770results about How to "Heating fast" patented technology

A wiring board for light-emitting element, comprising a ceramic insulating substrate, and a conductor layer formed on the surface or in the inside of the insulating substrate, and having a mounting region mounting a light-emitting element on one surface of the insulating substrate; wherein the insulating substrate is provided with a heat-conducting pole-like conductor having a thermal conductivity higher than that of said insulating substrate; and the heat-conducting pole-like conductor is extending through the insulating substrate in the direction of thickness thereof from the light-emitting element mounting region of the insulating substrate, and is formed by the co-firing with the insulating substrate. The wiring board is produced inexpensively by co-firing, features excellent heat-radiating performance, is capable of quickly radiating the heat from the light-emitting element when the light-emitting element is mounted, and effectively prevents a decrease in the brightness of the light-emitting element caused by the heat.

Disclosed is a method and device for rapid heating of a coated substance which preferably includes a drug to vaporized for inhalation therapy. A device in accordance with the present invention preferably includes a substrate which has an interior surface surrounding an interior region and an exterior surface upon which the coated substance is to be adhered. Though the substrate is preferably metallic, it does not need to be. A combustible element is placed in the interior region of the rigid substrate and an igniter is connected to the combustible element. The igniter is for initiating oxidation of the combustible element. Preferably, the coated substance is vaporized inside of a housing to allow the vaporized drug to aerosolize and be inhaled by a user.

A kind of mining oil gas method of the convection heating up oil-shale, involves the underground solid state energy and the mineral mining method improvement. The existing technical mining method efficiency is low, the cost is high, the scale is small, the big area implements and lacks the market competition ability with difficulty. This invention through in the ground arrangement group well, and selects the compression fracture method causes the group well to be interlinked, then the gap takes turns to choose the note hot-well and work-well, hot-well pours into 400 deg.C - 700 deg.C steam along the note oil-shale the ore level, heats up the ore level causes cheese root thermal decomposition to form the oil gas, and carries after the low temperature steam or the water along the production separates to the ground, finally forms the oil gas product. In the separation process may simultaneously the pre- hot water, and uses the water-injection well withdraws with work-well the convection way dries up oil-shale and the ore level around shale region afterheat, thus realized the goal of this invention is fast, big scale, low cost from oil-shale ore level mining oil gas.

A device is provided for testing surfaces of a card for the presence of explosives, drugs or other substances of interest. The device includes a slot for receiving the card. Thin metallic wiper blades are dispose in alignment with the slot and wipe over surfaces of the card as the card is passed through the slot. Thus, substances on the surface of the card are transferred to the wiper blade. The wiper blade then is enclosed and rapidly heated to desorb the material retrieved from the card. The enclosure then is placed in communication with a detector to test for the presence of substances of interest.

The invention discloses a baking type atomization device which comprises a shell, a baking chamber arranged in the shell, a heating unit, an air inlet and an air outlet. The baking chamber is sleeved with the heating unit. The baking type atomization device further comprises an air guide ring, the air guide ring is provided with a cavity suitable for containing the baking chamber, a first gap communicated with the air inlet is arranged between the outer wall of the air guide ring and the inner wall of the shell, and a second gap for being communicating the first gap and the baking chamber is arranged between the heating unit and the inner wall of the air guide ring. According to the baking type atomization device and an aerosol inhalation device, the double-heating mode of circumferential type heating and thermal current heating is used for heating the baking chamber and preheating air in the second gap, so that the temperature in the baking chamber rises rapidly, the baking time is shortened greatly, therefore, rapid heating is achieved, electric energy is saved effectively, and the heating efficiency is improved. The invention further provides the aerosol inhalation device with the baking type atomization device.

An apparatus for operably conveying heat away from a heat source includes a thermally conductive substrate having a thickness defining a planar boundary thereof, and an insert portion disposed in the substrate and being positioned so as not to extend beyond the planar boundary. The insert portion is a material having a thermal conductivity value of at least 1.5 times that of the substrate material along at least two axial directions, with one of such axial directions extending substantially perpendicularly to first and second opposed sides of the substrate.

