TW202118528A - Human cell energy corrector which can restore cell activity, improve human immunity, and achieve the effect of disease treatment - Google Patents

Abstract

The present invention provides a human cell energy corrector, comprising a control host, a first current transmission line, a grip probe, a second current transmission line, and a ground clamp. The front surface of the control host is provided with a liquid crystal display module. The liquid crystal display module is provided with a power switch on one side thereof and an LED indicator on the other side thereof. A negative output socket is disposed under the power switch. A positive output socket is disposed under the LED indicator. The first current transmission line is inserted into the positive output socket. The grip probe is set at one end of the first current transmission line. The second current transmission line is inserted into the negative output socket. The ground clamp is electrically connected to one end of the second current transmission line. In this way, it can be used to inspect biological active points (BAP) on the surface of the human body to understand whether there is a problem in the human body, and the cells corresponding to the BAP can be supplemented and corrected to restore cell activity, improve human immunity, and achieve the effect of disease treatment.

Description

Human cell energy corrector

The present invention is related to the technical field of physical therapy equipment, and particularly refers to a human body cell energy corrector.

According to this, living organisms have a complex electromagnetic field. It can be said that as long as there is movement of life, it is accompanied by the occurrence of bioelectricity. It is known that there is a potential difference of 70 to 80 millivolts inside and outside the cell membrane. This potential difference is an indispensable condition for cells to carry out material exchange and metabolism. Cells are the basic unit of life. For the brain, there are more than 10 billion nerve cells. Each nerve cell is like a small generator.

When the human body is in a state of health or disease occurs, the electrons in the body's cells will be lost through the cell biomembrane, the potential difference between the inside and outside of the cell membrane will be reduced, and the vitality of the cells will gradually decrease, causing various problems in the human body. At this time, it is necessary to replenish human cells with energy to restore the normal potential difference between the inner and outer cell membranes of the human body, improve cell viability, thereby increase the biological activity of the cells, increase the cell's resistance to viruses and combat effectiveness, and improve human immunity.

All human cells have a potential difference response. Such potential difference response will be reflected on the surface of the human body (including but not limited to acupuncture points). Under special circumstances, bright spots of different degrees will be formed. This is called BAP (Biological Active Points), BAP can present different conditions of the human body, including lesions, acupoints, energy failure, etc. These reactions usually occur at 5-20 cm on the surface of the human skin. A specific organ or group of organs in the human body is healthy or not through BAP. display. Therefore, observing the light and dark conditions of human BAP can check whether the energy of human cells is exhausted and whether there is any disease, which is very helpful for pathological detection.

However, there is currently no instrument that can be used to detect the BAP of the human body and recharge the energy-depleted BAP.

The main purpose of the present invention is to provide a human cell energy correction instrument that can solve the above-mentioned problems.

The reason is that, in order to achieve the foregoing objective, the present invention provides a human cell energy correction device, which includes a control host, the front surface of the control host is embedded with a liquid crystal display module, and one side of the liquid crystal display module is provided with a power switch, An LED indicator is provided on the other side, a negative output jack is provided under the power switch, a positive output jack is provided under the LED indicator, and a first current transmission line is inserted into the positive output jack. One end of a current transmission line is provided with a grip probe, a second current transmission line is inserted into the negative output jack, one end of the second current transmission line is electrically connected to a ground clip, a power jack is provided on the back side of the control host, and the There is a filter on the inner back of the control host, a fuse is provided on one side of the filter, and a transformer is provided inside the control host. Each power jack, filter The inverter, the fuse and the transformer are electrically connected in sequence. A controller is arranged on the inside of the liquid crystal display module, and a power module is arranged on one side of the controller for the controller to be electrically connected to the filter through the power module. The transformer is electrically connected to the liquid crystal display module and the LED indicator. The positive output line of the transformer is electrically connected to the positive output jack through an I/D converter, and the negative output line of the transformer is electrically connected to the negative output jack.

Furthermore, two ends of the first current transmission line are respectively provided with a connecting plug, which is an aviation plug, and the plug end of the second current transmission line and the negative output jack is provided with the same connecting plug.

