30results about How to "Increase heat transfer power" patented technology

The invention provides a heat exchange device. The heat exchange device is used for exchanging heat with a battery and comprises a first flat plate and a second flat plate, wherein the second flat plate is connected to the first flat plate in a butt joint mode; the second flat plate comprises a concave part so as to form a cavity with the first flat plate and further comprises a plurality of firstfinger-shaped partitions extending from a first side end to a second side end and a plurality of second finger-shaped partitions extending from the second side end to the first side end; the multiplefirst finger-shaped partitions and the second finger-shaped partitions are arranged in a staggered mode so as to enable the cavity to form a circuitous flow channel; and turbulent flow pits which aresunken towards the outside of the flow channel are arranged on the flow channel.

The invention discloses a phase change energy storage device and system. The phase change energy storage device comprises a shell, an inner container, a plurality of phase-change energy storage elements, a circulating medium inlet, a circulating medium outlet and circulation medium, wherein an inner container used for containing the phase-change energy storage elements is arranged in the shell, acirculating medium inlet and a circulating medium outlet are formed in the side surface of the inner container, the circulating medium is filled in the inner container, and the phase-change energy storage elements comprises a phase-change material and a plastic package body used for containing the phase-change material. The phase-change energy storage device solves the problem of leakage of the phase-change material from the phase-change energy storage elements, so that the energy is rapidly stored and released, the heat exchange power is large, is safe and reliable, and can continuously and stably output energy.

The invention discloses an engine exhaust cooler which comprises a shell (1), wherein the shell (1) is internally provided with a fume runner and a coolant runner which intersect with each other; the fume runner comprises guide plates (10); the coolant runner comprises finned tubes (3); the guide plates (10) are internally provided with the finned tubes (3); the finned tubes (3) and the guide plates (10) are correspondingly arranged so as to achieve an optimal cooling effect.

The invention relates to the technical field of corrosive aluminum foil processing, in particular to a corrosion device for improving the corrosion performance of a corrosive aluminum foil. The corrosion device for improving the corrosion performance of the corrosive aluminum foil comprises a corrosion tank and the aluminum foil, wherein hydrogen collecting belts are arranged on the inner side and the outer side of the aluminum foil respectively, and metal palladium wires or metal platinum wires are arranged on the hydrogen collecting belts respectively. For the corrosion device disclosed by the invention, hydrogen on the surface of the aluminum foil and in corrosion holes is taken away through the adsorption effect of the metal palladium wires or the metal platinum wires on the hydrogen, and then the metal palladium wires or the metal platinum wires are heated to a certain degree, so that the hydrogen is separated from the metal palladium wires or the metal platinum wires and then is recycled.

The invention relates to a heat exchange plate. The heat exchange plate comprises semicircular grooves and projections and bent opposing edges, and further comprises unequal-width grooves, wherein the semicircular grooves and projections which are die-pressed are not interconnected and mutually perpendicular, and the S-like unequal-width grooves are symmetrically added to the non-groove and non-projection area. The S-like unequal-width grooves are symmetrically distributed on two sides (or at two ends) of the grooves and projections, so that the area of the non-groove area of the heat exchange plate is small. Production results show that the thickness of a cooling core made of the heat exchange plate with the semicircular grooves and grooves and the symmetrical S-like unequal-width grooves is two thirds of the original thickness, the strength and rigidity of a passage are better than those of cooling cores of original plate thickness and same specification; and the symmetrical S-like unequal-width grooves are added, so that heat exchange power of the cooling cores of the same specification is increased by 10%.