The invention provides a control method for increasing low-temperature heating heat of a varied-frequency air conditioner. After an outdoor electronic control chip of the air conditioner receives an instruction to start an indoor low-temperature heating mode, the method comprises the following steps: step 1: the outdoor electronic control chip responses outdoor ambient temperature and environmentrelative humidity so that the air conditioner can enters into a corresponding low-temperature heating running state; and step 2: after the air conditioner enters into a low-temperature heating running state, a compressor runs for a corresponding heating time according to a designated heating frequency, then the air conditioner enters into a defrosting operation and an outdoor heat exchanger of the air conditioner can be defrosted through reversing a four-way valve in the air conditioner, wherein before the defrosting operation in the step 2 and in the entire process of defrosting operation, the operation frequency and time of the compressor can be changed on condition that the compressor of the air conditioner keeps running all the time. The method provided by the invention can response the changes of ambient temperature and relative humidity and can effectively improve low-temperature heating heat of the varied-frequency air conditioner.

The invention discloses a heating method used for preventing the high carbon strip billet from decarburizing. The strip billet is heated in the heating furnace, and the heating process comprises the preheating period, heating period, and heat soaking period. The invention is characterized in that the micro positive pressure and the weak oxidizability environment are adopted during the heating process to heat the strip billet. In the invention method, the heating time is reduced, the standing time of the billet in the high temperature area is reduced, the depth of the decarburizing layer on the surface of the billet can be controlled in a shallow scope, the metal recovery ratio is enhanced; the fuel consumption is reduced, the energy is economized; and compared with the method of coating a protecting layer on the surface of the billet, the cost and the labor intensity are reduced.

A fast light-off catalytic reformer and method includes at least one preferably substantially cylindrical reactor tube having an inlet for receiving a flow of fuel and a flow of air, a reforming catalyst disposed within the reactor tube for converting the fuel and air to a reformate stream, and an outlet for discharging the produced reformate stream. An ignition device disposed within the reactor tube initiates an exothermic reaction between the fuel and air. Heat generated thereby provides fast light-off of the reforming catalyst. An associated control system selects fuel and air flow delivery rates and operates the ignition device to achieve fast light-off of the reforming catalyst at start-up and to maintain the catalyst at a temperature sufficient to optimize reformate yield. The rapid production of high yields of reformate is particularly suitable for use in an on-board reforming strategy for meeting SULEV emissions with spark-ignition engines, especially with larger, higher emitting vehicles.

A method and apparatus for rapid and selective heating of materials using variable frequency RF and microwaves. The apparatus uses variable frequency solid state electronics as a microwave power source, a novel microwave heating head to couple microwave energy to the target materials and a match-up network to tune the frequency and impedance match between the microwave source and the load. An electronic and computer measurement and control system is employed to monitor and control the microwave heating process. The method teaches the use of inductive microwave coupling for thin conductive materials such as metal film and impurity doped silicon wafers. The method also teaches the use of capacitive microwave coupling for dielectric material such as glass and ceramics. The method further teaches the use of rapid and selective heating of heterostructure for bonding and sealing of mems and integrated circuits. The method and apparatus can provide ultra-high heating speed along with ultra-high heating temperatures for rapid thermal processing of semiconductors and other materials. It also allows the use of bonding materials with high melting temperature for strong bonding and sealing of mems and IC devices. The apparatus further provides for high interconnection density of integrated circuits as connections are made without the use of solder bumps.

A dual susceptor composition with a resin matrix formed of at least one polymer or thermoset material and magnetic or electrically conductive particles, and an inductive material structure laminated with or encapsulated by the resin matrix.

A release mechanism is actuated by the heat of a fire to electrically and mechanically disconnect electrical wiring from an electronic lock having a plastic housing. The electronic lock is mounted on a fire door and as it is heated by a fire on the opposite side of the fire door, mounts that hold the lock melt, releasing the electronic lock to drop away from the fire door and prevent ignition of the plastic housing. The release mechanism may use shape memory alloy wire to contract and disconnect a ribbon cable. Solder connectors may also be used to disconnect wires. Intumescent material that expands when heated is used to drive the lock mechanism away from the fire door and insulation is used to control the timing of melting.

The invention relates to a heat exchange structure of a power battery box, wherein a temperature monitoring element is arranged in a battery module of a battery pack; the battery pack is erected in the middle of a battery box; a top space, a bottom space and a side surface space are respectively positioned between the upper surface, the lower surface and the side surface of the battery pack and the top, the bottom and the side surface of the battery box; a heating element is arranged in the battery box; a first air door and a second air door are arranged on the battery box; an air driving element is arranged in the battery box towards the second air door and at an acute angle with the second air door; and a control unit is electrically connected with the first air door, the second air door, the air driving element, the heating element and the temperature monitoring element. The invention has ingenious design, simple structure, low cost, convenient operation and both cooling and heating, thereby solving the problem of heat management of the battery box of an all-electric hybrid power vehicle, meeting the strict requirements of a battery on working temperature, enhancing the property of the battery and being suitable for large-scaled popularization and application.

