122results about How to "Extended heating range" patented technology

A heat dissipating device comprises a first body, a second body, and a working fluid, the first body having a first plate and a second plate combining with each other to together define a first chamber, the second body connecting the first body and having a second chamber communicating with the first chamber correspondingly, the working fluid filled in the first chamber and the second chamber. By means of the design of the structure of the present invention and through the circulation of the working fluid between the first chamber and the second chamber, the heat dissipating device of the present invention can achieve the effect of remote heat dissipation.

The invention discloses an induction heater which comprises a heating zone 1 and a heating zone 2, wherein the heating zone 1 is divided into two heating surfaces; a first heating surface is shaped like a trapezoid without the bottom; a second heating surface is a U-shaped one; the two lateral sides of the trapezoid-shaped heating surface are connected with the U-shaped heating surface; and an included angle is formed between the first heating surface and the second heating surface. When the induction heater is used to perform alloy cladding on a steel rail, preheating does not need to be performed in advance, so that on the premise of the same steel rail cladding speed, heat energy required by the method is only one third or less of the prior art; and meanwhile, the method lays a foundation for miniaturization of a generator or even construction without the aid of a rail car. By performing detailed analysis on structure phase change and heat transmission of a steel rail in the cladding process, the invention breaks through the theory that the steel rail must be preheated prior to welding for the first time, and presents that the steel rail can be directly subjected to alloy cladding without being preheated while generation of martensite can be avoided. The technology disclosed by the invention is put forward for the first time at home and abroad.

The invention discloses an electromagnetic induction heater capable of increasing a heating scope. The heater comprises a bearing plate provided with a heating area for arranging at least one material container, and multiple first induction coils which are respectively of oval structures and are arranged on one side surface of the bearing plate, wherein each first induction coil respectively provides a sub heating area to form the heating area to heat the at least one material container. The electromagnetic induction heater capable of increasing the heating scope has a free area heating mode and can prevent an electromagnetic oven from being damaged due to improper position arrangement of the material container.

The present invention provides a process and a device for producing a quartz glass crucible, which generates a stable ring-like arc and is suitable for the production of an excellent crucible having the large open diameter.

In a production process and a device for producing a quartz glass crucible, wherein a quartz powder in a mould is heated to be fused by an arc discharge of the electrodes being positioned at around of a rotational axis of a mould,

• • this invention is characterized by using an electrode structure, in which electrodes neighboring each other are positioned at regular intervals in the ring configuration, to form the stable ring-like arc being generated between the electrodes neighboring each other without generating an continuous arc between electrodes facing each other across a central portion of the ring, and heating and fusing a quarts powder.

The invention provides a wet type combustion huff-puff oil extraction method, comprising the steps of: 1, flushing an oil well, then injecting an oxidizing agent into an oil deposit, igniting to burn coke-like components generated by the oxidization and splitting decomposition of crude oil in the oil deposit to heat an oil layer; 2, while the oxidizing agent is completed injected or is injecting, injecting water to reduce the high temperature of a near wellbore formation, and extracting oil after soaking the well for 3-10 days; 3, after extracting oil for 100-700 days, performing a next round of processes of injecting the oxidizing agent, igniting, injecting water, soaking and extracting oil. According to the method provided by the invention, the water is injected into the oil deposit after the oxidizing agent is injected, and water flow flows through a combusted area and carries heat to the deep part of the oil deposit, so that the heating range of the oil deposit is enlarged, and the peripheral temperature of the oil well is prevented from being too high. According to the wet type combustion huff-puff oil extraction method, formation water and the injected water are vaporized to generate steam, heat, smoke and steam generated by combustion are comprehensively utilized to recover in a combined manner, the output and the recovery efficiency of the crude oil are improved, and the recovery efficiency is up to more than 70%.

