygen content is generated by different changes and the control information is transmitted to the control unit. At this time, after receiving the control information, the control unit starts the horizontal movement of the support group relative to the bottom base, and the operation of the two motors directly drives the front The frame group and the rear frame group are pivotally displaced to fold and deform the cushion body, thereby changing the patient's posture during sleep and driving the diaphragm in the body to shake the chest cavity and the abdominal cavity, improving the problem of throat collapse and raising the respiratory pressure, so that the throat It can be opened to enhance breathing and oxygen inhalation, as well as increase the oxygen content in the blood, so as to solve the problems caused by snoring, hypoxia and respiratory cessation, to ensure the safety of sleep and improve the quality of sleep. Therefore, the present invention can be said to be quite practical and progressive Inventions are worthy of promotion by the industry and made public.

(1) ‧‧‧ bottom base

(11)‧‧‧accommodation area

(12)‧‧‧wheel set

(121) ‧‧‧ pivot ear seat

(122)‧‧‧wheel

(2)‧‧‧Shock conveying group

(3) ‧‧‧ drive conveyor group

(4) ‧‧‧ support group

(41)‧‧‧wheel

(42)‧‧‧slider

(5)‧‧‧Folding pad

(51)‧‧‧Cushion

(52)‧‧‧top base

(521)‧‧‧Side bar

(522)‧‧‧Front frame set

(522A)‧‧‧The first telescopic rod

(522B)‧‧‧Front support frame

(522C)‧‧‧Pivoting piece

(523)‧‧‧Rear set

(523A)‧‧‧Second telescopic rod

(523B)‧‧‧Rear support

(523C)‧‧‧wheel

(524)‧‧‧Motor

(53)‧‧‧cross rod

(54)‧‧‧Side support

(55) ‧‧‧ pivot ear piece

(56)‧‧‧Bottom pole

(57)‧‧‧Longitudinal rod

(58) ‧‧‧ pivot

(59)‧‧‧Handlebar

(6)‧‧‧Master control component

(61)‧‧‧detection unit

(62)‧‧‧Control unit

(621)‧‧‧Adjustment unit

(63)‧‧‧Control information

(7)‧‧‧Auxiliary buffer stick

The first figure is a perspective schematic view of the present invention.

The second figure is a schematic exploded view of the present invention.

The third figure is a three-dimensional exploded view of the folding pad in the second figure.

The fourth figure is a block diagram of the detection process of the present invention.

The fifth picture and the fifth picture A are schematic diagrams of the action of the supporting group of the present invention driving the folding pad to move horizontally to reset.

The sixth figure is a schematic diagram of the action of pushing the front frame group against the folding pad to raise the concave fold.

The seventh figure is a schematic diagram of the action of the rear frame group pushing against the folding pad to raise the concave folding.

The eighth figure is a schematic diagram of the actual use state of the concave folding of the folding pad of the present invention.

The ninth figure is a schematic view of the use state of the detection unit of the present invention as a bracelet.

The tenth figure is a three-dimensional schematic diagram of the invention with a handle.

FIG. 11 is a schematic view of the use state of the detection unit of the present invention as a control panel.

