RU2494523C2 - Method to generate and accumulate dc energy from human body - Google Patents

Abstract

FIELD: electricity.

SUBSTANCE: method is proposed to generate and accumulate DC energy from a human body, which represents the result of actions, when two plates, one of which is copper, the other one is aluminium, are electrically connected with various capacitor plates (outputs) and are put in contact with the human body.

EFFECT: provision of supply to technical facilities with low power consumption from contact with a human body.

Description

2. The scope and level of technology.

2.1 Technical field.

This invention does not have its own place in technology, since there is no theory and technical means of obtaining energy from the human body.

2.2. The level of technology.

As early as 1791, the great Galvani drew attention to the interconnection of electric forces with the movement of frog muscles, laying the foundation for the concept of “animal electricity”. However, A. Volta in 1800 by the invention of the first electric current generator - the voltaic column actually interrupted the development of this direction. Since then, the active development of the science of "metal electricity" has gone - in the words of A. Volta.

Until now, some methods have been known for generating electrical energy from a person, for example, through mechanical forces converted into electrical energy.

There was nothing similar in the way of obtaining energy from the human body in the literature and the use of such samples in technology is not known.

The present invention is the result of the interaction of living tissue and metal energy.

3. Disclosure of the invention.

3.1. The essence of the invention consists in establishing a method for producing direct current electric energy and storing it on a capacitor using only passive elements and a human body, without using known sources and methods for producing electric energy.

3.2. The essential features of the invention, which allows to obtain and accumulate direct current electric energy on a capacitor without using sources of electric energy (electric network, batteries, batteries and others), are:

a) connecting conductive materials having different electrical conductivity to different capacitor plates (a certain material is connected to each of the terminals of the capacitor reliably, with a minimum transition resistance);

b) ensuring contact with the human body of both materials with different electrical conductivity, connected to the capacitor in accordance with the sign "a)", for example, with the fingertips (touch or hold).

3.3. The technical result of the actions described in clause 3.2 is the appearance of a charge current in the formed closed circuit and the accumulation of direct current electric energy on the capacitor.

During the experiments, there were no cases where the fulfillment of the totality of the conditions of the signs set forth in subparagraphs a) and b) would not provide a technical result. The technical result does not depend on the sequence of actions for connecting the materials used with the capacitor and the human body. It is achieved after circuit closure from the capacitor to the human body through the materials used, observing the signs “a)” and “b)” of paragraph 3.2. However, the degree of technical result achieved - the magnitude of the current and the accumulated charge substantially depends, within the framework of these signs, on a number of factors, including:

- a combination of materials selected for contact with the human body in accordance with the sign "a)" p. 3.2 .;

- the density and area of contact of materials with the human body;

- parameters of the capacitor included in the circuit.

Absolutely obvious technical results are achieved when, for example, a capacitor with a capacity of 1000 microfarads with an operating voltage of 3 V or more is used, plates of aluminum (to one plate) and copper (to another plate) are connected to different plates of it. The simultaneous human touch of these plates for 50-60 seconds leads to a charge on the capacitor, which can easily be determined by DC voltage instruments, with a measurement limit of up to 0.5 V. Moreover, reconnecting these plates to other capacitor leads invariably leads to a change the polarity of the energy stored on the capacitor.

4. The scheme that allows you to implement a method of obtaining energy from the human body.

An additional representation of the scheme of the above method is redundant.

5. The implementation of the invention.

5.1. External conditions for carrying out the invention.

This invention with the implementation of its direct purpose - to obtain direct current electric energy from the human body, can be carried out in vivo at room temperature, pressure and humidity. The assembly sequence of the circuit does not affect the technical result of the production and storage of DC electric energy. The presence of additional intermediate conductors between the capacitor and the materials selected in accordance with the sign "a)" p. 3.2. (if it becomes necessary to use them) they can affect the technical result, but it does not matter if they do not create parallel connections and are not excessively long.

5.2. The implementation of the invention.

An electrical circuit is being assembled: material No. 1 - aluminum (it is better to use a plate sufficient to make it convenient to contact with the pads of the thumbs) reliably, by soldering or in any other way, is connected to the output of a 1000 μF capacitor with an operating voltage of 3 V. and more. Copper plate No. 2 is also reliably connected to the other terminal of the capacitor. Both plates, for the convenience of the experiment, it is preferable to use a size of at least 2 cm wide and 3 cm long. The connected plates can be freely positioned on the table surface. For the purity of the experiment, after connecting the plates with the capacitor, it is necessary to equalize the potentials of the capacitor plates (to produce a control discharge of the capacitor), i.e. to close (connect) with any conductor the plates No. 1 and No. 2 lying on the table. for 2-3 sec. The absence of a residual charge on the capacitor connected to plates No. 1 and No. 2 can be verified using a device for measuring DC voltage with a measurement limit of not more than 0.1 V.

Next, with your fingertips, touch the plates No. 1 and No. 2 lying on the table and, gently pressing them, hold for 50-60 seconds in this state. If a microammeter is connected between the plate No. 1 or No. 2 and the capacitor, then, after touching the indicated plates with the fingertips, it will be possible to observe the appearance of a decreasing charge current.

After that, you need to remove your fingers from the plates and measure the DC voltage on the capacitor with a voltmeter with a measurement range of 0.3-0.5 V. The measured voltage will show the amount of stored energy.

A special case of the general rule of assembly of the circuit for energy storage is the connection to one (central) terminal of the capacitor of such a material (plate) that differs in conductivity from the case material if the case is combined with the second terminal of the capacitor. In this case, the simultaneous touch of a person to the body of the capacitor and connected to the other terminal plate gives a technical result.

As a part of the body used to generate energy, an arm, leg, chest, etc., which do not have dense hair, can be used.

Claims (1)

The method of obtaining and accumulating direct current electric energy from the human body is the result of actions in which two plates, one of which is copper, the other is aluminum, are electrically connected to various capacitor plates (leads) and brought into contact with the human body.