The invention discloses a CO2 high-temperature heat pump system. The CO2 high-temperature heat pump system comprises a condenser, a vortex tube, a compressor, a gas-liquid separator, a first expansion valve, a second expansion valve and an evaporator, wherein an outlet of the compressor is connected with an inlet of the vortex tube; a high-temperature outlet of the vortex tube is connected with a refrigerating fluid inlet of the condenser; a low-temperature outlet of the vortex tube is connected with the gas-liquid separator; a refrigerating fluid outlet of the condenser is connected with the gas-liquid separator via the first expansion valve; a gas outlet of the gas-liquid separator is connected to an inlet of the compressor through a gas suction tube; a liquid outlet of the gas-liquid separator is connected to a first inlet of the evaporator via the second expansion valve; and a first outlet of the evaporator is connected with the gas-liquid separator. The vortex tube and an ejector are arranged on the heat pump system, a vortex shedding effect of the vortex tube is utilized, water with high temperature can be provided by the condenser under the condition that a heat pump has constant exhaust pressure, and the application range of the high-temperature heat pump is expanded further; and moreover, the air suction pressure of the compressor can be increased with the aid of the ejector, and the energy efficiency of the heat pump is improved.

A reforming process of a quartz glass crucible in which the quartz glass crucible is reformed by an arc discharge generated by electrodes positioned around a rotational axis and configured to heat an inside surface of the crucible while the crucible is rotated. The process includes arranging electrodes in an electrode structure such that neighboring electrodes are positioned at regular intervals in a ring-like configuration; forming a stable ring-like arc between the neighboring electrodes, without generating a continuous arc between electrodes facing each other across a central portion of the ring-like configuration; heating the inside surface of the crucible; and removing a foreign substance located on the inside surface of the crucible or a bubble located under the inside surface of the crucible.

The invention relates to medical image processing and ultrasonic temperature imaging, provides a method for improving the resolution of monitored radiofrequency ablation surgical electrode locations and heating ranges, and discloses an apparatus and method for monitoring radiofrequency ablation by means of window modulation and Gauss polynomial fitting. The technical scheme includes that the apparatus for monitoring radiofrequency ablation by means of window modulation and Gauss polynomial fitting is provided with a frame data setting module, an envelope image acquiring module, a Nakagami image forming module, a compounding Nakagami image acquiring module and a temporal compounding image ImgT (temporal compounding image) acquiring module; the frame data setting module, the envelope image acquiring module, the Nakagami image forming module, the compounding Nakagami image acquiring module and the temporal compounding image ImgT acquiring module are arranged on a transducer of an ultrasonic instrument; the method includes carrying out post-processing on obtained temporal compounding images ImgT by the aid of one-dimensional Gauss polynomials to obtain images for monitoring radiofrequency ablation. The apparatus and method have the advantages that the heating ranges can be effectively expanded by the aid of the method during monitored radiofrequency ablation surgery, the accuracy of cancer cell killing ranges of the radiofrequency ablation surgery can be improved, and monitoring effects can be improved; the apparatus and method are mainly applied to image processing.

The invention relates to a convenient and rapid type heating device with a stabilization function. The convenient and rapid type heating device with the stabilization function comprises a body, a meshenclosure and a base. A stabilizing mechanism and two moving mechanisms are arranged in the base. Each moving mechanism comprises a first motor, a lifting plate, a moving assembly and two drive assemblies. Each drive assembly comprises a rotating shaft, a sliding block and a lifting rod. The stabilizing mechanism comprises an air storage cylinder, a suction cup and two air exhaust assemblies. Each air exhaust assembly comprises a power unit, an air exhaust rod, an air exhaust cylinder, a piston and a connection pipe. According to the convenient and rapid type heating device with the stabilization function, through the moving mechanisms, the convenient and rapid type heating device is convenient to move, so that the heating range is expanded; by means of the stabilizing mechanism, the basecan be sucked to the ground through the suction cup, the situation that the convenient and rapid type heating device is inclined and damaged is avoided, and the safety of the convenient and rapid type heating device is improved.

The invention discloses a rotary nanofiber preparation device. A charging vessel in the rotary nanofiber preparation device includes nozzles, an upper rectangular shell and a lower rectangular shell,wherein the upper rectangular shell and the lower rectangular shell are of hollow structures, the upper rectangular shell and the lower rectangular shell are connected up-down into a whole structure,a junction position of the upper rectangular shell and the lower rectangular shell are connected with the nozzles, and the inner parts of the upper rectangular shell and the lower rectangular shell together form an in-device cavity in communication with the nozzles. The in-device cavity is internally provided with a fiber source, an upper heater is arranged above the top of the upper rectangular shell, a lower heater is arranged below the bottom of the lower rectangular shell, the bottom of the lower rectangular shell is connected to a rotary shaft through a bottom bearing, a heat conducting chamber is formed in the position, close to the lower heater, on the rotary shaft, and buffer layers are arranged at the top and the side part of the heat conducting chamber correspondingly. The designdoes not need to apply a high-voltage electric field and is not subject to conductivity constraints, the heating effect is good, the production efficiency is high, and the adjustability is high.

