31results about How to "Short heat conduction path" patented technology

The invention relates to an electric heating floor and a paving method thereof, belonging to the technical field of building decorative materials. The electric heating floor comprises a floor body, wherein the floor body is internally provided with a plurality of through holes penetrating through two ends of the floor body, the through holes are parallel mutually, each through hole is internally provided with a strip electric heating element extending along the length direction of the through holes, the outer surface of the electric heating element is in contact with the inner wall of the through hole, and the electric heating elements in the through holes are mutually connected in series or in parallel. The invention has the advantages of short heat conduction path and higher heat conduction efficiency, and solves the problems of longer heat conduction path, lower heat conduction efficiency, difficulty of rapidly transmitting the heat to the floor surface, and the like; and the heat can be rapidly transmitted to the floor surface.

The invention relates to a semiconductor luminous chip, and a lamp using the chip. The chip comprises a substrate provided with a first surface and a second surface. The first surface of the substrate is provided with a semiconductor lamination layer at least comprising an n-type conductive layer, a luminous layer and a p-type conductive layer. The surface of the semiconductor lamination layer at least has an n-type electrode step and / or n-type electrode through-hole with a part of n-type conductive layer being exposed. All exposed and conductive surfaces and side surfaces of the semiconductor luminous chip are wrapped by at least one insulating layer. The surface of the insulating layer is provided with exposed at least one p-type electrode and at least one n-type electrode. The p-type electrode and the n-type electrode are insulated mutually and run through the insulating layer to be electrically connected with the p-type conductive layer and the n-type conductive layer respectively. According to the structure above, reflow soldering process is allowed to be utilized to directly weld the semiconductor luminous chip to lamp plates, lamp bars, lamp posts, LED supports or COB substrates for preparing various lamps or light sources. The advantages of simple structure and low production cost are achieved.

The invention relates to a composite veneer belonging to the technical field of architectural decoration materials. The composite veneer comprises a composite veneer body. The composite veneer is characterized in that the inside of the composite veneer body is provided with a plurality of heat-conducting media which extend along the length direction of the composite veneer body and have a strip-shaped structure, wherein the insides of the bodies of the heat-conducting media are provided with a plurality of first through holes which extend along the length directions of the bodies of the heat-conducting media. Preferably, the insides of the first through holes are provided with heating elements which have a strip-shaped structure, the material of the composite veneer body is a plastic-wood composite material (or called wood plastics and WPC) or a stone-plastic composite material, and the composite veneer body is formed by a mould through injection molding or extrusion molding. The invention organically combines an entire floor heating system and a floor together and has convenient assembly and maintenance.

The invention relates to a decorated panel and a connecting structure thereof, which belong to the technical field of building decoration materials. The invention provides the decorated panel with engaged edges, in particular a parquet floor which is made of the decorated panel and has a square surface, and in particular a parquet geothermal floor which is internally provided with a heat-conducting medium and a heating body, and the connection of adjacent decorated panels is not only designed into the locking connection formed through the mutual engagement of tongue and groove structures, but also simultaneously designed into the jointly coupling connection of the adjacent decorated panels realized through independent coupling elements. The invention has the characteristics that the decorated panel is convenient to install, and the all-round locking between the adjacent decorated panels is realized.

The invention discloses a compression joint-type electric vehicle controller for a double-row power tube leaf spring. The compression joint-type electric vehicle controller comprises a hollow shell in the middle, and a front baffle and a rear baffle at two ends, wherein a front sealing gasket and a rear sealing gasket are arranged between the front baffle and the shell, and between the rear baffle and the shell, and eighteen power tubes welding on a circuit board, function lines, power lines and a leaf spring for in compression joint with the power tubes are contained inside the controller. The compression joint-type electric vehicle controller is characterized in that the bottom of the hollow shell is arch-shaped, and strip-shaped heat dissipation teeth are distributed on the outer surface of the shell; two rows of salient points are arranged on each heat dissipation tooth; twelve small holes are respectively formed in the front baffle and the rear baffle; the leaf spring is provided with twenty-two pins; the eighteen power tubes welded on the circuit board are divided into two rows and are uniformly distributed on two sides of the circuit board; the eighteen power tubes pass through the bottom of the shell by adopting compression joint screws; the leaf spring is in compression joint, so that the leaf spring deforms to generate elastic force. The elastic force is applied to the power tube bodies through the pins on the leaf spring, so that the power tubes are tightly attached to the inner surface of the shell, the heat conduction path is the shortest, and the timeliness and the effectiveness of heat conduction are guaranteed.

