38results about How to "Improve heat conversion rate" patented technology

The invention discloses a gas-driven air source heat pump heat supply unit for a central heating system. The gas-driven air source heat pump heat supply unit for the central heating system comprises an internal combustion engine. The internal combustion engine, a compressor, a condenser and a flue gas waste heat recoverer are connected in sequence, so that a gas-heating hot water system is formed. The condenser is further connected with a first evaporator which is connected back to the compressor, so that an air source heat pump refrigerant system is formed. The flue gas waste heat recoverer is arranged on a flue gas pipeline of the internal combustion engine. A water outlet pipeline of the flue gas waste heat recoverer is connected with a water supply pipeline of a heat supply system, and the heat supply system supplies circulating high-temperature water to users. The internal combustion engine is adopted to drive a heat pump to pump heat in air, then waste heat continues to be applied to the heat supply system, the integral heat energy conversion rate can be 200%, and the heat energy conversion rate is high. The outlet water temperature of the condenser can be 60 DEG C or over by increasing the condensation pressure, water discharged out of the condenser further absorbs flue gas heat through the flue gas waste heat recoverer arranged on the exhaust pipeline of the internal combustion engine, and the water supply temperature can be up to 85 DEG C.

The invention discloses a novel internal combustion engine, comprising mineral-free water heating device, crank-driven high pressure pump and in-combustion chamber nozzle on the engine body, where the heating device, high pressure pump and nozzle are connected in series. And the invention can raise heat conversion of the engine and reduce energy source consumption by the engine.

The invention discloses a method for calculating the moisture of raw coals in a medium-speed coal mill online. The method comprises the steps of calculating the moisture of pulverized coals, calculating sealing air flow, calculating a pebble coal amount, calculating a heat preservation coefficient of the medium-speed coal mill, calculating heat released by primary hot air, calculating heat absorbed by the raw coals and sealing air, calculating heat taken away by pebble coals, plugging each data into a heat balance equation, setting a contrast test and verifying the moisture of the raw coals, and replacing a coal type and repeating the contrast test until a stable parameter value is obtained. The invention discloses the method for calculating moisture of the raw coals in the medium-speed coal mill online. A ground product of the medium-speed coal mill is sampled and tested, the moisture of the raw coals is calculated through a heat balance equation, multiple sets of contrast test verification are set, a calculation error of the raw coal moisture is reduced, the accurate judgment on the coal type is facilitated to reasonably control the outlet temperature of the coal mill, boiler operation parameters are adjusted to optimal values, and therefore the heat energy conversion rate of the raw coals is improved.

The invention relates to a generator or engine of heating pump, comprising condenser, condensing water tank, heating pump machine or heating pump unit and oil separation device. The steam turbine is connected with the condenser by pipes. The condenser is connected with the heating pump machine or heating pump unit by pipes. The heating pump machine or heating pump unit is connected with the steam turbine by pipes. Cool medium is injected in the pipe. The oil separation device is connected with the heating pump machine or heating pump unit and the steam turbine by pipes. The condenser is connected with the heating pump machine or heating pump unit by pipes. Because of adopting the structure, when it is used cool medium with high temperature and high pressure drives generator or engine by the steam turbine. Cool medium enters into the condenser. Heat energy from condenser makes the temperature of water in condensing water tank rise so as to produce hot water. In working process of heating pump machine or heating pump unit. Heat energy in air is absorbed and cool air is generated. So not only conversion rate of heat energy is high but also hot water and cool air can be generated and exhaust gas and dust can not be generated.

The invention discloses an internal combustion engine tail gas utilization heat energy power system based on multistage pressurization condensation. The system comprises a gasifying device, a turbine, a condensing device and a one-way hydraulic pump for realizing circular communication through circulating pipes in sequence; circulating working mediums are filled in the circulating pipes; a heat collecting device is mounted at the external of the gasifying device, and is communicated with an internal combustion engine tail gas pipe; the condensing device includes a condensing pipe, a cooling fan and multiple pressurization mechanisms; the cooling fan is mounted above or below the condensing pipe; and the pressurization mechanisms are uniformly distributed at the middle part of the condensing pipe stage by stage. The internal combustion engine tail gas utilization heat energy power system based on multistage pressurization condensation has the advantages of quicker condensing speed, capability of reducing the condensation energy discharge and improving the heat energy conversion efficiency, stable operation and power adjustability.