A suppressor includes baffles with geometry and spacing minimizing sound level in the human hearing range, and overlapping tapers on consecutive elements replacing welds. The geometry includes conical baffles with approach angles between 153.7 and 163.7 degrees and at least one inch separation. The suppressor is assembled by compressing the elements between threaded end caps, thus expending the overlapping tapers against the interior of a suppressor tube to center and align the baffles. The suppressor may be attached to a rifle using a quick disconnect mount which includes an adapter fixed to the rifle barrel and having an “L” shaped slot with a first leg parallel to the barrel and a second leg turned greater than 90 degrees towards the front of the adapter. A post in the suppressor engaged the slot and a spring biases the suppressor forward and holds the post at the end of the turned leg.

The present invention is primarily directed to a thermal energy storage apparatus for delivering thermal energy to or from a PCM, comprising an elongated heat conducting container (10) having an insertable thermal energy transfer element (15) placed therein, wherein said thermal energy transfer element comprises a plurality of heat transfer paths in the form of transversely disposed flexible heat conducting members (16), at least a portion of which are in contact with the inner wall of said container (10). The invention is also directed to a system using the thermal energy storage apparatus of the invention.

The invention discloses a rapid manufacturing method of an aluminum alloy cylinder block casting piece of an embedded cylinder sleeve. The rapid manufacturing method comprises the following steps: obtaining 3D data of a to-be-cast aluminum alloy cylinder block of the embedded cylinder sleeve; analyzing the 3D data; determining a process scheme; carrying out parting processing on the 3D data; decomposing and manufacturing a mold core; casting in a manner of mold assembling to obtain a casting piece; cleaning the casting piece; and checking, wherein the design of an aluminum alloy cylinder block mold core of the embedded cylinder is divided into various sand molds and sand mold groups after the 3D data are subjected to parting processing; a left sand mold, a right sand mold, a front sand mold, a rear sand mold, a bottom sand mold, a dead head, a pouring cup and a sprue sand mold are fabricated by adopting a PDM model direct milling technology in the decomposing and fabricating processes of the mold core; and a water sleeve core and a crank case core assembly are fabricated by adopting a PCM patternless casting manufacturing technology. The method has the characteristics of being fast, accurate, efficient and economical, so that the high-quality aluminum alloy cylinder block of the embedded cylinder sleeve for an engine is manufactured; and the method is especially suitable for rapid manufacturing of one-piece, individual, small-batch and complicated products, new product development, and the like.

Embodiments of methods and apparatuses for producing an aromatic hydrocarbon-containing effluent are provided herein. The method comprises the step of rapidly heating a biomass-based feedstock to a first predetermined temperature of from about 300 to about 650° C. in the presence of a catalyst, hydrogen, and an organic solvent within a time period of about 20 minutes or less to form the aromatic hydrocarbon-containing effluent. The biomass-based feedstock comprises lignocellulosic material, lignin, or a combination thereof.

A rapid thermal process method contains providing a substrate, performing a pre-heating process to at least a first portion of the substrate by means of a first laser beam, and performing a rapid heating process to the pre-heated first portion of the substrate by means of a second laser beam.

A genetic detection and determination apparatus which detects or determines genetic information, provided with a reaction container having a reaction vessel, including: a container set portion on which the reaction container is set; a moving mechanism which moves the container set portion along a track; a reaction vessel dividing portion which divides the reaction vessel into a plurality of reaction chambers by deforming the reaction vessel; a heating and cooling portion which heats and cools the reaction container; and a measuring portion which is movable above the container set portion in parallel to an upper surface of the reaction container provided on the container set portion and which measures a reaction within each of the reaction chambers.

A tactical firearm having a receiver and a handguard connected by flanges that are secured by fasteners and each define co-planar rail mounting surfaces. A one-piece elongate sight mounting rail extends along the combined length of the receiver and handguard and has a mounting surface in face to face relation with the rail co-planar rail mounting surfaces of the receiver and handguard. The rail is tapered along its length to provide an angle of cant and to permit mounting sight devices an any desired location along its length. A barrel extends through the handguard and is secured to the receiver in a manner achieving clearance and thermal isolation of the handguard from the barrel and barrel retainer. A cartridge gas energized bolt carrier and bolt mechanism is moveable within the receiver and is provided with anti-tilt guidance with respect to a spring energized buffer mechanism and moves a cartridge from a magazine into the cartridge chamber of the barrel and returns the bolt mechanism to its closed and locked condition upon dissipation of the cartridge gas energizing force.

