CN2341056Y

CN2341056Y - Heating device with thermoelectric reactor

Info

Publication number: CN2341056Y
Application number: CN 98238064
Authority: CN
Inventors: 王林清
Original assignee: Individual
Current assignee: Individual
Priority date: 1998-06-24
Filing date: 1998-06-24
Publication date: 1999-09-29
Anticipated expiration: 2008-06-24

Abstract

The utility model relates to a thermoelectric reaction type heating device in people's daily life, which is composed of a thermoelectric reactor, a temperature controller and a closed type heating device. Both ends of two heaters are respectively connected with each other through circular pipes, movable joints, elbows and tees; then the two heaters are connected with another heater. The left end of the two heaters is connected with an expansion tank and a safety valve, and the lower section of the two heaters is connected with an outer sleeve through nuts; an insulator and a screw rod are arranged outside an electrode; a contact point is fixed on the right end pipe of the outer sleeve; the temperature controller is arranged on the outer end pipe of the outer sleeve. The device has the advantages of scientific design, reliable performance, low cost, less power consumption, high efficiency, few pollution and large heating area.

Description

Thermoelectric reaction equation heating device

The utility model relates to a kind of thermoelectric reactor type heating plant of winter heating in people's daily life.

The northern area winter heating is that people both had been concerned about scientific research task anxious to be solved again always at present.For many years, continuous development along with science and technology, the heating system device is varied, as leaning on steam power plant's central heating, one or many boiler rooms building constructions of supply or many building constructions, electric heating device, fuel oil type heating device are also arranged, but these heating system devices all exist shortcoming miscellaneous, so that effect is not very good, very big as the central heating one-time investment, very high to user's charge, and cause the severe environmental pollution, moreover customer volume is very big, not thermal phenomenon in various degree also can occur, causes many contradictions.Heat supply is supplied with reasons such as area of dissipation is big, temperature deficiency and is not adopted by people also because of power consumption is bigger separately.Therefore develop a kind of novel thermoelectric reaction equation heating device is new problem anxious to be solved both at home and abroad always.

The purpose of this utility model be exactly conceive in order to provide a kind of that science novelty, product design exquisiteness, capability and performance are reliable, apparatus cost is lower, the energy carrier consumption is few, power consumption is less, the thermal efficiency is higher, reduce environmental pollution, thermoelectric reaction equation heating device that heating area is bigger.

The purpose of this utility model is achieved in that whole device is by thermoelectric reactor, attemperating unit and enclosed heating installation three parts are formed, manage with the garden respectively at two ends, two heating device left and right sides, movable joint, elbow, threeway connects, the effective elbow in right-hand member garden after will connecting again, movable joint is connected with another heating device right-hand member, left end garden pipe after the connection of two heating devices connects threeway and top connection expansion tank, safety valve, the bottom is connected with the outer sleeve of thermoelectric anti-device with nut, the left end of another heating device is connected with the outer sleeve right-hand member pipe of thermoelectric reactor with nut, electrode outside dress insulator and screw rod, pack into from outer sleeve bottom and fixing, the contact is fixed on the right-hand member pipe of outer sleeve, and attemperating unit is installed on the outer end pipe of thermoelectric reactor jacket tube.Main points of the present utility model are its structural shape and operation principle.Its operation principle and using method are, the heating process of the heat carrier in the thermoelectric reactor produces by its ionization, the molecule that is heat carrier is to cation and cation parallel off, cation and anion are just correspondingly to negative electrode with positive electrode moves and produce power simultaneously, just the heating process of heat carrier is directly carried out, there be not " intermediary " as thermoelectric heater, the ionisation chamber that produces this process is very little, so can play split the heat hot carrier, thermoelectric reactor is again a circulating pump simultaneously, from the outlet ejection, its lift can reach 20 meters to heat carrier after heating.The required temperature of temperature and room of the given adjusting fin of automatic switch energy of attemperating unit, and can keep this temperature round the clock.Hydraulic fluid is made up of distilled water and additive, can adjust its power and the thermal efficiency.Using method is to inject distilled water and additive rear enclosed from safety valve, through the heat carrier heating and by the outside distribute heat of heating device.

Concrete structure of the present utility model is provided by following examples and accompanying drawing thereof.

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is that thermoelectric reactor section of the present utility model is divided local enlarged drawing.

With reference to accompanying drawing, whole device is by thermoelectric reactor, attemperating unit and enclosed heating installation three parts are formed, two ends, two heating device 1 left and right sides are respectively with garden pipe 7, movable joint 2, elbow 3, threeway 6 connects, right-hand member garden pipe 7 usefulness elbows 3 after will connecting again, movable joint 2 is connected with another heating device 1 right-hand member, left end garden pipe 7 after the connection of two heating devices 1 connects threeway 6 and top connection expansion tank 5, safety valve 4, the bottom is connected with the outer sleeve 10 of thermoelectric reactor with nut 9, the left end of another heating device 1 is connected with the right-hand member pipe of the outer sleeve 10 of thermoelectric reactor with nut 9, electrode 11 outside dress insulator 12 and screw rods 13, pack into from outer sleeve 10 bottoms and fixing, contact 14 is fixed on the right-hand member pipe of outer sleeve 10, and attemperating unit 8 is installed on the outer end pipe of thermoelectric reactor jacket tube 10.

Thermoelectric reaction equation heat collector compared with prior art, have design science, design exquisiteness, dependable performance, Cost is low, the energy carrier consumption is few, little power consumption, efficient height, reduce and the advantage such as pollute, heating area is big, will Be widely used in the daily life.

Claims

1, a kind of thermoelectric reaction equation heating device, whole device is by thermoelectric reactor, attemperating unit and enclosed heating installation three parts are formed, it is characterized in that: manage with the garden respectively at two ends, two heating device left and right sides, movable joint, elbow, threeway connects, the effective elbow in right-hand member garden after will connecting again, movable joint is connected with another heating device right-hand member, left end garden pipe after the connection of two heating devices connects threeway and top connection expansion tank, safety valve, the bottom is connected with the outer sleeve of thermoelectric anti-device with nut, the left end of another heating device is connected with the right-hand member pipe of the outer sleeve of thermoelectric reactor with nut, electrode outside dress insulator and screw rod, pack into from outer sleeve bottom and fixing, the contact is fixed on the right-hand member pipe of outer sleeve, and attemperating unit is installed on the outer end pipe of thermoelectric reactor jacket tube.