57results about How to "Realize continuous heating" patented technology

The invention relates to the technical field of biomass fuels, in particular to a composite biomass particle fuel which is prepared from fuel substrates, graphene and coconut shell powder. The fuel substrates are prepared from wheat straws, wood chips, corncobs, peanut shells, rice straws, rice hulls, oil-tea shells and cottonseed hulls. The composite biomass particle fuel has the advantages thatthe fuel is high in combustion efficiency, moderate in combustion speed and long in combustion continuing time, combustion heat can be gently released, heat is continuously supplied and the like. Thefuel is quite suitable for meeting production requirements of finish machining enterprises.

The invention discloses a convection heating Kang, and relates to the technical field of building heating equipment. The Kang comprises a Kang face plate and an outer Kang body; an inner Kang body is arranged in the outer Kang body, so that a sealed air flow channel between the inner Kang body and the outer Kang body is formed; one end, positioned on the bottom of the inner Kang body, of the air flow channel is provided with a fan; one end, positioned on the side of the outer Kang body, of the air flow channel is provided with an air outlet; the inner Kang body is a rectangular cylinder with openings at two ends; outer side and inner side surfaces of the rectangular cylinder are both provided with fins; and one end of the rectangular cylinder is connected with a smoke outlet of a stove and the other end of the rectangular cylinder is connected with a smoke outlet of the Kang. The inner Kang body of the Kang serves as a heat exchanger for hot smoke and air, can improve the overall heat supply capacity of the Kang, effectively solves the problem that a common Kang has insufficient capacity of heating indoor air, and ensures that the Kang meets sleeping comfort and meets the comfort requirement of all-day indoor thermal environment in winter simultaneously.

The invention discloses a liquid heating device which comprises a power source and a heating mechanism connected with the power source, wherein the heating mechanism comprises a stator, a rotor, a liquid inlet and a liquid outlet; two ends of the stator are respectively connected with a left end cover and a right end cover; the rotor is connected with the power source, and the outer edge of the cross section of the rotor is of a tooth-shaped structure, and the rotor is connected with the stator in a seal mode so as to form a heating cavity; and the liquid inlet and the liquid outlet are both communicated with the heating cavity. When the device operates, the power source drives the rotor to rotate, while the liquid to be heated flows into the heating cavity from into the liquid inlet; and because the outer edge of the cross section of the rotor is of the tooth-shaped structure, a liquid to be heated forms eddy under the stirring of the rotor, molecules in the liquid are promoted to move dramatically, the inner energy of the liquid is increased, and further the aim for heating the liquid is achieved. The liquid heating device provided by the invention implements the continuous heating of the liquid, thus the heating efficiency of the liquid is improved.

The invention provides an electromagnetic heating electric cooker. The electromagnetic heating electric cooker comprises a control circuit board, an electromagnetic heating spool and an inner container, the control circuit board comprises a driving circuit and a control MCU which are connected with the electromagnetic heating spool, a driving power source module is used for providing at least twodriving voltages with different voltage values for a control module, the driving voltages are used for supplying power to the control module to work, and it can be achieved that the control module drives a power switch pipe with a low voltage to work in a connected state and drives the power switch pipe with a high voltage to work in a saturated connected state; during small power heating starting, the power switch pipe is controlled in an amplified connected state, shock of a current to the power switch pipe can be reduced, working noise is lowered, the intermittent time during small power heating can be shortened, continuous heating is achieved, so that temperature is kept within a certain range, and the mouthfeel of rice is improved. The invention further provides a cooking method of the electromagnetic heating electric cooker.

The invention provides a micro-channel heat exchanger and a heat pump system. The micro-channel heat exchanger comprises a first collecting pipe (1), a second collecting pipe (2), rotary connecting assemblies and a flat pipe (3), the first end of the flat pipe (3) communicates with the first collecting pipe (1), the second end of the flat pipe (3) communicates with the second collecting pipe (2),and the first end of the flat pipe (3) can be rotatably connected with the first collecting pipe (1) through the rotary connecting assembly; and the second end of the flat pipe (3) can be rotatably connected with the second collecting pipe (2) through the rotary connecting assembly. According to the micro-channel heat exchanger, a water bridge between the flat pipe and fins can be damaged, condensate water can be rapidly discharged, the circulation rate of air is increased, and the heat exchange efficiency is improved.

The invention relates to an air source heat pump unit capable of realizing continuous heat supply. The air source heat pump unit comprises a compressor unit, an indoor water heat exchange unit, a quasi-second-stage compression unit, an outdoor air heat exchange unit and a defrosting branch unit. According to the air source heat pump unit disclosed by the invention, the new technical scheme of quasi-second-stage compression, water-side double-stage heat exchange, and multi-branch heat taking and alternating defrosting, of an air source heat pump under the working condition of low environment temperature is adopted, firstly, a compressor is additionally provided with an air supplementing port, and a middle plate heat exchanger is additionally arranged in a system, so as to form heat pump circulation with the quasi-second-stage compression; secondly, double-stage heat exchange is adopted for the indoor water heat exchange unit, and two stages of heat exchangers are arranged, so as to furthest increase the temperature of circulating water, and the temperatures of supply and return water; and finally, an outdoor air heat exchanger of the air source heat pump is configured to be at leasttwo branched heat taking and defrosting systems capable of independently running, and defrosting operation is carried out on a fluorine-air heat exchange mechanism in each branch in an alternating manner one by one, so that alternating accurate defrosting and continuous heat supply are realized.

