135results about How to "Increase processing volume" patented technology

A multocular image pickup apparatus includes: a distance calculation unit that calculates information regarding the distance to a captured object from an output video of a first image pickup unit, which is to be the reference unit of a plurality of image pickup units that pick up images, and from an output video of an image pickup unit that is different from the first image pickup unit; a multocular video synthesizing unit that generates synthesized video from the output video of the plurality of image pickup units based on the distance information for regions where the distance information could be calculated; and a monocular video synthesizing unit that generates synthesized video from the output video of the first image pickup unit for regions where the distance information could not be calculated. The distance calculation unit calculates a first distance information that is the distance to the captured object from the output video of the first image pickup unit and the output video of a second image pickup unit that is different from the first image pickup unit, and in case that there is a region where the first distance information could not be calculated, for the region where the first distance information could not be calculated, the distance calculation unit recalculates information regarding the distance to the captured object from the output video of an image pickup unit that was not used for calculating the distance among the plurality of image pickup units, and from the output video of the first image pickup unit.

An image capturing apparatus keeping down an increase in the amount of processing at the time of exposure determination and at the same time enabling effective utilization of the improved photometry resolution for back light detection, having a luminance calculation unit dividing image data output from an image capturing device into a plurality of regions and measuring the luminance of each and an exposure control unit generating and grouping a plurality of intermediate regions from the object luminances output from the luminance calculation unit, generating an exposure evaluation value from the luminances of the intermediate regions, and suitably controlling the exposure for image capture in accordance with the measured luminances, and an image capturing method used for the same.

The invention relates to a method of manufacturing a heat storage material that contains heat storage capsules. The heat storage capsules include a phase change material that absorbs and / or discharges latent heat in response to a change in temperature. The phase change material resides within outer shells of the heat storage capsules. The method involves binding abutting peripheral portions of a plurality of heat storage capsules with a molding binder, so as to form an intermediate granular molded heat storage material. An outer peripheral surface portion of the granular molded heat storage material is coated with a coating binder. The coated granular molded heat storage material is then subjected to a treatment that causes the coating binder of the coating layer to polymerize. The invention also relates to heat storage adsorbent materials, and articles (e.g., canisters) that include such heat storage adsorbent materials.

The object is to provide an environment in which dynamic verification of harness design is available, and thereby realizing efficient harness design. The apparatus comprises: a mechanism information storing unit which stores in advance three-dimensional model data of a mechanical component, other than the harness, of the object apparatus; a harness information setting section which sets harness information; a simulation section which creates a three-dimensional mechanism model of the harness and of the mechanical component based on the harness information and on the three-dimensional model data of the mechanical component, and which simulates motion of the harness in conjunction with motion of the mechanical component using the three-dimensional mechanism model; a display; and a display controlling section which controls the display to show thereon the simulation result obtained by the simulation section.

A reduction in circuit size and in power consumption is provided. A signal processor includes: processor elements 501, which are mapped by circuit reconfiguration; processor elements 502a and 502b, which are not mapped by circuit reconfiguration; a power voltage supply area 503; a power voltage cutoff area 504; a system control CPU 505; a configuration information storage memory 506; a configuration control signal decoder 507; a configuration control circuit 508; a configuration control circuit 509 for a power supply unit; a data memory 510; a global bus (high voltage side) 511; and a global bus switch (high voltage side) 512. The signal processor includes a function for circuit reconfiguration of the individual processor elements 501 in consonance with the contents of a signal process to be performed and a function for changing a voltage to be supplied to the processor elements 501.

A light emitting device includes a light emitting element which emits light with a first wavelength; and a light emitting conversion unit for converting the light with the first wavelength by using wavelength conversion materials including a short wavelength conversion material and a long wavelength conversion material, the short wavelength conversion material being that which emits light with a second wavelength longer in wavelength than the light with the first wavelength, by absorbing the light with the first wavelength, and the long wavelength conversion material being that which emits light with a wavelength longer than the second wavelength by absorbing the light with the first wavelength. A proportion of the short wavelength conversion material of the wavelength conversion materials included in a first region is smaller than that of the short wavelength conversion material of the wavelength conversion materials included in the entire light emitting conversion unit, and a proportion of the short wavelength conversion material of the wavelength conversion materials included in a second region is larger than that of the short wavelength conversion material of the wavelength conversion materials included in the entire light emitting conversion unit.

A position-detecting device includes a body pressure distribution sensor including a plurality of pressure sensors that outputs pressure signals corresponding to pressure values respectively and are arranged in a matrix pattern, a specific pattern storage unit storing a range that pressure sensors can occupy and a condition of pressure values relating to the pressure sensors within the range as a specific pattern by sleeping posture and body part of a sleeper, a scanning unit applying the specific pattern to body pressure distribution information, which is a set of the pressure values, from a scan starting position to an adjacent position in sequence and to determine whether the condition is satisfied, and a body part position determining unit determining the position of the body part in the sleeping posture corresponding to the position of the specific pattern in the body pressure distribution information when the condition is satisfied.