The invention discloses an air-cooled electric vehicle controller, which comprises a hollow shell, a turbo fan, a front gasket, a front baffle, a rear gasket, a rear baffle, a screw, spring, and eighteen power tubes welded to circuit board. The invention is characterized in that an outer surface of the hollow shell is distributed with striped heat radiating fins; each heat radiating fins is added with two rows of bumps; a bottom of the hollow shell is square; a heat dissipation boss is arranged on the middle side of the hollow shell; and the heat dissipation boss is provided with a convex rib for mounting the spring piece. The air-cooled electric vehicle controller has the advantage that the spring is assembled to the ribs of the heat radiating shell to deform to produce elastic force, the elastic force is applied to a power tube body through pins of the spring piece to ensure that a power tube is tightly fitted with an inner surface of the hollow shell, and a heat conduction path is shortest. At the same time, the turbo fan in time takes away the heat generated by the power tube to ensure timely and effective heat conduction.

The invention relates to a profile geothermal floor, and belongs to the technical field of building decorative materials. The profile geothermal floor comprises a profile floor body, and is characterized in that: a plurality of through holes passing through the profile floor body are formed inside the profile floor body, and are parallel with one another; and strip-shaped heat-conducting media extending along the length direction of the through holes are arranged inside the plurality of through holes. Preferably, the heat-conducting media are hollow tubular aluminum profiles; and strip electrothermal elements are arranged inside the heat-conducting media of the geothermal floor, and are connected in parallel or in series one another and connected to a main power supply and a temperature control system to realize the aim of heating. The profile geothermal floor organically combines the whole geothermal system and the floor, and is convenient to assemble and maintain.

The invention discloses an integrated LED element with an epitaxial structure and a packaging structure which are integrated, and a manufacturing method thereof. The integrated LED element is an independent and integrated member which is obtained through forming the epitaxial structure, electrodes and leads of the LED are directly on a substrate. The LED element has a polycrystalline module structure or a monocrystalline structure. The LED element can be inserted into a bare and empty bearing member. Furthermore through the supporting of the bare and empty bearing member, the lower surface of the substrate of the LED element can be directly placed on and contacts with a heat-conductive element or heat radiating element. The LED element is an independent element which is directly manufactured on and cut from a wafer. The structure of the LED element can be a vertical structure or a transverse structure according to different manufacturing modes.

The invention discloses a power-driven four-wheeler controller, comprising a bottom board, a heat dissipating shell, a sealing gasket, a plastic cover cap, bolts, threaded supporting columns I. threaded supporting columns II, a functional plug, a master cable binding post, a capacitor and power tubes, wherein the middle of the power-driven four-wheeler controller is provided with the hollow heat dissipating shell; the bottom board is a thick aluminum plate; the plastic cover cap is arranged at the top of the power-driven four-wheeler controller; a PCB plate I, a PCB plate II and an aluminum substrate are installed in the hollow heat dissipating shell. The 48 power tubes and 10 threaded supporting columns II are welded on the aluminum substrate tightly; the threaded supporting columns II are used to lock the aluminum substrate on the bottom board and are connected with the PCB II simultaneously; one sealing gasket is arranged between the functional plug and the plastic cover cap. The controller of the invention improves assembling efficiency and removes a hidden danger that the power tubes are burned because of heat concentration. The power-driven four-wheeler controller avoids the condition that the impedance is increased because of insufficient solder and function of the controller is lost because of high heat.

