198results about How to "Reduce influence" patented technology

A motor torque control apparatus for an automotive vehicle includes a transmission which has either one of a fixed speed ratio and a variable speed ratio; at least one motor / generator coupled with the transmission as a propelling power source of the vehicle, a power of the power source being transmitted to a road wheel for propulsion of the vehicle through the transmission; and a controller configured to be electrically connected to the motor / generator for motor torque control. Moreover, this controller includes a disturbance observer that estimates a driving force, and a motor torque control section that controls the driving force estimated by the disturbance observer, to bring the estimated driving force closer to a target driving force by way of servo control.

An influence by a light quantity distribution of light irradiating means in a fingerprint image is decreased, so that an excellent fingerprint image improved in contract can be obtained. Light irradiating means for irradiating a light on a finger arranged on a predetermined region, and a solid state image pickup element for receiving a diffused light from the inside of the finger by the light irradiated from this light irradiating means and for picking up the fingerprint image of the finger is provided, and the light irradiating means is arranged across a length at least equal to or more than an effective reading length (L) of the solid state image pickup element.

The invention provides a pixel circuit that allows simultaneous correction of both influence of the threshold voltage of a drive transistor and influence of the mobility of the drive transistor. Correction means is connected to a drive transistor and a capacitance part, and operates during a correction period preceding to a sampling period. The correction period is separated into a reset period and a detection period. During the reset period, the correction means energizes the capacitance part to reset the potential of the capacitance part. During the detection period, the correction means stops the energization and detects the potential difference arising between the source and gate of the drive transistor during the period when a transient current flows through the drive transistor. The capacitance part holds the potential corresponding to the detected potential difference. The held potential includes both a potential component for reducing the influence of the threshold voltage on the output current of the drive transistor, and a potential component for reducing the influence of the carrier mobility thereon.

A biological information processing apparatus includes: a light source 11 that irradiates light 12 to a light irradiation region 13A on a test object 13; an acoustic wave detector 17 that detects an acoustic wave 16 generated by a light absorber 15 in the test object upon its absorption of the light, and outputs a detection signal; and an electronic control system 18 having an amplifier that amplifies the detection signal outputted from the acoustic wave detector 17. The electronic control system controls a gain of the amplifier in such a manner that a gain for a detection signal of an acoustic wave generated at a first location in the test object becomes larger as compared with a gain for a detection signal of an acoustic wave generated at a second location which exists nearer to the light irradiation region than the first location does.

For use of a second mapping pattern in which a part of a resource on which a DMRS (Demodulation Reference Signal) is to be mapped is replaced with a data resource in a first mapping pattern of the DMRS, control section (23) adds an offset to a transmission power or a transmission power density of first data mapped in a remaining resource other than a data resource to control a transmission power or a transmission power density of second data mapped to the part of a resource. Transmitting section (25) transmits a signal including the first data, the second data, and the DMRS.

Disclosed are a method and a system for providing a mobile communication terminal with network-based location measurement by using a G-pCell database. The method and system are advantageous in that, when a mobile communication system employs a network-based location measurement scheme, the influence of repeaters is reduced to improve the positioning stability and measurement accuracy and provide more stable location-based services.

Provided are vertical transitions which have the high electrical performance and the high shielding properties in the wide frequency band in a multilayer PCB, printed circuit boards with the vertical transitions and semiconductor packages with the printed circuit boards and semiconductor chips. In vertical transitions for a multilayer PCB, a wave guiding channel is a conductor which includes at least more than one of signal vias 201, an assembly of ground vias 202 surrounding the signal via, ground plates from conductor layers of the PCB connected to the ground vias, closed ground striplines 205 connecting the ground vias and power supply layer.

A touch sensing panel is provided in the present disclosure. The touch sensing panel comprises a sensing pattern layer and a plurality of bridging wires disposed on the sensing pattern layer, wherein each bridging wire has a top surface with low reflectivity. The sensing pattern comprises a plurality of first sensing pads and a plurality of second sensing pads, wherein the plurality of first sensing pads are connected by the bridging wires to form first sensing arrays, the plurality of second sensing pads are connected by connection parts to form second sensing arrays, and the first sensing arrays are insulated from the second sensing arrays. Reflectivity of the top surfaces of the bridging wires is comparatively low and therefore light from external sources is not easily reflected by the bridging wires, thereby reducing the influence of light spots in image quality.

A first power semiconductor module and a second power semiconductor module are fixed in parallel to a first channel along a flow direction of a cooling refrigerant flowing through the first channel, a third power semiconductor module is fixed to a second channel such that the first power semiconductor module and the third power semiconductor module face each other via a capacitor circuit unit, and an electric circuit element electrically connected in series or in parallel with regard to the capacitor circuit unit and a DC terminal is arranged in such a position that the second power semiconductor module and the electric circuit element face each other via the capacitor circuit unit.

