TWM580980U - Multi-functional anti-snoring sport device - Google Patents

Abstract

The utility model relates to a multifunctional anti-squatting movement device, which comprises: a bottom base, a swaying conveying group, a driving conveying group, a supporting group, a folding pad and a main control component, and the rotation speed of the turbulent conveying group can be controlled through the setting of the main control component , the horizontal reciprocating movement of the supporting group relative to the bottom base can be adjusted and activated, and the operation of the two motors can be adjusted and activated, and the telescopic and tilting pivoting of the front frame group and the rear frame group can be controlled, thereby changing the sleeping posture of the patient. And open the collapse of the throat to reduce the snoring condition, and enhance the breathing and oxygen inhalation through the horizontal reciprocating displacement of the support group to reduce the problem of respiratory suspension.

Description

Multifunctional anti-snoring device

This creative multi-functional anti-snoring exercise device refers to the technology applied in the furniture field. Its main feature is to judge the user's snoring condition and adjust the sleeping position and sitting posture, thereby eliminating the danger of snoring sound and preventing hypoxia and stopping breathing. When something happens, it is a new type of practicality.

Sleep is one of the most important ways to supplement the body's function. However, in this progressive generation, more and more civilized diseases appear, among which sleep apnea is the condition of most people, sleep apnea. (English: sleep apnea or sleep apnoea, also translated as sleep apnea or sleep apnea) is a sleep disorder caused by suspended breathing or decreased breathing during sleep. This symptom can cause noisy in the case of sleep. Snoring, when you breathe again, sometimes there will be suffocation or nasal sounds. In severe cases, it will take a few seconds to several minutes to temporarily stop breathing. This symptom will destroy normal sleep for the patient, causing daytime The phenomenon of lethargy or tiredness is disturbing the sleep quality of others.

There are currently three types of sleep apnea: obstructive sleep apnea (OSA), central nervous system sleep apnea (CSA), and a combination of two symptoms of combined sleep apnea, in which obstructive sleep apnea is discontinued. Symptom is the most Commonly occurring symptoms, mainly caused by obstructive sleep apnea, include overweight, family history, allergies, too small respiratory ducts, and dilated tonsils; in obstructive sleep-disordered breathing, breathing is terminated by airflow obstruction; The sleep apnea of central nervous system is due to lack of breathing strength, and stop breathing. Usually patients do not realize that they have sleep apnea, they are waiting for snoring, high blood pressure, and unable to sleep deeply. After waking up, headache, dry mouth, tiredness, frequent urination, need to get up in the toilet, daytime concentration, cognitive decline, daytime sleepiness, easy sleepiness, emotional instability, irritability and irritability will be noticed. The body has already had related diseases, but if it can be found and improved early, it can still be solved. Therefore, in the relevant medical field in the market, in order to solve the above problem of breathing suspension, a pillow such as the Republic of China Patent No. M572190 was pushed. "Helping sleep-proof pillows", I577405 "Sleep Assist System", etc. The use of pillows to change the posture of the patient's head reduces the problem of snoring. Although it effectively improves and reduces the problem of snoring, the improvement is not satisfactory, and electronic circuits and mechanisms must be hidden in the above-mentioned pillows. Under the operation of the mechanism, electromagnetic wave interference will occur, and the problem of the patient's breathing suspension has not been solved, and the brain has a disease condition.

In addition, the market also has a mask to solve the problem of respiratory suspension, such as the Republic of China Patent No. I586387 "Patient interface and method of manufacturing patient interface", this method can also improve the problem of snoring and reduce the suspension of breathing, but in sleep When the medical supplies of the respirator are worn, there is an uncomfortable situation for the patient to sleep, which indirectly reduces the quality of sleep. Therefore, according to the above various ways to improve the suspension of breathing and snoring, there is still a lack of, and the relevant industry must think again, how to improve Only the problem of snoring and breathing suspension of the patient can be completely solved without affecting the quality of sleep.

In view of the above situation, the creator invested a lot of time to study relevant knowledge, and compared various advantages and disadvantages, research and development of related products, and many experiments and tests, and finally launched a "multifunctional anti-snoring exercise device" Improve the above-mentioned missing to meet the needs of the public.

