TWM609944U - Lightwave Resonator - Google Patents

Abstract

A light wave resonator includes: a first box body with at least one embedding groove inside, the first box body cooperates with a second box body to be assembled with each other, and the edges of the first box body are connected and arranged A cover is formed to cover the first box body so that it can be lifted up. Several hand-held components can be stored in a fixed state corresponding to the embedding groove. Each hand-held component is provided with a connecting wire, and a control panel is encapsulated. In the second box, a microcircuit board and a power supply module are electrically connected under the control panel. The microcircuit board is provided with a number of connecting holes and is arranged on the same plane as the control panel, wherein the connecting hole can pass through The connecting wire is assembled with multiple sets of hand-held components, and then conducts the warm and thermal energy waves to the target human body position for use.

Description

Lightwave Resonator

The new model relates to the field of medical technology, specifically a light wave resonance instrument.

After the continuous development of human medicine, there are many machines in the technology related to high-frequency electromagnetic waves, infrared rays, ultrasound... etc. that can provide the human body for related treatment, but they need to be carried out under the guidance of professionals, and to a certain extent. The human body produces a certain amount of radiation, and some users who wear a pacemaker like a cardiac pacemaker must stay away, thus limiting the user group.

In addition, due to technical limitations, the existing hyperthermia treatment equipment is too large and expensive to use. You must go to a specific medical clinic to get the corresponding treatment services;

Although there will be related companies in the follow-up to improve the production of the aforementioned problems, but the relatively small general treatment device can only achieve the activation of the epidermal blood through some simple massage, and it has no substantial medical care and alleviation of diseases. Therefore, there is still an urgent need in the art for a therapeutic instrument that can be easily carried and has an excellent therapeutic effect.

In order to solve the above shortcomings, this creation provides a light wave resonator, which combines the first box body and the second box body to make it easy to carry. It can also be used for power input conversion through a micro circuit board installed inside. The heat energy can be output to different positions of the human body at the same time through multiple handheld components, or can be used by multiple people at the same time.

To achieve the above objective, this creation provides a light wave resonator, which comprises: a first box body and a second box body are assembled with each other, and the edge of the first box body is provided with a face cover to form a liftable ground Covered on the first box body, several hand-held components can be accommodated and fixed corresponding to the slot, and each hand-held component is provided with a connecting wire, and a control panel is packaged in the second box body, the control A microcircuit board and a power supply module are electrically connected under the panel. The microcircuit board is provided with a number of connecting holes. The control panel is arranged on the same plane. The connecting hole can be assembled through the connecting wire to make the The hand-held component can transmit warm and thermal energy waves to the local location of the target human body.

Based on the above content, this creation can achieve the effect. In addition to adjusting the voltage and converting heat energy through the micro-circuit board, it further cooperates with a variety of time and frequency conversions, so that the heat wave can be transmitted to the human body in a resonant fixed band through the handheld component, and then The purpose of improving blood circulation, promoting metabolism, and relieving pain; it can solve the shortcomings of conventional technology, poor treatment effect, high cost, and need to be accompanied by professionals.

Usually according to the present invention, the best feasible embodiment is described in detail in conjunction with Figures 1 to 7 of the drawings, so as to increase the understanding of the present invention;

This new model is a light wave resonance instrument, which is mainly used by the user to conduct warm and thermal energy in the resonance fixed wave band for treatment of the human body. It includes: a first box (20), which has at least one embedded Slot (201), the first box body (20) and a second box body (30) are assembled to form a whole body. The edge of the first box body (20) is connected with a cover (202) to form a liftable Ground cover on the first box body (20);

Several hand-held components (40) can be stored in a fixed state corresponding to the insertion groove (201). The hand-held component (40) has a handle for the user to take, and the hand-held component (40) is located at the front end of the handle surface There is a conductive part (42), and a connecting wire (41) is arranged at the end of the hand-held component (40), wherein the hand-held component (40) is also provided with a circuit board and a wire for conducting heat conduction through electrical connection , The material of the aforementioned conductive part (42) is made of amethyst fiber, which can increase the power transmitted in the wave band and reduce the discomfort of the heating effect;

