TWM550157U - Low-frequency infrasonic therapy device - Google Patents

Description

Low frequency infrasonic physiotherapy

This creative department is related to physical therapy equipment. In detail, it refers to a physical therapy device that treats and regulates living organisms with low frequency and infrasound technology.

The current methods of physical treatment or adjustment of non-pyrogenic sources of human muscle can be roughly divided into two types: electrotherapy and vibrating massager. Electrotherapy is a contact physical therapy method, which is applied to the human body and applied with low-frequency current to achieve Stimulate muscles. The greatest use of electrotherapy is the use of electrical stimulation to prevent muscle atrophy and help nerve repair around the muscles. The vibrating massager is also a contact type of physiotherapy, which uses local high-frequency vibration to locally stimulate the surface of the human body, accelerate the blood circulation of the local skin and muscles, and adjust and improve certain physiological functions of the human body.

Electrotherapy and vibrating massagers are two different physiotherapy methods, but they all have their own limitations or limitations. For example, electrotherapy is mainly used to stimulate the muscles of the surface, no physiotherapy effect on deep organs, and heart rate is not complete or Electrotherapy is not suitable for people who are sensitive to the electrode pads. The vibration of the massager rubs against the contacted skin, and the surface of the skin has an itching sensation after use. After a long time of use, there is a problem of slowness of perception, and the vibration massager has no physiotherapy effect on the organ, and is not applicable to the same. Complex structures of the body (such as arch, back cheekbones, ankles, elbows, etc.). Therefore, the current physical therapy methods are lacking and unsatisfactory.

The present invention aims to solve the above-mentioned coin end, and its main purpose is to provide a physiotherapy device which is a physiotherapy device for low-frequency infrasound waves, which is different from general physiotherapy techniques.

Another object of the present invention is to provide a low frequency infrasonic physiotherapy that can perform a wide range of physical treatments throughout the body.

A further object of the present invention is to provide a low frequency infrasonic physiotherapy that provides deep massage and mild stimulation.

Another object of the present invention is to provide a low frequency sonic physiotherapy device that provides an auxiliary slap function.

The low frequency infrasonic physiotherapy provided by the present invention comprises: a host and a sonic pusher, wherein: the host has: a circuit unit; a microprocessor control unit controls the operation of the host; a sound wave frequency generation The unit is controlled by the microprocessor control unit to generate a frequency signal of at least one infrasonic frequency; the acoustic wave pusher has a diaphragm and is electrically connected to the host, and the infrasonic pusher receives the frequency signal transmitted by the host And causing the diaphragm to emit subsonic waves of the frequency. Preferably, the low frequency infrasonic physiotherapy device further comprises: an outer casing; the subsonic wave pusher is installed in the outer casing, and the main body and the subsonic wave pusher form a separate structure. Preferably, the low frequency infrasonic physiotherapy device further comprises: an outer casing; the main body and the subsonic wave pusher are installed in the outer casing, and the physiotherapy device is formed into a unitary structure. The human interface is attached to the housing or connected to the housing or is an APP program. Preferably, the host further comprises: a gain unit controlled by the microprocessor control unit to cause the subsonic frequency generating unit to generate a frequency amplification and reduction. Preferably, the host further includes: a logic protection unit that detects whether an abnormality occurs in the acoustic physiotherapy device and performs an automatic stop function. Preferably, the infrasound frequency generating unit generates a single frequency or a composite frequency, and the composite frequency is formed by the plurality of different frequencies and is operated by the frequency cycles. In this way, the physiotherapy device of the present invention is physically soothing and treating the human body with the energy of the infrasound wave, which is different from the existing physiotherapy techniques, and the subsonic wave of the creation can not only relax the shallow layer of the human body, but also It exerts deeper induction and circulation activation on the human body, providing organ massage and smashing effect.

The creative department provides a physiotherapy device that uses low-frequency subsonic audio as a physiotherapy technique, and the physiotherapy uses infrasound as its physiotherapy technique. The subsonic frequency range used by the physiotherapy device is between 10 Hz and 200 Hz, preferably between 15 Hz and 150 Hz. Although this creation is called the "infrasonic wave" physiotherapy, its frequency is between the boundary of the acoustic wave and the infrasound wave. Referring to the first figure, the physiotherapy device proposed in the present invention mainly comprises: a host 20 and a primary acoustic wave pusher 40, which are electrically connected, and the secondary sound wave pusher 40 is provided by the host 20 (hereinafter referred to as a pusher) The power is controlled and its power is generated such that the pusher 40 produces an infrasound wave. The pusher is mounted in a housing.