In order to clearly explain that the present invention can achieve the above objectives and effects, the features and functions of the embodiments of the present invention are described in detail with reference to the drawings. Please refer to the first picture to the eighth picture, the multifunctional snoring movement device of the present invention includes: a bottom base (1) composed of a plurality of brackets assembled with each other, which has an inwardly recessed receiving area ( 11); a moving conveyor group (2), which is installed in the containing area (11); a driving and conveying group (3), which is installed on the side of the moving conveyor group (2), the drive conveying The group (3) is linked with the brake conveying group (2), and the brake conveying group (2) is operated by a motor to drive the brake conveying group (2); a support Group (4), which is installed on the top surface of the bottom base (1), and the top surface of the bottom base (1) is provided with a plurality of roller groups (12), and each roller group (12) includes a pivot The ear seat (121) and the wheels (122) located on both sides of the pivot ear seat (121), in addition, the supporting group (4) further includes a plurality of rollers (41) and a plurality of sliding bars (42), and the supporting group (4 ) The plural rollers (41) are pivotally connected to the respective lug seats (121), and the slide bars (42) are sandwiched between the corresponding rollers (41) and the plural wheel parts (122), the same The position of the roller (41) and the plurality of wheels (122) are arranged in a triangular arrangement with slide bars (42), the support group (4) is erected on each roller group (12) and driven by each roller group (4) In the horizontal reciprocating motion, the forward rotation eccentric operation of the deceleration conveyor group (2) drives the movement of the drive conveyor group (3), and the movement of the drive conveyor group (3) links the support group (4) to the bottom The top surface of the base (1) reciprocates horizontally; a folding pad (5) provides the human body to ride and lie down. The folding pad (5) is assembled on the top surface of the supporting group (4) and fixed to each other. The folding pad (5) ) Includes a pad body (51) and a top base (52), the top base (52) is installed on the bottom surface of the pad body (51) and locked with the bottom base (1), and the top The base (52) includes two side bars (521) in the shape of a long column, a front frame group (522), a rear frame group (523) and two motors (524). The two side bars (521) are located on the cushion body (51) Both sides of the bottom, and the front frame group (522) and the rear frame group (523) are respectively installed between the two side rods (521) and located at opposite ends, and the two motors (524) ) Is installed between the two side bars (521) and between the front frame group (522) and the rear frame group (523), the two motors (524) are connected to the front frame group (522) and the rear frame respectively Group (523) and control the telescoping and pivoting, the telescoping and pivoting of the front frame group (522) and the rear frame group (523) push the concave deformation of the cushion body (51); and a main control component (6), The main control assembly (6) includes a detection unit (61) and a control unit (62). The detection unit (61) and the control unit ( 62) Wireless transmission link, and the control unit (62) is electrically connected to the two motors (524) and the strobe conveyor group (2), the detection unit (61) is to detect the snoring sound size, time, frequency or After the blood is saturated with oxygen, a control message (63) is generated, which is transferred to the control unit (62) for connection. And the control unit (62) is activated according to the control information (63) and changes the operating speed of the brake conveying group (2) and the two motors (524) drive the front frame group (522) and the rear frame group (523) Telescopic displacement; wherein, through the setting of the main control component (6), the rotation speed of the brake conveying group (2) can be controlled, and the horizontal reciprocating movement of the supporting group (4) relative to the bottom base (1) can be adjusted and started. And adjust and start the operation of the two motors (524) and control the expansion and tilting of the front frame group (522) and the rear frame group (523), thereby changing the sleeping position of the patient and opening the collapse of the throat to reduce snoring Condition, and enhance the respiration and oxygen inhalation through the reset movement of the support group (4) to reduce the occurrence of breathing problems (the foregoing is the main technical feature of the main embodiment of the present invention, which corresponds to the first item of the patent application of this case The content and content of the invention can be understood in detail, and the technical features described in the scope of the patent applications of the remaining subsidiary applications are for the detailed description of the first content of the patent application scope or additional technical features, not to limit the application (The definition of the first item of the patent scope should be understood that the first item of the patent scope applied for in this case does not necessarily include the technical features described in the scope of the remaining subsidiary patent applications).

