CN205411944U - Take physiotherapy equipment that far infrared shines - Google Patents

Abstract

A physiotherapy instrument with far-infrared radiation, comprising an outer basin of a foot bath, an inner basin of a foot bath, a control circuit and a working arm, the inner basin is arranged in the outer basin to form a main body, the main body is provided with a working arm interface, and the working arm is fixedly installed on the main body , the working arm is fixed with a far-infrared device, and the far-infrared device is set corresponding to the Sanyinjiao point on the user's leg. The control circuit includes a main body control circuit and a working arm control circuit. The main body control circuit is arranged in the main body. Set inside the working arm. The utility model is equipped with a far-infrared device on the working arm corresponding to the Sanyinjiao acupoint of the human body. While taking a foot bath, it can irradiate the legs and/or feet of the human body through the heating effect of the far-infrared device. The micro-corona generated by the water molecule motion generator and the electrode on the legs and/or feet of the human body can realize various physiotherapy on the legs and/or feet of the human body, and the effect is better than before. Its structure is simple and easy to use .

Description

A physical therapy instrument with far-infrared irradiation

technical field

The utility model discloses a physiotherapeutic instrument, in particular a physiotherapeutic instrument with far-infrared irradiation for human legs and/or feet, belonging to the field of human physiotherapy medical equipment.

Background technique

With the acceleration of the pace of life of modern people, coupled with work pressure, personal eating habits, and the deterioration of the environment, the "three highs" and various "painful diseases" of modern people often occur. According to relevant statistics, the average life expectancy of modern people is longer than that of ancient people, but longevity does not mean health. Many parts of the human body often feel unbearable pain, especially the feet called the second heart. Foot health care physiotherapy is a traditional Chinese way of health care. In modern technology, foot bath has become the first choice for foot health care. At present, most of the foot baths used for foot physiotherapy on the market are divided into the following types according to their functions: hot soup, mechanical massage, traditional Chinese medicine foot bath, and water molecule massage. Above several modes all have certain health care physiotherapy effect, but all have certain limitation, bring a lot of inconveniences in people's daily use, also can't make health care and physiotherapy effect be brought into play well.

Contents of the invention

Aiming at the above-mentioned shortcoming that the foot bath in the prior art cannot give full play to the effect of health care and physiotherapy, the utility model provides a physiotherapy instrument with far-infrared irradiation, which increases the irradiation of legs on the working arm. The far-infrared device at Sanyinjiao, combined with the warming effect of far-infrared rays, irradiates the legs and/or feet of the human body, and cooperates with other physiotherapy structures, the effect is better than before.

The technical solution adopted by the utility model to solve the technical problem is: a physiotherapy instrument with far-infrared irradiation, the physiotherapy instrument includes a footbath outer basin, a footbath inner basin, a control circuit and a working arm, and the inner basin is arranged in the outer basin to form a main body. There is a working arm interface on the main body, and the working arm is fixedly installed on the working arm interface of the main body. The far infrared device is fixed on the working arm, and the far infrared device is set corresponding to the Sanyinjiao point on the user's leg. The electric circuit and the working arm control circuit, the main body control circuit is arranged in the main body, and the working arm control circuit is arranged in the working arm.

The technical solution adopted by the utility model to solve its technical problems further includes:

The working arm is fixedly installed on the top of the inner basin of the foot bath.

There are two far-infrared devices, and the two far-infrared devices are arranged symmetrically.

The far-infrared device adopts more than one far-infrared LED, and the far-infrared LED is distributed in a ring.

The inner wall of the inner basin of the foot bath is provided with a sonic water molecule generator.

Far-infrared emission tubes are arranged on the bottom and the inner side wall of the inner basin of the foot bath.

The main body control circuit includes a system control chip, a power module, a display module, a plantar far-infrared module, a sound wave water molecule generator and a cooling fan, the system control chip outputs display signals to the display module, and the system control chip outputs control signals to the display module respectively. The plantar far-infrared module, the sonic water molecule generator and the cooling fan, and the power supply module work for the system control chip, the sonic water molecule generator, the cooling fan and the working arm control circuit respectively.

The working arm control circuit includes a main control chip of the working arm, an acupoint irradiation assembly, an electrolytic assembly and an infrared detection module, and a power supply module to supply power to the main control chip and the electrolytic assembly of the working arm, and the main control chip of the working arm outputs control signals to irradiate the acupoints respectively. components and electrolysis components, control the acupoint irradiation components and electrolysis components to work, and the infrared detection module outputs detection signals to the main control chip of the working arm.