Referring to the second embodiment, a first preferred embodiment of the low frequency infrasonic physiotherapy device 10 of the present invention includes: the host 20 and the infrasonic wave pusher 40, and the pusher 40 is disposed in a movable housing 50. .

In this embodiment, the main unit 20 has a panel 21, and provides a human-machine interface. The panel 21 is mounted on the main body of the main body, and has a plurality of buttons (keys or knobs) 22, 23, and a plurality of lights 24 to 27, an electrical connection line 28 and a power line 29 are provided in the host 20, the power line 29 is used to connect a power source, such as an alternating current in an indoor environment; the electrical connection line 28 is connected to the connector 52 of the outer casing 50. The power is supplied to the host and the pusher 40. The arrangement of the panel 21 is merely illustrative and not limiting.

Referring to the fourth figure, the unit structure of the host 20 is shown. The host 20 includes: a circuit unit 30, a primary acoustic frequency generating unit 32, a microprocessor control unit 34, a gain unit 36, and a logic protection. Unit 38.

The circuit unit 30 converts the alternating current into a direct current through a step-down rectifier circuit for use by the physiotherapy device of the present invention.

The subsonic frequency generating unit 32 is processed by a digital signal processor to generate a frequency signal of a desired frequency, and the frequency signal processed by the subsonic frequency generating unit 32 can be a frequency signal or a composite frequency of a single frequency. Frequency signals (multiple different frequencies). The subsonic frequency generating unit 32 of the present invention is a programmable sub-sonic frequency system generator (PCFG) capable of generating any frequency signal from 15 Hz to 200 Hz, and programmable through the programmability thereof. A signal of frequency that produces an infrasound at a specific frequency or a composite frequency.

The microprocessor control unit 34 (MCU, Microprocessor Control Unit) is the operation core of the physiotherapy device, and controls the operation of the physiotherapy device 10. The main function of the control unit 34 is to process the human machine interface, that is, the aforementioned panel 21 The operational functions provided, including, but not limited to, the opening, shutting down, single frequency selection, mixing frequency selection and gain size control of the physiotherapy device 10, the control unit 34 also relates to the security mechanism of the physiotherapy device 10, for example The gain is minimized at power-on, and the operational functions are controlled by the microprocessor control unit 34 to control the secondary acoustic frequency generating unit 32, the microprocessor control unit 34, the gain unit 36, and the logic protection unit 38.

The gain unit 36 is a Programmable Amplifier System (PAS), and can receive an indication from the microprocessor control unit 34, so that the subsonic frequency generating unit 32 can amplify and reduce the frequency according to the command to adjust the power. .

The logic protection unit 38 is configured to detect whether the physiotherapy device 10 has abnormal behavior during operation, such as but not limited to: short circuit, system temperature exceeding 150 ° C, or overload, etc., in case of any abnormality The system automatically stops, and the physiotherapy device can continue to operate after the abnormal cause is eliminated.

The acoustic wave pusher 40 is a speaker-like object in this embodiment, and has a diaphragm 42 driven by a coil, as shown in the third figure. Referring to the second and third figures, the outer casing of the embodiment is a hand-held portable casing 50 having a grip 51 for convenient grip; the pusher 40 is mounted in the casing 50; The bottom surface of the 50 is provided with at least one open portion, such as a plurality of openings 54, and the diaphragm 42 of the pusher 40 is opposite the openings 54. The connector 281 of the electrical connection line 28 of the host 20 is connected to the connector 52 of the housing 50 to electrically connect the pusher 40 to the host 20. The pusher 40 receives the electric wave transmitted by the gain unit 36 to cause the vibrating membrane 42 to vibrate, so that the electric wave is converted into an infrasound wave and is transmitted outward from the opening 54 of the outer casing 50. In addition, a cushion can be disposed on the bottom surface of the portable casing 50 to make the casing bottom cover frictional and avoid sliding.