The invention relates to a fracture-assisted combustion of oil in-situ stimulation thickened oil exploiting method. The method comprises the steps of conducting hydrofracture transformation on the oil reservoir on the perforating section of an oil well casing, forming vertical artificial fractures on both wings of a shaft, adding fracturing propping agents with which the fractures are filled, and conducting sieve tube gravel pack completion inside the casing; making the bottom hole temperature reach the ignition temperature of crude oil by means of the firing technique to ignite the oil layer of an oil well; injecting air into the oil well continuously by means of an air compressor; conducting soaking after air injection; opening the well for stoping. The method is mainly applied to low-permeation heavy oil reservoirs, thin-bedded heavy oil reservoirs and thin-interbed heavy oil reservoirs. Compared with the prior art, the method has the advantages that combustion of oil in-situ stimulation air injection speed and monocyclic cumulative injection rate can be increased by over three times, thermal front and flue gas front swept volume is increased by over three times, well yield is increased by over two times, and cyclic cumulative production is increased by over three times.

The invention belongs to the technical field of optical glass smelting, and particularly relates to a crucible for manufacturing optical glass. The crucible comprises a crucible body, a motor and a sealing cover; a cavity is designed in the crucible body; a rotating shaft of the motor penetrates through the sealing cover and is fixedly connected to a stirring shaft in the cavity of the crucible body; the stirring shaft is rotatably connected to uniformly arranged stirring rods and heating rods; a first cavity is formed in the sealing cover; the rotating shaft of the motor is fixedly connectedto a rotating wheel in the first cavity; extrusion plates which are uniformly arranged are hinged to the wall of the first cavity; an inclined side of the extrusion plates are fixedly connected to extrusion bags; a second cavity is formed in the inner wall of the crucible body; the second cavity is arranged around the inner cavity of the crucible body; the extrusion bags are all communicated withthe inner cavity of the crucible body and the second cavity through one-way conduits; the motor rotates to drive the rotating wheel to extrude the extrusion bags, so that the extrusion bag pumps airflow in the inner cavity of the crucible body into the second cavity, the air pressure of the crucible body is reduced, and the melting point of raw materials is partially reduced.

This invention relates to one positive hot water recycling supplying system, wherein, water box is located above hot turbine; the water box is located with vertical isolation board to divide the water box into hot and cool chambers and the cool chamber is connected to the hot one and control its water level with exhaust tube located on top; exchanger and hot turbine connection path are located with single valve components with three direction connection to the entrance single valve, and balance tube; the balance tube is connected to the down end of cool chamber; the hot turbine is connected to the water box down end; the exchanger one end is connected to the down end of the water box and the other end is connection to the hot turbine through recycle tube, single valve component and water-in tube.

The invention discloses drying equipment for clothing processing. The drying equipment includes a mounting base, columns are fixedly installed on both sides of the top of the mounting base respectively, a drying box of a hollow structure is fixedly installed on the tops of the two columns, first rotating grooves are formed in the inner walls of the two sides of the drying box respectively, a rotating rod is rotatably installed in each first rotating groove, and each first bevel gear fixedly sleeves the corresponding rotating rod; threaded grooves are formed in the ends, close to each other, ofthe two rotating rods respectively, each threaded rod is in threaded connection with the interior of the corresponding threaded groove, a sliding groove is formed in the inner wall of the top of thedrying box, a sliding block is fixedly installed on the top of each threaded rod and slidingly connected to the sliding groove, and a fixing rod is fixedly installed on the top of each threaded rod. The structure is simple, operation is convenient, heating lamps can be moved fast and conveniently, the heating range of the heating lamps is widened, the effect of drying clothing is improved, the demand for large-scale drying is met, and the people's needs are met.