The infrared detection module includes a left infrared detection and a right infrared detection, and the left infrared detection and the right infrared detection respectively output detection signals to the main control chip of the working arm.

The beneficial effects of the utility model are: the utility model is equipped with a far-infrared device at the position corresponding to the Sanyinjiao acupoint of the human body on the working arm, and can treat the legs and / Or foot irradiation, combined with the micro-corona generated by the sonic water molecule motion generator and electrodes on the legs and/or feet of the human body, to achieve various physical treatments for the legs and/or feet of the human body, the effect is more effective than before Good, its structure is simple, easy to use.

The utility model will be further described below in conjunction with the accompanying drawings and specific embodiments.

Description of drawings

Fig. 1 is a schematic diagram of the three-dimensional structure of the utility model.

Fig. 2 is a circuit block diagram of the utility model.

In the figure, 1-outer basin, 2-inner basin, 3-working arm, 4-far infrared device, 5-electrode, 6-working arm interface.

detailed description

This embodiment is a preferred implementation mode of the present utility model. Others whose principle and basic structure are the same or similar to this embodiment are within the protection scope of the present utility model.

Please refer to accompanying drawing 1, this utility model mainly comprises foot bath outer basin 1, foot bath inner basin 2, control circuit and working arm 3, inner basin 2 is arranged in outer basin 1, forms the main body of this utility model, and control circuit includes main body control circuit and The working arm control circuit, the main body control circuit is arranged in the main body, the working arm control circuit is arranged in the working arm 3, and the working arm 3 is fixedly installed on the main body. In this embodiment, the working arm 3 is fixedly installed on the top of the basin 2 in the footbath. In this embodiment, a power plug (not shown in the figure) is connected to the outer basin 1 of the foot bath, which is used to connect with an external power supply line, and serves as an input interface of the external power supply to supply power to the utility model. Also be provided with switch and electrode safety on outer basin 1, switch and electrode safety are connected on the power supply circuit of the present utility model, play a protective effect to the circuit of the present utility model. In this embodiment, an operation display panel (not shown in the figure) is provided on the front and upper part of the footbath inner basin 2 for controlling the work of the utility model, and a working arm interface 6 is provided on the rear upper part of the footbath inner basin for use in Connect working arm 3, in the present embodiment, on working arm 3, be fixedly provided with far-infrared ray device 4, far-infrared ray device 4 is corresponding to the Sanyinjiao acupoint position setting of user's leg, and in the present embodiment, far-infrared ray device 4 is provided with Two, two far-infrared ray devices 4 are arranged symmetrically, respectively corresponding to the Sanyinjiao points on the two legs of the user. In this embodiment, the far-infrared device 4 uses more than one far-infrared LED, and the far-infrared LEDs are distributed in a ring.

In this embodiment, a sonic water molecule generator (not shown in the figure) is provided on the inner wall of the footbath inner basin 2. The sonic water molecule generator can be adjusted according to the user's needs. The strength of the impact of some water molecules is used to adjust the maximum intensity. In this embodiment, the sonic water molecule generator adopts a conventional sonic water molecule generator. Those skilled in the art should understand its structure and working principle, and will not repeat them here. In this embodiment, the bottom of the foot bath inner basin 2 is provided with a far-infrared emission tube (not shown in the figure), which utilizes the thermal effect of far-infrared rays, because the thermal effect can make the legs and/or feet of the human body The telangiectasia of the body, the blood flow is accelerated, the substance metabolism is enhanced, the tissue cell activity and regeneration ability are improved, and it also has a certain effect on the treatment of inflammation and analgesia, and also has a certain regulatory effect on the blood pressure and blood sugar of the human body. The irradiation intensity of the far-infrared emission tube ranges from 50% to 100%, and the irradiation intensity can be adjusted according to the user's needs, which will not be repeated here.

Please refer to accompanying drawing 2, the control circuit part in the utility model mainly comprises main body control circuit and working arm control circuit, and main body control circuit mainly comprises system control chip, power supply module, display module, plantar far infrared module, sound wave water molecule generation The system control chip outputs display signals to the display module, and the system control chip outputs control signals to the plantar far-infrared module, the sonic water molecule generator and the cooling fan respectively, for controlling the plantar far-infrared module, sonic water molecule The generator and the cooling fan work, and the power supply module works for the system control chip, the acoustic water molecule generator, the cooling fan and the working arm control circuit respectively. In this embodiment, the control signal of the main body and the control circuit of the working arm are connected to the power supply through the interface of the working arm. In this embodiment, the working arm control circuit includes a main control chip of the working arm, an acupoint irradiation component, an electrolysis component, an infrared detection module, and a power supply module to supply power to the main control chip and the electrolysis component of the working arm, and the main control chip of the working arm outputs control signals to the The acupoint irradiation component and the electrolysis component control the work of the acupoint irradiation component and the electrolysis component. The infrared detection module includes left infrared detection and right infrared detection, and the left infrared detection and right infrared detection respectively output detection signals to the main control chip of the working arm. In this embodiment, the electrolysis component is used to electrolyze the dielectric medium in the water, so as to achieve the effect of disinfection, and the left infrared detection and right infrared detection are used to detect whether there is a user using it.