The invention relates to a composite ground heating floor and belongs to the technical field of building decoration materials. The composite ground heating floor comprises a floor main body, wherein the floor body comprises a substrate and a heat conducting dielectric layer compounded on the lower surface of the substrate; a connecting groove is formed in one side of the floor body and can be mutually buckled with a connecting tenon arranged on another floor body; the transverse depth of the connecting groove is larger than the transverse length of the connecting tenon; when the connecting groove and the connecting tenon are mutually buckled, a heating piece accommodation cavity for longitudinally extending can be formed in the inner side of the connecting groove; and a heating piece is arranged in the heating piece accommodation cavity and can be used for transmitting heat to the substrate through the dielectric layer during heating until the whole floor body is heated, so that the aim of heating indoor is achieved.

The invention relates to a geothermal floor and a junction structure thereof, and belongs to the technical field of a building decorative material. The geothermal floor is a composite floor, and the body of the geothermal floor is formed by sequentially bonding a decorative surface plate 1, a heat-conducting medium 2 and a substrate 3 by utilizing an adhesive. In the junction structure, the right side of one geothermal floor is connected with the left side of another geothermal floor through a lock catch, wherein, an arc contact surface 241 arranged on the heat-conducting medium in the right side of the geothermal floor and an arc contact surface 231 arranged on the heat-conducting medium in the left side of another geothermal floor form a cavity with a relatively closed section, and the cavity can accommodate a floor heating water pipe or a heating cable so that heat can be quickly transferred to the surface of the floor via the heat-conducting medium, thus achieving the purpose of heating. The heat-conducting medium is preferably an aluminum alloy profile. The geothermal floor and the junction structure thereof have the advantages of fast heating speed, energy conservation and the like, and are convenient in installation and maintenance.

The invention provides a throw-measuring type downhole thermodetector and a downhole cyclic temperature measurement system. The throw-measuring type downhole thermodetector includes a protecting barrel, a circuit board and a sensor, wherein the circuit board and the sensor are arranged in the protecting barrel; a detecting window is arranged in the protecting barrel and the sensor measures the temperatures of a well cementation section medium by the detecting window; the circuit board saves the temperature information detected by the sensor and / or transfers the temperature information to ground equipment. The throw-measuring type downhole thermodetector is used for accurately measuring the temperature of downhole environment in the petroleum drilling industry, the condition that the sensoris in contact with the measuring medium directly is avoided, and the character that precision is not influenced by repetitive using of measuring apparatus of the petroleum measuring industry is achieved; drilling tool hydrophthalmia and well drilling construction procedure are not influenced; and the condition that the heat guiding path is the shortest is realized, the temperature measuring is protected effectively and the thermodetector is durable.

The invention provides a heating and cooling type seat. The heating and cooling type seat can improve the ride comfort of a seat and can improve heat transmission efficiency of heat conduction from a Peltier element to a seating surface. The heating and cooling type seat (10) heats or cools a heat cushion (11) through the Peltier element (32) and a heat conduction part (34) combined with the Peltier element. The Peltier element (32) is disposed in a scope that a person can seat on the seat cushion after looking down, and is located on the opposite side of the seating surface (11a) relative to the seat cushion. The heat conduction part is a flexible part, and extends from the Peltier element to the seating surface in the scope that the person can seat on the seat cushion after looking down.

The invention provides a nitride semiconductor microcavity laser structure and a preparation method thereof. A microcavity laser is prepared on the (0001) nitrogen surface of a nitride semiconductor,and p-type ohmic contact on a (0001) gallium surface adopts a whole surface contact manner, so that the series resistance of the microcavity laser is greatly reduced; the heat of the microcavity laseris directly transferred into a heat sink with high heat conductivity, a microcavity laser is prepared on the (0001) nitrogen surface, and the side wall of the microcavity laser is manufactured by using a wet etching method, so that the stability of the microcavity laser can be greatly promoted, the optical limiting layer of the microcavity laser is prepared by using AlInGaN, ITO, AZO, IGZO, porous GaN, Ag, Al, ZnO, MgO, Si, SiO2, SiNx, TiO2, ZrO2, AlN, Al2O3, Ta2O5, HfO2, HfSiO4 and AlOH materials, and high optical limitation is provided. The novel nitride semiconductor microcavity laser structure provided by the invention has the advantages of low electric resistance, low thermal resistance, easy implementation of electric injection, high stability, high reliability and the like, the performance of the nitride semiconductor microcavity laser can be greatly enhanced, and the service life of the nitride semiconductor microcavity laser is greatly prolonged.