According to the main features described above for the present invention, when a patient (a person with snoring and apnea) lays on the cushion body (51) of the folding pad (5) to sleep, when snoring or apnea occurs , Through the detection unit (61) of the main control component (6), the detection unit (61) is used to detect the snoring sound volume, snoring time, snoring frequency of the patient, or to detect the patient's body After the saturation oxygen content data in the blood, after detection, control information (63) will be generated and transmitted to the control unit (62). At this time, the control unit (62) starts to operate after receiving the control information (63). Operate the deceleration conveyor group (2) to make the support group (4) produce reciprocating motion, and adjust the rotation speed provided by the deceleration conveyor group (2) by driving the conveying group (3) to form a reciprocating movement frequency to produce different intensity movement effects, In order to meet the needs of different body weights; the support group (4) can only do very small vertical vibrations, and mainly horizontal vibrations, and the horizontal reciprocating vibrations repeatedly stimulate the human body, from the surface texture to the deep Layers of meridians to help the body achieve fast and effective circulation of qi and blood. The patient can be divided into three types, mild, moderate and severe. When the patient's snoring symptom is mild, the control of the control unit (62) causes the delivery group (2) and the two motors (524) The operation will be slower, so that the horizontal reciprocation of the support group (4) relative to the bottom base (1) will be more relaxed, assisting the patient to exercise during sleep, so that the patient can get like walking slowly during sleep The effect of exercise, which increases the pressure of breathing and opens the collapsed throat, enhances breathing and oxygen inhalation, so that it can solve the situation of snoring; when the patient's snoring symptoms are moderate and the ease of movement has not improved, the control unit ( 62) According to the control information (63), the intensity of the control will be strengthened, and the speed of reciprocating movement will be increased. At this time, the diaphragm in the patient's body will shake the chest cavity and the abdominal cavity, which will produce an effect like cardiopulmonary resuscitation, thereby improving breathing Pressure opens the collapsed throat, enhances breathing and oxygen inhalation, thereby solving the problem of snoring noise and hypoxia; when the patient's symptoms are severe, the above-mentioned solutions cannot be improved, the control unit (62) is According to the control information (63), the intensity of the operation will be increased again. In addition to the reciprocating movement of the support group (4) in the direction of the head and feet of the body, the two motors (524) will be further activated to make the front frame group (522), The rear frame group (523) operates, and the operation of the front frame group (522) and the rear frame group (523) pushes the cushion body (51) to fold and deform, thus changing the sleeping posture of the patient and allowing the patient The body no longer lies in a horizontal position, and the change of sleeping position can adjust the angle between the head and the body, thereby improving the problem of throat collapse, and at the same time maintaining the horizontal reciprocating movement of the support group (4), driving the diaphragm so that The thoracic cavity and the abdominal cavity shake each other to produce a cardiopulmonary resuscitation effect, further increase the breathing pressure and open the collapsed throat, enhance breathing and oxygen inhalation. After being resolved, the detection unit (61) also transmits control information (63) to the control unit (62) when it detects no snoring, and the control unit (62) slowly stops the transfer group (2) ) And the two horses The operation of Tat (524), by which all operations are slowly stopped to allow patients and people with pillows to get good sleep quality, please refer to the second to eighth figures.

According to the above main technical description of the present invention, further detailed descriptions of other technical features, first of all, in order to provide a way for the patient to change the sleeping position, in order to allow the front frame group (522) to reliably push the lying The cushion body (51) of the patient is concavely deformed, so the front frame set (522) further includes a first telescopic rod (522A), a front support frame (522B) and two pivotal swing plates (522C). The first telescopic rod (522A) is connected at one end to one of the two motors (524). The operation of the motor (524) controls the first telescopic rod (522A) to expand and contract, and the front support The frame (522B) has a horizontal support rod (53) and two side support rods (54). The two side support rods (54) are connected to the two ends of the horizontal support rod (53) at one end to form a letter shape, in addition At the other end of the transverse support rod (53) corresponding to the first telescopic rod (522A), two pivot lugs (55) are extended, and the two pivot lugs (55) are arranged at intervals, and the first telescopic rod The other end of (522A) is pivotally connected between the two lugs (55) protruding from the horizontal support rod (53), and the other ends of the two side support rods (54) are respectively pivotally connected to the pivots One end of the piece (522C) and the other end of each pivoting piece (522C) are respectively fixed to the bottom surface of the cushion body (51). When the motor (524) controlling the operation of the front support frame (522B) is in operation, it is controlled first The first telescopic rod (522A) performs a telescoping action. After the first telescopic rod (522A) is activated, the front support frame (522B) is swung. When the first telescopic rod (522A) extends outward, the lateral support rod (522A) 53) The two pivot lugs (55) can pivot relative to the first telescopic rod (522A), and at the same time, each side support rod (54) also rotates relative to each pivot strip (53) due to the rotation of the lateral support rod (53) 522C) pivot, so that the swing of the front support frame (522B) pushes against the pad body (51) to fold and deform, please refer to the second, sixth, and seventh figures. During the alternating process of changing the sleeping posture, due to the weight of the body, the cushion body (51) violently shakes when it is folded and deformed. Therefore, the present invention further provides at least one auxiliary buffer bar (7) disposed on the top base (52) ) And folding pad (5) And the at least one auxiliary buffer bar (7) is located adjacent to the front frame group (522) and away from the rear frame group (523), and the at least one auxiliary buffer bar (7) is pivotally assembled to the top base with one end The seat (52) and the other end are pivotally assembled on the bottom surface of the cushion body (51). The expansion and contraction of the auxiliary cushioning rod (7) slows down the cushioning of the cushion body (51) corresponding to the head after being folded and deformed flatly, so that The concave folding, deformation, and resetting of the cushion body (51) will not cause excessive violent shaking and affect the patient's sleep, please refer to the second, third, and sixth figures.

