39 results about "Shift length" patented technology

A nonvolatile semiconductor memory includes memory cell units, each having memory cell transistors aligned in a column direction and capable of writing and erasing electronic data; and contacts on active areas, arranged on both sides of memory cell unit arrays in which the memory cell units are serially connected in the column direction, and the contacts on active areas are shared by the memory cell unit arrays; wherein, the respective memory cell unit arrays are located having a periodical shift length equal to and or more than the integral multiple length of the periodical length of the memory cell units aligned in the column direction so as to be staggered from each other as compared with neighboring memory cell unit arrays aligned in the row direction.

The present invention provides a pressure-sensitive adhesive sheet having an adequate adhesion so as not to cause blistering and peeling with the lapse of time and is excellent inre-peelingpropertyandworkability. The pressure-sensitive adhesive sheet provided is a pressure-sensitive adhesive sheet having a pressure-sensitive adhesive layer formed using a pressure-sensitive adhesive composition on one or both surfaces of a supporting film, in which the shift length after 30 minutes from a creep test carried out at 23°C and a shearing load of 500 g by bonding an adhesive area of 200 mm 2 of the pressure-sensitive adhesive layer to a TAC polarizing plate is 2.5 mm or less, and the adhesion at a peeling rate of 0.3 m / min after 30 minute-bonding of a pressure-sensitive adhesive surface of the pressure-sensitive adhesive layer to a TAC surface at 23°C is 0.3 N / 25 mm or less.

An exposure apparatus includes a projection optical system, which projects a pattern of a mask onto a prescribed exposure area on a substrate at a prescribed projection magnification. The optical axis center of the projection optical system is set to a position different from that of the center of the projection area onto which the pattern is projected. The exposure apparatus further includes a magnification modification device, which modifies the projection magnification of the projection optical system; a calculation device, which calculates a shift length of the center of the projection area associated with modification of the projection magnification; and a correction device, which corrects the position information of the exposure area based on the shift length of the center of the projection area.

A string matching system includes a text string, a plurality of patterns, an m-byte search window and a plurality of Bloom filters, wherein the m-byte search window stands for an m-byte sub-string in the text string under inspection. Every Bloom filter comprises sub-strings of a plurality of patterns. These Bloom filters are queried for membership of the rightmost block in the search window to determine the shift length. The acceleration efficiency of matching many bytes can be achieved simultaneously by shifting the search window for many bytes. Meanwhile, the patterns are stored into an embedded memory through a memory-efficient mechanism-the Bloom filter.

A shift of mass axis that occurs when the temperature of a vacuum container consisting of a vacuum chamber (15) and IT block (16) or that of a TOF power unit (20) for applying an ion acceleration voltage is changed, is respectively measured beforehand, and parameters expressing a transfer function based on its response are stored in a transfer function memory (24). During an analysis, a mass shift predicting operation section (25) estimates the current shift length of the mass axis from the current temperatures of the IT block (16) and TOF power unit (20) obtained by first and second temperature sensors (34 and 35) as well as from the two transfer functions stored in the memory (24). A mass shift correcting section (29) corrects the mass axis of the mass spectrum according to the estimated shift length. Thus, if the ambient temperature suddenly changes, the shift of the mass axis of the mass spectrum due to the temperature change is corrected with high accuracy, so that a mass spectrum with a high level of mass accuracy can be created.

A method and apparatus are provided for computing a CRC value for a packet containing a data stream with a modified data unit data and one or more additional data units extending to the end of the data stream by computing a first CRC value from the one or more additional data units, computing a second CRC value from the modified data unit, adjusting the second CRC value based on a shift length equal to a distance of the one or more additional data units to compute a perspective shifted second CRC value by using fixed number of distance lookup table operations, and generating an updated CRC value from the first CRC value and perspective shifted second CRC value, thereby avoiding recalculating a complete CRC value based on an entirety of the modified data stream.

A light source device includes: light sources arranged in a plane; collimator lenses disposed in the vicinities of corresponding each of the light sources, each of the collimator lenses collimating a light beam emitted from the corresponding light source, and a holder that holds the light sources and the collimator lenses. The holder holds the light sources and the collimator lenses so that optical axes of the collimator lenses are parallel with the optical axes of the light sources and respectively shifted relative to the latter by shift lengths that are set so that light beams emitted from the light sources via the collimator lenses are focused on a certain region of an illumination subject body. The light beams emitted from the light sources are refracted by the collimator lenses and focused on the certain region.