The main purpose of this creation is to strengthen the patient's breathing intensity, generate higher respiratory pressure from the inside of the body, and open the throat through the bronchus to solve the problem of snoring and breathing suspension, and improve the use of the traditional sputum pillow to generate electromagnetic waves. The way the brain is affected, and the way the respirator (mask) is attached can affect the quality of the patient's sleep. To this end, the creator strives to achieve the aforementioned new purposes and effects, the creation of the multifunctional snoring exercise device, comprising: a bottom base having an accommodating area; a turbulent transport group installed in the capacity a drive group, which is mounted on one side of the turbulent transport group, the drive transport group is coupled with the turbulent transport group; a support group is mounted on the top surface of the bottom pedestal, and The top surface of the bottom base is further provided with a plurality of roller sets. The support groups are erected on the roller groups and are horizontally reciprocated by the rollers. The operation of the turbulent transport group is driven by a forward eccentric operation system. Movement of the group, and the movement of the driving transport group interlocks the supporting group to reciprocate horizontally on the top surface of the bottom base; a folding pad is assembled on the top surface of the supporting group, the folding pad comprises a cushion body and a top base The top base is fixed to the bottom surface of the cushion body and interlocked with the bottom base, and the top base comprises two side bars, a front frame set, a rear frame set and two motors, and the two side bars are located on the pad. Both sides of the bottom of the body The front frame group and the rear frame group are respectively disposed between the two side bars and at opposite ends, and the two motors are installed between the two side bars and are interposed between the front frame groups and the rear frame groups. Between the frame groups, the two motors respectively connect the front frame group and the rear frame group and control the telescopic and pivoting, and the telescoping and pivoting of the front frame group and the rear frame group push the pad body to be deformed; and a main control The component is mounted on the pad of the folding pad. The main control component includes a detecting unit and a control unit. The detecting unit is wirelessly coupled to the control unit, and the control unit electrically connects the two motors and the cymbal. In the moving group, the detecting unit detects the size, time, frequency or saturated oxygen content of the blood and generates a control information, and the control information is transmitted to the control unit for receiving, and the control unit is based on the control information. Starting and changing the running speed of the turbulent conveying group and the telescopic displacement of the front frame group and the rear frame group driven by the two motors; wherein the setting of the main control component can control the rotation speed of the turbulent conveying group, and the support can be adjusted and activated Horizontal reciprocation of the group relative to the base And adjusting and starting the operation of the two motors and controlling the telescoping and tilting pivoting of the front frame group and the rear frame group, thereby changing the sleeping posture of the patient and opening the collapse of the throat to reduce the snoring condition and through the support group Horizontal reciprocating displacement enhances breathing and oxygen inhalation to reduce the problem of respiratory arrest.

According to the above-mentioned main technology defined by the present invention, the advantage is that the detecting unit in the main control component detects the patient during sleep, and detects the size, time, frequency or blood of the patient during sleep. The saturated oxygen content is transmitted to the control unit by different changes, and the control unit starts the horizontal reciprocating displacement of the support group relative to the bottom base after receiving the control information, and the operation of the two motors is indirectly driven The frame group and the rear frame group are pivotally displaced and concavely folded and deformed, thereby changing the posture of the patient during sleep and driving the diaphragm in the body to shake the chest cavity and the abdominal cavity. Shake, improve the problem of throat collapse and increase the breathing pressure, so that the throat can be opened to enhance the breathing and oxygen inhalation, and increase the oxygen content of the blood, so as to solve the problems caused by snoring, hypoxia and respiratory arrest, Ensure safety during sleep and improve sleep quality. Therefore, this creation can be said to be a very practical and progressive new type, which is worthy of promotion by the industry and publicized to the public.