Disclosed is a collecting pipe machining process. The collecting pipe machining process includes the following steps of A, loading; B, clamping and correction; C, stamping; D, tool retraction; E, material ejection; and F discharging. Collecting pipe machining and forming equipment comprises a press. The press comprises a base, guide columns fixed to the four corners of the base and a pressing block connected to the guide columns in a sliding manner. A power assembly capable of driving the pressing block to move up and down is fixed to the tops of the guide columns. A collecting pipe insertion hole stamping device is arranged below the pressing block. A collecting pipe clamping device is fixed to the side of the collecting pipe insertion hole stamping device. A collecting pipe correction device is fixed to the side of the collecting pipe clamping device. The distance between the bottom face of a first sliding block and the top end of a cylinder rod is matched and the positions of all slots are matched with the positions of all through holes. Clamping, correcting and punching of a collecting pipe are integrated, the collecting pipe is truly machined automatically and integrally, workers and equipment are reduced, operation is simple, and the process and the equipment are worthy of application and popularization.

A stirring device is provided including a liquid supply pipe disposed on a central axis of a cylindrical container and discharges liquid into the cylindrical container; a rotation hollow shaft disposed coaxially outside the liquid supply pipe; a rotor which is coaxially fixed to the rotation hollow shaft including a plurality of rotor blades; a screw conveyor plate wound around the rotor in a spiral pattern; an inner-side cylindrical container provided in the cylindrical container around the rotor; a division plate which defines an upper and a lower portion inside the cylindrical container having a plurality of through-holes; an inclined bottom plate disposed between the cylindrical container below the division plate and the inner-side cylindrical container; a processed fluid outlet provided on a side wall of the cylindrical container; and a motor to rotate the rotation hollow shaft.

An image processing device, image processing method, and image processing program are provided, to obtain an output image in which the occurrence of unpleasant noise is suppressed. An image processing device, which divides an input image into pixel groups having a plurality of pixels and performs quantization processing in units of these pixel groups, has quantization unit which uses pixel groups, the shapes of which are point-symmetric, to convert input image data into output image data having two or more grayscales.

Disclosed herein is a motion vector detection apparatus, including: a spatial luminance difference sum total calculation section; a temporal luminance difference sum total calculation section; a search range calculation section; and a block matching calculation section.

To promote mixture of fluids on a plurality of stages, flow channels include a plurality of merging portions which penetrate from a top surface to a back surface of a substrate. An end of each of the sub channels is disposed so as to overlap the main channel at each of positions separated along the direction in which the main channel extends, and each of the merging portions communicates the main channels and the ends of the sub channels with each other, thereby changing a flow direction of the second fluid flowing through the sub channels to the thickness direction of the substrate, and merges the second fluid with the first fluid flowing through the main channels.

The invention relates to a device for machining an inner hole, in particular to a device for finish machining of an inner hole by means of a steel ball. The device comprises a hydraulic machine 1, a hydraulic head 2, a fixture 5 and a hydraulic table 6, wherein the hydraulic head 2 is installed in the middle of the hydraulic machine 1; the fixture 5 is installed on a working surface of the hydraulic table 6 and corresponds to the hydraulic head 2; a stamping end of the hydraulic head 2 is an inward concave circular arc and is fit with the surface of the steel ball 3 in radian; the fixture 5 is of a shape like the Chinese character 'ao' hollow in the middle, and facilitates placement of a workpiece 4 and extrusion for the steel ball 3. The requirement of original fine boring for a cutter and a machine tool is replaced, the machining number in unit time is higher than that of fine boring by one time, quality, especially roughness, of a machined product is higher than that of fine boring, and the yield and production benefits are increased.

A saturable absorber component including an absorbent material located between a front mirror and a rear mirror, and a method for manufacturing a saturable absorber component. The rear mirror is a metallic buried mirror fixed by a welding joint on a heat conductive substrate. The saturable absorber can be applied to the field of high-rate optical transmission.

The invention discloses a method for conducting chamfer machining on a glass sheet, which mainly comprises the following steps: (1) forming LOT; (2) gluing the glass sheet; (3) machining appearance; (4) chamfering and machining by a special jig and a high-speed chamfering machine; (5) cleaning sulfuric acid; (6) ultrasonically cleaning pure water; (7) cleaning and drying a dehydrating agent; and (8) sending to next flow. In the invention, the special jig and a machining method are used, the high-speed chamfering machine is used for machining, thus being capable of reducing the damage rate of the glass sheet, greatly improving the yield rate of the glass sheet, decreasing the maintenance load of the machine, lowering the manufacturing cost and effectively increasing the chamfer machining efficiency of the glass sheet.

