330results about How to "Warm up fast" patented technology

It is proposed that the exhaust gas manifold be integrated into the cylinder head (100), a first for turbo applications, and that an associated cooling concept be provided. In the process, significant attribute improvements can be accomplished while at the same time achieving much lower system costs. For example, the advantages of this application are illustrated using a four cylinder gasoline engine with direct injection and turbocharging. What are particularly notable are the reduced fuel usage in full load and near full load ranges, lower CO2 emissions in European driving cycles, faster catalytic converter start, improved engine warm-up and heating of the vehicle cab, and significant reduction of complexity by eliminating the classical exhaust gas manifold and the significant weight and cost reduction associated therewith.

The present invention relates to a fixing device using electromagnetic induction heating mode in an image forming apparatus, a heat-generating rotary member for the fixing device, and a temperature control method of the fixing device. The invention aims to provide a developing method, component and device, which can exert the characteristic of high-speed temperature rise by electromagnetic induction heating of the heat-generating rotary member, the risen temperature exceeding the Curie temperature of a magnetic shunt alloy. Specifically, the fixing device comprises a heat-generating rotary member including an exciting coil 2a, a metal sleeve 3H (including a heat-generating layer and a magnetic shunt alloy) and a degaussing member 3A-1. The magnetic shunt alloy layer is disposed between the exciting coil and the degaussing member. The heat-generating rotary member performs self-temperature control using a repulsive magnetic flux of the degaussing member caused by the magnetic flux of the exciting coil. The magnetic flux adjuster (magnet core 3Q and degaussing member 3A-1) adjusts an amount of the repulsive magnetic flux by adjusting the rotation position relative to the exciting coil 2a.

The invention provides a 3D printing head with follow-up pressurization and heating. The strength of a printing piece can be simply and effectively improved. A printing head body, an axial driving mechanism and a heating unit of the 3D printing head with follow-up pressurization and heating are separately relatively fixed to a Z-axis linear module. A pressurization plate is positioned under the printing head body and is fixedly connected with the output end of the axial driving mechanism, and can vertically reciprocate under the action of the axial driving mechanism. A central coaxial throughhole is formed in the position, corresponding to the printing head body, of the pressurization plate to avoid interference with the printing head body. The heating unit surrounds the bottom of the printing head body and keeps a distance from the pressurization plate. According to the 3D printing head with follow-up pressurization and heating, a vibration (pressurization) and heating mechanism which follows the printing head to move overall is designed at the position of the printing head, the synchronized heating mechanism can preheat a printed layer, and the mutual combination of adjacent interlayer materials is promoted; and on the basis, the pressurizing plate flattens and compacts the printed layer, so that the interlayer combination strength is further improved.

In the invention, a grill shutter (36) is disposed between a front grill (31) and an air intake duct (32). This grill shutter (36) can open and close a shutter member (37), and when opening the shutter member (37) the grill shutter (36) can adjust the opening degree of the shutter member (37). When the maximum air flow rate supplied by running wind is greater than the air flow rate required by a hydrogen fuel cell (11), the air flow rate required by the hydrogen fuel cell (11) is accounted for solely by means of opening-and-closing control of the shutter member (37) through the issuing of grill shutter opening degree instructions. Otherwise, the grill shutter member (37) is fully opened through the issuing of grill shutter opening degree instructions, maximizing the running wind taken in from the front grill (31), and the lacking air flow rate required by the hydrogen fuel cell (11) is accounted for by activating a blower (22) through the issuing of blower speed instructions.