(1)‧‧‧ bottom base

(11) ‧‧‧ accommodating area

(12)‧‧‧Roller set

(121) ‧‧‧ pivot seat

(122)‧‧‧ Wheels

(2) ‧ ‧ 掣 输送 transport group

(3) ‧‧‧Drive transport group

(4) ‧ ‧ support group

(41)‧‧‧Rollers

(42)‧‧‧Slider

(5) ‧ ‧ folding mat

(51)‧‧‧

(52) ‧‧‧ top base

(521)‧‧‧ Sidebar

(522) ‧ ‧ front frame

(522A)‧‧‧First telescopic rod

(522B)‧‧‧ Front support frame

(522C)‧‧‧ pivoting piece

(523)‧‧‧ Rear frame group

(523A)‧‧‧Second telescopic rod

(523B)‧‧‧ Rear support frame

(523C)‧‧‧Rollers

(524)‧‧‧Motor

(53)‧‧‧cross strut

(54)‧‧‧ Side poles

(55)‧‧‧Axis

(56)‧‧‧Bottom pole

(57)‧‧‧ longitudinal pole

(58) ‧‧‧

(59) ‧ ‧ ‧

(6) ‧ ‧ main control components

(61)‧‧‧Detection unit

(62) ‧‧‧Control unit

(621)‧‧‧Adjustment unit

(63)‧‧‧Control information

(7) ‧‧‧Auxiliary Buffer

The first picture is a three-dimensional schematic diagram of the creation.

The second figure is a schematic exploded view of the creation.

The third figure is a perspective exploded view of the second figure folding pad.

The fourth picture is a block diagram of the creative detection process.

The fifth figure and the fifth A figure are schematic diagrams of the action of the creative support group to drive the horizontal reciprocating displacement of the folding pad.

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

The seventh figure is a schematic view of the action of the rear frame group pushing the folding pad to lift the concave fold.

The eighth figure is a schematic diagram of the actual use state of the creative folding pad.

The ninth figure is a schematic diagram of the use state of the creation detection unit as a wristband.

The tenth picture is a three-dimensional diagram of the creation of the handle.

The eleventh figure is a schematic diagram of the use state of the creative detection unit as a control panel.

In order to clarify the purpose and effect of the above-mentioned creations, the features and effects of the present invention will be described in detail with reference to the drawings. Referring to the first to eighth figures, the creation of the multifunctional anti-snoring exercise device includes: a base The seat (1) is composed of a plurality of brackets which are assembled into each other, and has an accommodating area (11) which is concave inward; a turbulent conveying group (2) which is installed in the accommodating area (11); Group (3), which is mounted on one side of the turbulent transport group (2), the drive transport group (3) is linked with the turbulent transport group (2), and the turbulent transport group (2) is driven by a motor The turbulent transport group (2) operates; a support group (4) is mounted on the top surface of the bottom base (1), and a plurality of roller sets (12) are further disposed on the top surface of the bottom base (1). Each of the roller sets (12) includes a pivotal seat (121) and a wheel member (122) on both sides of the pivotal seat (121), and the support set (4) further includes a plurality of rollers (41) and plural The sliding rod (42), the plurality of rollers (41) of the supporting group (4) are pivotally connected to the pivot sockets (121), and the sliding rods (42) are clamped to the corresponding positions of the rollers (41) And between the plurality of wheel members (122), the roller (41) and the plurality of wheel members (122) in the same position are arranged in a triangular arrangement with a sliding rod (42), and the supporting group (4) is erected on each roller group (12) ) and horizontally reciprocating by the roller group (4), the forward eccentric operation belt of the turbulent conveying group (2) The driving conveyance group (3) moves, and the movement of the driving conveying group (3) interlocks the supporting group (4) to reciprocate horizontally on the top surface of the bottom base (1); a folding pad (5) provides the human body The folding pad (5) is assembled on the top surface of the supporting group (4) and fixed to each other. The folding pad (5) comprises a pad body (51) and a top base (52), the top base The seat (52) is mounted on the bottom surface of the pad body (51) and is interlocked with the bottom base (1), and the top base (52) comprises two side bars (521) having a long column shape and a front a frame set (522), a rear frame set (523) and two motors (524), the two side bars (521) are located on both sides of the bottom of the pad body (51), and the front frame set (522) and the rear frame The groups (523) are respectively disposed between the two side bars (521) and at opposite ends, and the two motors (524) are installed between the two side bars (521) and interposed between the front frame groups. (522), between the rear frame group (523), the two motors (524) respectively connect the front frame group (522) and the rear frame group (523) and control the telescopic and pivoting, the front frame group (522), The telescopic and pivoting of the rear frame group (523) pushes the pad body (51) to be concavely deformed; and a main control component (6) is mounted on the pad body (51) of the folding pad (5), the main control The component (6) includes a detecting unit (61) and a control unit (62). The detecting unit (61) is wirelessly coupled to the control unit (62), and the control unit (62) electrically connects the two a motor (524) and a turbulent transport group (2), wherein the detecting unit (61) detects the squeak size, time, frequency or saturated oxygen content in the blood and generates a control message (63), the control information (63) is transmitted to the control unit (62) for receiving, and the control unit (62) activates and changes the operating speed of the turbulent transport group (2) according to the control information (63) and the two motors (524) drive the front frame The telescopic displacement of the group (522) and the rear frame group (523); wherein, by setting the main control component (6), the rotation speed of the turbulent conveying group (2) can be controlled, and the supporting group (4) can be adjusted and activated. Horizontal reciprocating movement of the bottom base (1), and adjusting and starting the operation of the two motors (524) and controlling the telescopic and tilting pivoting of the front frame group (522) and the rear frame group (523), thereby changing the patient's Sleep posture and open The collapse of the throat to reduce the snoring condition and enhance the breathing and oxygen inhalation through the horizontal reciprocating displacement of the support group (4) to reduce the occurrence of respiratory suspension (the foregoing is the main technical feature of the author's embodiment, corresponding to The content of the first item of the patent application scope of this case can be used to know the purpose and implementation form of the creation, and the technical features described in the remaining scope of the patent application are detailed or additional technical features of the first item of the patent application scope. Instead of limiting the scope of the first paragraph of the patent application scope, it should be noted that the first item of the patent application scope of this application does not necessarily include the technical features described in the scope of the remaining subsidiary patents.

