91results about How to "Reduce control load" patented technology

Disclosed are a method and an apparatus for selecting a domain for a voice call in a mobile communication network. A terminal, which uses VoLTE, receives, from a network, identification information indicating whether IMS Voice over PS (IMS VoPS) is supported, determines whether the network supports IMS VoPS and determines a domain (PS or CS) to which a voice service will be provided through the network according to the determination result.

A sheet discriminating / counting machine selects sheets to be discriminated of a predetermined country or region by discrimination object selecting means, transports the sheets to be discriminated at high speed along a transporting path, and performs sheet discriminating / counting processing at a sheet discriminating / counting unit disposed along the transporting path. The sheet discriminating / counting machine comprises: a hopper to which sheets to be discriminated are supplied; a sheet transporting device for transporting sheets supplied to the hopper one by one along a transporting path with the shorter side of each sheet parallel to the transporting direction; a sheet discriminating unit disposed along the transporting path for discriminating / counting sheets; and a stacker upon which sheets fed out from the transporting path are stacked. The transporting path is provided with a curved transporting region which is curved in a U-shape partway and has a reject transport path connected to a pocket from a the subsequent downstream side transporting path. The sheet discriminating / counting machine performs discrimination processing of 1200 sheets or more per minute and has one stacker and one pocket.

Controlling the pitch of individual rotor blades of a helicopter to reduce control loads, vibration and noise in or from the rotating rotor control elements. The system generates blade dynamics signals representing dynamic forces acting on either or both of the rotating and non-rotating elements of the helicopter, including rotor blades of a rotating assembly. The system extracts information representing at least one dynamic force, generates a dynamic force compensation output that represents a compensation for the dynamic force, and generates, from flight control signals and the dynamic force compensation output, a compensated pitch actuator control signal for each rotor blade wherein the compensation factor of the pitch control signal compensates for the dynamic force.

An air flow sensor for an internal combustion engine is disclosed. An air flow rate measurement meter, a pressure gauge, electronically controlled throttle body, and the microcomputer, etc. are integrated as one body, and the correction of the air flow rate, the control, and the fault diagnosis, etc. are done in the integrated microcomputer.The air flow sensor outputs an air flow rate signal in which the error is deleted to suppress the discharge of the harmful exhaust gas from the internal combustion engine, carries out the self-diagnosis of the breakdown of the air flow sensor or the electronically controlled throttle body to prevent the accident beforehand, and controls to obtain the best intake air amount.

Controlling the pitch of individual rotor blades of a helicopter to reduce control loads, vibration and noise in or from the rotating rotor control elements. The system generates blade dynamics signals representing dynamic forces acting on either or both of the rotating and non-rotating elements of the helicopter, including rotor blades of a rotating assembly. The system extracts information representing at least one dynamic force, generates a dynamic force compensation output that represents a compensation for the dynamic force, and generates, from flight control signals and the dynamic force compensation output, a compensated pitch actuator control signal for each rotor blade wherein the compensation factor of the pitch control signal compensates for the dynamic force.

A table game system includes: a dealer's game table for performing a table game, a dealer terminal that allows input of game result information of the table game performed on the dealer's game table, a player terminal that allows input of bet information including predicted game result information and betting amount information, the player terminal being provided at a location distant from the dealer's game table, and a management server connected to the dealer terminal and the player terminal via a communication line. The management server includes: a dividend rate information storage part that stores a dividend rate information, the dividend rate information being set corresponding to the game result information, the dividend rate information, the game result information and the bet information being used for calculation of dividend information; and an input part that allows input of the game result information and the dividend rate information.

Correction coefficients corresponding to parameters by which characteristic variation is caused are stored in a data memory of a second integrated circuit element in which driving open / close elements respectively connected in series to a plurality of inductive loads are integrated, and a first integrated circuit element that cooperates with the second integrated circuit element suppresses a current control error accompanying individual variation among circuit components and environmental temperature variation by reading present values of the parameters and combining the present values with the correction coefficients. The correction coefficients are calculated by an adjustment tool in a state where the second integrated circuit element is provided singly, and therefore correction data can be generated in relation to a plurality of temperature environments easily.

A mobile robot employing a method and a system for localizing the mobile robot using external surveillance cameras acquires images from the surveillance cameras installed indoors adjacent to each other, recognizes objects included in the images by removing shadows from the images and performing a homography scheme, and avoids the recognized objects. The mobile robot employing the method and the system for localizing the mobile robot using the external surveillance cameras enables rapider localization and lower price as compared with a conventional image-based autonomous robot, so that the commercialization of a service robot is accelerated.