The present invention provides a system and process for creating an effective work schedule for a security checkpoint. The process includes the step of analyzing passenger flow to determine the coverage needed to sustain required service levels, generally through simulating the checkpoint to determine required staffing levels. Another step to optimize workforce levels and schedules is to create workforce schedules that are based on optimized person-hours and key variables. The schedule staffs as needed to achieve the required staffing levels and may consider numerous other factors, including acceptable ranges for shift lengths; a maximum number of start times; and a percentage of part-time or seasonal employees. In a particular embodiment, the schedule is formed by using linear programming to solve for a tour assignment matrix (defining a schedule) from a demand matrix representing the needed number of workers and a coefficient matrix representing the availability of workers.

An exposure apparatus includes a projection optical system, which projects a pattern of a mask onto a prescribed exposure area on a substrate at a prescribed projection magnification. The optical axis center of the projection optical system is set to a position different from that of the center of the projection area onto which the pattern is projected. The exposure apparatus further includes a magnification modification device, which modifies the projection magnification of the projection optical system; a calculation device, which calculates a shift length of the center of the projection area associated with modification of the projection magnification; and a correction device, which corrects the position information of the exposure area based on the shift length of the center of the projection area.

The invention relates to an energy efficiency analysis method of interlocking equipment. The energy efficiency analysis method comprises: data sampling: carrying out equal-time and equal-distance sampling on energy consumption correlation parameters of at least two sets of equipment in the interlocking equipment, so as to obtain sampled data within certain time; data pre-processing: carrying out the data pre-processing on the actually measured sampled data, eliminating abnormal data therein and complementing missing data; framing operation: dividing the sampled data subjected to pre-processing of each set of equipment into a plurality frames through adopting an overlapping and sectioning manner, wherein each frame corresponds to one time period with equal duration and a frame shifting length of each frame is smaller than a frame length; correlation coefficient calculation: taking the sampled data in each frame as a foundation and calculating a correlation coefficient rXY in each frame of the energy consumption correlation parameters of at least two sets of equipment in the interlocking equipment; abnormity judgment: taking a frame with the correlation coefficient lower than a judgment threshold value as an abnormal frame. The energy efficiency analysis method of the interlocking equipment, provided by the invention, can be used for assisting to check reasons for forming interlocking abnormity and guiding the equipment to be correspondingly adjusted; whole operation of a system can be more stable and more energy can be saved through adopting the method.

An energization timing determination circuit corrects a shift contained in a position signal outputted from a position detecting means and supplies energization timing appropriate to drive a motor. A correction amount computation unit computes detection intervals obtained based on position signals outputted from filters, comparators, and a position detection unit during one cycle of electrical angle. The correction amount computation unit thereby determines the duty shift length α and phase shift length β of the position signals. A control circuit corrects energization timing based on the position signals according to the detected shift lengths.

The invention relates to the field of mobile communications, in particular to a signal compression method and apparatus. In order to solve the problems of high processing delay and high compression loss in the existing signal compression methods, the method comprises, based on the respective preamble symbol bits of the first i signal and the first q signal included in the initial iq signal, determining the overall displacement length, and based on the overall shift length, performing shift processing on the first I signal and the first Q signal, obtaining a second I signal and a second Q signal, and according to the preset bit width, a second I signal and a second Q signal are truncated, the third I signal and the third Q signal are obtained, and the target IQ signal is generated based onthe third I signal and the third Q signal. Thus, no additional AGC processing is required, and the time delay is greatly reduced. Moreover, since part of the IQ signal is completely reserved, the signal fidelity is high, and the compression loss is greatly reduced.

An electro-optical phase modulator, dual polarization modulator applying that modulator and a phase modulation method are disclosed. A waveguide in an electro-optical substrate has at least two electrodes for modulating the waveguide. Each electrode receives a sequential bit of a precoded digital input and forms a shifting line from a first input end through interaction lengths near the waveguide causing modulation, shifted lengths distal from the waveguide for avoiding modulating the waveguide and transitions between these lengths by shifting the electrode away from or towards the waveguide. At least one electrode has a shorter interaction length closer to the input than a longer interaction length of the same electrode. Each electrode's modulation strength is proportional to its total interaction length, which doubles for each electrode, producing well matched S21 electro-optical responses from 10 kHz to 50 GHz, when shifted to account for the doubling.