According to the main features described above for the present creation, when a patient (a person with snoring, apnea) lays flat on the pad (51) of the folding pad (5) for sleep, when snoring and breathing are suspended Detected by the detecting unit (61) of the main control component (6) Next, the detecting unit (61) detects the size of the patient's snoring, the time of snoring, the frequency of snoring, or detects the saturated oxygen content data in the blood of the patient, and generates control information after the detection ( 63) and transmitted to the control unit (62). At this time, after receiving the control information (63), the control unit (62) starts the operation and controls the turbulent transport group (2) to cause the support group (4) to reciprocate. And the driving conveying group (3) adjusts the rotation speed provided by the turbulent conveying group (2) to form a reciprocating frequency to generate different intensity motion effects, thereby meeting the needs of different human weights; the supporting group (4) can only do very The slight vertical vibration is mainly caused by horizontal vibration, and the horizontal reciprocating vibration repeatedly stimulates the human body, from the surface texture to the deep meridian to help the body achieve a fast and effective blood circulation. The patient can be divided into three types, mild, moderate and severe. When the patient's snoring symptoms are mild, the control unit (62) controls the turbulent 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 moderate, assisting the patient to exercise during sleep, so that the patient can get as slow as during sleep. The effect of the exercise, which in turn increases the breathing pressure and opens the collapsed throat, enhances the breathing and oxygen inhalation, so that it can solve the snoring condition; when the patient's snoring symptoms are moderate, and the easing action is not improved, the control unit ( 62) According to the control information (63), the intensity of the control is strengthened, and the speed of the reciprocating motion is increased. At this time, the diaphragm in the patient's body shakes the chest cavity and the abdominal cavity, thereby generating the effect of cardiopulmonary resuscitation, thereby enhancing the breathing. Pressure to open the collapsed throat, enhance breathing and oxygen inhalation, thereby solving the problem of snoring noise and hypoxia; when the patient's symptoms are severe, the above solution can not be improved, the control Element (62) will be (63) again to increase the strength of the operation based on the control information, to increase the support group (4) to the outer body of the head reciprocates the foot direction, into a more The two motors (524) are activated to operate the front frame group (522) and the rear frame group (523), and the front frame group (522) and the rear frame group (523) are operated by the pad body (51). Performing concave folds and deformations, thus changing the patient's sleep posture, so that the patient's body is no longer lying horizontally, and the change of the sleeping position can adjust the angle between the head and the body, thereby improving the problem of throat collapse, and At the same time, the horizontal reciprocating movement of the support group (4) is maintained, and the diaphragm is caused to shake the chest cavity and the abdominal cavity to generate cardiopulmonary resuscitation effect, further increase the respiratory pressure and open the collapsed throat, and enhance the breathing and oxygen inhalation, thereby solving the problem. The risk of snoring and cessation of the patient occurs, and after the degree of the above three diseases is resolved, the detecting unit (61) transmits the control information (63) to the control unit (62) when no snoring is detected. ), the control unit (62) slowly stops the operation of the turbulent transport group (2) and the two motors (524), thereby slowly stopping all operations to give the patient and the pillow person a good sleep quality, please See Figures 2 through 8.