The main body 20 of the physiotherapy device 10 of the embodiment is separated from the pusher 40. In use, the main body 20 and the pusher 40 are connected by the electrical connection line 28, and the power cord 29 is inserted into the power socket to treat the physical therapy. The device 10 is powered. Turning on and off the physiotherapy device through the buttons 22, 23 on the panel 21 of the host 20, and operating the function of the physiotherapy device, for example, controlling the secondary acoustic wave frequency generating unit 32 to select or adjust the frequency of the secondary acoustic wave, and to transmit the gain Unit 36 adjusts the power of the physiotherapy device 10. This embodiment provides four infrasonic frequencies of 30, 60, 90, and 110 Hz (as shown by lights 24 through 27 on panel 21). The user can select one of the frequencies, and the pusher 40 produces an infrasound of that frequency. Since the subsonic frequency generating unit 32 of the present invention is a programmable infrasonic frequency system generator, the infrasound wave of the composite frequency and the time of emitting the frequency can be generated. For example, the composite frequency can be: 30, 60, 90 Hz frequency cyclic change, the pusher 40 emits 30 Hz infrasound wave for a period of time, then converts to emit 60 Hz infrasound wave, after a period of time, transforms into 90 Hz infrasound wave, and then drops to 30 Hz infrasound wave to form a Looping, thus forming a complex frequency cycle.

In use, the physiotherapy device 10 is started to operate, and the appropriate infrasound frequency and power are selected, and the outer casing 50 is held to bring the bottom surface close to the human body, so that the pusher 40 faces the body part to be physically treated, thereby making the pusher The secondary acoustic waves emitted are applied to the part of the human body for physical therapy.

The infrasound wave generated by the physiotherapy device 10 of the present invention is an energy wave and a shock wave in the form of a sine wave, and the range of the frequency can be adjusted according to different body parts and purposes of use, and if it is necessary to use a deeper or a wide range of purposes, Apply a lower frequency output; if you want to use a shallower and concentrated range, use a higher frequency. The output power range of this creation can range from 50 W to 500 W. At the same time, the shock wave and energy wave formed by the subsonic wave of this creation are not affected by the geomagnetic attraction force and change the wave frequency, so regardless of various directions (horizontal longitudinal or oblique) The amplitude effect can be achieved by using it. This creative department provides long-lasting, stable, non-attenuating, low-noise, and deeply oscillating energy to the human body, so that users can experience its physiotherapy effect.

According to the test of the creator, the actual effect data generated by the physiotherapy device 10 under the condition of setting frequency and power is as follows: When the frequency is set to 15 Hz and the output power is 100 W, the transmission of the low-frequency infrasound wave (energy wave) is transmitted. The length is 120 cm and the peak height is 3 cm. When the 20 Hz frequency is set and the output power is 100 W, the low-frequency infrasound has a transmission length of 110 cm and a peak height of 3 cm. When the frequency is set to 30 Hz and the output power is 100 W, the transmission length of the low-frequency infrasound wave is 75 cm and the peak height is 4 cm. When the frequency of 40 Hz is set and the output power is 100 W, the transmission length of the low-frequency infrasound wave is 110 cm, and the peak height is 4.5 cm. When the frequency of 50 Hz is set and the output power is 100 W, the transmission length of the low-frequency infrasound wave is 104 cm and the peak height is 5 cm. When the frequency of 70 Hz is set and the output power is 100 W, the transmission length of the low-frequency infrasound wave is 85 cm, and the peak height is 7 cm. When the 90 Hz frequency is set and the output power is 100 W, the low-frequency infrasound has a penetration length of 67 cm and a peak height of 8 cm. When the frequency is set to 100 Hz and the output power is 100 W, the low-frequency infrasound has a transmission length of 45 cm and a peak height of 7 cm. When the 110 Hz frequency is set and the output power is 100 W, the low-frequency infrasound has a penetration length of 30 cm and a peak height of 5 cm.

The creation may be that the outer casing 50 directly contacts the human body (the pusher does not touch the human body) or is used at a short distance without contact with the human body, and according to the purpose of use, the infrasound wave (energy wave, shock wave) is widely distributed or concentrated. Deep penetration can be applied to physical therapy or conditioning of the head, neck, shoulders, chest, abdomen, back, waist, limbs, ankles, elbows, wrists, knees, etc.