The invention provides a method for preparing WC-Co cemented carbide through microwave sintering. The method comprises the steps of WC powder and Co powder batching and mixing, compacting and sintering, wherein in the step of sintering, compacts, SiC chips, carbon black and alumina powder are put in an alumina fiber insulating bag sleeve and then the alumina fiber insulating bag sleeve is put in a microwave high temperature furnace, the products in the furnace are heated to 500-600 DEG C at a heating speed of 5-10 DEG C/min and the heat is preserved and then the products are heated to 1400-1500 DEG C at a heating speed of 30-80 DEG C/min and the heat is preserved, thus obtaining the WC-Co cemented carbide. The method has the advantages of simple process, convenience in operation, short sintering period and low energy consumption, can replace the existing WC-Co cemented carbide processes, is used for producing the WC-Co cemented carbide by adopting the intermittent or continuous microwave sintering mode and is suitable for industrial application. The prepared WC-Co cemented carbide has excellent performances.

The invention provides a single-tank, double-pipe and bidirectional electric heating device and an air energy instant electric water heater. The single-tank, double-pipe and bidirectional electric heating device comprises a cylindrical tank body, the two ends of the tank body are connected with an upper end cover and a lower end cover in a sealing mode, the lower end cover is provided with a water inlet, a water outlet and a binding post, the tank body is internally provided with two layers of concentric pipe bodies which are an inner pipe body and an outer pipe body, an electric conduction heating body is arranged on a space layer between the inner pipe body and the outer pipe body, and a communicated water flow channel is formed by the inner channel of the inner pipe body and the annular channel between the tank body and the outer pipe body. The path length of water flow is increased, and the heating area of the water flow pipe bodies is increased by placing pipe bodies into the single tank body to divide the space inside the tank body, the process of obtaining the heating energy directly and bidirectionally transmitted by the heating body is accelerated, the heating and acting heat effect ratio per unit time of the tank body is effectively improved, and the power loss and the heating loss are reduced.

This invention discloses cryo-heating phototreatment devices and methods for cooling and heating objects in a very rapid timescale, from femtosecond to subsecond. The cryo-heating phototreatment device is a multiplex energy source comprising of an electromagnetic source and at least one of the members of the group of radiation sources: sonic, magnetic, electric, electroluminescent, up-converted luminescence, pressure and thermal. The electromagnetic source in the cryo-heating phototreatment device induces cooling of objects by up-converting energy luminescence and heating by absorption or interaction of electromagnetic radiation with objects. The invention also proposes a method of an enhancement of the up-converted energy cooling and heating processes by surface plasmon resonance of conducting nanostructures. The proposed devices and methods of very rapid cooling and heating can be applied in biomedical technologies and health care. The invention also includes applications of the disclosed herein method to up-conversion energy cooling of electronic components and photon detector devices.

For inclusion on the line between the liquid wash supply and the discharge jets of a vehicle windshield liquid wash pumping system, a liquid wash heater secured on an engine manifold or exhaust pipe, comprising a housing with a thin-walled, relatively small diameter, non-linear liquid wash tube contained therein.

The invention discloses a radio frequency and microwave drying method for preventing ultrahigh moisture grain from mildewing. According to the method, before the newly harvested ultrahigh moisture grain is put in a warehouse, preliminary cleaning, hot air drying, tempering, radio frequency and microwave drying and tempering are performed, so that the moisture content of the grain is reduced to 13.5-14%, and then the grain is delivered into the warehouse for storage. On the premise of guaranteeing dry quality of the grain, through radio frequency and microwave drying, mold spores of the grain are restrained from growing, the moisture reduction rate of a grain drying machine is increased, the uniformity of the grain drying machine is improved, the purchasing and storing efficiency of a grain storage enterprise is improved, the situations that at grain concentrated harvest time, the grain heap heating and mildewing are caused by high moisture, then the quality of the grain deteriorates, and potential safety hazards are caused are reduced, and the radio frequency and microwave drying method has significant economic benefits and social benefits.