In accordance with the main technical description described above for this creation, further details are provided to illustrate other technical features, first in order to provide a way for the patient to change the sleeping position, in order to allow the front frame group (522) to be pushed steadily. The patient's pad body (51) is concavely deformed, so that the front frame group (522) further includes a first telescopic rod (522A), a front support frame (522B) and two pivoting pieces (522C). The first telescopic rod (522A) is coupled to one of the two motors (524) at one end, and the motor (524) controls the first telescopic rod (522A) to expand and contract, and the front support The frame (522B) has a transverse strut (53) and two side strut (54), and the two side strut (54) are respectively connected at one end to the two ends of the transverse strut (53) to form a U-shape, and Two legs (55) are extended on the other end of the cross rod (53) corresponding to the first telescopic rod (522A), and the two pivot pieces (55) are spaced apart, and The other end of the first telescopic rod (522A) is pivotally connected between the two pivoting pieces (55) protruding from the transverse strut (53), and the other ends of the two side supporting rods (54) are respectively pivotally connected. At one end of each pivoting piece (522C), the other end of each pivoting piece (522C) is respectively fixed to the bottom surface of the pad body (51), and the motor (524) that controls the action of the front support frame (522B) is operated. Firstly, the first telescopic rod (522A) is controlled to perform a telescopic movement. After the first telescopic rod (522A) is activated, the front support frame (522B) is swung, and when the first telescopic rod (522A) is extended outward, the first telescopic rod (522A) is outwardly extended. The cross strut (53) can be pivoted relative to the first telescopic rod (522A) by the two pivotal lugs (55), and at the same time, each side strut (54) is also opposite to each other by the rotation of the cross strut (53) The pivoting piece (522C) is pivoted, so that the swing of the front support frame (522B) is pushed against the pad body (51) to be folded and deformed, as shown in the second, sixth and seventh figures, and in order to avoid the surface. During the alternating process of the patient lying down to change the sleeping position, the body (1) is violently shaken during the concave folding and deformation due to the weight of the body. Therefore, the creation is provided with at least one auxiliary buffer bar (7). Base (52) and folding pad (5) And the position of the at least one auxiliary buffer bar (7) is 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 pivoted at the top end. The base (52) and the other end are pivotally disposed on the bottom surface of the pad body (51), and the expansion and contraction of the auxiliary buffer bar (7) slows down the cushioning of the reclining reset after the concave deformation of the corresponding body of the head (51) In the case of concave folding, deformation, and resetting of the pad body (51), excessive swaying does not occur and the patient's sleep is affected. Please refer to the second, third, and sixth figures.