This creation is based on the transmission of sound waves as a physical therapy, which is different from the surface vibration friction of the electric massager. Therefore, when the sound wave affects the relative depth of the human body, it can achieve a deeper massage effect, promote blood circulation or muscle relaxation. The effect, because the subsonic wave of this creation is soothed and physically treated in a way that is not directly in contact with the human body, the creator called "induction." When the blood circulation of the human body is improved by the sound wave stimulation of the present creation, the energy enhancement effect can be achieved.

The low-frequency subsonic wave of this creation is gentle, achieving comfortable and effective somatosensory stimulation, for sensitive areas or complex structures of the body (such as the arch part, the cheekbone, the ankle area, the wrist elbow, the shoulder and neck bend, etc. ), can effectively transmit shock waves, for subcutaneous soft tissue, internal organs, gastrointestinal, lungs, etc., can gently reach the role of deep massage stimulation. It is used in clinical practice to assist in the discharge of mucus sputum, promote gastrointestinal motility, stimulate peripheral microvascular circulation, relieve muscle soreness, relieve tension and spasm, and so on. The use of this creation for physical therapy or conditioning can overcome the lack of physical therapy for vibrating massagers, and there is no numbness and dullness of traditional mechanical vibrating massagers on human skin. unpleasant sight.

The fifth embodiment is a second preferred embodiment of the low-frequency infrasonic physiotherapy device provided by the present invention. The same components are denoted by the same reference numerals and will not be described again. The physiotherapy device different from the first embodiment is a two-piece type, and the physiotherapy device 10' of the embodiment is an integrated body, and the main body 20 and the infrasound wave pusher 40 are all installed in a casing 50'; the panel of the physiotherapy device 21 can be disposed on the circumferential surface of the outer casing 50', or a movable operation panel, as shown by the imaginary line, convenient for the user to operate. In addition, the human interface (ie panel) of the creation can also be programmed as an APP to operate on a smart mobile device.

The physiotherapy device of the present invention may be a fixed type in addition to the portable type of the above preferred embodiment, and the outer casing of the physiotherapy device may be in the form of a furniture or a cushion body, such as a mattress, a seat cushion, a tread pad, etc., for sitting, Use it horizontally.

The furniture form, as shown in the physiotherapy device 10" of the third preferred embodiment of the sixth figure, has a housing 50" as a seat or a sofa, taking a sofa as an example; a host 20 (including the aforementioned circuit unit, The infrasonic frequency generating unit, the microprocessor control unit, the gain unit and the logic protection unit, and the at least one acoustic wave pusher 40 are disposed in the outer casing 50". In the present embodiment, the sofa seat and the sofa back are respectively provided with a The pusher 40 is provided to provide physical therapy for the back and buttocks of the human body. The panel 21 of the human-machine interface is movable and convenient for use.

The physiotherapy device 10"' of the preferred embodiment of the seventh embodiment shows that the outer casing 50"' is in the form of a mattress or a bed, such as a rehabilitation bed of the drawings, a main body 20 and a plurality of infrasound pushers 40 are mounted on The bed of the rehabilitation bed. The physiotherapy device shown in the sixth and seventh figures is fixed, and the user applies infrasonic physical therapy to the back, shoulder, neck, hip, waist, abdomen, limbs and the like in a sitting or lying form. The sofa or the retort is provided with an open portion (several openings) or a surface thereof as a fabric corresponding to the pusher assembly, so that the secondary sound waves generated by the pusher can be outward from the open portion or through the fabric. Go on.

The physiotherapy device provided by the present invention is a low-frequency and near-sound wave signal conditioning and treatment device capable of sensing in a living body, and physically physiotherapy or soothing the human body with an energy subsonic wave, and the technology is different from the traditional electric shock and massage device. Physiotherapy technology.

The physiotherapy methods provided by this creation can be widely used for physical therapy throughout the body, including joints with less muscles and more complex tissues, which are beyond the reach of traditional physical therapy.

The subsonic wave of this creation not only has the effect of physiotherapy on the surface of the human body, but also penetrates into the human body. It provides deep massage and stimulation, so it can massage the organ and provide the effect of shooting.

The physiotherapy device of this creation can be lightened and miniaturized for mobile use, and can also be made into a fixed type for use at home or medical rehabilitation facilities.