The invention relates to a dry-type paved geothermal floor board which belongs to the technical field of building decorative materials. The dry-type paved geothermal floor board comprises a substrate, wherein the upper surface of the substrate is provided with a decorative surface layer; the two sides of the substrate are provided with locks that can be matched with adjacent substrates respectively; an upward-concave groove is formed on the lower surface of the substrate; the groove comprises two side parts and an upper bottom part between the two side parts; a heat conducting medium layer is attached to the surface of the groove, and at least covers the upper bottom of the groove; a heat insulation module in contact with the ground is arranged below the substrate; an upward-protruding boss is formed on the upper surface of the heat insulation module; the shape of the boss is matched with the shape of the groove on the lower surface of the substrate; and a heating body in heat-conducting contact with the heat conducting medium layer is arranged between the heat insulation module and the heat conducting medium layer. The surface of the floor board is uniformly heated, the heat conducting path is relatively short, the heat efficiency is relatively high, and the entire pavement thickness is relatively small.

The invention discloses a water-cooling double-row power tube electric vehicle controller. The water-cooling double-row power tube electric vehicle controller comprises a hollow shell, a front sealing pad, a front stop plate, a rear sealing pad, a rear stop plate, screws, compression joint screws, a spring piece and eighteen power tubes welded on a circuit board. The water-cooling double-row power tube electric vehicle controller is characterized in that the bottom of the hollow shell is arched, two cooling water tubes are mounted on two sides in the shell, and the eighteen power tubes welded on the circuit board, functional wiring harnesses, a power line and the spring piece for compression joint of the power tubes are arranged in the shell. The front stop plate and the rear stop plate are arranged at two ends of the shell, and each of the front stop plate and the rear stop plate is provided with a water inlet tube and a water outlet tube. The water inlet tube and the water outlet tube of the front stop plate are connected with an external water pump and an external water tank through rubber water tubes to form a water circulation channel. The water-cooling double-row power tube electric vehicle controller has the advantages that close fitting between the power tubes and the inner surface of the hollow shell is guaranteed, and a heat conduction path is shortest; circular cooling water can carry away heat generated by the power tubes timely, and heat conduction timeliness and effectiveness are guaranteed.

The invention relates to an encapsulation technology for an LED light-emitting device, and discloses an integrated super-quantum LED light-emitting device. In the integrated super-quantum LED light-emitting device disclosed by the invention, a radiator substrate is one part of a radiator, and is used as a substrate for supporting a chip and the radiator for heat conduction. The substrate for supporting the chip does not need to be additionally provided, and the substrate is connected with the radiator, so that the chip arranged on the radiator substrate has the shortest heat conduction path and is low in heat resistance; material consumption in the production process is optimized; energy consumption is low; the technology in producing and assembling processes is simple; and the production efficiency is high.

The invention relates to a composite veneer belonging to the technical field of architectural decoration materials. The composite veneer comprises a composite veneer body. The composite veneer is characterized in that the inside of the composite veneer body is provided with a plurality of heat-conducting media which extend along the length direction of the composite veneer body and have a strip-shaped structure, wherein the insides of the bodies of the heat-conducting media are provided with a plurality of first through holes which extend along the length directions of the bodies of the heat-conducting media. Preferably, the insides of the first through holes are provided with heating elements which have a strip-shaped structure, the material of the composite veneer body is a plastic-woodcomposite material (or called wood plastics and WPC) or a stone-plastic composite material, and the composite veneer body is formed by a mould through injection molding or extrusion molding. The invention organically combines an entire floor heating system and a floor together and has convenient assembly and maintenance.

