CN216258755U - Light wave resonance instrument - Google Patents

Abstract

The utility model discloses a light wave resonance instrument, comprising: the first box body is internally provided with at least one caulking groove, the first box body is matched with a second box body to be mutually assembled and formed, the edge of the first box body is connected with a face cover, the face cover can be covered on the first box body in a lifting mode, a plurality of handheld assemblies can be stored in a fixed state corresponding to the caulking groove, the handheld assemblies are respectively provided with a connecting wire, a control panel is packaged and arranged in the second box body, the lower portion of the control panel is electrically connected with a micro circuit board and a power supply module, the micro circuit board is provided with a plurality of connecting holes, the micro circuit board and the control panel are arranged on the same plane, the connecting holes can be connected with a plurality of groups of handheld assemblies through the connecting wire, and the purpose of conducting temperature and heat energy waves to a target human body position is achieved.

Description

Light wave resonance instrument

Technical Field

The utility model relates to the technical field of medical treatment, in particular to a light wave resonance instrument.

Background

With the continuous development of human medicine, many machines related to high frequency electromagnetic wave, infrared ray, ultrasonic wave, etc. are available in the prior art to provide relevant treatment to human body, but they need to be performed under the direction of professional accompanied by the treatment, and to some extent, they will generate certain radiation to human body, and some users wearing the cardiac pacemaker must be far away, thus limiting the variety of users.

In addition, due to the technical limitation, the volume of the existing thermotherapy treatment equipment is too large, the use charge is high, and the corresponding treatment service can be obtained only by going to a specific medical clinic;

although the related art has been developed to solve the above problems, a general therapeutic apparatus with a relatively small volume can activate blood in the epidermis by simple massage, and does not have substantial health care and disease relief effects, so there is still a need in the art for a therapeutic apparatus that is convenient to carry and has an excellent therapeutic effect.

SUMMERY OF THE UTILITY MODEL

In order to solve the above disadvantages, the present invention provides a light wave resonator, which is formed by combining a first housing and a second housing into a whole, so that the resonator is convenient to carry, can convert heat energy by combining a micro circuit board arranged inside the resonator with power input, and can simultaneously output the heat energy to different positions of a human body or be used by multiple people through a plurality of handheld components.

To achieve the above object, the present invention provides an optical wave resonator, which comprises: a first box cooperates a second box and connects each other to form, and the edge of this first box is provided with the face lid, this face lid can be lifted to cover on this first box, a plurality of handheld subassemblies, it is fixed to accomodate corresponding this caulking groove, and this handheld subassembly is equallyd divide and do not is equipped with the connecting wire rod, and a control panel encapsulation sets up in this second box, this control panel below electric connection has a microcircuit board and a power module, this microcircuit board is equipped with a plurality of connecting holes and decomposes and gets this control panel and locate on the coplanar, wherein this connecting hole can be through this connecting wire rod montage, make this handheld subassembly can transmit temperature, the leading-in local position department to the human body of target of heat energy ripples.

Optionally, according to the optical wave resonator of the present invention, the handheld assembly further includes: the conducting part is made of amethyst fibers, and can improve the power conducted by the thermal energy waves and relieve the discomfort of human bodies caused by the transmission of the thermal energy waves.

Alternatively, according to the optical wave resonator of the present invention, the control panel can provide a display and adjust the current temperature of each handheld component, the preheating temperature setting, and the intensity and time interval of the thermal energy wave conduction, so as to provide the user with the mode most suitable for himself/herself.

Optionally, according to the optical wave resonator of the present invention, the power supply module: and the power switch is exposed outside the second box body and is mainly used for switching the electrifying states of the micro circuit board and the connecting hole.

Through the content, the utility model has the advantages that besides the voltage conversion heat energy is adjusted through the micro circuit board, the utility model further cooperates with various time frequency conversion, so that the heat energy wave energy is transmitted to the human body part through the handheld component in a mode of resonance fixed wave band, and the purposes of improving blood circulation, promoting metabolism and relieving pain are further achieved; the defects of poor treatment effect, high cost and need of professional accompanying operation in the prior art are overcome.

Drawings

The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments of the utility model and together with the description, serve to explain the principles of the utility model.

FIG. 1 is a perspective view of a preferred embodiment of the present invention;

FIG. 2 is a schematic view of the preferred embodiment of the present invention in an open position;

FIG. 3 is a perspective view of the preferred embodiment of the present invention;

FIG. 4 is a schematic view of the internal structure of FIG. 3 according to the present invention;

FIG. 5 is a schematic diagram of the preferred embodiment of the present invention;

FIG. 6 is a schematic diagram illustrating the operation of the hand held device for transmitting heat energy waves according to the preferred embodiment of the present invention;

FIG. 7 is a perspective view of another preferred embodiment of the present invention;

fig. 8 is a rear view of fig. 7 in accordance with the present invention.

Description of reference numerals:

(10) .. optical wave resonance instrument

(101) .. corner post

(20) .. first box

(201) .. caulking groove

(202) .. dough cover

(30) .. second case

(301) .. control panel

(302) .. connecting hole

(303) .. microcircuit board

(304) .. Power supply Module

(3041) .. switch for power supply

(40) .. hand-held assembly

(41) .. connecting wire

(42) .. conduction part

(43) .. thermal energy wave.