An in-vehicle electronic control apparatus, having a monitoring control circuit, according to the present invention is configured in such a way that serial interface circuits 27a and 37a are connected between a main control circuit unit 20A and a monitoring control circuit unit 30A, high-speed full-duplex block communication is performed by use of a communication permission signal ALT and a communication synchronization signal CLK, the same question information included in uplink communication information UPD is recurrently transmitted in a plurality times of communication and updated after being transmitted a predetermined times, and the main control circuit unit 20A returns answer information by use of downlink communication information DND, within a predetermined duration after the update of the question information; because the question update period is prolonged, the control load on the main control circuit unit 20A is reduced.

A flight simulator control loading system (10A) comprises a compression assembly (18a), a tension assembly (18b), and a motor (30) which rotates a shaft (78). The compression assembly (18a) and the tension assembly (18b) each include a fixed actuator (50a,50b) fixedly secured to an outer housing (46a,46b), and an adjustable actuator (52a,52b) slidably mounted within a guide housing (48a,48b). Springs (54a,54b,56a,56b) are located between and push against the actuators (50a,50b,52a,52b). As the shaft (78) is rotated in an increase direction, each adjustable actuator (52a,52b) slides toward the respective fixed actuator (50a,50b), compressing the springs (54a,54b,56a,56b) and increasing control load. As the shaft (78) is rotated in a decrease direction, each adjustable actuator (52a,52b) slides away from the respective fixed actuator (50a,50b), relieving compression on the springs (54a,54b,56a< / HI

In a multi-layer network, a control load in the upper layer network increases, and the usage efficiency and the reliability of the entire network decrease; therefore, a multi-layer network system according to an exemplary aspect of the present invention includes a first network manager configured to set a logical path in a first network layer; and a second network manager configured to set a physical path corresponding to the logical path, in a second network layer, wherein the second network manager includes a network information storage configured to store physical network information including physical route information and transmission characteristic information on the second network layer, and the first network manager sets the logical path based on the physical network information.

The radio network controller 30 includes a block error detection unit 31 configured to receive a data block from the base station 20 and to detect a block error, and a target SIR calculation unit 32 configured to calculate a target SIR based on the detected block error rate.The target calculation unit 32 sets the first time section, which indicates a time section from a detection of the block error to the notification of the target SIR is to the base station 20 when the block error is detected, shorter than a second time section, which indicates a time section from the detection of the block error to the notification of the target SIR to the base station 20 when the block error is not detected.

A biological information measurement device includes near-infrared cameras capable of detecting pupils of an object person, a detection unit capable of detecting pupil areas from pieces of image data obtained by the near-infrared cameras, a luminance acquisition unit that acquires luminances of skin areas serving as at least portions of the peripheries of the pupil areas, and a biological measurement unit that measures biological information of the object person from the luminances.

Provided is a multi channel data transfer device. The multi channel data transfer device includes: a plurality of channel control unit connected to a plurality of peripheral devices, respectively; a plurality of control registers storing setting data for controlling an operation of each of the plurality of channel controllers; and a common register controller delivering common setting data to all or part of the plurality of control registers, the common setting data being applied in common to all or part of the plurality of channel controllers.

A subscriber data control method in a mobile communication network which reduces the processing load on a mobile switching center and can effectively use the resource of a visitor subscriber data area is provided the subscriber data of the visitor mobile station is not deleted in response to the subscriber data delete request from its home mobile switching center due to a fact that the visitor mobile station has further moved to another service area, and the state of the registered subscriber data of the visitor mobile station is set as the inactive holding state from the active state, and thereafter in the case where the visitor mobile station returns to the subject service area within a predetermined period of time and again performs the location registration, restoration of the subscriber data of the visitor mobile station can be made by only changing the state of the subscriber data from the inactive state to the active state. With respect to the subscriber data being put as the inactive holding state, it is deleted if no location registration is made within a predetermined period of time.

A first control circuit portion carries out input / output control in cooperation with a microprocessor, a program memory, and a RAM memory. A second control circuit portion is in cooperation with the communication control circuit portion and the data memory to carry out serial communication with the first control circuit portion. A switch signal input to the second control circuit portion is stored in a first report packet, a digital conversion value for an analog signal input is stored in a second report packet, and the first and second packets are alternately periodically transmitted to the first control circuit portion. A multi-channel AD converter included in an analog signal input circuit starts to carry out AD conversion a prescribed time period after a first report packet is transmitted and finishes conversion before a second report packet is transmitted, so that up-to-date AD conversion data is transmitted.

The present invention aims to provide a panel television device with built-in disc loader capable of constantly detecting a mounted state of a disc while alleviating the process of the television section. The panel television device with built-in disc loader has a disc loader section arranged with a disc sensor which state changes according to the detection of the presence of the disc inside, and a sub-microcomputer for performing a disc detecting process based on the state of the disc sensor; and has a television section arranged with a main microcomputer for performing the disc detecting process based on the state of the disc sensor; where drive power is constantly supplied to the disc sensor and the main microcomputer; and the disc detecting process is performed by the sub-microcomputer when the power of the disc loader section is turned ON, and the disc detecting process is performed by the main microcomputer when the power of the disc loader section is turned OFF.