Further, an H-bridge switch is electrically connected between the fuse and the transformer, and an interface of the H-bridge switch is electrically connected with the power module.

Further, the power switch is connected in series between the power jack and the filter.

Further, a current detection module is connected in series between the transformer and the I/D converter, and the current detection module is electrically connected to the controller.

Further, a voltage detection module is connected to the transformer, and the voltage detection module is electrically connected to the controller.

Further, the liquid crystal display module is a touch screen.

Further, the grip probe includes a metal grip, the tail of the metal grip is plugged with the first current transmission line, the front end of the metal grip is formed with a discharge needle, and the outside of the discharge needle is covered with an insulating sleeve.

According to this, the beneficial effect of the present invention is that it can be inspected when in use BAP on the surface of the human body to understand whether there is a problem in the human body. At the same time, it can supplement and correct the cell energy corresponding to BAP, that is, use electrical fluctuations to make fundamental energy corrections to human cells to restore cell activity and improve human immunity, and then Promote the human immune system to implement treatment on the diseased area, improve the lethality of cells against viruses, bacteria, and microorganisms, so as to achieve the efficacy of disease treatment.

1‧‧‧Control host

101‧‧‧Power Jack

102‧‧‧Filter

103‧‧‧Fuse

104‧‧‧Transformer

105‧‧‧Negative output jack

106‧‧‧Power Module

107‧‧‧controller

108‧‧‧Positive output jack

109‧‧‧I/D converter

110‧‧‧Voltage detection module

111‧‧‧Current detection module

112‧‧‧Power switch

113‧‧‧LCD Module

114‧‧‧LED indicator

115‧‧‧H Bridge Switch

2‧‧‧The first current transmission line

3‧‧‧Grip probe

301‧‧‧Metal Grip

302‧‧‧Insulation sleeve

303‧‧‧Discharge needle

4‧‧‧Second current transmission line

5‧‧‧Connecting plug

6‧‧‧Grounding clamp

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

Figure 2 is a schematic diagram of the internal structure of a control host in a preferred embodiment of the present invention.

Fig. 3 is an internal circuit diagram of a control host in a preferred embodiment of the present invention.

Figure 4 is a cross-sectional view of the grip probe in a preferred embodiment of the present invention.

Hereinafter, a preferred embodiment of the present invention is cited, and further detailed description is given in conjunction with the drawings as follows:

As shown in Figures 1 to 4, the human cell energy correction apparatus of a preferred embodiment of the present invention includes a control host 1, a first current transmission line 2, a grip probe 3, and a second current transmission line 4. A connecting plug 5 and a grounding clip 6.

The control host 1 has a power switch 112, a liquid crystal display module 113, and an LED indicator 114 on the front side. The power switch 112 and the LED indicator 114 are located on the two sides of the liquid crystal display module 113. The power switch 112 is Used to control the on and off of the current, the liquid crystal display module 113 can be used to display information such as voltage and current, the LED indicator 114 is used to display the working status of the device, and a negative output jack 105 is provided under the power switch 112. The negative output jack 105 is inserted into the second current transmission line 4, and one end of the second current transmission line 4 is electrically connected to the ground clip 6, which is used to connect the human body and transmit current, and at the same time, it is grounded through the human body to protect the human body. A positive output jack 108 is provided under the LED indicator 114. A first current transmission line 2 is inserted into the positive output jack 108. One end of the first current transmission line 2 is plugged into the grip probe 3. In addition, the control host 1 A power jack 101 is fixed on the back side through a screw, and a filter 102 is fixed on the back side of the control host 1 through a screw. The filter 102 has the functions of rectification and filtering. A fuse 103 is provided on one side of the fuse. 103 is to produce the function of overload protection. The control host 1 has a transformer 104 fixed by screws, which is used to transform the low voltage into high voltage. Each of the power jack 101, filter 102, fuse 103 and The transformer 104 is electrically connected in sequence. The liquid crystal display module 113 is provided with a controller 107 inside to control the operation of the device, which is an 8051 microcontroller, and a power module 106 is provided on one side to provide power to the control. The filter 107 is electrically connected to the filter 102. In addition, the controller 107 is electrically connected to the liquid crystal display module 113 and the LED indicator 114. The positive output line of the transformer 104 is connected to the positive output after passing through an I/D converter 109. The hole 108 is electrically connected, and the negative output wire of the transformer 104 is electrically connected to the negative output jack 105.

