396 results about "Line heating" patented technology

An Electronically-Controlled Register vent (ECRV) that can be easily installed by a homeowner or general handyman is disclosed. The ECRV can be used to convert a non-zoned HVAC system into a zoned system. The ECRV can also be used in connection with a conventional zoned HVAC system to provide additional control and additional zones not provided by the conventional zoned HVAC system. In one embodiment, the ECRV is configured to have a size and form-factor that conforms to a standard manually-controlled register vent. In one embodiment, a zone thermostat is configured to provide thermostat information to the ECRV. In one embodiment, the zone thermostat communicates with a central monitoring system that coordinates operation of the heating and cooling zones and provides heating and cooling to the various zones according to a cost budget.

The invention relates to a titanium alloy, in particular to a titanium alloy TC4 hot-rolled tube and a production method thereof. By weight, the composition of the alloy is as follows: the balance of Ti, 5.5 percent to 6.75 percent of Al, 3.5 percent to 4.5 percent of V, less than or equal to 0.1 percent of Fe, less than or equal to 0.1 percent of C, less than or equal to 0.03 percent of N, less than or equal to 0.015 percent of H and less than or equal to 0.15 percent of O. A tube blank is heated and rolled on line, the on-line heating temperature is 600 DEG C to 1200 DEG C, and is kept for 1 to 45 minutes, the deformation at each pass is 15 percent to 85 percent, the rolling speed is 20 to 90 times/min, a finished product is produced after 1 to 10 times of rolling, the rolled finished product is annealed in oxygen or vacuum, the annealed finished product is washed by alkali and acid or acid and then by water, and thereby the product is obtained. The tensile strength of the titanium alloy tube is 895MPa to 1300MPa, the elongation of the titanium alloy tube is 8 percent to 25 percent, the metallographic structure is uniform, and a stress-relief annealed metallographic structure and a fully recrystalization annealed metallographic structure can be obtained.

The invention provides a laser heating assisted turning device and method. The laser heating assisted turning device comprises a turning device body, a laser device, a non-contact temperature measuring device and a control device, wherein a tool and a workpiece are fixed to the turning device body, the tool is detachably connected with the turning device body, the laser device is used for heating the workpiece through laser, the non-contact temperature measuring device is used for acquiring the temperature at the cutting position of the workpiece in real time, and the control device is used for comparing data of an optimum temperature field stored in the control device with temperature data acquired by the non-contact temperature measuring device in real time and controlling the laser device to adjust laser parameters so as to achieve the optimum temperature field if difference exists. The laser heating assisted turning device has the advantages that the laser parameters are adjusted in a data matching mode so that the temperature field at the cutting position of the workpiece can be always consistent to the optimum temperature field, the cutting performed in the temperature field makes the service life of the tool longest, the machined surface quality of the workpiece is the best, and the turning efficiency is the highest.

In one embodiment, an apparatus is disclosed for heating a reductant delivery line using coolant from an internal combustion engine where the reductant delivery line receives reductant from a reductant tank and a portion of a coolant line is positioned within the reductant tank. The apparatus includes a coolant temperature module that is configured to determine a reductant tank outlet coolant temperature target. Additionally, the apparatus includes a coolant flow rate module that is configured to generate a coolant valve flow rate command and transmit the command to a coolant valve. The coolant valve is controllable to regulate the flow rate of coolant through the coolant line. The coolant valve flow rate command is based on the reductant tank outlet coolant temperature target, a reductant tank inlet coolant temperature, and a reductant tank reductant temperature.

The present invention provides a beverage maker having an in-line heating assembly for heating water to make hot beverages such as coffee and tea. The heating assembly defines a flow path that runs past a plurality of heaters for heating water to a desired temperature. In this manner, the beverage maker heats water as it travels, alleviating the need for a water tank or vessel, resulting in increased savings in weight and size, as well as reducing brew time. Additionally, an optical sensor assembly is provided to detect when a serving container of the beverage maker has a prescribed capacity of liquid within it. The sensor assembly includes at least one light source aligned to shine into the container and at least one detector aligned to detect light reflected off the liquid surface within the container. A drainage assembly is also provided that can drain liquid through either a connector port into an airplane's wastewater system or through a drainage port into a drainage sump.