Similarly, in addition to the concave deformation control of the pad 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 different from the former The frame set (522) is for the upper part of the body (head), and the rear frame set (523) is for the lower half (legs) of the patient, so the rear frame set (523) further includes a second telescopic a rod (523A), a rear support frame (523B) and two rollers (523C), one end of the second telescopic rod (523A) is coupled 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), and the two longitudinal support rods (57) are respectively connected at one end to the two ends of the bottom support rod (56) to form a U-shape. The other end of the second telescopic rod (523A) is pivotally connected between the two pivotal 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 the (57) is rolled against the bottom surface of the pad 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 pivoting of the rear support frame (523B) is pushed and folded by the rollers (523C) against the pad body (51). Since the weight of the foot portion is lighter than the support of the head, the rollers (523C) are used. The manner of driving the pad body (51) at the corresponding foot deformation, concave folding, but the function of the front support frame (522B) and the rear support frame (523B) are the same, both are the deformation of the driving pad body (51) Change the sleeping position, thereby opening the collapsed throat and maintaining the smooth flow of breathing to avoid playing The occurrence of sound and the danger of breathing stop occur, please refer to the second and third figures and the seventh and eighth figures. However, for the setting of at least one auxiliary buffer rod (7), the upper part of the body contains the weight of the head. It is heavier than the foot, so it must be assisted by at least one auxiliary buffer rod (7), but an auxiliary buffer rod (7) (not shown) may be provided at the rear frame group (523) for assistance. Suitable for patients with weight on the foot.

In addition, another technique of the present invention is to detect the control, in order to effectively and surely detect the patient's snoring, blood saturation oxygen content data, so the detection unit (61) of the main control component (6) The setting system can be a sound detector or a wristband. When the detecting unit (61) is a sound detector, it can detect the size, frequency, time, etc. of the patient's snore sound, so that different control information is generated. To allow the control unit to be different Adjust the appropriate degree of reciprocation, the cushion body (51) concave fold, please refer to the fourth figure and cooperate with the second and third figures as auxiliary; when the detection unit (61) is the bracelet Before the patient sleeps, the wristband is attached to the body, and the blood oxygen saturation in the patient's body is passed through the wristband. Because the patient with respiratory depression has a very low saturated oxygen content in the blood during apnea, If you do not increase the saturated oxygen content in the blood, it will cause the heart to load and stop beating, which will cause irreparable conditions. Therefore, the blood can be detected in the patient's blood when the detection unit (61) is a wristband. The saturated oxygen content is further determined to be a breathing-suspended state, so that the control unit (62) controls the two motors (524) to start the operation to change the sleeping position of the patient, and drives the diaphragm in the body to shake the chest cavity and the abdominal cavity to generate a heart-like lung. The effect of resuscitation, increase the breathing pressure and open the collapsed throat, enhance the breathing and oxygen inhalation, so that the body's function can return to the breath and increase the saturated oxygen content in the blood, so that the patient can stop breathing and stay safe while sleeping. Read fourth, eight, nine figure.

Finally, in the setting of the main control component (6), in order to facilitate the patient, the detection range of the detecting unit (61), the data activated by the control unit (62) or the second can be adjusted according to the physical condition of the patient. The operating speed of the motor (524) is such that an adjustment unit (621) is further built in the control unit (62), and the main control unit (6) can be a button remote controller or a touch screen, and the patient can The result of the self-checking is adjusted and modified by the adjusting unit (621) in the main control component (6). In short, the detecting unit (61) can be reset to detect the click sound by adjusting the adjusting unit (621). The range, time, frequency, etc. of the decibel of the size may also reset the starting strength of the two motors (524), the distance of the horizontal reciprocating movement of the supporting group (4), and the like, which is detected by the matching detecting unit (61). For control information, please refer to the first and eleventh figures and use the fourth figure as an aid. At last, Please refer to the tenth figure. In order to allow the user to lie on the pad body, the user has better comfort. Therefore, a handle (59) is respectively arranged on both sides of the pad body (51), and the user kneels on the pad body. (51) The arm can be easily placed on the handle (59) to improve sleep comfort.

