Windmill heat generator

FIELD: heating.

SUBSTANCE: invention relates to heating equipment, particularly, to water heater incorporated with heating system and hot water supply. Windmill heat generator comprises cylindrical housing with cover and bottom and cylindrical horizontal partition accommodating thrust bearing and journal-and-thrust bearing. Vertical shaft runs in said bearings and is equipped with coupling fitted from above to receive power from windmill, rotary vane element being secured thereto from below. Cold water inlet pipe is fitted inside the housing, at its bottom, while hot water discharge pipe is arranged at its top section connected with cold and hot water supplies, respectively.

EFFECT: enhanced performances, heating of two and mote premises.

3 dwg


The invention is intended for use in the field of heating technology, namely to heat water used in the heating and hot water.

Known calorimeter with liquid, comprising a housing, inside of which is immersed axis with the rotating blades and the walls between them (the A.I. Golunov. Handbook on the physics. Tutorial, M.: MSU, 1991, str, RES).

Known calorimeter converts mechanical energy coming from the outside of the engine heat. Mainly used in laboratory practice.

A device for gas purification from suspended particles, comprising a housing with a stationary and a rotating blade elements and the inclined annular reflector particles (A.S. No. 354874, USSR). The known device for the purification of gas is not intended for converting mechanical energy into thermal energy.

Closest to the proposed technical solution is the hydraulic heat generator, comprising a cylindrical housing with a lid and a bottom, a vertical shaft placed in the bearings, pipe entrance and exit of hot water, the torquing device containing a hollow disk-washer, glasses with attached semi-cylinders in two rows and a conical disks, United pairwise rigidly interconnected by a ring of screws. (Patent RF №2228503). Known the heat source has a torquing device with relatively poorly developed surface contact with the heated fluid, as well as in its design there are no cells filled with the heat storage composition, contributing to maintain the temperature coming out of the heated liquid at a constant level.

The technical result consists in increasing the surface of contact with water, compact design, facilitation during its repair and replacement, placement cell, filled with the heat storage composition is due to the fact that wind generator, comprising a cylindrical housing with a lid and a bottom, a vertical shaft placed in the bearing and the thrust bearings, pipes entrance and cold comfort hot water and twisting device according to the invention, the bottom attached to the shaft of the rotating blade element positioned below the partition that is installed on the ring, rigidly attached to the inner surface of the housing. It is attached below the curly Bush, operta lower end in the bottom of the case. From the bottom to the sleeve attached to the pallet, in the middle part of which has a fixed blade element, below the rotating blade element. Right and left bushings installed fixed blade elements, and made holes communicating with the stationary blade elements and the upper space of the housing. In the lower part of the shaft, opposite the stationary lop the exact item, fixed blades made in the form of semi-cylinders. Inside, in the upper part, installed the torquing device consisting of a rod, attached to the shaft inner ends and outer ends attached to a metallic hollow ring having inside the heat storage composition, and outside of the spiral ribbon. The rods perpendicular to the brackets rigidly mounted flat blades, made in the form of circles and rectangles. Below the rods attached to the shaft tube brackets in the form of triangles with the inside of the heat storage composition, and outside of the spiral ribbon. In the drawings is a diagram of the proposed generator, in which figure 1 shows a longitudinal section, figure 2 - ring auger and figure 3 - pipe brackets.

Wind heat generator comprises a cylindrical housing 1 with a cover 2 and a bottom 3 and a cylindrical horizontal partition 4, which has a thrust bearing 5 and the thrust bearing 6, pinned them in a vertical shaft 7, having a top coupling 8 for receiving power from a wind turbine (not shown), and the bottom is attached to it rotating blade element 9. Right at the bottom of the housing 1 has a nozzle 10 of the inlet of cold water, and in the upper part of the pipe 11 hot water outlet, associated, respectively, with the systems cold the CSOs and hot water supply (not shown).