A character string pattern matching method for detecting the presence of at least one of N (N is a natural number equal to or greater than 2) patterns in specific text shifts a detection location across text by a maximum shift length using single-byte character-based layered SHIFT tables, thereby increasing a pattern matching speed as compared with the prior art pattern matching algorithms.

An energization timing determination circuit corrects a shift contained in a position signal outputted from a position detecting means and supplies energization timing appropriate to drive a motor. A correction amount computation unit computes detection intervals obtained based on position signals outputted from filters, comparators, and a position detection unit during one cycle of electrical angle. The correction amount computation unit thereby determines the duty shift length α and phase shift length β of the position signals. A control circuit corrects energization timing based on the position signals according to the detected shift lengths.

A molding machine includes a fixed mold and a movable mold. The molding machine is a so-called micro-molding machine which provides less than 1.5 KN of the mold clamping force for clamping the fixed mold and the movable mold. A positional shift length between both molds is preset at ±20 μm or less. Further, cavities are inserted in base molds of both molds respectively. Furthermore, cores are inserted in the cavities. The position of each cavity is adjustable with respect to each associated base mold. The position of each core is also adjustable with respect to each associated cavity. Moreover, the molding machine can simultaneously mold a plurality of optical components.

In a method and magnetic resonance apparatus (5) for reconstructing an MR image (43) of a volume segment within an examination object (O), MR data within the volume segment are acquired according to a separation method by MR data for a k-space line being acquired respectively in steps while a readout gradient is activated in the same readout direction. An image (41) of a first substance and an image (42) of a second substance are thereby reconstructed. A shift length (V), by which the image of the first substance and the image of the second substance are displaced relative to one another due to the chemical shift in the readout direction is determined. The image of the first substance and / or the image of the second substance is shifted as a function of the shift length, to compensate for the relative displacement between the images of the first and second substances in the readout direction due to the chemical shift. An MR image is generated by combining the images of the first and second substances. A data carrier is also provided.

First and second buffer roller pairs are driven such that a sheet conveyed sequentially by a conveying roller pair is overlapped with a standby sheet by shifting in a sheet conveying direction and such that the overlapped sheets standby at a branch path. A shift length in overlapping the standby sheet with the conveyed sheet is set such that the more the number of times of drawal into the branch path of the sheet, the shorter the shift length becomes. Thereby, the shift length between the respective sheets turns out to be a predetermined shift length in overlapping the standby sheets with a final conveyed sheet and conveying the sheets to an intermediate processing tray.

A seat for a vehicle is provided with a sliding device including a slide-lock mechanism, the sliding device sliding a seat body in a case of releasing the slide-lock mechanism, a seatback including a reclining device, the seatback being tilted forward in a case of releasing the reclining device, a seat cushion including a tip-up device, the seat cushion being tipped up in a case of operating the tip-up device and a walk-in mechanism including a lever, the walk-in mechanism configured to release the slide-lock mechanism, release the reclining device and operate the tip-up device in proportion to a shifting length of the lever. The tip-up device is operated in a case where the lever is shifted in an intermediate position and the slide-lock mechanism and the reclining device are released in a case where the lever is shifted in an end position.

A nonvolatile semiconductor memory includes memory cell units, each having memory cell transistors aligned in a column direction and capable of writing and erasing electronic data; and contacts on active areas, arranged on both sides of memory cell unit arrays in which the memory cell units are serially connected in the column direction, and the contacts on active areas are shared by the memory cell unit arrays; wherein, the respective memory cell unit arrays are located having a periodical shift length equal to and or more than the integral multiple length of the periodical length of the memory cell units aligned in the column direction so as to be staggered from each other as compared with neighboring memory cell unit arrays aligned in the row direction.

The invention discloses a method and a device for integer transform of an image residual matrix, and a method and a device for inverse transform of the image residual matrix. The method for the integer transform of the image residual matrix comprises the following steps of: performing the integer transform on the image residual matrix, when the bit of acquired memory space needed by each matrix element in the matrixes during integer transform is judged to be more than the parallel processible bit of a processor, determining a difference value between the bit of the memory space needed by eachmatrix element and the parallel processible bit of the processor, and moving the bit of the memory space needed by each matrix element to the right according to a shift length not less than the difference value. According to the method and the device for the integer transform of the image residual matrix of the invention, the problem of data overflow caused when the image residual matrix of whichthe bit of the memory space needed by each matrix element is more than 9 is subjected to the integer transform in the prior art can be solved.