The invention relates to a double-reheat steam turbine heat regenerative energy utilizing system for primary air and secondary air of a heating boiler. The system comprises a steam turbine power generating unit , a flue gas heating unit, an air overheating unit, an air preheating unit, a condensation water heating unit, a feedwater deoxidizing and heating unit, a feedwater heating unit, a primary air fan, a secondary air fan, a boiler furnace and a coal mill. According to the system, an air preheater which is necessarily arranged in the design of a conventional boiler is omitted, all stages of extracted steam of the steam turbine is utilized to heat air supplied by the primary air fan and the secondary air fan, it means that a set of heaters are arranged together with the condensation water heating unit and the feedwater heating unit, the heat regenerative range of the unit is greatly widened, and the cold source loss of the steam turbine is reduced; the secondary air temperature is significantly increased through the overheating degree of the extracted steam of all the stages, combustion of the boiler is enhanced, the stability of firing of the boiler is improved when the unit is operated at a low load, heat of a steam turbine heat regenerative system is effectively utilized, and the boiler fuel consumption is reduced.

The invention discloses a novel household quartz pipe electric warmer. The novel household quartz pipe electric warmer comprises a first shell, and a threaded column fixing shell is fixedly connectedto the middle position of the lower end of the interior of the first shell through a plurality of studs. According to the novel household quartz pipe electric warmer, a lifting motor is arranged and is coordinated with positioning rods, so that a user does not need to be strenuous when a warming head is adjusted, in addition, when the electric warmer is stored, the lifting motor can be used for decreasing the height of the warming head, the occupied space is reduced, storage is convenient, a rotating motor is arranged and enables the warming head to rotate, so that the warming range is widened, the positioning rods are arranged, can fix the first shell and can further play a role in improving the overall structural stability of the electric warmer when the warming head is lifted, and a dust-proof window can play a role of an air inlet window and can further prevent the phenomenon that the heating efficiency of a quartz electric heating pipe is influenced due to the fact that external dust enters the interior.

The invention belongs to the field of plastic extrusion equipment and particularly discloses an extruder. The extruder is characterized in that a driving gear is fixedly connected to a driving screw rod; a driven gear is meshed with the driving gear; the driving gear and the driven gear are both bevel gears; a rotating shaft is fixedly connected to the driven gear; a driving connecting rod is fixedly connected to the shaft side of the rotating shaft; a driven connecting rod is hinged to the driving connecting rod; a heater is hinged to the driven connecting rod and is connected to a casing ina sliding manner; a feeding funnel is communicated to the casing; a discharge opening is formed in the feeding funnel; a sealing plate for abutting against and sealing the discharge opening is connected to the inner part of the feeding funnel in a sliding manner; the upper section of an elastic telescopic rod is fixedly connected to the lower part of the sealing plate; a baffle is fixedly connected to the lower section of the elastic telescopic rod and is positioned under the driven connecting rod; a stirring blade for stirring material particles in the feeding funnel is in driving connectionwith the heater. According to the device, the problems of higher labor intensity and easiness in mistakes in the prior art are solved.

The invention relates to a whole vehicle thermal management system and a vehicle, which comprises a battery loop and a motor loop. The battery loop comprises a second water pump and a power battery which are connected with each other; the motor loop comprises a second pipeline, and a first water pump, a motor and a controller thereof, a water PTC (Positive Temperature Coefficient) of the air conditioning system, a warm air core of the air conditioning system, a third three-way valve and a first three-way pipe which are sequentially connected through the first pipeline, and two ends of the second pipeline are respectively connected with the third three-way valve and the first three-way pipe; and the second pipeline is provided with a first heat exchanger which is used for coupling the motor loop and the battery loop so as to heat the power battery. According to the whole vehicle thermal management system provided by the invention, the warm air core and the water PTC of the air conditioning system are connected in series in the motor loop, so that the motor loop and the heating module of the air conditioning system are completely coupled together, only one circulating water pump is needed, the complexity of the whole vehicle thermal management system is greatly simplified, and the cost is reduced. The manufacturing cost is reduced.

The invention discloses a waste heat and electricity compound drive temperature increasing type heat pump system and relates to the technical field of low-temperature industrial waste heat utilization. An ammonia water mixture serves as a working medium of the system, low-temperature smoke serves as a heat source, and waste heat and electricity are used for preparing industrial vapor. Low-temperature industrial waste heat is used for driving a rectifying tower to produce low-pressure ammonia vapor, meanwhile, high-pressure ammonia liquid evaporation is completed, electricity input externally is used for increasing the pressure of the low-pressure vapor and an ammonia water dilute solution, finally, the high-pressure ammonia vapor and the dilute solution complete the absorption process in an absorber, and released heat is used for preparing the industrial vapor. By means of the waste heat and electricity composite drive temperature increasing type heat pump circulation system, discharge smoke waste heat which cannot be utilized by a waste heat boiler is utilized, the beneficial effects that the wastes heat utilization efficiency is high and the temperature increasing amplitude is large are achieved, industrial vapor with the pressure being 0.5 MPa or above can be prepared, and the low-temperature waste heat utilization range is enlarged. Meanwhile, compared with an existing absorption compression type heat pump, a compressor and pump composite compression manner is adopted, compression power consumption is reduced, and the temperature increasing range of the temperature increasing type heat pump is enlarged.