When the utility model is in use, after the power plug is connected, water and an appropriate amount of salt need to be added to the inner basin of the foot bath. The inner foot bath is provided with a scale line, and the effect of adding salt is to enhance the corona intensity of the electrode and Sanitize everything in the footbath. While taking a foot bath, the legs and/or feet of the human body can be irradiated by the thermal effect of the far-infrared device 4, and the microelectricity produced by the sonic water molecule movement generator and the electrodes on the legs and/or feet of the human body can be irradiated. Halo, to achieve various physiotherapy for the legs and/or feet of the human body, the effect is better than before.

In this embodiment, the control panel is also provided with microcomputer equipment and a manual remote controller, so that the user instructions of the physiotherapy apparatus can be checked, the functions of the physiotherapy apparatus can be controlled, and music can be played or the like.

The utility model is equipped with a far-infrared device on the working arm corresponding to the Sanyinjiao acupoint of the human body. While taking a foot bath, it can irradiate the legs and/or feet of the human body through the heating effect of the far-infrared device. The micro-corona generated by the water molecule motion generator and the electrode on the legs and/or feet of the human body can realize various physiotherapy on the legs and/or feet of the human body, and the effect is better than before. Its structure is simple and easy to use .

Claims (9)

1. the physiotherapy equipment of a band far-infrared radiation, it is characterized in that: described physiotherapy equipment includes the outer basin of lavipeditum, basin in lavipeditum, control circuit and working arm, interior basin is arranged in outer basin, form main body, main body is provided with working arm interface, working arm is fixedly mounted on the working arm interface of main body, far infrared device it is fixed with on working arm, far infrared device is arranged corresponding to the SANYINJIAO acupoint position of user's leg, control circuit includes main body control circuit and working arm control circuit, main body control circuit is arranged in main body, working arm control circuit is arranged in working arm.

The physiotherapy equipment of band far-infrared radiation the most according to claim 1, is characterized in that: described working arm is fixedly mounted on basin top in lavipeditum.

The physiotherapy equipment of band far-infrared radiation the most according to claim 1, is characterized in that: described far infrared device is provided with two, and two far infrared devices are symmetrical arranged.

The physiotherapy equipment of band far-infrared radiation the most according to claim 1, is characterized in that: described far infrared device uses more than one far red light LED, and far red light LED is distributed ringwise.

The physiotherapy equipment of band far-infrared radiation the most according to claim 1, is characterized in that: be provided with sound wave hydrone generator in described lavipeditum on the madial wall of basin.

The physiotherapy equipment of band far-infrared radiation the most according to claim 1, is characterized in that: in described lavipeditum, the bottom of basin is provided with far infrared transmission pipe.

The physiotherapy equipment of band far-infrared radiation the most according to claim 1, it is characterized in that: described main body control circuit includes system control chip, power module, display module, vola far infrared module, sound wave hydrone generator and radiator fan, system control chip output display signal is to display module, system control chip exports control signal respectively to vola far infrared module, sound wave hydrone generator and radiator fan, and power module gives system control chip, sound wave hydrone generator, radiator fan and the work of working arm control circuit respectively.

The physiotherapy equipment of band far-infrared radiation the most according to claim 1, it is characterized in that: described working arm control circuit includes that working arm main control chip, acupuncture point irradiation assembly, electrolysis unit and infrared detection module, power module are powered to working arm main control chip and electrolysis unit, working arm main control chip exports control signal respectively to acupuncture point irradiation assembly and electrolysis unit, controlling acupuncture point irradiation assembly and electrolysis unit work, infrared detection module output detections signal is to working arm main control chip.

The physiotherapy equipment of band far-infrared radiation the most according to claim 8, is characterized in that: described infrared detection module includes that left infrared detection and right infrared detection, left infrared detection and right infrared detection output detections signal respectively is to working arm main control chip.