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INVENTION
Russian Federation Patent RU2161289
HEAT with non-heating method
Name of the inventor: Kotelnikov Valery
The name of the patentee: Kotelnikov Valery
Address for correspondence: 117279, Moscow, Maclay ul.Mikluho-55A, ZAO "FIRMA" PATENT SERVICES CENTER "Harchenko EA
Starting date of the patent: 2000.06.15
The invention is intended to heat the coolant without the use of electric, flames and other heaters and can be used for heating of objects in a variety of industries. The heat source comprises a pump, the suction and discharge pipes which are connected to the pipeline placed in it a heat exchanger and connected to the suction nozzle jet apparatus with a nozzle connecting to the discharge port. The nozzle includes a jet apparatus is installed tangentially and at an angle to the vertical for adjusting the tilt angle that provides heating control efficiency.
DESCRIPTION OF THE INVENTION
The invention relates to heat engineering, in particular for heating installations, working on the principle of heating without the use of electric, flames and other heaters, and can be used for heating of objects in a variety of industries.
Known heat generator comprising a pump, the suction and discharge pipes which are connected with a conduit placed therein and a heat exchanger connected to the suction nozzle with the nozzle jet apparatus connected to the discharge port [1].
The disadvantage of this device is the lack of efficiency of the heating and failure of regulation.
The invention aims to increase heating efficiency and to allow adjusting the degree of heating.
This object is achieved in that the heat source comprising a pump suction and discharge nozzles are connected by pipeline to accommodate the heat exchanger and connected to the suction nozzle jet apparatus with a nozzle connected to the pressure port, the nozzle part of the ink-jet unit tangentially, and is inclined to the vertical, and angle can vary.
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FIG. 1 shows the general scheme of the heat generator, FIG. 2 - A view of FIG. 1.
The heat generator comprises a pump 1, two suction and discharge pipes 3 which are connected to conduit 4. The conduit 4, a heat exchanger 5 and 6 jet apparatus is coupled to the suction pipe 2 of the pump 1. In the inkjet apparatus 6 enters the nozzle 7, which is connected with the discharge port 3, pump 1 .
The nozzle 7 includes a jet apparatus 6 is set tangentially and at an angle 
with the possibility of regulation.
HEAT WORKS AS FOLLOWS
The pump 1 through the discharge nozzle 3 supplies coolant (eg, water) to the pipe 4 and the nozzle 7. After passing the heat exchanger 5, the flow of coolant fills jet apparatus 6 and via a suction nozzle 2 is directed back to the pump 1. The heating is carried out at the expense of acceleration of coolant which is in jet apparatus 6, the coolant jet exiting the nozzle 7. in this case, due to the tangential location of the nozzle 7 and the centrifugal effect arising performed constant acceleration of particles in the coolant jet device, not only linear, but also centripetal and not only accelerated particles entrained jet but particle "hovering" in the space of the device 6. All this increases the efficiency of heating the coolant.
Thanks to the installation of the nozzle at an angle, and this angle possible reinstallation heating efficiency either increases or decreases depending on customer requirements.
Tilting is performed, for example, reconfiguring the knee with the nozzle 7.
INFORMATION SOURCES
1. Author's certificate USSR N 1703924, F 24 H 3/02, publ. 7.1.92.
CLAIM
Heat generator comprising a pump, the suction and discharge pipes which are connected by pipeline with placed in it a heat exchanger and connected to the suction nozzle jet apparatus nozzle connecting to the discharge port, wherein the nozzle includes a jet device tangentially and set at an angle to the vertical, with the possibility of the tilt angle.
print version
Publication date 07.12.2006gg
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