Intelligent Device For Better Sport Performance.

Submitted 6 years ago

This invention called DIM regards to a total electrostatic safety that can be applied into urban casual footwear or use by performance shoes. In truth, all footwear for urban use or work (excluded special industrial shoes that requires either two or three DIM), must be with Total and Electrical Electrostatic (SEET�©), because it is the only way to mitigate the effects of modernism in everyday life where we find everything synthetic, both shoes and floors yet also clothing. These materials are propitious to generate TRIBOELECTRICITY or is displacement of electric charges by friction.
Footwear with these electrical characteristics offers a double benefit because it is directly related to our physical safety and our GENERAL WELL-BEING, directly linked to healthy breathing.
The microparticles - smaller than 2.5 microns - of environmental pollution, are attracted when a body is charged electrically by simple electrostatic principles. These particles are not retained by the nose and trachea, therefore, reach very deep areas in the respiratory system. Hence all the consequences of allergies, bronchitis, rhinitis, poor breathing, headache, dry eyes, etc
This multipurpose device, being intelligent, is able to control these series of variables in a way that can counteract the effects produced by static events, canceling out the significant effects of them, controlling variables such as clothing type, humidity, shoe resistance, all issues which can lead to values of between 30,000 / 35,000 V of electrostatic potential. With this device you can get a regulation below 10V and in tenths of a second. In the electric model of the human body HBM, our organism is considered a capacitor of 100 to 200 pico- farads. This value, which is normally used taking into account the human body as a cylinder of one meter long by sixty centimeters in diameter, lacks some shortcomings since it does not take into account the clothing fact that totally changes the range that must have the resistance of truly antistatic footwear and the energy that provides during a discharge.

In practice, in the areas called EPA (Electrostatic Protected Areas), the recommended resistance range is 0.75x 10E6 to 35x 10E6 Ohms. This value, although it is more logical, presents a lower limit or somehow low, for that reason. to the device in question has been assigned an inferior resistance of 2.5X 10E6 Ohms.

In order to solve this problem, various types of soles or footwear that have been labeled as anti-static have been launched in the market but do not comply with these parameters. Thus, this "INTELLIGENT MULTIPORPOSE DEVICE", encapsulated in the sole, always stays within the preset lower limit, being for a single shoe of 2.5X 10E6 Ohms; doing this to the electrical safety that must guarantee a footwear throughout its useful life, even filling the sole with water, its value is immutable.

Precisely, the other variables that will be detailed below, raise the value to 30X 10E6 Ohms, but this value decreases throughout the day, because all the structural elements of a footwear, with the presence of the human foot, behave as if it were an electrolytic cell, where there is ion circulation with the consequent reduction of structural and working resistance, which leads to a consequent reduction of structural and working resistance, depending on the humidity, temperature, Ph, salinity of the system and the person's weight.

This invention presents a very simple constitution, presupposes a low cost and reduced volume for the purposes of its transport in a brief space, making possible the regulation of the tension in the own sole, allowing to affirm that thanks to its technology, a level of static zero, with zero electrical risk, and greater security at the time of implementing security measures.
For more information, I can be contacted at [email protected] or [email protected]

Kind regards
Pedro Rivarola PhD