The invention provides an air conditioning system with a defrosting device and a control method thereof, and relates to the technical field of air conditioners. The air conditioner solves the technical problem that an existing air source heat pump air conditioning system indoor unit does not generate heat in a defrosting mode. The air conditioning system comprises an indoor unit and an outdoor unit, wherein the outdoor unit comprises a dehumidification heating heat exchanger, the dehumidification heating heat exchanger is located in a defrosting branch, and the defrosting branch is connected with a heating main loop in parallel; and the dehumidification heating heat exchanger is located on an air circulation path between an outdoor fan and an outdoor unit heat exchanger. A part of high-temperature and high-pressure refrigerants led out of the heating main loop enters the dehumidifying heating heat exchanger in the defrosting branch to carry out dehumidification and heating on air before entering the outdoor unit heat exchanger, so that the possibility of frosting of the outdoor unit heat exchanger is greatly reduced, continuous heating is realized, and the user experience in winterheating operation is improved.

The invention relates to a solar-powered efficient moisture absorption-thermochemical reaction heat pump system. The solar-powered efficient moisture absorption-thermochemical reaction heat pump system comprises a solar heat collector (1), a hot water tank (7), an absorption-thermochemistry heat pump set (37), an evaporator (55), a heat supply tank (61) and a heating pipe (65). The absorption-thermochemistry heat pump set comprises a left absorption bed (30), a left condenser (32), a left evaporator (35), a right absorption bed (31), a right condenser (34) and a right evaporator (36). A circulation process comprises the steps of absorption of moisture absorption salt, crystalalization of the moisture absorption salt and a thermochemical reaction. Compared with the prior art, the solar-powered efficient moisture absorption-thermochemical reaction heat pump system can realize continuous heat supply and built-in type energy storage, heat supply is conducted only when needed, and built-in type energy storage and heat supply can be realized without additionally arranging an external auxiliary energy storage device; in the energy storage process, the working medium salt and refrigerant are mutually isolated, and loss is barely caused.

The invention discloses a defrosting group control method for a direct-cooling type deep-enthalpy heat removal air return heat pump system. The defrosting group control method comprises the followingsteps that a heat removal valve F<heat removal> on a heat removal heat exchanger is closed, and heat removal is stopped; a defrosting valve F<defrosting> on a defrosting heating pipe is opened, aftera period of set time defrosting is conducted, the defrosting valve F<defrosting> is closed, and defrosting is stopped; the air return pressure difference value between an air inlet end and an air outlet end of an air return heat removal box is measured and calculated; and when the air return pressure difference value is greater than a set value, a spraying valve F<spraying> is opened, the outer surface of the heat removal heat exchanger is cleaned, otherwise, the heat removal valve F<heat removal> is opened for heat removal. The defrosting group control method for the direct-cooling type deep-enthalpy heat removal air return heat pump system can smoothly remove frost on the surface of the air return heat removal box.

The invention provides an itinerant recovery system and method for sensible heat of discharged liquid calcium carbide. The system comprises a calcium carbide furnace, a launder and a calcium carbide pot; and one end of the launder is connected with a liquid outlet of the calcium carbide furnace, and the other end of the launder extends to the position above the calcium carbide pot. A fan housing is arranged over the calcium carbide pot; the upper end of the fan housing is connected with an inlet of an air hose; an outlet of the air hose is connected with heat using equipment; and the heat using equipment is connected with a draft fan. The air hose is provided with a recovery valve. According to the itinerant recovery system and method for the sensible heat of the discharged liquid calcium carbide, heat exchange is conducted with the flowing calcium carbide through induced air, heat of liquid calcium carbide flow is absorbed, and other substances are heated through the induced air with the temperature raised. By means of the system and method, the sensible heat, with the temperature being 1000 DEG C or above, of the calcium carbide can be recovered without changing the existing production process, or increasing the number of calcium carbide pots, or increasing the plant area or increasing production equipment or devices, and the recovered heat accounts for approximately 50% of the whole sensible heat of the calcium carbide, so that significant energy conservation and emission reduction are achieved. Compared with natural cooling, by means of system and method, cooling time of the calcium carbide is greatly shortened, and calcium carbide production efficiency is improved.