An in-vehicle engine control apparatus allowing split injection frequency or split injection of fuel while preventing a driving switch element for fuel injecting electromagnetic coils and a boosting switch element for generating a boosted high voltage from being overheated. An operation control circuit portion has reference data of measured environmental temperature vs allowable engine rotational speed with a selected value of the split injection frequency being a parameter, and determines the selected value having, as an upper limit, a split injection frequency which makes the internal temperature of the boosting switch element or a rapidly exciting switch element a predetermined allowable limit value in association with the present environmental temperature detected by an average environmental temperature detection element in a case and the present engine rotational speed detected by an engine rotation sensor.

Provided is a drawing device of an electro-optical display device which includes a drawing circuit for outputting image data to a driving circuit for driving electro-optical elements of a display unit for displaying an image based on the image data, and a control circuit for controlling the drawing circuit, wherein the drawing circuit includes a first memory in which a plurality of image material data is previously stored, a first working memory having a working area in which the image data composed of at least one image material data is generated, a second working memory having a command information area in which a command signal for instructing execution of a predetermined process is written, and a drawing control circuit which writes the command signal in the command information area and generates command information composed of a plurality of command signals in the command information area, and the control circuit outputs a first control command signal for executing the command information to the drawing control circuit.

A first control circuit portion carries out input / output control in cooperation with a microprocessor, a program memory, and a RAM memory. A second control circuit portion is in cooperation with the communication control circuit portion and the data memory to carry out serial communication with the first control circuit portion. A switch signal input to the second control circuit portion is stored in a first report packet, a digital conversion value for an analog signal input is stored in a second report packet, and the first and second packets are alternately periodically transmitted to the first control circuit portion. A multi-channel AD converter included in an analog signal input circuit starts to carry out AD conversion a prescribed time period after a first report packet is transmitted and finishes conversion before a second report packet is transmitted, so that up-to-date AD conversion data is transmitted.

A battery control apparatus is provided which can keep an inter-terminal voltage of each single cell within a permitted range while permitted power is controlled in units of a battery pack. The battery control apparatus of the invention restricts the permitted power of the battery pack according to a degree of closeness of a close circuit voltage of the single cell to an upper limit or a lower limit of the permitted range.

An in-vehicle electronic control apparatus, having a monitoring control circuit, according to the present invention is configured in such a way that serial interface circuits 27a and 37a are connected between a main control circuit unit 20A and a monitoring control circuit unit 30A, high-speed full-duplex block communication is performed by use of a communication permission signal ALT and a communication synchronization signal CLK, the same question information included in uplink communication information UPD is recurrently transmitted in a plurality times of communication and updated after being transmitted a predetermined times, and the main control circuit unit 20A returns answer information by use of downlink communication information DND, within a predetermined duration after the update of the question information; because the question update period is prolonged, the control load on the main control circuit unit 20A is reduced.

A LiDAR sensor (41) is configured to sense information of an outside of a vehicle. An ultrasonic sensor (42) is configured to sense information of the outside of the vehicle in a different manner from the LiDAR sensor (41). A first bracket (43) supports the LiDAR sensor (41) and the ultrasonic sensor (42). A first sensor actuator (44) is configured to adjust a sensing reference position of the LiDAR sensor (41) relative to the first bracket (43). A second sensor actuator (45) is configured to adjust a sensing reference position of the ultrasonic sensor (42) relative to first bracket (43). A first bracket actuator (46) is configured to adjust at least one of a position and a posture of the first bracket (43) relative to the vehicle.

A fluorescent-lamp-driving device contains a driving control circuit that receives direct current power voltage and a lamp control signal for performing drive control on fluorescent lamps and converts the direct current power voltage to alternating current power voltage, and a transformer containing a winding at its primary side and windings for driving a heater and for maintaining discharge at its secondary side. The alternating current power voltage is supplied to heaters of the fluorescent lamps at their high electric potential side. The driving control circuit increases the frequency of the alternating current power supply to a frequency thereof in which voltage of the fluorescent lamps is equal to a discharge start voltage of the fluorescent lamps or less based on the lamp control signal at a period of starting-up time of the fluorescent lamps.

A disclosed method of controlling a change of a transmission parameter including the steps of generating a control data unit which does not include a specification of the change timing for changing a parameter value of the transmission parameter for which processing all within a certain layer or sublayer is possible; transmitting the control data unit only in a first half of a transmission frame; and conducting transmission and / or reception, at a timing of a frame following a frame in which the control data unit was transmitted, based on the changed transmission parameter.