The invention discloses a multiple heat exchange system based on a deep well heat exchange technology. The multiple heat exchange system comprises a well body, a first heat collecting pipe, a second heat collecting pipe and a heat exchange box body; the first heat collecting pipe and the second heat collecting pipe are completely the same in structure, the first heat collecting pipe and the second heat collecting pipe are vertically arranged in the well body, the first heat collecting pipe comprises an outer sleeve and an inner sleeve, and a sealing plate is arranged at the upper ends of the outer sleeve and the inner sleeve; and the upper side of the inner sleeve penetrates out of the sealing plate and is connected with a self-adaptive reversing device. According to the system, a double-heat-collection mode is adopted, stable and continuous heat supply is conducted on the heat collection end, continuous heat supply of the heat supply end is guaranteed, and certain heat supply efficiency is improved.

The invention relates to the technical field of printing, in particular to an environment-friendly printing drying device. The environment-friendly printing drying device comprises a drying chamber, a hot air box, an air inlet pipe, a drying box, a condensation water collector, a circulating pipeline, a first pressure pump, a filter box, a heat exchanger, a second pressure pump, a first stop valve and a second stop valve. The drying force is gradually increased in the paper moving direction, so that wrinkles on the surface of the paper caused by shrinkage of the paper inside and outside the drying chamber due to the too large dry-wet difference are avoided, and then the surface quality of paper finished products is further improved.

A flow guide type low-flow-resistance heat pipe heat exchanger comprises a heat pipe heat exchanger box body, a pipe plate and a flow guide type low-flow-resistance heat pipe bundle.

The invention discloses a separated type three-flow heat exchanger which comprises a hot-end heat exchange core body, a medium-temperature-end heat exchange core body, a cold-end heat exchange core body, a core body connecting pipeline and a heat transfer working medium. The hot-end heat exchange core body, the medium-temperature-end heat exchange core body and the cold-end heat exchange core bodyare arranged in a spacing way in a space; fluid courses in the hot-end heat exchange core body, the medium-temperature-end heat exchange core body and the cold-end heat exchange core body and the core body connecting pipeline form a sealed splitless loop with a single path; and the heat transfer working medium is filled in the loop. The separated type three-flow heat exchanger provided by the invention has the performances such as good heat exchange effect, compact structure, light mass and the like, heat can be transmitted over long distances at the same time, and higher and further heat transfer can be realized compared with a heat exchanger with a common heat pipe.

The invention discloses mixed oil negative-pressure evaporation equipment, and belongs to the field of evaporation equipment. The problems that existing mixed oil evaporation equipment is large in evaporation consumption and poor in stability are solved. The equipment comprises a flash tank, a mixed oil pump, a condenser, a negative pressure water ring pump and a first evaporator, a mixed oil input port, a mixed oil output port and a volatile gas output port are machined in the flash tank, the mixed oil output port of the flash tank is connected with the mixed oil pump, and the volatile gas output port of the flash tank is connected with the condenser; the output end of the mixed oil pump is connected with the input end of the first evaporator, the output end of the first evaporator is connected with the input end of the condenser, and the output end of the condenser is connected with the negative-pressure water ring pump. By means of the mixed oil negative pressure evaporation equipment, the effect of steam in the mixed oil evaporation process is effectively reduced, and the negative pressure in the evapo-separated machine and the vacuum stability of the whole system are guaranteed.

The invention discloses an exhaust gas pressurizing and discharging device for an underwater semi-closed cycle power system. The exhaust gas pressurizing and discharging device comprises a seawater inlet system and a turbine main engine, wherein a seawater nozzle is connected with the end part of the seawater inlet system; a gas-liquid mixing cavity is connected with the seawater nozzle; the turbine main engine is connected with an input end of the gas-liquid mixing cavity through a main engine exhaust gas pipeline; and an output end of the gas-liquid mixing cavity is sequentially connected with a gas-liquid mixed working medium pipeline, a two-phase booster pump set and a discharge pipeline. Excessive seawater is introduced to mix and condense an exhaust gas of the main engine to form a gas-liquid mixed working medium, and then the working medium is pressurized through a gas-liquid two-phase pump and discharged overboard, so that it is guaranteed that the thermal power main engine canefficiently operate under various waterway depth conditions, and the depth flexibility of an underwater thermal power system is improved.