In the cover 2, to the right, set thermometer 12 and the partition wall 4 is installed on the ring 13 is rigidly attached to the inner surface of the housing 1, to which is attached below the curly sleeve 14, operta lower end in the bottom 3. From the bottom to the sleeve 14 attached to the pallet 15, the middle section of which has a fixed blade element 16 below the rotating blade element 9. The right and left sleeves 14 are stationary blade elements 17 and 18, respectively, and holes 19 and 20, connected with a fixed blade elements 21, 22 and 23 and the upper space of the housing 1. In the lower part of the shaft 7 opposite the stationary blade element 22 fixed blades 24, made in the form of semi-cylinders, 4 or 8 pieces. Inside the housing 1, in the upper part, installed the torquing device consisting of a rod 25 attached to the shaft 7 of the inner ends and outer ends attached to a hollow metal ring 26, having inside the heat storage composition, and outside of the spiral tape 27. The rods 25 are perpendicular to the bracket 28 is rigidly fixed flat blades, made in the form of circles 29 and rectangles 30. Below the rods 25 to the shaft 7 attached pipe brackets 31 with the inside of the heat storage composition, and outside the helical tape 32.

To the shaft 7 within the housing 1 ster is it 25 can be attached either 4 or 8 pieces, and pipe brackets 4 or 8 pieces.

Filling the ring 25 and the pipe bracket 31 is made through the nipple 33, which are then sealed. The angle alpha between the top and bottom rods 25 within 30-45 degrees and the angle beta between the pipe bracket 34 also 30-45 degrees. Wind generator works as follows. The assembled heater is filled with water by opening valves (not shown) to the nozzles 10 and 11, the clutch 8 is connected to the existing wind turbine designs. Including a turbine, a shaft 7 of a heat generator, the rods 25 and the ring 26, pipe brackets 31, the blades 24 and the rotating blade element 9 will rotate in the housing 1 by converting mechanical energy into heat. Hot water comes from the friction twisting of the heat source and moving through a stationary blade elements 16, 17, 18, 21, 22 and 23. The larger the total surface water in contact with the rotating shaft 7 of the heat, the more heat is produced in it. When the temperature of the water in the upper part of the heat generator 60-65 degrees Celsius, open the valve on the pipes 11 and 10, and begins the process of return hot water to the consumer. In this heat the heat storage composition in the ring 26 and pipe brackets 31 to the water temperature of the upper part of the housing 1. With the weakening of the force of the wind, the rotation of the twisting device in the housing 1 will slow, and the water temperature will begin to fall, the heated heat-sink structure in the ring 26 and the bracket 31 will send the heat coming through the pipe 11 and water to maintain its temperature at the desired interval. When resuming the force of the wind twisting the device will resume the supply of heat to the consumer.

The proposed generator can be used in two variants for space heating. When closed the valves on the pipes 10 and 11, connected with the radiators adjacent rooms - heating two or more spaces.

Wind generator, comprising a cylindrical housing with a lid and a bottom, a vertical shaft placed in the bearing and the thrust bearings, pipes entrance of cold and hot water outlet and twisting device, characterized in that the bottom attached to the shaft of the rotating blade element positioned below the partition that is installed on the ring is rigidly attached to the inner surface of the casing, to which is attached below the curly Bush, operta lower end in the bottom of the case, from the bottom to the sleeve attached to the pallet, in the middle part of which has a fixed blade element, below the rotating blade element, the left and right bushings installed fixed lopatochnye elements, and made holes communicating with the stationary blade elements and the upper space of the shell, at the bottom of the shaft, opposite the stationary blade element, fixed blade, made in the form of semi-cylinders, inside the housing, in the upper part installed torquing device consisting of a rod, attached to the shaft inner ends and outer ends attached to a metallic hollow ring having inside the heat storage composition, and outside of the spiral tape, perpendicular to the terminals on the brackets rigidly mounted flat blades, made in the form of circles and rectangles below the rods attached to the shaft tube brackets in the form of triangles with the inside of the heat storage composition, and outside of the spiral ribbon.


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