A shift of mass axis that occurs when the temperature of a vacuum container consisting of a vacuum chamber (15) and IT block (16) or that of a TOF power unit (20) for applying an ion acceleration voltage is changed, is respectively measured beforehand, and parameters expressing a transfer function based on its response are stored in a transfer function memory (24). During an analysis, a mass shift predicting operation section (25) estimates the current shift length of the mass axis from the current temperatures of the IT block (16) and TOF power unit (20) obtained by first and second temperature sensors (34 and 35) as well as from the two transfer functions stored in the memory (24). A mass shift correcting section (29) corrects the mass axis of the mass spectrum according to the estimated shift length. Thus, if the ambient temperature suddenly changes, the shift of the mass axis of the mass spectrum due to the temperature change is corrected with high accuracy, so that a mass spectrum with a high level of mass accuracy can be created.

A speech signal processing system which outputs a speech feature, divides an input speech signal into frames so that each pair of consecutive frames have a frame shift length equal to at least one period of the speech signal and have an overlap equal to at least a predetermined length, applies discrete Fourier transform to each of the frames, calculates a CSP coefficient for the pair, searches a predetermined search range in which a speech wave lags a period equal to at least one period to obtain the maximum value of the CSP coefficient for the pair, and generates time-series data of the maximum CSP coefficient values arranged in the order in which the frames appear. A method and a computer readable article of manufacture for the implementing the same are also provided.

A string matching system includes a text string, a plurality of patterns, an m-byte search window and a plurality of Bloom filters, wherein the m-byte search window stands for an m-byte sub-string in the text string under inspection. Every Bloom filter comprises sub-strings of a plurality of patterns. These Bloom filters are queried for membership of the rightmost block in the search window to determine the shift length. The acceleration efficiency of matching many bytes can be achieved simultaneously by shifting the search window for many bytes. Meanwhile, the patterns are stored into an embedded memory through a memory-efficient mechanism —the Bloom filter.

By the method of measuring a gap depth of a thin film magnetic head for horizontal magnetic recording, the gap depth of a write-magnetic pole can be easily and correctly measured. The method comprises the steps of: forming a first standard marker; measuring a distance between an actual position of a rear end of a lapping guide and the position of the first standard marker; calculating a lapping guide shift length; forming a second standard marker; measuring a distance between an actual position of a zero throat and a position of the second standard marker; calculating a zero throat shift length; and calculating an actual gap depth of a write-magnetic pole by adding the lapping guide shift length and the zero throat shift length to a designed gap depth.

A method includes receiving, in electronic format, a set of predetermined workforce related inputs, generating, using a stochastic model, a core-staff assignment, a float-pool assignment, and an overtime and agency cover for a hospital unit based on the set of predetermined inputs, generating a core-staff workings pattern and a float-pool working pattern for the hospital unit based on the core-staff assignment, the float-pool assignment, and a predetermined set of schedule rules, and employing the core-staff workings pattern and a float-pool working pattern to construct a workforce schedule in the electronic format for the hospital unit. Generally, the approach herein can consider from budget level to implementation level for a hospital in workforce scheduling, includes solutions for nurse absence and high-low patient census situations, and can accommodate different shift start time and / or shift length designs for both optimization and implementation purpose.

In a method and magnetic resonance apparatus for reconstructing an MR image of a volume segment within an examination object, MR data within the volume segment are acquired according to a separation method by MR data for a k-space line being acquired respectively in steps while a readout gradient is activated in the same readout direction. An image of a first substance and an image of a second substance are thereby reconstructed. A shift length, by which the image of the first substance and the image of the second substance are displaced relative to one another due to the chemical shift in the readout direction is determined. The image of the first substance and / or the image of the second substance is shifted as a function of the shift length, to compensate for the relative displacement between the images of the first and second substances in the readout direction due to the chemical shift. An MR image is generated by combining the images of the first and second substances.

A method and apparatus are provided for computing a CRC value for a data stream packet with a modified portion and an unmodified portion extending a distance to the end of the data stream packet by computing a first CRC value from the unmodified portion, computing a second CRC value from the modified portion, adjusting the second CRC value based on a shift length equal to the distance of the unmodified portion to compute a perspective shifted second CRC value by using a fixed number of distance lookup table operations, and generating an updated CRC value from the first CRC value and perspective shifted second CRC value, thereby avoiding recalculating a complete CRC value based on an entirety of the data stream packet.