Similarly, in addition to the control of the concave deformation of the cushion body (51) in the front frame group (522), the setting of the rear frame group (523) also changes the sleeping position of the patient, but is different from the front The frame set (522) is for the upper half of the body (head), and the rear frame set (523) is for the lower half of the patient (legs), so the rear frame set (523) further includes a second telescoping Rod (523A), a rear support frame (523B) and two rollers (523C), one end of the second telescopic rod (523A) is connected to a motor (524) of the two motors (524), and the rear support The frame (523B) includes a bottom support rod (56) and two longitudinal support rods (57). The two longitudinal support rods (57) are respectively connected to the two ends of the bottom support rod (56) at one end to form a zigzag shape. The other end of the second telescopic rod (523A) is pivotally connected between the two pivot pieces (58) protruding from the bottom support rod (56), and the two rollers (523C) are respectively pivotally assembled to the two longitudinal support rods The other end of (57) rolls against the bottom surface of the cushion body (51), and the operation of the motor (524) controls the expansion and contraction of the second telescopic rod (523A) and indirectly drives the pivoting of the rear support frame (523B), The pivot of the rear support frame (523B) is pushed by the rollers (523C) against the pad body (51) to be folded and deformed. Because the weight of the foot is lighter than the support of the head, the rollers (523C) are used The way of driving the cushion body (51) to deform and fold at the corresponding foot, but the functions of the front support frame (522B) and the rear support frame (523B) are the same, both are caused by the deformation of the cushion body (51) Change the sleeping position to open the collapsed throat and maintain the smoothness of breathing to avoid the occurrence of snoring sounds and dangerous situations of cessation of breathing, please refer to the second, third and seventh and eighth figures, but for at least one auxiliary buffer The setting of stick (7) depends on the body The upper part contains the head that is heavier than the feet, so it must be assisted by at least one auxiliary buffer bar (7), but an auxiliary buffer bar (7) can also be provided at the rear frame group (523) ( (Not shown in the figure) for assistance, which is suitable for patients with weight on the feet.

In addition, another technology of the present invention lies in the detection control. In order to effectively and accurately detect the data of the patient's snoring sound and blood saturation oxygen content, the detection unit (61) of the main control unit (6) The upper system can be a sound detector or a bracelet. When the detection unit (61) is a sound detector, it can detect the size, frequency, time, etc. of the snoring sound of the patient, so that it can generate different control information , So that the control unit can adjust the appropriate degree of reciprocation according to different degrees of illness, and the cushion body (51) is folded and folded. Please refer to the fourth figure and cooperate with the second and third figures for assistance; (61) When the bracelet is used, the bracelet should be attached to the body before the patient sleeps. The oxygen content of the blood in the patient's body is saturated through the bracelet. The saturation oxygen content is extremely low. If the saturation oxygen content in the blood is not increased, it will cause the heart load to stop beating, which will cause an irreparable situation. Therefore, the detection unit (61) is used as a bracelet Can detect the saturated oxygen content in the patient's blood and determine whether it is a state of apnea, so that the control unit (62) controls the two motors (524) to start operation and change the sleeping position of the patient, driving the diaphragm in the body to make the chest and The abdominal cavity shakes each other to produce an effect like cardiopulmonary resuscitation, increase the breathing pressure to open the collapsed throat, enhance breathing and oxygen inhalation, restore the body's function to breathe and increase the saturated oxygen content in the blood, so that the patient can be lifted and maintained For the safety of sleep, please refer to the fourth, eighth and ninth figures.

Finally, in the setting of the main control component (6) of the present invention, in order to facilitate the patient to adjust the detection range of the detection unit (61), the data activated by the control unit (62) or the two according to their own physical conditions The rotation speed of the motor (524), etc., so the control unit (62) is further built with an adjustment unit (621), and the main control unit (6) can be a button With the remote control or touch screen, the patient can adjust and modify the control method by the adjustment unit (621) in the main control component (6) according to his own examination results. In simple terms, the adjustment by the adjustment unit (621) can be renewed Set the detection unit (61) to detect the decibel range, time, frequency, etc. of the snoring sound, and can also reset the starting strength of the two motors (524), the horizontal reciprocating distance of the support group (4), etc., to match the detection For the control information detected by the measuring unit (61), please refer to the first and eleventh diagrams and assist with the fourth diagram. Finally, please refer to the tenth figure, in order to allow the user to have better comfort when lying on the cushion body, a handle (59) is provided on each side of the cushion body (51), and the user trips on The cushion body (51) can easily place the arm on the handle (59) to improve the comfort of sleep.

