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Brain charging head band

A charging head, brain power technology, applied in the direction of electrotherapy, treatment, etc., to achieve the effect of good practical application value and promotion value, scientific design and easy processing

Inactive Publication Date: 2015-07-01
曹潆予
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Each nerve cell is a small battery. In its resting state, the potential in the membrane is about -0.06V. Although the current passing through the scalp is weak, and it is blocked by the scalp and skull, it has weakened to 100,000 points when it reaches the nerve cells. One, although such a weak current will not cause any nerve activity, so it will not be felt, but as long as the resting potential of the nerve cells is changed a little, for example, from -0.06V to -0.058V, the excitement of the nerve cells can be improved Although it has little effect on each cell, the combined effect of hundreds of billions of cells is very impressive. However, there is no report on the brain power charging headband that can effectively improve the excitability of nerve cells. Therefore, the development of this brain power Charging headbands become even more important

Method used

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  • Brain charging head band
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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0021] like Figure 1-Figure 3 As shown, the brain power charging headband includes: a hollow airtight annular elastic headband body 1, a left copper sheet 2 and a right copper sheet 3 symmetrically arranged outside the inner wall of the annular headband body 1, and a ring mounted in the annular headband body 1. Left wire 4, battery 6, right wire 5, resistor 7, indicator light 8 and switch 9;

[0022] The left copper sheet 2, the left lead wire 4, the battery 6, the right lead wire 5 and the right copper sheet 3 are electrically connected sequentially from left to right;

[0023] The battery 6 forms a closed circuit with the resistor 7 , the indicator light 8 and the switch 9 .

[0024] Specifically, the left lead wire 4 and the right lead wire 5 are both S-shaped. Such a design can prevent the wire from being broken when the brain charging headband is worn.

[0025] Specifically, a zipper 10 is provided outside the battery 6 of the annular elastic headband body 1 . Design...

Embodiment 2

[0030] The distance between the left copper sheet 2 and the right copper sheet 3 is 15cm; others are the same as in embodiment 1.

[0031] Instructions:

[0032] Before wearing the above brain charging headband, press the switch 9, if the indicator light 8 is on, the battery 6 has electricity, then put on the brain charging headband, and put the left copper piece 2 and the right copper piece 3 close to the temple.

[0033] The above-mentioned brain power charging headband can be used for adults, especially for patients with brain damage. Some brain cell necrosis in brain damage patients is caused by insufficient blood supply, and the cranial nerves will gradually shrink after a long time. At present, this is a difficult problem in the medical field. However, using the above-mentioned brain power charging headband can effectively improve the excitability of nerve cells in patients with brain damage. Long-term use can restore brain damage caused by trauma, and the effect is bett...

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PUM

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Abstract

The invention relates to a brain charging head band comprising a flexible circular band body hollowed and sealed, a left copper sheet, a right copper sheet, a left wire, a battery, a right wire, a resistor, an indicator light and a switch. The copper sheets are symmetrically arranged on the outside of the inner wall of the circular band body. The left wire, the battery, the right wire, the resistor, the indicator light and the switch are arranged in the circular band body. The left copper sheet, the left wire, the battery, the right wire and the right copper sheet are sequentially electrically connected from the left to the right. Distance between the copper sheets is 5-20 cm. The battery, the resistor, the indicator light and the switch are formed into a closed loop. The wires are in S shape. The outside with the battery of the circular band body is provided with a zipper. The brain charging head band is simple in structure, scientific in design, convenient to process and use, effective in improving nerve cell excitability and high in practical application and promotion value.

Description

technical field [0001] The invention relates to a headband, in particular to a brain charging headband. Background technique [0002] Each nerve cell is a small battery. In its resting state, the potential in the membrane is about -0.06V. Although the current passing through the scalp is weak, and it is blocked by the scalp and skull, it has weakened to 100,000 points when it reaches the nerve cells. One, although such a weak current will not cause any nerve activity, so it will not be felt, but as long as the resting potential of the nerve cells is changed a little, for example, from -0.06V to -0.058V, the excitement of the nerve cells can be improved Although it has little effect on each cell, the combined effect of hundreds of billions of cells is very impressive. However, there is no report on the brain power charging headband that can effectively improve the excitability of nerve cells. Therefore, the development of this brain power Charging headbands become even more ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A61N1/00
Inventor 曹潆予
Owner 曹潆予