To reduce background light generated in a circumference of a scatterer in a head for a thermally assisted magnetic recording device using a scatterer having conductivity as an optical near-field generating element, a coil for generating a magnetic field is placed on a bottom portion of a slider, and an optical near-field generating element is placed in an inside of the coil. At this time, an inner diameter of the coil is set not larger than a wavelength of incident light, an interval between leader lines each for conducting an electric current to the coil is set not larger than a half of the wavelength of the light, and the coil for generating the magnetic field is caused to function as a shield for suppressing the background light.

It is disclosed a system and a method for reconstructing an image by using a straight-line trajectory scan to avoid image spatial resolution reduction due to interpolations in angular direction and detector direction during data rebinning. This system comprises: a projection data conversion section for converting projection data from straight-line trajectory scan into projection data under quasi-parallel-beam scan; a filtration section for obtaining filtered projection data by convoluting the projection data under quasi-parallel-beam scan with a predetermined convolutional kernel; and a back-projection section for reconstructing an image by back-projecting the filtered projection data with a weighting factor. By using the inventive system and method, the spatial resolution in the reconstructed image is improved, and the influence of data truncation on the reconstructed image is reduced. The present invention applies the filtration and back-projection mode, and thus has general advantages of the filtration and back projection, such as simplicity and efficiency. And it is easy to be parallelized and accelerated.

Provided is an intelligent analysis system for inner detecting magnetic flux leakage (MFL) data in pipelines, including a complete data set building module, a discovery module, a quantization module and a solution module, wherein: a complete data set building method is adopted in the complete data set building module to obtain a complete magnetic flux leakage data set; a pipeline connecting component discovery method is adopted in the discovery module to obtain the precise position of a weld; an anomaly candidate region search and identification method is adopted in the discovery model to find out magnetic flux leakage signals with defects; a defect quantization method based on a random forest is adopted in the quantization module to obtain a defect size; and a pipeline solution based on an improved ASME B31G standard is adopted in the solution module to output an evaluation result.

An object of the invention is to reduce changes of antenna characteristics due to circumstances or usage forms and to obtain good characteristics in any conditions. An antenna apparatus A comprise a tabular ground conductor 1, a radiation conductor 3 disposed in a location facing the ground conductor 1, a short-circuit portion 7 for short-circuiting the ground conductor 1 and the radiation conductor 3, an opening 11 disposed on the ground conductor 1 where the location is positioned at a distance of d from the short-circuit portion 7 in the in-plane direction of the tabular ground conductor 1, and a feed portion 5 extending from the radiation conductor 3 and passing through the opening 11 in a noncontact manner regarding the ground conductor 1. These members are disposed in the vicinity of the lower end of a casing. The feed portion 5 is connected to a matching circuit shown in FIG. 2. The distance d between the short-circuit portion 7 and the feed portion 5 is not less than ⅙ relative to the length of the circumference (the circumference length) of the radiation conductor 3 such that the antenna is not resonant with a desired frequency, and the matching circuit performs adjustment such that the antenna is available in two or more frequency bands. Originally, the antenna per se does not resonate with a desired frequency band, so that it is less susceptible to influences of circumstances or usage forms.

A data processor includes: a reference signal generator generating a reference signal that gradually varies to enhance an amplitude of the processing signal; a comparator comparing the processing signal with the reference signal generated by the reference signal generator; a count period controller determining to perform a real number count operation or a complement number count operation; a counter performing the count operation during the count period determined by the count period controller and acquiring a predetermined level of digital data by storing the count value at the time of completion of the count operation; and a corrector acquiring the digital data as a value of a real number by correcting the complement number count operation. The count period controller independently controls the real number count operation and the complement number count operation of the counter on the basis of a predetermined criterion.

A base multilayer body is made by laminating a seed layer and a buffer layer in respective order. The seed layer is an alloy layer containing tantalum (Ta) and at least one type of other metal, and having an amorphous structure or a microcrystal structure. The buffer layer is an alloy layer having a [001] plane orientation hexagonal close-packed structure and containing at least one type of a group VI metal and at least one type of a group IX metal in the periodic table. With this configuration, a magnetic layer providing a desired magnetic characteristic(s) can be laminated on the thinned base multilayer body.