To summarize, through the combination of the detection unit (61) and the control unit (62) in the main control unit (6), for patients with snoring and respiratory dysfunction, the state of snoring can be completely improved and eliminated The occurrence of apnea syndrome, using the horizontal reciprocating movement of the support group (4) and the change of sleeping position, open the collapsed throat to maintain smooth breathing, drive the diaphragm to shake the chest cavity and abdominal cavity, and produce a resuscitation effect like cardiopulmonary resuscitation. Breathing pressure enhances breathing and oxygen inhalation, so that in addition to maintaining the safety and quality of patients' sleep, it is also possible for people on the pillow to sleep peacefully without worrying about the patient's sudden cessation of breathing and noise interference from snoring. The invented cushion body is not limited to a mattress, but can also be a chair cushion (not shown), which improves the conventional technology. Electronic pillows are prone to generate electromagnetic waves and affect the outside of the brain, and wear a respirator on the face to cause the patient's sleep quality Due to the lack of deterioration and the like, the present invention certainly improves and solves the conventional problems, so as to meet the needs of the general public, and it is obvious that the present invention has a certain degree of progress and practicality. The above are only preferred embodiments for explaining the present invention, and are not intended to limit the present invention in any form, so that any modifications made to the present invention under the same spirit of the invention Or change, if it is another type that can be implemented and has the same effect, it should still be included It is included in the scope of the invention intended to be protected.

In summary, the "multifunctional snoring movement device" of the present invention is indeed fully practical and cost-effective in terms of industrial development, and the disclosed structural invention also has an unprecedented innovative structure, so its Having "newness" should undoubtedly be considered, and the present invention can be more effective than the conventional structure, so it also has "progressiveness", which fully complies with the provisions of the Chinese Patent Law on the application requirements of invention patents, and the patent is filed according to law Apply, and I hope that the Bureau will review it as soon as possible and give affirmation.

(1) ‧‧‧ bottom base

(12)‧‧‧wheel set

(4) ‧‧‧ support group

(5)‧‧‧Folding pad

(51)‧‧‧Cushion

(52)‧‧‧top base

(6)‧‧‧Master control component

Claims (9)