Detailed Description

In general, the preferred embodiment of the present invention will be described in detail with reference to fig. 1-8 to enhance the understanding of the present invention;

the utility model is a light wave resonance instrument, mainly used for the user to conduct the temperature and heat energy with the resonance fixed wave band aiming at the local part of the human body, providing the treatment, comprising: a first box 20 having at least one slot 201 therein, the first box 20 being assembled with a second box 30 to form a whole, the edge of the first box 20 being connected with a face cover 202, the face cover 202 being capable of covering the first box 20 in an opening manner;

a plurality of handheld components 40, which can be stored in a fixed state corresponding to the caulking groove 201, wherein the handheld components 40 are provided with a grab handle for a user to take, the handheld components 40 are provided with a conducting part 42 at the front end of the surface of the grab handle, and a connecting wire 41 is arranged at the tail end of the handheld components 40, wherein, the handheld components 40 are also internally provided with a circuit board and a wire, and the circuit board and the wire are used for conducting heat through electric connection, the conducting part 42 is composed of amethyst fiber, which can improve the power of wave band conduction and relieve the uncomfortable feeling of heating;

a control panel 301 packaged in the second box 30, a micro circuit board 303 and a power supply module 304 electrically connected below the control panel 301, the micro circuit board 303 having a plurality of connection holes 302 and disposed on the same plane as the control panel 301, the power supply module 304 having a power input jack and a power switch 3041, wherein the power input jack is used for connecting an external power line for power transmission, the power switch 3041 is exposed outside the second box 30 and mainly used for switching the power-on states of the micro circuit board 303 and the connection holes 302, and the connection holes 302 can be assembled by the connection wires 41, so that the handheld module 40 can transmit a thermal wave 43 to be guided to a target human body position in a resonance fixed wave band manner, and as shown in fig. 6, it can be seen that the handheld module 40 is respectively disposed at the abdomen and shoulder and neck, and the wave band of the thermal wave 43 generated from the handheld module 40 is mainly adjusted by the control panel 301, can be optimally adjusted according to the body shape and cell bearing capacity of a user, and the energy generated by high-frequency temperature and heat energy is conducted to the cells, so that the cells can be accelerated and activated, and then the toxin and fat in the body are discharged, thereby achieving the purpose of maintaining the human body function. The hand-held component 40 may be used for example: the waist, legs, feet, etc., are not limited thereto.

The optical wave resonator 10 is provided with a plurality of corner posts 101 on the outer sides of the first box 20 and the second box 30, so that the optical wave resonator 10 can be horizontally or vertically placed, and is more convenient to carry and use.

In summary, the optical wave resonator disclosed in the present invention has a structure characteristic that the first housing 20 and the second housing 30 are used together to facilitate carrying, and the micro circuit board 303 disposed inside is used together with the power supply module 304 to input external power into the temperature and heat energy, and further the plurality of handheld components 40 can simultaneously output the external power to different positions of the human body or be used by multiple people, and the micro circuit board 303 is used to adjust the voltage conversion temperature and heat energy, and further cooperate with various time-frequency conversions, so that the heat energy wave 43 can be transmitted to the human body through the handheld components 40 in a mode of fixing the wave band by resonance, thereby improving blood circulation, promoting metabolism, and relieving pain.

Claims (4)

1. An optical wave resonator, comprising: the first box body (20) is internally provided with at least one caulking groove (201), the first box body (20) is matched with a second box body (30) to be mutually assembled to form the optical wave resonator (10), the edge of the first box body (20) is provided with a surface cover (202) in a joint way, and the surface cover (202) can be lifted to cover the first box body (20); a plurality of handheld components (40) which can be accommodated in a fixed state corresponding to the caulking grooves (201), and the handheld components (40) are respectively provided with a connecting wire (41); a control panel (301) encapsulated in the second box (30), a micro circuit board (303) and a power supply module (304) electrically connected to the lower part of the control panel (301), wherein the micro circuit board (303) has a plurality of connecting holes (302) and is disposed on the same plane as the control panel (301), wherein the connecting holes (302) can be connected by the connecting wires (41), so that the handheld component (40) can transmit a heat wave (43) to be guided to a target human body position.

2. The optical wave resonator apparatus according to claim 1, wherein the handheld assembly (40) further comprises: a conductive part (42) made of amethyst fiber, which can improve the power conducted by the thermal energy wave (43) and reduce the uncomfortable feeling of the human body caused by the transmission of the thermal energy wave (43).

3. The optical wave resonance apparatus as claimed in claim 1, wherein the control panel (301) provides a display and adjustment of the current temperature of each hand-held component (40), the preheating temperature setting, and the intensity and time interval of the conduction of the thermal energy wave (43), thereby allowing the user to adjust the mode most suitable for himself.

4. The optical wave resonator apparatus according to claim 1, wherein the power supply module (304): the power switch (3041) is exposed outside the second box (30) and is mainly used for switching the electrifying state of the microcircuit board (303) and the connecting hole (302).

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