To sum up, through the mutual matching of the detection unit (61) and the control unit (62) in the main control component (6), for patients suffering from snoring and respiratory depression, the state of snoring can be completely improved and the snoring can be completely eliminated. The occurrence of respiratory arrest, using the support group (4) horizontal reciprocating movement and changes in sleeping position, open the collapsed throat to maintain a smooth breathing, drive the diaphragm to shake the chest and abdominal cavity to produce the effect of cardiopulmonary resuscitation, enhance Respiratory pressure enhances the breathing and oxygen inhalation, so as to maintain the safety and quality of the patient's sleep, the sleeping person can also sleep peacefully without worrying about the patient's sudden breathing and the noise of the snoring noise. The created cushion body is not limited to the mattress, but can also be a seat cushion (not shown), which improves the conventional technology. The electronic pillow is easy to generate electromagnetic waves and affects the brain, and the breathing apparatus on the face causes the patient to sleep. The lack of variation, etc., this creation does improve and solve the problems of the past, so that it meets the needs of the general public, and it is obvious that this creation has a certain degree of progress and practicality. The above description is only a preferred embodiment for explaining the present creation, and is not intended to impose any form limitation on the creation, so that any modification related to the creation in the same creative spirit is made. Or the changer, other types that can be implemented according to the same effect, should still be included in the scope of protection of this creative intention.

In summary, the "multi-functional anti-snoring motion device" of this creation is indeed in line with the development of the industry in terms of practicality and cost-effectiveness, and the disclosed structural creation is also an unprecedented innovative structure, so its Have "newness" should no doubt It is also considered that this creation can be more effective than the conventional structure. Therefore, it is also "progressive". It fully complies with the requirements of the application requirements for new patents in China's Patent Law. It is a patent application in accordance with the law. Review it early and give it affirmation.

Claims (9)

