Installation for the energy of the hydraulic flow

 

(57) Abstract:

Usage: setting refers to hydropower and is designed to produce electrical current. The inventive installation provides the opportunity for year-round work on the river covered with ice. The installation includes anchored air-water tank 1, installed on the horizontal shaft 2 with the paddle wheels at the ends, kinematically associated with the energy Converter, the generator 8 and the compressor 9, mounted in a sealed chamber 7, through a chain transmission 10, the intermediate shaft 11 and a pair of double-row cylindrical magnetized gears 12, interacting with each other through the non-magnetic wall of the chamber 7 through a closed magnetic field. The tank 1 is equipped with air 14 and the intake valves 15. The latter is meant to flooding installed under the ice on the river bottom, and the air valve to supply in the tank of compressed air and the displacement of water when surfacing, install and run it in surface position. The energy converters 8, 9 and the valves 14, 15 have a remote solenoid control from the shore through the common submarine cable linking CSOs shaft 2, have the ability to rotate around their own axes by 180 for each turn of the shaft 2. To do this on their axes 4 fixed bevel gear 5, interacting with half the diameter of the fixed gear 6, concentric with the shaft 2. Diametrically opposite blades 3 arranged in mutually perpendicular planes. 1 Il.

The invention relates to hydropower and is intended to generate an electric current.

The closest known technical solutions is a device for energy conversion, containing associated with the anchor floating body mounted thereon, a horizontal shaft, the ends of which carries a wheel rotating around their own axes with blades mounted on the axis of the wheel bevel gear kinematically associated with the stationary bevel gear attached to the housing concentric with a horizontal shaft, as well as energy converters, kinematically connected with a horizontal shaft.

A disadvantage of the known installation is its short duration and high cost of energy produced by it.

The technical objective of this invention is the provision of installation of installation for the energy of the hydraulic flow, contains the associated anchor the floating body mounted thereon, a horizontal shaft, the ends of which carries a wheel rotating around their own axes with blades mounted on the axis of the wheel bevel gear kinematically associated with the stationary bevel gear attached to the housing concentric with a horizontal shaft, as well as energy converters, kinematically connected with a horizontal shaft provided with a sealed waterproof camera associated with a floating body made in the form of an air-to-water tank, with the ability to dive under water, and energy converters installed in a sealed chamber and is made in the form of generator and compressor, independently associated with the intermediate shaft placed parallel to the horizontal shaft and the associated pair of double row cylindrical magnetized gears, shared made of non-magnetic material of the wall of the sealed chamber, and interacting with each other through a closed magnetic field, and the receiver of the compressor and air tank is equipped with a bypass air valve, and the tank is further provided with banergee performed with electromagnetic remote control, connected to a common cable connecting the generator with consumers, and diametrically spaced blade wheels are located in mutually perpendicular planes and the axis of the blades mounted in vertical planes parallel to the direction of flow, and provided with bevel gears with a diameter twice as large diameter interact with stationary gears, while the upper blade wheels are planes parallel to the thread for installation in surface mode and for operation in a submerged mode perpendicular to the flow.

The drawing shows the proposed installation in a transverse vertical section in surface position.

Installation for the energy of the hydraulic flow contains anchored (not shown) of the floating body 1 mounted therein a horizontal shaft 2 with the paddle wheels at the ends with rotatable around their own axes, the blades 3 mounted on the axle 4 wheel bevel gear 5, which interacts with a stationary bevel gear 6, concentric with a horizontal shaft 2, is attached to the housing 1, the energy converters, kinematically connected with the horizontal shaft 2. Case 1 is sealed by a waterproof camera 7, in which the transducers are mounted energy generator 8 and the compressor 9, separated kinematically connected, for example, chain transmission 10 with the intermediate shaft 11 parallel to a horizontal shaft 2, to which it is linked by a pair of double-row cylindrical magnetized gears 12, interacting with each other through the non-magnetic wall of the chamber 7 through a closed magnetic field.

The receiver 13 of the compressor is installed on the housing (tank) 1 behind the camera 7. Air-to-water tank 1 is equipped with a bypass air valve 14 and is further provided with an intake valve 15. The valves 14, 15 and mechanisms to enable energy converters 8, 9 in the work have a known electromagnetic remote control, connected to the shore through a common submarine cable connecting the generator 8 with the consumer current (cable and remote control not shown).

Diametrically opposite blades 3 of the wheels are located in mutually perpendicular planes, the axis 4 of the blades 3 are arranged in vertical planes parallel to the direction of flow, and provided with a bevel gear 5, the diameter of which is twice the diameter of vzaimodeistvuyuschim installation position parallel to the flow, as for installation in a flooded at the bottom position perpendicular to the flow.

Installation for the energy of the hydraulic flow, anchored at the surface or underwater position, is as follows.

The working blade 3 is placed with its plane perpendicular to the direction of flow, feel more pressure flow than diametrically opposed them blank blade, and rotate with the horizontal shaft 2. The rotation of the latter through a pair of double-row cylindrical magnetized gear 12 through a closed magnetic field is transmitted through the non-magnetic wall of the chamber 7 of the intermediate shaft 11, and from him through a chain transmission 10 to the generator 8. Developed current supplied from the generator 8 to the consumer via submarine cable (not shown). The compressor 9 is driven from the intermediate shaft in the same way, i.e. by means of a chain 10, and works to create a reserve of compressed air in the receiver 13 only when the surface position before entering it on the bottom of the river, which is carried out by opening the intake valve 15 for feeding fresh water into the tank (building) 1. Lifting the unit from the bottom of the river with an open intake valve 15, during which water from the tank 1 is displaced by compressed air overboard. The operation of the valves 14 and 15 when this is done remotely using known devices, connected through a common submarine cable.

INSTALLATION FOR the ENERGY of the HYDRAULIC FLOW containing the associated anchor the floating body mounted thereon, a horizontal shaft, the ends of which carries a wheel rotating around their own axes with blades mounted on the axis of the wheel bevel gear kinematically associated with the stationary bevel gear attached to the housing concentric with a horizontal shaft, and power converters, kinematically connected with the horizontal shaft, characterized in that it is equipped with sealed waterproof camera associated with a floating body made in the form of the intake tank, with the ability to dive under water, and the energy converters installed in a sealed chamber and is made in the form of generator and compressor independently associated with the intermediate shaft placed parallel to the horizontal shaft and the associated pair of double row cylindrical namagnichennostei to each other via a closed magnetic field, while the receivers, compressor and vozduhozabora tank equipped with a bypass air valve, and the tank is further provided with an intake valve, and the air and the intake valves, as well as mechanisms to enable energy converters are made with electromagnetic remote control, connected to a common cable connecting the generator to the consumer, and diametrically spaced blade wheels are located in mutually perpendicular planes and the axis of the blades in vertical planes parallel to the direction of flow, and provided with bevel gears with a diameter twice as large diameter interact with the stationary gear, at the top of the blade wheels are planes parallel to the thread for installation in surface mode and for operation in a submerged mode perpendicular to the flow.

 

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