The invention provides an air conditioner electric auxiliary heating device control method and system, a storage medium and an air conditioner. The method comprises the steps of detecting whether theoutdoor environment temperature is less than or equal to the first preset temperature value or not after the air conditioner is turned on for heating; detecting whether running parameters of the air conditioner meet preset turn-on conditions of an electric auxiliary heating device or not when detecting that the outdoor environment temperature is less than or equal to the first preset temperature value; and turning on the electric auxiliary heating device of the air conditioner when detecting that the running parameters meet the turn-on conditions of the electric auxiliary heating device. According to the scheme provided by the invention, whether the electric auxiliary heating device needs to be turned on or not when an air conditioner system is insufficient in heating capacity or is in anunstable state is judged through combination of detection on the running parameters of the air conditioner and indoor temperature changes.

The invention provides a sealed micro-pressure pneumatic stirring soybean milk boiling tank, which comprises a tank body. The tank is characterized in that: the integrally-sealed tank body is provided with an access opening on which a sealing cover is arranged; the tank body is provided with an air inlet pipe of which a tail end is provided with a rotary stirring device; and the tank body is also provided with an air intake valve and an exhaust valve. Since soybean milk is heated in the enclosed tank body in which a certain pressure exists in the invention, the aim of heating the soybean milk to a temperature of 100 DEG C can be achieved; and under a reacting force caused by steam discharging, an air outlet pipe is capable of automatically rotating around the air inlet pipe and heating is carried out while stirring, so that the soybean milk can be heated uniformly. The sealed micro-pressure pneumatic stirring soybean milk boiling tank fundamentally changes a conventional soybean milk boiling mode and can shorten the soybean milk boiling time and improve the quality of the boiled soybean milk; products, such as bean curd and the like, made of the soybean milk boiled by the soybean milk boiling tank have a higher nutritional value and better elasticity; and when in use, the sealed micro-pressure pneumatic stirring soybean milk boiling tank can also save energy sources, reduce the labor intensity of workers and improve the production efficiency.

A cooling system for thermal management of an electric vehicle having a range extender. The temperature of the components of the electric drive system of the electric vehicle and at least that of the internal combustion engine of an internal combustion engine/generator unit of the range extender are controlled by separate cooling circuits. The cooling circuit of the electric drive and the cooling circuit of the internal combustion engine are coupled to one another thermally by a heat exchanger.

The invention discloses an intelligent temperature control acupuncture therapeutic apparatus. The intelligent temperature control acupuncture therapeutic apparatus comprises a power module, a liquid touch screen, a touch-screen controller, an electronic temperature control component used for simulating moxibustion temperature curve and a heating head used for being inserted into the handle portion of an acupuncture pin to conduct heating, wherein the electronic temperature control component is composed of a system control module and a heating driving module, the system control module is connected with the heating driving module in a communication mode, the system control module is connected with the power module and the touch-screen controller in a communication mode, the liquid touch screen is connected with the touch-screen controller in a communication mode and used for setting the heating time and the temperature cycle period of the heating head and displaying the temperature change and the heating time of the heating head in work, the heating head is connected with the heating driving module through a guide line, and the system control module and the heating driving module control the temperature change range of the heating head from 30 DEG C to 59 DEG C. According to the intelligent temperature control acupuncture therapeutic apparatus, moxibustion technique change and moxa-cone temperature change are effectively simulated, a continuous and variational thermal stimulus state is kept, fast - slow adaptation phenomenon caused when a human body experiences the apparatus is avoided, and clinical effect is improved.

The invention discloses a method for soldering and welding a hard alloy/steel compound tappet of an engine by high-frequency induction, relating to a method for welding a hard alloy/steel compound tappet of an engine. The invention solves the problems of high requirements of required production equipment and high production cost and the problem that an interface is easy to form harmful Eta phases to cause low anti-bending intensity of the combining part existing in the traditional method for welding the hard alloy/steel compound tappet. In the method of the invention, steel and hard alloy are soldered and welded into a whole in vacuum through high-frequency induction heating. The method of the invention realizes the partial heating on the joint of the hard alloy and the steel to prevent the growing of crystal particles due to the overheating of other wear-resistant parts of the tappet to result in performance degradation; the method combines the Eta phases in dispersive distribution to eliminate the interface embrittlement of joints caused by the Eta phases and simultaneously increases the mechanical properties of soldering seams, and the shearing intensity of the joints reaches 450 MPa; and the method has low cost and is suitable for mass production. The compound tappet prepared by using the method of the invention can be widely applied to the fields of automobiles, airplanes, and the like.