The invention belongs to the technical field of floors and discloses a preparation method and a paving process of a novel thermal floor. The novel thermal floor is composed of, sequentially from top to bottom, a UV (ultraviolet) curing layer, a wearing layer, a pattern layer, floor base materials, a bottom wire layer, a reflecting layer and a sound insulating layer, wherein the surface of the bottom wire layer is uniformly provided with a plurality of grooves filled with soft materials. The novel thermal floor is good in surface wearing resistance, impact resistance, waterproofness, cracking resistance, pollution and corrosion resistance, fire resistance and the like, and meanwhile achieves good thermal insulation to meet the demands of practical application.

This application embodiment provides a composite material floor heating plate. The composite material floor heating plate comprises a heat insulation layer, a heating system and a floor decoration layer which are sequentially arranged from bottom to top, wherein the heating system comprises a heating layer and a heat dissipation layer arranged above the heating layer; the heating layer is a carbonfiber heating film; the heat dissipation layer is basalt fiber cloth; and the floor decoration layer is made of a basalt fiber composite material. According to the composite material floor heating plate, the heat insulation layer, the heating system and the floor decoration layer are integrated into the composite material floor heating plate, basalt rock wool is adopted for heat preservation, andheat energy is prevented from being dissipated outwards; the carbon fiber heating film is adopted for heating, and the basalt fiber cloth and the basalt composite material are adopted for dissipatingheat energy into a room; and through a whole set of synergistic effect, the heat energy conversion rate of the composite material floor heating plate is high, and then the utilization rate of the heat energy is greatly increased.

The invention discloses a solar thermal energy power system based on pressurization condensation. The solar thermal energy power system comprises a heat collecting device, a gasification device, a turbine, a condensing device and a unidirectional hydraulic pump which are in circulation communication through a circulation pipe. A circulating working medium is contained in the circulation pipe. The heat collecting device and the gasification device are installed in a solar snoot, and the condensing device is installed outside the solar snoot and comprises a condensing pipe, a cooling fan and a pressurization mechanism. The pressurization mechanism is installed at the middle end of the condensing device. The pressurization mechanism comprises a pressurization turbine and a turbine pressure regulator, and the turbine pressure regulator controls and is connected with the pressurization turbine. The solar thermal energy power system based on pressurization condensation has quick condensation efficiency, can reduce condensation energy discharge, improve thermal energy conversion efficiency and run stably, and is adjustable in power.

An electric heating film curing prefabricated component die comprises a concrete prefabricated component forming template, an electric heating film and a heat preservation layer. The concrete prefabricated component forming template comprises a panel making direct contact with the concrete surface. The electric heating film is attached to the outer side of the panel. The outer side of the electricheating film is provided with the heat preservation layer. After concrete is poured in the die and formed, temperature rise can be directly conducted on the surface of the die, operation is simple, construction is convenient, the heat energy conversion rate is high, the curing speed is high, the die circulation efficiency is high, and the electric heating film curing prefabricated component die can be used for manufacturing prefabricated components in any site.

A concentrating solar cell device disclosed by the present invention comprises a device body, solar panel bearing tables, a pressing table and an electric telescopic rod, the top end of the device body is hinged with four groups of solar panel bearing tables, and the top end of each solar panel bearing table is fixedly provided with three-edged refraction strips at equal intervals; an electric telescopic rod is installed at the center position in the device body, a bearing platform is fixed to the top end of the electric telescopic rod, a moving tray moving up and down is concentrically fixed to the top end of each bearing platform, a connecting short column is welded to the center position of the top end of each moving tray, and a pressing table is installed at the top end of each connecting short column. And an extrusion cavity for preventing the solar panel bearing table is arranged between the pressing tables and the movable trays. The novel structural design is adopted, the condensation effect is enhanced, the heat energy conversion rate is increased, the practicability of the device is enhanced, the stable clamping function is achieved when the device is used, and therefore the stability of the device is enhanced when the device is used.