The above embodiments are merely illustrative and not limiting. In summary, this creation is the first structure of similar items, and has many practical effects.

10, 10', 10", 10" ‧ ‧ low frequency infrasonic physiotherapy

20‧‧‧Host

21‧‧‧ panel

22, 23‧‧ ‧ knob

24 to 27‧‧‧ lights

28‧‧‧Electrical cable

29‧‧‧Power cord

30‧‧‧ circuit unit

32‧‧‧Sound wave frequency generating unit

34‧‧‧Microprocessor Control Unit

36‧‧‧gain unit

38‧‧‧Logical protection unit

40‧‧‧Sonic booster

42‧‧‧Vibration membrane

50, 50', 50", 50" ‧ ‧ ‧ shell

51‧‧‧ grip

52‧‧‧Connectors

54‧‧‧Opening

In order to enable the review board to further understand the purpose, characteristics and effectiveness of the creation, some of the preferred embodiments of the present invention are described below in detail with the accompanying drawings: The first figure is the low frequency provided by the creation. Schematic diagram of the main structure of the infrasonic physiotherapy. The second figure is a perspective view of the low frequency infrasonic physiotherapy apparatus of the first preferred embodiment of the present invention. The third figure is a bottom perspective view of the secondary acoustic wave pusher of the second figure. The fourth picture is the unit diagram of the main body of the low frequency infrasonic physiotherapy of the present creation. The fifth drawing is a perspective view of a second preferred embodiment of the low frequency infrasonic physiotherapy of the present invention. Figure 6 is a perspective view of a third preferred embodiment of the low frequency infrasonic physiotherapy of the present invention. Figure 7 is a perspective view of a fourth preferred embodiment of the low frequency infrasonic physiotherapy of the present invention.

10‧‧‧Low-frequency infrasonic physiotherapy

20‧‧‧Host

21‧‧‧ panel

22, 23‧‧ ‧ knob

24 to 27‧‧‧ lights

28‧‧‧Electrical cable

29‧‧‧Power cord

40‧‧‧Sonic booster

42‧‧‧Vibration membrane

50‧‧‧ Shell

51‧‧‧ grip

52‧‧‧Connectors

Claims (11)

A low frequency infrasonic physiotherapy apparatus comprises: a host having: a circuit unit; a microprocessor control unit controlling the operation of the host and having a human machine interface; and a primary acoustic frequency generating unit subject to the micro processing The control unit controls the frequency signal of the at least one infrasonic frequency; the primary acoustic wave pusher has a vibrating membrane, the subsonic pusher is electrically connected to the host, and receives the frequency signal transmitted by the host, the diaphragm The secondary sound waves of this frequency are emitted. The low frequency infrasonic physiotherapy device according to claim 1, further comprising: an outer casing; the subsonic pusher is installed in the outer casing. The low frequency infrasonic physiotherapy device according to claim 2, wherein: the human machine interface is a panel disposed on the host. The low frequency infrasonic physiotherapy device according to claim 1, wherein the main body and the subsonic wave pusher are installed in the outer casing. The low frequency infrasonic physiotherapy device of claim 4, wherein: the human machine interface is attached to the outer casing or connected to the outer casing or is an APP program. The low frequency infrasonic physiotherapy device of claim 2, wherein: the outer casing has at least one open portion; the vibrating membrane of the infrasonic pusher corresponds to an open portion. The low frequency infrasonic physiotherapy device according to any one of claims 1 to 6, wherein the host further comprises: a gain unit controlled by the microprocessor control unit to cause amplification of the frequency generated by the subsonic frequency generating unit And shrinking. The low frequency infrasonic physiotherapy device of claim 7, wherein: the host further comprises: a logic protection unit for detecting whether an abnormality occurs in the infrasonic physiotherapy device. The low frequency infrasonic physiotherapy device according to any one of claims 1 to 6, wherein the secondary acoustic wave frequency generating unit generates a single frequency or a composite frequency, the composite frequency being formed by the plurality of different frequencies. The low frequency infrasonic physiotherapy device according to any one of claims 1 to 6, wherein: the frequency of the secondary acoustic wave is bounded between the acoustic wave and the secondary acoustic wave. The low frequency infrasonic physiotherapy device according to any one of claims 1 to 6, wherein: the frequency of the secondary acoustic wave is between 10 Hz and 200 Hz.