The invention provides a heating and cooling type seat. The heating and cooling type seat can improve the ride comfort of a seat and can improve heat transmission efficiency of heat conduction from a Peltier element to a seating surface. The heating and cooling type seat (10) heats or cools a heat cushion (11) through the Peltier element (32) and a heat conduction part (34) combined with the Peltier element. The Peltier element (32) is disposed in a scope that a person can seat on the seat cushion after looking down, and is located on the opposite side of the seating surface (11a) relative to the seat cushion. The heat conduction part is a flexible part, and extends from the Peltier element to the seating surface in the scope that the person can seat on the seat cushion after looking down.

The invention discloses a refrigerant radiator, an assembly design method and air conditioning equipment. The refrigerant radiator comprises a cold plate, wherein the cold plate is arranged in a mode of being stacked with a heating module, and a groove is formed in the surface of the side, which is away from the heating module, of the cold plate and used for containing a refrigerant pipe; the cold plate is used for soaking the heat emitted by the heating module; and the refrigerant pipe is embedded into the groove of the cold plate and comprises an inflow section, a bent section and an outflow section, and the outflow section corresponds to a main heating area of the heating module in position and exchanges heat with the main heating area. According to the invention, the heat conduction path of the main heating area and the refrigerant pipe can be shortest, the heat exchange effect is improved, and the heat dissipation efficiency is further improved.

The invention provides a semiconductor microcavity laser structure and a preparation method thereof. The microcavity laser is prepared on the nitrogen surface of the nitride semiconductor, and the p-type ohmic contact of the (0001) gallium surface adopts the whole-surface contact method, which greatly reduces the cost of the microcavity laser. The series resistance of the microcavity laser; the heat of the microcavity laser is directly conducted to the heat sink with high thermal conductivity, and the microcavity laser is prepared on the nitrogen surface, and the side wall of the microcavity laser is fabricated by wet etching, which can greatly improve the stability of the microcavity laser properties, using AlInGaN, ITO, AZO, IGZO, porous GaN, Ag, Al, ZnO, MgO, Si, SiO 2 , SiNx, TiO 2 , ZrO 2 , AlN, Al 2 o 3 、 Ta 2 o 5 , HfO 2 , HfSiO 4 , AlON material is used as the optical confinement layer of the microcavity laser to provide strong optical confinement. The novel nitride semiconductor microcavity laser structure proposed by the present invention has the advantages of small resistance, low thermal resistance, easy implementation of electric injection, good stability and reliability, etc., and can greatly enhance the performance and service life of the nitride semiconductor microcavity laser.

The invention relates to a light-emitting diode spot lamp. The light-emitting diode spot lamp comprises a main shell, a driver, a cover, a lamp holder, a light-emitting diode substrate and a lampshade. The main shell is provided with a containing part and an opening, the driver is arranged in the containing part, and the cover covers the opening. The main shell is provided with a plurality of supporting arms, and the lamp holder is supported on the multiple supporting arms. The lamp holder is provided with a radiating face. The light-emitting diode substrate is arranged on the radiating face of the lamp holder. The lampshade covers the lamp holder and is located on the light-emitting plane of the light-emitting diode substrate. The distance between the lamp holder and the cover is 20%-50% of the height of the light-emitting diode spot lamp.

The invention discloses a steel structure roof distributed photovoltaic power station photovoltaic module ice and snow removing system and method. A photovoltaic power station comprises a photovoltaic array, an electric energy conversion device and a grid-connected device, and the ice and snow removing system comprises an ice and snow removing transformer, a circuit breaker and an ice and snow removing controller; conductive heating films are arranged on photovoltaic assemblies of the photovoltaic array, the direct current input end of the electric energy conversion device is connected with the photovoltaic array, the alternating current output end of the electric energy conversion device is connected with a power grid through the grid-connected device, and the wire inlet end of the ice and snow removing transformer is connected with the alternating current output end of the electric energy conversion device or the input end of the grid-connected device. The wire outlet end is connected with the wire inlet end of the circuit breaker, the wire outlet end of the circuit breaker is connected with the conductive heating film, and the ice and snow removing controller is in communication connection with the circuit breaker. The construction amount is small, the system is suitable for different photovoltaic power station schemes, the proper ice and snow removing time point is determined by comparing whether the current roof bearing capacity and energy consumption meet the requirements or not, accurate snow removing and ice melting are achieved, and the energy utilization rate is increased.