An image pickup apparatus capable of reducing influence of flicker while suppressing delay of start of photographing. An image pickup device and a photometric sensor pick up images of an object. A CPU obtains images by controlling driving of one of the device and the sensor to perform charge accumulation and charge readout. Further, the CPU detects a flicker frequency and a flicker phase of a flicker light source, and stores them in a memory as first information. When photographing, if the CPU determines that the first information is not valid, an ICPU obtains images by controlling driving of the other of them to perform charge accumulation and charge readout. Further, the ICPU detects the flicker frequency and the flicker phase and stores them in a memory as second information. The CPU controls exposure timing according to the second information to perform photographing.

A migration of a virtual machine is performed to the nearest virtual-machine-operating server derived from location coordinates information of a client terminal, to establish a connection with a virtual-machine-operating server subjected to a reduced influence of the line delay. Specifically, a location optimization server on the network manages virtual-machine-operating servers on which a virtual machine providing a server for the client terminal operates, and orders a migration of the virtual machine to a destination virtual-machine-operating server selected depending on the location coordinates information related to the client terminal. In this operation, the location optimization server issues instructions related to the migration of the virtual machine to both of the virtual-machine-operating server on which the virtual machine is currently operating and the destination virtual-machine-operating server.

An electroencephalogram measurement apparatus includes: an electroencephalogram measurement section for measuring an electroencephalogram of a user by using a plurality of electrodes; an electro-acoustic transducer for presenting an acoustic signal to the user, the electro-acoustic transducer being in a vicinity of at least one electrode among the plurality of electrodes while the electroencephalogram measurement section is worn by the user; an amplitude envelope extraction section for extracting an amplitude envelope of the acoustic signal presented by the electro-acoustic transducer; a frequency analysis section for applying a frequency analysis to the amplitude envelope extracted by the amplitude envelope extraction section; and a noise estimation section for estimating an electrical noise which is mixed at the at least one electrode by using a previously provided set of transform rules and the extracted amplitude envelope.

A misfire determination device for a multi-cylinder internal combustion engine, of which an output shaft is connected, through a torsion element, to a downstream shaft downstream of the torsion element, includes: an first portion for detecting an output shaft rotational speed that is the rotational speed of the output shaft; a second portion for detecting a downstream shaft rotational speed that is the rotational speed of the downstream shaft; a third portion that calculates a component caused by an influence of resonance due to torsion of the torsion element on the output shaft rotational speed, based on the acquired output shaft rotational speed and the acquired downstream shaft rotational speed; and a fourth portion for determining the occurrence of the misfire in the internal combustion engine based on a rotational speed that is obtained by subtracting the calculated component from the detected output shaft rotational speed.

A bootstrap circuit includes an output transistor, a bootstrap capacitor provided between the gate and source of the output transistor, a power source, and a circuit that performs ON / OFF control of a supply from the power source to the gate electrode of the transistor. An initial voltage before a bootstrap effect can be set to the potential of the power source, which is independent of the threshold voltage of the transistor. Therefore, the source output of the transistor rising or dropping due to the bootstrap effect is not affected by variations that depend on the threshold voltage of the transistor.

A radiation imaging system includes first and second gratings, a scanning system, a detector, an image generator, a storage, and a correction processing section. The first grating includes first grating modules arranged cylindrically about a virtual line. The virtual line passes through a focal point. The second grating includes second grating modules arranged cylindrically and coaxially about the virtual line with a larger radius. Grating lines of the first and second gratings are parallel with the virtual line. The scanning mechanism scans the second grating orthogonally to the virtual line. The detector is divided into segments corresponding to the second grating modules. The storage stores an offset value, per segment, corresponding to an inclination angle of the second grating module relative to scanning. The correction processing section corrects a phase differential image on a segment-by-segment basis based on the offset value.

A method for selecting items, the method comprising the steps of measuring (21) a pre-stimulus level of a physiological parameter of a user, selecting (22) an item based on a user profile and the pre-stimulus level of the physiological parameter, measuring (23) a post-stimulus level of the physiological parameter, determining (24) a stimulus effect by calculating a difference between the post-stimulus level and the pre-stimulus level, correcting (25) the stimulus effect using a model of an effect of the pre-stimulus level on the physiological parameter and updating (26) the user profile, using the corrected stimulus effect. The method may, e.g., be used for selecting media items in a music player or digital TV.

A method for manufacturing a formed honeycomb structure in an efficient manner which comprises the steps of: charging a material for forming a honeycomb structure 5 into a passage 22 for preform material for a honeycomb structure whose one end portion is provided with die 3 for forming a formed honeycomb structure; and extruding the charged preform material for a honeycomb structure 5 from the die 3 to form a formed honeycomb structure 10 while passing it through the passage, wherein a screen 4 for filtering foreign matters included in the preform material for a honeycomb structure 5 is disposed in the vicinity of the die 3, and wherein an operation for reduction of frictional resistances between an inner face of the passage 22 for preform material for a honeycomb structure and the preform material for a honeycomb structure 5 which passes the passage is employed.