The invention relates to a saturable absorber component comprising an absorbent material located between a front mirror and a rear mirror as well as a method for manufacturing a saturable absorber component.The metallic rear mirror is a metallic buried mirror fixed via a welding joint on a heat conductive substrate.The invention applies to the field of high-rate optical transmission.

The invention discloses a tool for performing preservative treatment on zinc-nickel seeping layers of steel rail fastener elastic strips. The tool comprises a suspension shaft and a plurality of charging baskets, wherein a column pipe core allowing the suspension shaft to penetrate and be suspended is arranged in the center of each charging basket; an opening of the next charging basket is covered by the bottom of the previous charging basket; the opening of the uppermost charging basket is covered by a cover net which is inserted into the suspension shaft; all the charging baskets and the cover net are locked by a locking mechanism on the suspension shaft. A plurality of parallel elastic strip supporting ribs for suspending the elastic strips are distributed in the charging baskets uniformly; clamping brackets for clamping the elastic strips are arranged at the two ends of each elastic strip supporting rib. The elastic strips are not hooked mutually, so the workload of manual separation is greatly reduced. Workpieces are placed neatly and orderly and one set of tool can load hundreds of elastic strips, so the charging quantity of the steel rail fastener elastic strips is increased, the workload of charging the workpieces into the tool is reduced, and the production efficiency of the zinc-nickel seeping layers is improved.

A data processing device with a processor, a memory and an access control mechanism, the device having secure and non-secure modes, the memory having secure and non-secure regions, the secure region containing cryptographic data, and the access control mechanism preventing the processor from reading the cryptographic data when the device is operating in the non-secure mode. Also, methods of manufacturing and authenticating such a device, manufacturing an item of electronic equipment that includes such a device, a computer program for storing data on such a device, secure data processing hardware including such a computer program and a method of updating data stored in an item of electronic equipment including such a data processing device.

A decoder for A LDPC code and A BCH code and decoding method thereof are provided. The decoder decodes the encoded data based on the LDPC code and the BCH code simultaneously. Then the decoder outputs decoded data after the decoding procedure has been finished. Additionally, in the decoding procedure for decoding the encoded data based on the BCH code, the decoded result which the encoded data is decoded based on the LDPC code is utilized, so as to increase the processing speed for decoding the encoded data, and enhance the overall decoding performance.

A threshold calculation apparatus (200) corrects each of ideal E-SINR thresholds in an MCS threshold table in accordance with a reduction in accuracy of the E-SINR due to the use of a first transformation table and a second transformation table, and generates a corrected MCS threshold table. In the case where a wireless base station obtains an E-SINR from a plurality of SINRs using the first transformation table and the second transformation table, the wireless base station determines an MCS corresponding to the E-SINR also based on the corrected MCS threshold table.

The invention discloses a multi-station continuous unmanned intelligent curved-surface sweeping machine, and belongs to the field of sweeping machine equipment. The multi-station continuous unmanned intelligent curved-surface sweeping machine comprises a sweeping machine body and a robot; the robot is arranged on the periphery of the sweeping machine body and used for taking and placing workpieces; and the sweeping machine body comprises a shell assembly, a brush assembly, two-stage lower disc assemblies, a lower disc assembly, vacuum control mechanisms and clutch executing mechanisms. The multi-station continuous unmanned intelligent curved-surface sweeping machine has the two-stage rotation and revolution functions, through the modes of rotation and revolution, a plurality of sets of grinding disc transmission assemblies can be driven simultaneously to work, thus grinding discs in the grinding disc transmission assemblies simultaneously rotate, the number of the machined workpieces on a workbench is increased, and the production and machining efficiency is improved.

The invention relates to a storing and preserving method of male flowers of eucommia ulmoides. The method comprises the following steps: step 1: the male flowers of eucommia ulmoides are collected in the flowering reason of every year and the impurities are removed; step 2: stamens of the male flowers of eucommia ulmoides, of which the impurities are removed are packed into wet PE (polyethylene) air-conditioned bags with 0.01cm to 0.08cm of thickness and 0.5kg to 3kg male flowers of eucommia ulmoides are packed in every bag, and are placed into a pre-cooling refrigeratory with the temperature of 0 DEG C and are pre-cooled for 3 hours to 15 hours; step 3: the bag mouths of male flowers of eucommia ulmoides are tightened, and the bags of male flowers of eucommia ulmoides are stored in a special refrigeratory; step 4: the bag-packed male flowers of eucommia ulmoides are placed on aluminum or stainless steel storage racks, and the bags of male flowers of eucommia ulmoides are ensured not to be squeezed with each other and are checked every one to two days, and the bags of decayed flowers found are taken out and treated; step 5: the male flowers of eucommia ulmoides that need to be moved out from the refrigeratory are placed in shady places with the room temperature of 15 DEG C to 25 DEG C for 5 hours to 20 hours, and then the packing bags are opened and air dried for 3 hours to 10 hours before the flowers are processed. The method of the invention increases the preserving period of the male flowers of eucommia ulmoides.

