UA127009U - QUANTUM LENS - Google Patents

Abstract

Quantum lens is a quartz lens, contains a four-wall cover with spaces between the walls equal to a width of 96 mm, the latter interconnected by rigid hole systems, The spaces between the walls are filled with a mixture of germanium, argon and xenon gases taken in proportions. , at its pressure of 0.049 PA (0.005 at) or more than the specified value.

Description

A useful model belongs to the field of physics, in particular the industrial production of quantum lenses.

Analogues to this useful model have not been found.

The useful model is based on the task of creating a highly efficient quantum lens that can be used to heat water in swimming pools with solar energy.

The problem is solved in such a way that the quantum lens is a quartz lens that has a four-wall cover with spaces between the walls equal in width to 96 mm, the latter are connected to each other using a system of rigid perforated partitions, and the spaces between the walls are filled with a mixture of germanium gases, of argon and xenon, taken in equal proportions, at a pressure of 0.049 Pa (0.005 at) or no more than the specified value. Germanium gas can be obtained using the device according to the patent of Ukraine GI.

The stated essence of the invention is further explained by the drawings, which show: fig. 1 - general view of the quantum lens in plan; fig. 2 - cross section of the device along A-A; fig. C - cross section of the device along B-B.

In fig. 2 shows a cross-section of the device along A-A, showing: 1 - the inner wall of the cover (lens body); 2 and Z - middle walls of the cover; 4 - outer wall of the cover; 5 - rigid perforated partition; in fig. 3-1-4 - the same as in fig. 2.

The essence of the useful model is explained by the fact that the quantum lens is a quartz lens, which has a four-walled cover with spaces between the walls 1-4, which have the same width of 96 mm, the latter are interconnected by means of systems of rigid perforated partitions 5, and the spaces themselves between the walls are filled with a mixture of germanium, argon and xenon gases, taken in equal proportions, at a pressure of 0.049 Pa (0.005 at) or no more than the specified value.

The quantum lens works as follows.

As a result of the temperature difference between the environment and inside the lens, a mixture of gases circulates in the spaces between the walls 1-4 of the cover, which causes the formation of electromagnetic fields around the device. The electromagnetic field, in turn, creates the conditions for the effect of the concentration of solar energy to a much greater extent than that of a conventional lens. For example, with the help of a quantum lens with a diameter of 240 mm, it will be possible

To heat the water in a swimming pool with a volume of 120 m3 approximately in 18 minutes. To maintain a stable temperature regime in the pool, it is recommended to cover the lens with a net made of platinum hairs.

The technical result of the implementation of this design of the lens into the practice of the national economy is explained by the fact that with its help it will be possible to quickly heat water in pools, produce cheap electrical energy, etc.

Sources:

Patent of Ukraine for utility model Mo 67119. Device for converting minerals from a solid phase to a gas phase. - Bull. May 3, 2012.

Claims (1)

40 USEFUL MODEL FORMULA A quantum lens is a quartz lens that contains a four-walled cover with spaces between the walls equal in width to 96 mm, the latter are connected to each other by means of systems of rigid perforated partitions, and the spaces between the walls themselves are filled with a mixture of gases 45 germanium, argon and xenon, taken in equal proportions, at a pressure of 0.049 Pa (0.005 at) or no more than the specified value.