Multifunctional snoring movement device, which includes: a bottom base with an accommodating area; a stroking conveying group, which is installed in the accommodating area; and a driving conveying group, which is installed on the stroking conveying group On one side, the driving and conveying group is linked with the detenting and conveying group; a supporting group is installed on the top surface of the bottom base, and a plurality of roller groups are arranged on the top surface of the bottom base, and the supporting group is erected Driven by each roller group and driven by each roller group, the horizontal reciprocating motion is performed. The forward and eccentric operation of the deceleration conveyor group drives the movement of the drive conveyor group, and the movement of the drive conveyor group links the support group to the base. The top surface of the seat reciprocates horizontally; a folding pad is assembled on the top surface of the support group. The folding pad includes a pad body and a top base. The top base is fixed to the bottom surface of the pad body and interlocks with the bottom base The top base includes two side bars, a front frame group, a rear frame group and two motors, the two side bars are located on both sides of the bottom of the cushion body, and the front frame group and the rear frame group are respectively installed Between the two side bars and at opposite ends, and the two motors are installed between the two side bars and between the front frame group and the rear frame group, the two motors are respectively connected to the front frame group and The rear frame group also controls telescoping and pivoting. The retracting and pivoting of the front frame group and the rear frame group pushes the concave deformation of the cushion body; and a main control component, which is installed on the cushion body of the folding cushion, the main The control unit includes a detection unit and a control unit. The detection unit is wirelessly connected to the control unit, and the control unit is electrically connected to the two motors and the deceleration conveyor group. The detection unit detects the size of snoring sound. Time, frequency or saturation oxygen content in blood and generate a control message, the control message is transmitted to the control unit to receive, and the control unit is activated according to the control information, change the operating speed of the brake delivery group and the two motors Drive the front frame group and the rear frame group Telescopic displacement; where, through the setting of the main control component, it is possible to control the rotation speed of the striking conveyor group, that is, to adjust and start the horizontal reciprocating movement of the support group relative to the bottom base, and to adjust and start the operation of the two motors and control the front The stretching and tilting of the frame group and the rear frame group are used to change the patient's sleeping posture and open the collapse of the throat to reduce the snoring condition, and to increase the respiration and oxygen inhalation by supporting the level of the group to reduce the respiration. The problem of suspension occurs. The multifunctional snoring movement device according to item 1 of the patent application scope, wherein the front frame set further includes a first telescopic rod, a front support frame and two pivoting flaps, the first telescopic rod is connected by one end One of the two motors, the operation of the motor controls the expansion and contraction of the first telescopic rod, and the front support frame has a lateral support rod and two lateral support rods, the two lateral support rods are respectively connected to the The two ends of the cross strut are formed in a zigzag shape, and the other end of the first telescopic rod is pivotally connected between the two pivot lugs protruding from the cross strut, and the other ends of the two side struts are respectively pivoted It is connected to one end of each pivoting plate, and the other end of each pivoting plate is fixed to the bottom surface of the pad body respectively. The operation of the motor controls the first telescopic rod to expand and contract and drives the front support frame to swing, the front support frame swings It pushes against the pad body to fold and deform. According to the multifunctional anti-snoring movement device described in item 1 of the patent application scope, wherein the rear frame group further includes a second telescopic rod, a rear support frame and two rollers, one end of the second telescopic rod is connected to the One of the two motors, and the rear support frame includes a bottom strut and two longitudinal struts, the two longitudinal struts are respectively connected to the two ends of the bottom strut by one end, and the second telescopic rod is formed The other end is pivotally connected between the two pivot pieces protruding from the bottom support rod, and the two rollers are respectively pivotally assembled on the other end of the two longitudinal support rods and roll against the bottom surface of the pad body, and the motor is running It controls the expansion and contraction of the second telescopic rod The pivot of the rear support rod is moved, and the pivot of the rear support rod is pushed and pressed against the pad body by each roller to be folded and deformed. According to the multifunctional anti-snoring movement device described in item 2 of the patent application scope, wherein the rear frame group further includes a second telescopic rod, a rear support frame and two rollers, one end of the second telescopic rod is connected to the One of the two motors, and the rear support frame includes a bottom strut and two longitudinal struts, the two longitudinal struts are respectively connected to the two ends of the bottom strut by one end, and the second telescopic rod is formed The other end is pivotally connected between the two pivot pieces protruding from the bottom support rod, and the two rollers are respectively pivotally assembled on the other end of the two longitudinal support rods and roll against the bottom surface of the pad body, and the motor is running It controls the expansion and contraction of the second telescopic rod and indirectly drives the pivot of the rear support rod, and the pivot of the rear support rod is pushed by each roller against the pad body to be folded and deformed. The multifunctional snoring movement device according to any one of items 1 to 4 of the patent application scope, wherein at least one auxiliary buffer bar is further provided between the top base and the folding pad, and the at least one The auxiliary buffer bar is located adjacent to the front frame group, and the at least one auxiliary buffer bar is pivotally grouped at one end on the top base and the other end is pivotally grouped at the bottom surface of the cushion body. The expansion and contraction of the auxiliary buffer bar slows down the corresponding head The cushion of the cushion body is flat and reset after being concave and deformed. According to the multifunctional anti-snoring movement device described in item 5 of the patent scope, wherein the detection unit of the main control component may be a sound detector or a bracelet, and the detection side unit is a sound detector Detects the size and frequency of the snoring sound of the patient, and when the detection unit is a bracelet, it is set on the body part of the patient to detect the saturated oxygen content and heartbeat in the blood of the body. According to the multifunctional anti-snoring motion device described in item 6 of the patent application scope, wherein the main control component may be a button remote control or a touch screen, a further An adjustment unit is built in the step. The adjustment unit can set the detection range of the detection unit, the data activated by the control unit or the running speed of the two motors, so as to optimally adjust the changes of the cushion body and the relative support group. The bottom base moves back. According to the multifunctional snoring movement device described in item 7 of the patent application scope, a support handle is further pivotally provided on both sides of the cushion body. According to the multifunctional anti-snoring movement device described in item 8 of the patent application range, wherein the support group further includes a plurality of rollers and a plurality of sliding bars, and the plurality of roller groups provided on the bottom base respectively include a pivot ear seat and Wheels located on both sides of the lug seat, the plurality of rollers of the supporting group are pivotally connected to each lug seat, and each slide bar is sandwiched between the roller and the plurality of wheels in the corresponding position, at the same position The roller and the plurality of wheels are arranged in a triangular arrangement with sliding bars.

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