A material is shaped and sintered into a compact using iron-based alloy powder containing Cr; and a nitriding treatment having no carburizing action is conducted to the compact so that a surface of the compact may have a mixed structure 3 of an Fe—Cr—N compound layer 2, an Fe—Cr—N diffused layer, and a matrix.

The invention relates to a two-layer conveyor for a tea leaf spreading machine. In the prior art, defects of high turning frequency, low equipment utilization rate and low yield by a method of matching multiple pulleys. The two-layer conveyor comprises a support, wherein the support is provided with an upper transmission mechanism and a lower transmission mechanism which are distributed up and down and of which the vertical projection parts are overlapped; the upper transmission mechanism and the lower transmission mechanism respectively comprise a plurality of horizontal guide wheel shaft in the longitudinal direction on two sides of the frame; each guide wheel shaft is provided with two symmetrically arranged main guide wheels; a closed chain is wound on main guide wheels on the same side, so two closed chains are formed; a plurality of tea leaf hoppers movably connected with the closed chains are arranged between the two closed chains; the frame is provided with two turning mechanisms matched with the tea leaf hoppers; and tea leaves pass through the turning mechanisms and are subjected to one-time transfer between the transmission mechanisms, so that the aims of turning and completely drying the tea leaves are fulfilled and the frequency of transferring, dropping and turning the tea leaves is reduced to the greatest extent.

An audio visual system includes an input unit for receiving data containing video data and audio data and dividing the data into the audio data and the video data, a video decoder for decoding the video data divided by the input unit, an audio decoder for decoding the audio data divided by the input unit, and an output unit for superimposing and outputting the video data decoded by the video decoder and the audio data decoded by the audio decoder. The video decoder or audio decoder has a plurality of data output paths and sets delay times for each of the output paths to synchronize the decoded video data with the decoded audio data.

A decoder for A LDPC code and A BCH code and decoding method thereof are provided. The decoder decodes the encoded data based on the LDPC code and decodes the encoded data based on the BCH code simultaneously. Then the decoder outputs decoded data after the decoding procedure has been finished. Additionally, in the decoding procedure for decoding the encoded data based on the BCH code, the decoded result which the encoded data is decoded based on the LDPC code is utilized, so as to increase the processing speed for decoding the encoded data, and enhance the overall decoding performance.

An audio visual system includes an input unit for receiving data containing video data and audio data and dividing the data into the audio data and the video data, a video decoder for decoding the video data divided by the input unit, an audio decoder for decoding the audio data divided by the input unit, and an output unit for superimposing and outputting the video data decoded by the video decoder and the audio data decoded by the audio decoder. The video decoder or audio decoder has a plurality of data output paths and sets delay times for each of the output paths to synchronize the decoded video data with the decoded audio data.

The present invention provides an apparatus for regasifying gas hydrate pellets that includes: a cylinder; a piston coupled to an inside of the cylinder and configured to reciprocate up and down; a pellet providing part coupled to an one side of the cylinder in such a way that supply of gas hydrate pellets to the cylinder is adjusted by having one end thereof opened and closed by reciprocation of the piston; a pressure adjusting space having one end thereof coupled to a lower portion of the cylinder; a door formed in the pressure adjusting space and configured to define the pressure adjusting space; a transfer part having one end thereof coupled to the other end of the pressure adjusting space and configured to transfer the gas hydrate pellets; and a regasification part coupled to the other end of the transfer part and having heating water therein to allow regasification of the transferred gas hydrate pellets.

It is possible to accurately estimate propagation considering diffraction without significantly increasing the operation processing amount. A radio wave propagation characteristic estimation system in a radio communication system includes: non-diffracted wave estimation means for estimating propagation characteristic of a radio wave reaching from a predetermined transmission point in a limited evaluation area to a plurality of reception points in the evaluation area and estimating a component other than diffracted wave among the radio wave component reaching from the transmission point to the reception points; diffracted wave estimation means for estimating only a diffracted wave component among the radio components reaching from the transmission point to the respective reception points; and total radio wave component calculation means for calculating total radio wave propagation characteristic in the respective reception points considering the estimated result in the non-diffracted wave estimation means and the estimation result of the diffracted wave estimation means.