A control panel (301) is packaged in the second box (30), and a micro circuit board (303) and a power supply module (304) are electrically connected under the control panel (301). The circuit board (303) is provided with several connection holes (302) and is arranged on the same plane as the control panel (301). The power supply module (304) has a power input jack and a power switch (3041), wherein the power input The jack is used to connect the external power cable to power transmission, and the power switch (3041) is exposed on the outside of the second box (30), and is mainly used to switch the micro circuit board (303) and the connection hole (302). ), and the aforementioned connecting hole (302) can be assembled via the connecting wire (41), so that the hand-held component (40) can transmit a thermal energy wave (43) to the target body position in a resonant fixed wave band, As shown in Figure 5, it can be seen that the hand-held components (40) are respectively set on the abdomen and shoulder and neck positions, and the thermal energy waves (43) generated from the hand-held components (40) are mainly adjusted through the control panel (301). , It can be adjusted optimally according to the user's body type and cell endurance. The energy generated by high-frequency temperature and thermal energy is transferred to the cell, so that the cell can accelerate the activity, and then expel the toxins and fat in the body. For the purpose of maintaining human body functions. The aforementioned hand-held component (40) can be used in places such as waist, legs, feet..., etc., and is not limited to this.

The light wave resonator (10) is based on the first box body (20) and the second box body (30) provided with a number of corner posts (101) on the outside, which can provide the light wave resonator (10) to be placed horizontally or upright It is more convenient to carry and use.

In summary, the new type of light wave resonator is composed of the first box (20) and the second box (30), which is easy to carry, and it is also powered by the microcircuit board (303) installed inside. The module (304) converts external power input into temperature and heat energy, and further can be output to different positions of the human body at the same time through multiple handheld components (40), or for multiple people to use at the same time, and is adjusted through the microcircuit board (303) In addition to the voltage conversion temperature and heat energy, it is further coordinated with a variety of different time and frequency conversions, so that the thermal energy wave (43) can be transmitted to the body part through the hand-held component (40) through the resonance fixed band method, thereby improving blood circulation, promoting metabolism, And the purpose of relieving pain.

(10): Lightwave Resonator (101): Corner Column (20): The first box (201): Insert slot (202): Face Cover (30): The second box (301): Control Panel (302): connecting hole (303): Micro circuit board (304): Power supply module (3041): Power switch (40): Handheld components (41): Connecting wire (42): Conduction part (43): Thermal Wave

[Figure 1] is a three-dimensional view of a preferred embodiment of this creation. [Figure 2] is a schematic diagram of the opening of the preferred embodiment of this creation. [Figure 3] is an exploded schematic diagram of a preferred embodiment of this creation. [Figure 4] is a schematic diagram of the use of the preferred embodiment of this creation. [Figure 5] is a schematic diagram of the movement of the thermal energy wave conducted through the handheld component in the creation of the preferred embodiment. [Figure 6] This is another perspective view of the preferred embodiment of the creation. [Figure 7] is a rear view of Figure 6 of the preferred embodiment of this creation.

(10): Lightwave Resonator

(101): Corner Column

(20): The first box

(201): Insert slot

(202): Face Cover

(30): The second box

(301): Control Panel

(302): connecting hole

(303): Micro circuit board

(304): Power supply module

(40): Handheld components

(42): Conduction part

Claims (4)

A light wave resonator, comprising: a first box (20) with at least one embedding groove (201) inside, and the first box (20) cooperates with a second box (30) to be assembled with each other A light wave resonator (10) is formed, and the edge of the first box body (20) is connected with a cover (202) to form a liftable cover on the first box body (20); several hand-held components (40), it can be stored in a fixed state corresponding to the embedding slot (201), and the hand-held components (40) are each provided with a connecting wire (41); a control panel (301), packaged in the second box In (30), a micro circuit board (303) and a power supply module (304) are electrically connected under the control panel (301). The micro circuit board (303) is provided with a number of connecting holes (302) and is connected to the The control panel (301) is arranged on the same plane, wherein the connecting hole (302) can be assembled through the connecting wire (41), so that the handheld component (40) can transmit a thermal energy wave (43) to the target human body position . The light wave resonator according to claim 1, wherein the hand-held component (40) further includes: a conductive portion (42), the material of which is made of amethyst fiber, which can enhance the conduction of the thermal energy wave (43) Power and reduce the discomfort of transmitting the thermal energy wave (43) to the human body. The light wave resonator according to claim 1, wherein the control panel (301) can provide display and adjustment of the current temperature of each hand-held component (40), the setting of the preheating temperature, and the conduction of the thermal energy wave (43) The strength and the time interval allow the user to adjust the most suitable application. The light wave resonator according to claim 1, wherein the power supply module (304) further has a power switch (3041) exposed on the outside of the second box (30), which can be used to switch the micro The electrical state of the circuit board (303) and the connection hole (302).

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