The invention discloses a sample stage for measuring a liquid sample by an X-ray diffractometer, wherein the sample stage includes a crucible furnace with adjustable temperature, a quartz crucible forholding a sample and a temperature control thermocouple; the upper surface of the crucible furnace is sunken inwards to form a groove, the quartz crucible is placed in the groove, and the temperaturecontrol thermocouple is inserted in the crucible furnace for adjusting the temperature of the crucible furnace. According to the sample stage for measuring the liquid sample by the X-ray diffractometer, the temperature control thermocouple inserted in the crucible furnace is used for controlling the temperature of the crucible furnace, so the quartz crucible placed in the crucible furnace is heated and has the temperature controlled, the problem that a water bath pot is needed to be externally connected for heating when a liquid is tested by a diffractometer at present is solved, and at the same time, the heating range is broadened.

The invention discloses a moving device for an oxygen lance and an industrial furnace with the same, wherein the moving device includes: a column, the flange of which is formed as a slideway, and the slideway extends along the length direction of the column; On the column, the beam is perpendicular to the column, and the beam is located on one side of the column; the vertical drive mechanism, the vertical drive mechanism is arranged on the column, and the vertical drive mechanism is connected with the beam to drive the beam to move along the slideway; and the horizontal drive mechanism, the horizontal drive mechanism is set On the beam, the horizontal drive mechanism is connected with the oxygen lance to drive the oxygen lance to move. According to the moving device of the present invention, by setting the vertical drive mechanism to drive the crossbeam to move up and down, and setting the horizontal drive mechanism to drive the oxygen lance to move horizontally and horizontally, both the up and down movement of the oxygen lance and the lateral movement of the oxygen lance can be realized, so that the oxygen lance can be moved The heating of multiple areas expands the heating range of the oxygen lance.

The invention discloses a brazing machine which comprises a workbench and a hot air device, wherein the workbench is used for placing welded parts and a brazing material, and the hot air device is arranged in a manner of corresponding to and being separated from the welded parts and is used for generating and outputting hot air, so as to melt the brazing material to integrally weld the welded parts. In the process of welding, after the hot air device generates and outputs hot air, a thin plate and an end cap are heated to further melt solder wires attached to the welded parts, and the thin plate and the end cap are integrally welded by the molten solder wires. The brazing machine disclosed by the invention has the advantages that 1, the welded parts are heated by heating a gas with a certain temperature, thus contact between the hot air device and the welded parts is no longer needed, impressions on the welded parts by a clamping force in the prior art is avoided; and 2, the wide heating range of the hot air device results in more uniform heating for the welded parts, so deformation of the welded parts generated by centralization of heat stress after local heating is relieved and the quality of product is effectively improved.

The invention discloses a coupling agent smearing device for ultrasonography department and a using method of the coupling agent smearing device. The coupling agent smearing device for ultrasonographydepartment comprises a cylinder body, wherein a material storage cavity and an air cavity are formed in the cylinder body, a vertical pipe and two air conveying pipes are arranged in the material storage cavity, the two air conveying pipes are symmetrically arranged on the two sides of the vertical pipe, an electric heating wire is fixedly mounted in the vertical pipe, the bottom end of the vertical pipe extends into the air cavity, the bottom ends of the two air conveying pipes extend into the air cavity, an outer cover is fixedly mounted at the bottom of the cylinder body, and the bottom ofthe outer cover is of an opening structure. The coupling agent smearing device is reasonable in design and good in practicability, discharged coupling agents can be evenly attached to the surface ofa smearing roller, the smearing roller is pushed to roll, the coupling agents can be evenly smeared on the skin, the smearing effect is good, the coupling agent heating effect is good, the coupling agents are evenly heated, and when the coupling agents are smeared on the skin of a patient, the discomfort of a patient caused by lower temperature of the coupling agents is not easy to occur.