9results about "Hot-air central heating" patented technology

The utility model relates to the technical field of heating equipment, and provides a heating device. The heating device comprises a box body, an air blowing component and a heat exchange assembly. Wherein a cavity is formed in the box body, an air outlet is formed in one end of the box body, an air inlet is formed in the other end of the box body, and the air outlet and the air inlet are both communicated with the cavity; the air blowing component is arranged in the cavity and used for forming air flow in the cavity, and the air flow flows from the air inlet to the air outlet; the heat exchange assembly is arranged in the box body and used for conveying heat in the warm air into the cavity. A first cover body is arranged at the air outlet and is used for blocking the air outlet; the air inlet is provided with a second cover body which is used for blocking the air inlet. According to the utility model, the defect that the heating equipment for directionally controlling the warm air in the prior art cannot utilize heat in the warm air is overcome, and the heating equipment which can utilize the heat in the warm air and can directionally and centrally control the flow direction of the warm air is realized.

A hybrid heating system for controlling heat and comfort of a building is disclosed with both heat pump and furnace heating. Upstream temperature and humidity sensors measure conditions for an intake, and downstream temperature and humidity sensors measure conditions for an outlet of the hybrid heating system. A control unit receives readings from the upstream and downstream temperature and humidity sensors to control operation of the heat pump and the furnace. The control unit determines that the downstream humidity sensor is reading outside of a desired humidity downstream and modulates heating operation of the heat pump and / or the furnace to achieve the desired humidity downstream for the desired temperature downstream.

A flame imitation manufacturing device of a fireplace relates to a flame imitation manufacturing device for simulating the burning state in a fireplace in the field of household appliances. Said device comprises a housing, a cross flow fan and a light source mounted on a base plate of the housing, a simulated fire chamber mounted on a back plate of the housing, ribbons mounted on the back plate of the housing by means of upper and lower strip bars and above the cross flow fan, and a light-transmitting glass plate mounted on the housing and in front of said ribbons. This invention, characterized in that said cross flow fan is a swinging one, is advantageous in that supplying wind non-directively by utilizing the swinging of said fan improves the flying state of ribbons so as to make the image state of burning flames more vivid, greatly enhances the authenticity of flames and lowers the cost thereof, and thus is adaptable to various flame imitation electrical-heated fireplaces and electrical appliances.

An infrared heating system comprising: an infrared heater, a temperature sensor unit comprising a radiant heat sensor and an air temperature sensor; a controller arranged to: receive a target temperature; receive temperature sensor data from the temperature sensor unit; and provide an output signal to the heater based on the temperature sensor data and the target temperature.

To solve the problem that a conventional heat exchanger system such as a furnace typically depends on a hydrocarbon material as combustible fuel for producing desired heat energy, hydrocarbon fuel is typically expensive, and combustion of the hydrocarbon fuel generates carbon dioxide harmful to the environment.SOLUTION: There is provided a system for producing heat energy comprising: an electrolyzer for effecting electrolysis of water to produce an electrolysis product material including gaseous molecular hydrogen, and a furnace, fluidly coupled to the electrolyzer for receiving the gaseous molecular hydrogen of at least the electrolysis product material, and configured for combusting the received gaseous molecular hydrogen.SELECTED DRAWING: Figure 1

A heating system 10 comprising: a heat exchanger 20; an air intake 30 for transporting air to the heat exchanger, the air intake comprising a fan 32; a first exhaust 40, comprising an exhaust valve 42

The present invention relates to an air supply device (65) for a room heater (1) comprising an air inlet duct (70) configured to open outside the room, the air inlet duct comprising a radial wall (75) defining an inlet volume (80), and an axial wall (85) extending between the radial wall and closing the inlet volume, and a direct air duct (95) configured to supply air to a fireplace, the direct air duct passing through the axial wall and opening into the air inlet duct. The axial wall has at least one opening (90) configured to supply air to the room. A damper (105) is mounted around the direct air duct and is movable between a closed position, in which the damper closes at least one opening, and an open position, in which air can flow through at least one opening.

The present application relates to the technical field of mine ventilation air methane utilization, and particularly relates to a mine ventilation air methane comprehensive treatment system and method based on coal-electricity integration, which realizes effective recovery and utilization of mine ventilation air methane waste heat by setting a ventilation air methane air heat exchanger to exchange heat between mine ventilation air methane and cold air in a plant area in winter, and conveying the heated air to a plant area living area ventilation or heating system. The technical scheme of the present application is that mine ventilation air methane is treated by heat exchange and condensation and then enters a boiler system for methane oxidation; water vapor in the ventilation air methane is condensed and collected by heat exchange and cooling, so as to reduce the water content of the ventilation air methane, and then the treated ventilation air methane is sent to a power station boiler secondary air system, so that trace methane in the ventilation air methane is oxidized into carbon dioxide under high-temperature conditions in the boiler furnace, so as to reduce the greenhouse effect of the mine ventilation air methane and improve the boiler combustion efficiency. The present application solves the problems of resource utilization and greenhouse gas emission reduction of mine ventilation air methane in the prior art.

Provided is an air conditioning system. The air conditioning system includes a heat pump provided to heat or cool a circulating refrigerant, an air heating device provided to burn a fuel so as to heat circulating water so that air is heated by the heated water, and an intermediate heat exchanger provided to exchange heat between the refrigerant and the water.