In addition, the connecting plugs are provided at both ends of the first current transmission line 2 The head 5 is an aviation plug with high safety during use. The plug end of the second current transmission line 4 and the negative output jack 105 is also provided with a connecting plug 5.

In this embodiment, an H-bridge switch 115 is electrically connected between the fuse 103 and the transformer 104, an interface of the H-bridge switch 115 is electrically connected to the power module 106, and the low-voltage power is directly connected to the controller 107 for power supply. The transformed high voltage electricity is output from the positive output jack 108 to charge the human body.

In this embodiment, the power switch 112 is connected in series between the power jack 101 and the filter 102 to control the overall power supply of the device, which can prevent the device from powering off and causing danger.

In this embodiment, a current detection module 111 is connected in series between the transformer 104 and the I/D converter 109. The current detection module 111 is electrically connected to the controller 107 and can be used to detect the current in the device circuit.

In this embodiment, a voltage detection module 110 is connected to the transformer 104, and the voltage detection module 110 is electrically connected to the controller 107, and can be used to detect the magnitude of the voltage in the device circuit.

In this embodiment, the liquid crystal display module 113 is a touch screen, which can not only display data, but also control the working mode of the device through touch operations.

In this embodiment, the grip probe 3 includes a metal grip 301. The metal grip 301 can be grounded during the operation of the worker holding the metal grip 301 to improve safety during operation. The tail of the metal grip 301 is connected to the first A current transmission line 2 is plugged together, and the front end of the metal handle 301 is formed with an insulating sleeve 302 and a discharge needle 303 located inside the insulating sleeve 302. After the discharge needle 303 is energized, an arc can be generated, which directly forms electrical fluctuations with the human body to charge the cells of the human body.

Therefore, the working principle of the human cell energy corrector of the present invention is as follows:

When in use, a power cord is plugged into the power jack 101 to connect to a power source, the first current transmission line 2 and the second current transmission line 4 are respectively plugged into the positive output jack 108 and the power module 106, and the ground The clamp 6 is clamped on the patient's finger or toe to form a ground. The staff holds the grip probe 3 for operation, and turns on the power switch 112 to start the power supply. Each detection device in the control host 1 corresponds to an LED Indicator 114, when all the LED indicators 114 glow normally, it means that the equipment is operating normally. Then, stick a piece of paper on the patient's part to be treated, and the staff holds the metal grip 301 and aligns the discharge needle 303 The patient's body (not in contact with the skin), the discharge needle 303 can emit waves far more than 400 nanometers after being energized, and the grip probe 3 is held in hand to walk on the surface of the patient's body (the end of the grip probe 3 is about 2-3 cm away from the human body) At this time, the human body and the grip probe 3 can form an electrical circuit, and the controlled positive energy (ionization wave) can flow into the human body, and the biochemical process in the cell will be started, so that the cell energy will be replenished again. The potential difference will return to the original value or increase. During the wandering process of the grip probe 3, the BAP on the human body surface will emit blue dots with different brightness. By observing the brightness of the BAP, you can know whether there is a problem with the patient’s body. In the process of testing, BAP from low brightness many times When passing through, the cells here can be recharged and supplemented with energy to restore cell activity and improve body resistance.

The following is a clinical case using the human cell energy corrector of the present invention:

1. Mr. Ye, 59-year-old suffering from lung adenocarcinoma stage 4, is currently receiving targeted therapy, the effect is not obvious, the front face has the side effect of inflammation, using the present invention to start treatment for two months, a total of 15 treatments, For one hour at a time, the treatment sites were the spine and chest, the cancer index returned to normal, the inflammation of the face improved, and the lung tumors became fibrotic without signs of spreading.

