349results about How to "Long processing time" patented technology

A safety helmet structure and a processing method thereof. The safety helmet includes a first section, a second section and an extension section defined between the first and second sections. The first section is sprayed with a figure. A decorative section or a figure layers is adhered to the second section. After a periphery of the decorative section or figure layer partially passes over an edge of the second section, the periphery of the decorative section or figure layer enters the extension section. The first and second sections together form a helmet subassembly. The helmet subassembly is placed in a mold and integrally bonded with a buffer material or foam material filler to form a helmet assembly.

When detecting a face included in an input image by use of at least two inclinations of the face to be detected, a first detection process is performed if the inclination of the face to be detected corresponds to a first inclination where a relatively high face detection probability is expected, and a second detection process having a relatively low face detection probability and a relatively short processing time compared with the first detection process is performed if the inclination of the face to be detected is other than the first inclination. When an input image is scanned to enable the change in face detection processes according to the position of the face to be detected, a different detection process is used according to the face detection probability of the position of the face to be detected.

A group III nitride semiconductor light emitting device including an LED structure formed on top of a single crystal, base layer (103) formed on top of a substrate (101) including a principal plane (10) having a flat surface (11) configured from a (0001) C plane, and a plurality of convex portions (12) including a surface (12c) non-parallel to the C plane having a width (d1) of 0.05 to 1.5 μm and height (H) of 0.05 to 1 μm, the base layer is formed by causing a group III nitride semiconductor to grow epitaxially so as to cover the flat surface and convex portions, and the width (d1) of the convex portions and top portion thickness (H2) of the base layer at the positions of the top portions (12e) of the convex portions satisfy: H2=kd1 (wherein 0.5<k<5, and H2=0.5 μm or more).

The invention provides a superconducting tape packaging device. Two independent unwinding mechanisms of a tape unwinding mechanism unwind upper coating tapes and lower coating tapes respectively, and the remaining independent unwinding mechanisms unwind superconducting tapes. A guide wheel mechanism guides and locks the relative positions of the upper coating tapes, the lower coating tapes and the superconducting tapes. A furnace can go up and down, and is used for assembling molten electrical connection weld metal. Through up-down movement, the tapes output by the guide wheel mechanism are enabled to contact or not contact the electrical connection weld metal so as to form packaged or unpackaged synthetic superconducting tapes. An extrusion mechanism pulls the synthetic superconducting tapes out of the furnace. A winding mechanism winds the synthetic superconducting tapes pulled out of the extrusion mechanism. All points of the furnace are kept at constant temperature. Constant tension and constant speed of the tapes are ensured. The synthetic superconducting tapes are consistent in width and thickness, have no impurities, and have a smooth surface. Continuous production without shutdown is realized. An internally packaged superconducting joint with uniformly distributed contact resistance can be manufactured.

In a multiport memory, in the event of simultaneous read / write operation for the same row address, a read word line pulse signal, output from a read control circuit for memory access based on an externally supplied read enable signal and read clock signal, is input into a write control circuit, to delay start of the write operation until termination of the read operation. This can delay the timing of activating a write word line by a write row decoder behind the timing of activating a read word line by a read row decoder, to allow the read operation first followed by the write operation. Therefore, since the read operation is performed while the write word line being kept closed, the trouble of data processing becoming uncertain due to addition of the load of a write bit line to a read bit line can be prevented.

A curable, two-component mortar composition is described, which is based on a curable epoxide resin, at least one reactive diluent for the epoxide resin, an amine curing agent and one or more inorganic fillers, as well as, optionally, curing catalysts, rheological aids, thixotropizing agents, stabilizers, dispersants, agents to control the reaction rate and wetting agents, the amine curing agent of the curable epoxide resin and the reactive diluent being kept separate from one another to inhibit any reaction, wherein the mortar composition contains a cross-linking reactive diluent, which has functional epoxy groups with an epoxy functionality of at least 2. The mortar composition is used to fasten anchoring means in boreholes.

In a multiport memory, in the event of simultaneous read / write operation for the same row address, a read word line pulse signal, output from a read control circuit for memory access based on an externally supplied read enable signal and read clock signal, is input into a write control circuit, to delay start of the write operation until termination of the read operation. This can delay the timing of activating a write word line by a write row decoder behind the timing of activating a read word line by a read row decoder, to allow the read operation first followed by the write operation. Therefore, since the read operation is performed while the write word line being kept closed, the trouble of data processing becoming uncertain due to addition of the load of a write bit line to a read bit line can be prevented.