A semiconductor device includes an undoped GaN layer (103) formed on a substrate (101), an undoped AlGaN layer (104) formed on the undoped GaN layer (103) and having a band gap energy larger than that of the undoped GaN layer (103), a p-type AlGaN layer (105) and a high-concentration p-type GaN layer (106) formed on the undoped AlGaN layer (104), and an n-type AlGaN layer (107) formed on the high-concentration p-type GaN layer (106). A gate electrode (112) which makes ohmic contact with the high-concentration p-type GaN layer (106) is formed on the high-concentration p-type GaN layer (106) in a region thereof exposed through an opening (107a) formed in the n-type AlGaN layer (107).

An RF unit receives periodically signals broadcast by other terminal apparatuses. When the quality of the signal received periodically is more deteriorated than a second threshold value even though the intensity of the signal received periodically is larger than a first threshold value, an identifying unit detects a malfunction in another terminal apparatus from which the signal received periodically by the receiver has been broadcast. A processing unit, a modem unit, the RF unit and an antenna each broadcasts a signal containing the detection result that the malfunction has been detected and information on a detected location.

A differential signal is amplified by passive amplification which does not a reference of a common-mode voltage. At this time, the voltage of the differential signal is passive-amplified twice before carrying out a successive approximation type analog-digital conversion operation. The passive amplification is attained by providing a plurality of capacitances which carry out a sampling operation, and switching these connection relation by using switches. Without being accompanied by the increase of the consumed power and the chip size, an influence by the noise of s comparator is reduced to a half so that the effective resolution can be increased for one bit.

An inspection method for inspecting a substrate by using an optical image obtained by irradiating the substrate with light from a light source through an optical unit, and causing the light reflected by the substrate to be incident to a sensor, includes adjusting a focus offset value such that a focal distance for setting the signal-to-noise ratio of a programmed defect to the maximum level, is obtained by acquiring the optical image while changing a focal distance between the surface in which a first pattern is provided and the optical unit. The substrate includes the first pattern, a second pattern on the same plane as the first pattern, the programmed defect in the second pattern, and a third pattern on the same plane as the first pattern. The existence of a defect is detected by acquiring the optical image of the first pattern after the focus offset is adjusted.

A semiconductor storage device in which a read sense circuit stable for the fluctuation in manufacturing process and environmental conditions can be realized and the read access time can be shortened is provided. A sense circuit for reading a memory cell characterized in that a flowing current is varied depending on stored data and a voltage applied through a word line includes: an inverter; a first capacitor provided so as to be electrically connected between an input of the inverter and a bit line to which the memory cell is connected; a first transistor which short-circuits an input and an output of the inverter; a second capacitor for supplying charge to the first capacitor; and second transistors, wherein an input potential of the inverter is increased or decreased according to the current of the memory cell and is then amplified to be latched as a logic value.

The present invention provides a self-compensating gate driving circuit, comprising: a plurality of GOA units which are cascade connected, and a Nth GOA unit controls charge to a Nth horizontal scanning line G(n) in a display area, and the Nth GOA unit controls charge to a Nth horizontal scanning line G(n) in a display area, and the Nth GOA unit comprises a pull-up controlling part, a pull-up part, a transmission part, a first pull-down part, a bootstrap capacitor part and a pull-down holding part; the pull-up part, the first pull-down part, the bootstrap capacitor part and the pull-down holding circuit are respectively coupled to a Nth gate signal point Q(N) and the Nth horizontal scanning line G(n), and the pull-up controlling part and the transmission part are respectively coupled to the Nth gate signal point Q(N), and the pull-down holding part is inputted with a first DC low voltage VSS1 and a second DC low voltage VSS2; the pull-down holding part comprises a first pull-down holding part and a second pull-down holding part to alternately work. The present invention is designed to have the pull-down holding part with self-compensating function to promote the reliability of the long term operation for the gate driving circuit. The influence of the threshold voltage drift to the operation of the gate driving circuit is diminished.

At least one image processing apparatus, and at least one method, of the present invention(s) generate a corrected image obtained by removing, from a color image whose pixel values contain components derived from scattered light, at least part of the components derived from the scattered light. The at least one image processing apparatus includes a generation unit configured to generate the corrected image by correcting a pixel value of a first color component of each pixel in the color image by using a first reference intensity and a weight value, and by correcting a pixel value of a second color component of each pixel in the color image by using a second reference intensity and a weight value.