The invention discloses an orientation membrane pre-curing equipment, comprising a workbench and a heater arranged above the workbench; the heater is an infrared generating device which comprises a plurality of quartz glass far infrared ray heating tubes; wherein, a moving device is connected below the workbench and can drive the workbench to move up and down relative to the heater. The invention arranges the heating device on the upper part of the equipment and uses the infrared generating device to generate infrared so as to achieve panel heating to a substrate which has no contact with the heating device; the substrate has an air layer in the middle and can be evenly heated; besides, the workbench can move up and down; when the heating starts, the workbench has a longer distance from the infrared generating device on the upper part of the equipment, so the substrate is heated by less heat; during the heating process, the workbench automatically rises and is more and more close to the infrared generating device on the upper part of the equipment, so the substrate is heated by more and more heat so as to achieve a gradual increase in heating temperature to reduce the rate of unqualified products caused by uneven heating and improve the product yield.

The invention discloses a method and a device for forming a plastic part microstructure based on laser heating, and relates to the field of formation of the plastic part microstructure, in particular to the method and the device for forming the plastic part microstructure based on laser heating. The surface of a base body of a plastic part with microstructure characteristics is quickly heated and molten by utilizing the heat effect of laser on a polymer and accurately controlling laser power and irradiation time as well as irradiation mode, and the plastic part microstructure is formed and processed through a laser heating extrusion forming device. The method and the device have the advantages of high forming precision, large scale range, good flexibility, high efficiency and low cost, are suitable for large-batch automatic forming and processing of the plastic part microstructure, and have higher application values.

The invention discloses a system and a method for continuous extrusion production of a fine-grain magnesium alloy strip. The system comprises a decoiling emptying device, an on-line straightening device, an on-line heating device, a continuous extrusion device, a cooling device and a winding displacement collection device. Through control of a temperature of a rod, a good extrusion driving force is produced between the rod and an extrusion wheel groove. Through an expansion mold cavity and a flow-blocking mold, magnesium alloy expansion flowing in a width direction is realized. In order to extrude a plate having larger width, the system adopts a two/three rod feeding-type extrusion mode so that joining and intermetallic welding of multiple rods in a corresponding multi-rod mold cavity are realized. The system and the method have the advantages that a process route is short; production efficiency is high; a grain refinement degree of a product microstructure is high; plate formability is good; and a continuous production line provided by the invention is suitable for industrial application.

The present invention provides a beverage maker having an in-line heating assembly for heating water to make hot beverages such as coffee and tea. The heating assembly defines a flow path that runs past a plurality of heaters for heating water to a desired temperature In this manner, the beverage maker heats water as it travels, alleviating the need for a water tank or vessel, resulting in increased savings in weight and size, as well as reducing brew time. Additionally, an optical sensor assembly is provided to detect when a serving container of the beverage maker has a prescribed capacity of liquid within it. The sensor assembly includes at least one light source aligned to shine into the container and at least one detector aligned to detect light reflected off the liquid surface within the container. A drainage assembly is also provided that can drain liquid through either a connector port into an airplane's wastewater system or through a drainage port into a drainage sump.

The invention provides a production technology method of a low content alloy ultrahigh hardness wear-resistant steel plate, belonging to the field of metal material; the production technology method is characterized in that: enhanced control cooling and once more off-line heating quenching process routes are carried out to the rolled steel plate; especially, enhanced control cooling is carried out to the rolled steel plate, the cooling starting temperature is 850-780 DEG C, the cooling speed is controlled to be 15-30 DEG C/s, and the final cooling temperature is 350-550 DEG C; then the temperature is naturally cooled to room temperature, and the steel plate is heated for 10-120min and is quenched to be at room temperature, and the quenching temperature is 950-900 DEG C; 100-400 DEG C tempering is carried out to the quenched steel plate, and the tempering time is 20-180min. the hardness of the wear-resistant steel plate produced by the invention is more than 500HB and the total alloy amount is less than 6 percent; therefore, the production technology method has the advantages of low cost, high additional value, stable process and easy realization.

The invention relates to the technical field of metallurgy, in particular to a preparation method of a titanium-steel composite plate thin strip, which is characterized by comprising the following steps of: firstly, uncoiling a cold rolled metal strip by using an uncoiling machine; secondly, sending the uncoiled strip to a heating furnace to be preheated; thirdly, thermally spraying the preheated strip, cooling to room temperature in air; fourthly, sending the cooled titanium-steel composite plate thin strip to an on-line heating device to ensure that the temperature of the sprayed titanium-steel composite plate thin strip raises to 200-1,000 DEG C at a temperature gradient of 30-300 DEG C/s; and fifthly, enabling the heated titanium-steel composite plate thin strip to enter a finishing mill at a speed of 0.3-2m/s to be rolled, wherein the primary down rate is more than 5 percent, the total down rate is more than 30 percent, the interface bond strength of the obtained titanium-steel composite plate thin strip is more than 300MPa and the surface roughness is less than 0.01mm.