The utility model relates to a multifunctional anti-snoring movement device, which comprises: a bottom base having an accommodating area; a turbulent conveying group installed in the accommodating area; and a driving conveying group installed in the swaying conveying group On one side, the driving and conveying group is interlocked with the swaying conveying group; a supporting group is installed on the top surface of the bottom pedestal, and the top surface of the bottom pedestal is further provided with a plurality of roller groups, and the supporting group is erected Each of the roller sets is horizontally reciprocated by the driving of each roller group, and the forward eccentric operation of the turbulent conveying group drives the movement of the driving conveying group, and the movement of the driving conveying group interlocks the supporting group with the base. The top surface reciprocates horizontally; a folding pad is assembled on the top surface of the supporting group, the folding pad comprises a cushion body and a top base fixed to the bottom surface of the cushion body and interlocked with the bottom base Solid, and the top base comprises two side bars, a front frame group, a rear frame group and two motors, the two side bars are located at two sides of the bottom of the pad body, and the front frame group and the rear frame group are respectively installed Between the two side bars and at opposite ends, the two motors are disposed between the two side bars Between the front frame group and the rear frame group, the two motors respectively connect the front frame group and the rear frame group and control the telescopic and pivoting, and the telescopic and pivoting systems of the front frame group and the rear frame group push the pad body concave. And a main control component is disposed on the pad body of the folding pad, the main control component includes a detecting unit and a control unit, and the detecting unit is wirelessly coupled with the control unit, and the control unit is electrically connected The second motor and the turbulent transport group are connected, and the detecting unit detects the squeak size, time, frequency or saturated oxygen content in the blood and generates a control information, and the control information is transmitted to the control unit for receiving, and the control information is transmitted to the control unit for receiving The control unit activates and changes the operating speed of the turbulent conveying group according to the control information, and the two motors drive the front frame group and the rear frame group. The telescopic displacement; wherein the setting of the main control component can control the rotation speed of the turbulent conveying group, thereby adjusting and starting the horizontal reciprocating movement of the supporting group relative to the bottom pedestal, and adjusting and starting the operation of the two motors and controlling the The telescopic and reclining pivoting of the frame and rear frame groups can change the patient's sleeping posture and open the collapse of the throat to reduce the snoring condition, and enhance the breathing and oxygen inhalation through the horizontal reciprocating displacement of the support group to reduce the breathing. The problem of suspension occurred. The multi-functional anti-snoring motion device of claim 1, wherein the front frame group further comprises a first telescopic rod, a front support frame and two pivoting pieces, the first telescopic rod being connected at one end In one of the two motors, the operation of the motor controls the first telescopic rod to expand and contract, and the front support frame has a transverse strut and two side strut, and the two side strut are respectively connected to the end The two ends of the cross rod are formed in a U-shape, and the other end of the first telescopic rod is pivotally connected between the two pivot pieces protruding from the cross strut, and the other ends of the two side rods are respectively pivoted Connected to one end of each pivoting piece, and the other end of each pivoting piece is respectively fixed to the bottom surface of the pad body. The operation of the motor controls the first telescopic rod to expand and contract and drive the front support frame to swing, and the front support frame swings. Then push the pad body to fold and deform. The multi-functional anti-snoring motion device of the first aspect of the invention, wherein the rear frame set further comprises a second telescopic rod, a rear support frame and two rollers, one end of the second telescopic rod is coupled to the a motor of the second motor, wherein the rear support frame comprises a bottom support rod and two longitudinal support rods, wherein the two longitudinal support rods are respectively connected at one end to the two ends of the bottom support rod to form a U-shaped rod. The second extension rod The other end is pivotally connected between the two pivoting pieces protruding from the bottom strut, and the two rollers are respectively pivotally assembled to the other end of the two longitudinal strut and are pressed against the bottom surface of the pad body, and the motor is operated. Control the expansion and contraction of the second telescopic rod and indirectly The pivoting of the rear strut is moved, and the pivoting of the rear strut is pressed and deformed by the rollers. The multi-functional anti-snoring motion device of claim 2, wherein the rear frame set further comprises a second telescopic rod, a rear support frame and two rollers, one end of the second telescopic rod is coupled to the a motor of the second motor, wherein the rear support frame comprises a bottom support rod and two longitudinal support rods, wherein the two longitudinal support rods are respectively connected at one end to the two ends of the bottom support rod to form a U-shaped rod. The second extension rod The other end is pivotally connected between the two pivoting pieces protruding from the bottom strut, and the two rollers are respectively pivotally assembled to the other end of the two longitudinal strut and are pressed against the bottom surface of the pad body, and the motor is operated. The telescopic expansion of the second telescopic rod is controlled and the pivoting of the rear strut is indirectly driven, and the pivoting of the rear strut is pressed and deformed by the rollers. The multifunctional snoring exercise device according to any one of the preceding claims, wherein at least one auxiliary buffer bar is further disposed between the top base and the folding pad, and the at least one The position of the auxiliary buffer bar is adjacent to the front frame group, and the at least one auxiliary buffer bar is pivoted at one end to the top base and the other end is pivoted to the bottom surface of the pad body, and the expansion and contraction of the auxiliary buffer bar slows down the corresponding head. The cushion of the flat body is deformed after the concave deformation of the cushion body. The multi-function anti-snoring device of the fifth aspect of the invention, wherein the detecting unit of the main control component is a sound detector or a wristband, and the detecting unit is a sound detector. The size and frequency of the snoring sound of the patient are detected, and the detecting unit is set on the body part of the patient to detect the saturated oxygen content and heartbeat in the blood. The multi-functional anti-snoring motion device according to claim 6, wherein the main control component is a button remote controller or a touch screen, and the control unit is further An adjustment unit is built in the step, and the adjustment unit can set the detection range of the detection unit, the data of the control unit activation, or the operation speed of the two motors, so as to optimally adjust the change of the cushion body and the relative support group. Reciprocating displacement of the bottom base. According to the multi-functional anti-snoring motion device of the seventh aspect of the patent application, the handle body is further pivoted on both sides of the pad body. The multi-functional anti-snoring exercise device of claim 8, wherein the support group further comprises a plurality of rollers and a plurality of slide bars, and the plurality of roller sets provided on the bottom base respectively comprise a pivot socket and a wheel member located on both sides of the pivotal seat, the plurality of rollers of the supporting group are pivotally connected to the pivoting ears, and each sliding bar is sandwiched between the corresponding position of the roller and the plurality of wheel members, and the same position The roller and the plurality of wheel members are arranged in a triangular arrangement to slide the slider.