2. Ms. Zheng, American, suffering from breast cancer stage 4, which has spread to the bones, started treatment with the present invention, treated 8 times a month, one hour each time, the main treatment areas are the spine, breast lesions, hands and feet One month later, he experienced blood tests on his joints and head. The cancer index improved significantly, and the red blood cells and white blood cells returned to normal.

3. Granny Chen, 86 years old, from Mainland China, with severe Alzheimer's disease, has no response to external stimuli, and can't interact with people. Start the treatment with the present invention. The main treatment area is the head and spine, and the treatment is 9 times a month. , A month later, you can smile at people and wave goodbye.

4. Mr. Cai, 60 years old, from Mainland China, suffering from a stroke and inflexible right hand and foot. He started the treatment with the present invention. The treatment was performed 12 times a month. The main treatment areas are the head and spine. After treatment, he can hold chopsticks and Pen writing.

5. Mr. Zhang, 59 years old, from Mainland China, suffering from diabetes, kidney failure, and dementia caused by diabetes. He started treatment with the present invention and treated 18 times in two months. The main treatment areas are the head, waist and kidneys. , Spine, pancreas, renal index improved after treatment, dementia improved, but diabetes remained the status quo.

6. Mr. Wang, 77 years old, from Mainland China, stage 3 of lung cancer. The tumor is in the lungs near the neck. He started treatment with the present invention and treated 12 times a month. There was a significant improvement, the tumor shrank and the cancer index was normal.

The above are only the preferred embodiments of the present invention and are not intended to limit the present invention. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the present invention. Within the scope of protection.

1‧‧‧Control host

112‧‧‧Power switch

113‧‧‧LCD Module

114‧‧‧LED indicator

2‧‧‧The first current transmission line

3‧‧‧Grip probe

4‧‧‧Second current transmission line

5‧‧‧Connecting plug

6‧‧‧Grounding clamp

Claims (8)

A human cell energy rectifier includes a control host, the front surface of the control host is embedded with a liquid crystal display module, one side of the liquid crystal display module is provided with a power switch, and the other side is provided with an LED indicator. A negative output jack is provided below, and a positive output jack is provided below the LED indicator. A first current transmission line is inserted into the positive output jack. One end of the first current transmission line is provided with a grip probe, and the negative output A second current transmission line is inserted into the jack, one end of the second current transmission line is electrically connected to a ground clip, a power jack is provided on the rear side of the control host, and a filter is provided on the inner rear side of the control host. A fuse is arranged on one side of the device, and a transformer is arranged inside the control host. Each power jack, filter, fuse and transformer are electrically connected in turn. A controller is arranged on the inside of the liquid crystal display module. One side is provided with a power supply module for the controller to be electrically connected to the filter through the power supply module. The controller is electrically connected to the liquid crystal display module and the LED indicator. The positive output line of the transformer passes through an I/D conversion The transformer is electrically connected with the positive output jack, and the negative output wire of the transformer is electrically connected with the negative output jack. For example, the human cell energy rectifier described in the first item of the scope of patent application, wherein the two ends of the first current transmission line are respectively provided with a connecting plug, which is an aviation plug, and the plug end of the second current transmission line and the negative output jack is provided Have the same connecting plug. The human cell energy rectifier described in item 1 of the scope of patent application, wherein an H-bridge switch is electrically connected between the fuse and the transformer, and the H-bridge switch One of the interfaces is electrically connected to the power module. The human cell energy rectifier described in item 1 of the scope of patent application, wherein the power switch is connected in series between the power jack and the filter. According to the human cell energy corrector described in the first item of the patent application, a current detection module is connected in series between the transformer and the I/D converter, and the current detection module is electrically connected to the controller. According to the human cell energy corrector described in item 1 of the scope of patent application, a voltage detection module is connected to the transformer, and the voltage detection module is electrically connected to the controller. The human cell energy corrector described in the first item of the scope of patent application, wherein the liquid crystal display module is a touch screen. The human cell energy corrector described in the scope of patent application, wherein the grip probe includes a metal grip, the tail of the metal grip is plugged with the first current transmission line, and the front end of the metal grip is formed with a The discharge needle is covered with an insulating sleeve on the outside of the discharge needle.

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