The invention belongs to the technical field of air conditioners, and discloses a fluid compensation type air conditioning system, a control method, computer equipment and a terminal. Under a heating mode, a high-temperature refrigerant discharged from a compressor enters an evaporator to exchange heat, and flows into a flow distributor through a throttling device; at an initial moment, a B-direction channel of the flow distributor is closed, so that all refrigerant flows out from a C-direction channel, enters from the lower end of a micro-channel heat exchanger to reversely circulate in an S-shaped mode, and flows out from the upper end of the heat exchanger; a pressure measuring meter and a temperature measuring meter are arranged at the outlet to detect pressure and temperature at the outlet every 30s; and a saturated temperature value Tpn is calculated according to a measured saturated pressure value Pn, and a test value Tn is compared with the calculated value Tpn. Heating performance under the heating mode of the micro-channel heat exchanger can be improved, so that the problem that a micro-channel is liable to frost is solved, continuous heating is realized, heating comfort is improved, and a frosting condition of the air conditioner is effectively improved.

The invention discloses a phase change vacuum electric heating furnace which comprises a furnace body, a liquid injection tube, a first exhaust tube, a second exhaust tube, a liquid guide tube, an expansion water tank, a heating coil, an electric heater, a pressure sensor, a first liquid level sensor, a second liquid level sensor and a controller; the expansion water tank has the action of overflowing excess water and also supplies micro-positive pressure for the interior of the furnace body to ensure the quantity of non-condensable gas to be zero; a liquid level control valve controls a liquid level in the furnace body; a gas release valve exhausts the non-condensable gas; a liquid injection valve injects water into the furnace body; the electric heater heats liquid at the lower part in the heating furnace body to enable the liquid to evaporate; evaporated liquid condenses into liquid to fall back into the liquid at the lower part in the heating furnace body again after heating the heating coil at the upper part in the furnace body; and the controller is connected with the electric heater, the pressure sensor, the first liquid level sensor, the second liquid level sensor, the liquid injection valve, the gas release valve and the liquid level control valve and controls the electric heater, the pressure sensor, the first liquid level sensor, the second liquid level sensor, the liquid injection valve, the gas release valve and the liquid level control valve to act. The phase change vacuum electric heating furnace is simple and reliable in structure, liable to operate, convenient to maintain, long in service life, high in efficiency and wide in application range.

The invention discloses a straw bundling semi-gasification combustion boiler mainly comprising semi-gasification combustion chambers, a gas mixing device and a heat source combustor; the semi-gasification combustion chambers are double combustion chambers, and vent holes are respectively formed in the bottom and middle of the semi-gasification combustion chambers; the gas mixing device is of a sleeve-shaped structure and is provided with a smoke channel at the outer ring and an air channel at the inner ring; the heat source combustor comprises a feeding device and a porous slot-type fire grate, and a cavity at the upper part of the porous slot-type fire grate is a fire bed; an inlet is formed at the rear end of the gas mixing device, the smoke channel at the outer ring communicates with a smoke vent of the semi-gasification combustion chambers, and the air channel at the inner ring is connected with a draught fan; and the front end of the gas mixing device is a smoke and air mixing end corresponding to the position of the fire bed located on the heat source combustor. The structure is an innovation in the field of direct straw bundling gasification combustion, is clean, environmental-friendly, sufficient in combustion, high in heat utilization efficiency, capable of realizing standardized discharge and low in cost and is a breakthrough in the field of boiler heating for village and township enterprises and public institutions.

The invention discloses an air-conditioning system and a control method thereof. The air-conditioning system comprises a compressor, a four-way valve, an evaporator, a condenser and a first throttlingdevice. The compressor, the condenser, the first throttling device and the evaporator form a first loop through the four-way valve; the compressor, a defrosting heat exchanger, a second throttling device and an auxiliary heat exchanger form a second loop through a fluid control valve; and the defrosting heat exchanger can transmit own heat to the condenser in a heat conduction mode, and defrosting of the condenser is achieved. A relatively independent defrosting system is adopted, an existing machine only needs to be changed slightly, the frosting probability of the condenser can be lowered,defrosting can be achieved even though frosting occurs, and thus an indoor unit can perform continuous heating and does not stop.

The invention relates to a power choking coil, which comprises an annular magnetizer and a coil winding encircled on the annular magnetizer, wherein the outer surface of the annular magnetizer (1) is coated with an insulating layer. The power choking coil is characterized in that the coil winding is formed by twisting more than three strands of enamelled wires. An electromagnetic induction heater provided by the invention comprises a coil panel and a resonance capacitance in parallel, and is characterized in that the power choking coil is serially connected between the coil panel and the resonance capacitance, and switching devices are respectively connected onto the two ends of the power choking coil. Compared with the prior art, the invention has the following beneficial effects that: since the electromagnetic induction heater is additionally provided with the power choking coil on the front end of the coil panel, when low-power heating is required, the power chocking coil is connected into the circuit through the switching devices, the existing resonance state is changed, zero-voltage switch of an IGBT (Insulated Gate Bipolar Transistor) is realized, the heat loss of the IGBT is small, and the system is safe, therefore, not only is the low-power continuous heating realized, but also the heating effect of the electromagnetic induction heater is better.