The invention discloses an on-line heating device and a heating method of magnesium alloy sheet warm rolling rollers. The on-line heating device is composed of a heating furnace, a positioning device and a temperature control module, the heating furnace is fixed on a rolling mill stand through the positioning device, and the temperature control module is used for detecting the temperature in the heating furnace and regulating heating power in real time. The heating method includes: firstly sealing preheating is performed on a working roller until the temperature on the surface of the working roller reaches a target value, and thermal insulation is performed; the heating device is positioned, and simultaneously all supporting rollers and the working roller are moved to the position where normal temperature rolling of magnesium alloy is performed; trial rolling is performed on magnesium alloy blanks to obtain the optimum temperature value; and finally normal rolling is started, and heating at the ideal temperature is achieved through feedback control. The structure of an existing roller does not need to be changed, and solid rollers with high rigidity and strong reliability can be used; a scheme that normal heating is performed after sealing preheating is adopted to achieve rapid heating of the rollers; and a temperature control strategy with double-target temperature is adopted to obtain the ideal roller surface temperature.

A cleaning device comprises a frame and a tank carried by the frame that contains a cleaning fluid. A first motor is capable of generating a first motor heat. A passageway is in fluid communication with the tank and is in thermal communication with the first motor to transfer at least a portion of the first motor heat to the cleaning fluid when the cleaning fluid is directed downstream from the tank through the passageway. An outlet is in fluid communication with the passageway and downstream of the first motor to direct the cleaning fluid onto a surface to be cleaned.

The invention relates to an automatic analyser for volatile phenolic compound in water, which comprises a sample pretreatment device and a developing detection device, wherein the sample pretreatment device comprises an automatic sampling device and a first peristaltic pump; the first peristaltic pump is provided with a first pump pipe, a second pump pipe and a third pump pipe; a sampling needle of the automatic sampling device is connected to a first tee joint through the first pump pipe; the first tee joint is connected to a container bottle of distillation reagent through the second pump pipe; the first tee joint is connected to a first knotted reactor; and the first knotted reactor is sequentially connected to an on-line heating module, an on-line distilling module, an on-line condensation module, the third pump pipe, a second knotted reactor, an on-line degasser and an F port of a multi-ported valve with at least six ports. The automatic analyser can be used for continuously and automatically testing the sample accurately and quickly.

The present invention relates to micro plastic forming technology and micro device manufacturing technology, and is especially micro device warm extruding process and apparatus based on laser heating. Long pulse infrared laser beam is applied onto quasi-static micro blank, so that the micro blank has temperature distribution suitable for micro warm extrusion. The warm extruding apparatus includes a heating laser system, an extruding mold, a pressure applying mechanism, a feeding mechanism, a 3D precise worktable, a support and a control system. The present invention realizes feeding and extruding by means of combining ultra magnetostriction micro displacement actuator and step motor, constant temperature heating mold with electric heating rod and temperature control module, and centering with 3D micro platform and image treating device, and controlling with the control system. The present invention has high forming performance.

The invention discloses a hydraulic tension warm-rolling machine which comprises a four-roller reversible mill, tension devices distributed on the two sides of the four-roller reversible mill, a sample heating device, a hydraulic system and an electric control system. According to the hydraulic tension warm-rolling machine, the tension devices are used for exerting tension on samples, the samples are heated online in a resistance heating mode, through a power adjustment control unit and closed-loop control over the heating temperature, different metal strips which are not prone to deformation at normal temperature can be subjected to strip tension rolling experiments within the temperature range from indoor temperature to 800 DEG C, and technical conditions are created for developing different warm-rolling technologies and industrially producing metal thin strips which are not prone to deformation at normal temperature; the samples are single metal strips, compared with a traditional winding type rolling mill, experiment materials can be saved, and experiment cost is lowered.

The invention relates to a metal material processing method, and especially relates to a method for producing a free-cutting high-conducting copper rod used for a charging pile plug. The method comprises the following steps: (1) using a submersible power frequency induction electric furnace, and performing up casting an oxygen-free tellurium copper alloy rod; (2) performing on-line heating on theoxygen-free tellurium copper alloy rod prepared in the step (1) and performing direct continuous extruding to form the extruded tellurium copper alloy rod; and (3) performing drawing molding on the extruded tellurium copper alloy rod prepared in the step (2) through 1-3 molds by a drawing machine to prepare the desired free-cutting high-conducting copper rod. The tellurium as an alloying element is added to copper, which greatly improves the cutting performance of the alloy, and on the other hand, ensures that the electrical conductivity of the alloy is above 95% IACS; and after cold deformation, the hardness can reach above HB115 and up to HB130, which meets the usage requirement of the high-performance charging pile plug. The production method has the characteristics of serialization, short process, high yield and high production efficiency.