Abstract: A hybrid vehicle drive control system is configured to perform engine startup when switching from an electric drive mode to a hybrid drive mode, without creating a sense of output torque loss. In particular, a controller selectively controls a first clutch disposed between the engine and the motor/generator and a second clutch disposed between the motor/generator and a drive wheel to switch between an electric drive mode in which the first clutch is released and the second clutch is engaged, and a hybrid drive mode in which both the first and second clutches are engaged. The controller sets the second torque transfer capacity to a value that is more than zero and less than the target motor/generator torque of the motor/generator when switching from the electric drive mode to the hybrid drive mode and when starting the engine.

Abstract: A hybrid vehicle control system is configured to improve fuel economy by optimizing a torque transfer capacity of a clutch transmitting drive power from both an engine and a motor/generator while the motor torque provides at least part of the drive force. In particular, the system selectively controls a pair of clutches to switch between an electric drive mode and a hybrid drive mode. The torque transfer capacity of the clutch transmitting drive power from both the engine and the motor/generator to a drive wheel includes a motor/generator torque component and an engine torque component. The motor/generator torque component is determined based on a motor/generator torque and a torque transfer capacity margin allowance for the motor/generator torque. The engine torque component is determined based on an engine torque and a torque transfer capacity margin allowance for the engine torque when the drive wheel is driven at least by the motor/generator.

Abstract: An engine of a hybrid vehicle is lift started by reducing a rotational speed of a motor/generator of the hybrid vehicle by adjusting a gearshift ratio of a transmission coupled to the motor/generator, and engaging a clutch to couple the engine, while in a stopped state, to the rotating motor/generator for imparting the rotation to the engine.

Abstract: An image data processing system comprises: a first storing unit that previously stores an apparatus information corresponding to an image recording apparatus; a determining unit that determines whether or not the apparatus information stored in the first storing unit is in a predetermined range of values; a notifying unit that notifies whether or not a content of the apparatus information is normal based on a result determined by the determining unit; an instruction acquiring unit that acquires an instruction indicating whether or not an image data is converted by using the apparatus information stored in the first storing unit; a converting unit that converts an image data based on the instruction; and an image data supplying unit that supplies the image data to the image recording apparatus corresponding to the apparatus information.

Abstract: A recording apparatus has a paper feeder wherein single sheets of paper can be set, a paper delivery device for transporting paper fed from the paper feeder to a recorder, and a control unit for controlling operation of the paper feeder and the paper delivery device. The control unit has a skew removal execution mode of only the first sheet of paper where the paper tip is bitten into a paper delivery roller forming a part of the paper delivery device and then the paper delivery roller is reversely rotated for ejecting the paper tip for the first sheet of paper at the start of recording and then forward rotating the paper delivery roller for delivering the sheet of paper whose skew is removed to the recorder and delivering the second and later sheets of paper to a record area without executing the skew removal.

Abstract: A vehicle drive control for a wheeled vehicle including a first motor generator, and a second motor generator. A planetary gear set includes a first rotating element connected to the first motor generator, a second rotating element connected to the second motor generator, and a third rotating element connected to a drive wheel. A rotation control mechanism selectively restricts rotation of one of the first and second rotating elements of the planetary gear set to establish a fixed speed ratio mode, and releases the one of the first and second rotating elements to establish a variable speed ratio mode. A control unit is configured to control each operating state of the rotation control mechanism, the first motor generator, and the second motor generator, and configured to establish the variable speed ratio mode when a slip state of the drive wheel is detected in the fixed speed ratio mode.

Abstract: A print controller is capable of printing document data within a printable area without generating unnecessary spaces on the sheet, even when the printable area of the sheet has been modified. The print controller includes a function for acquiring the sheet size from the printer driver based on the size set by a sheet size setting function. Specifically, the sheet data acquiring function transmits the sheet size set by the sheet size setting function to the printer driver via a graphics engine. The printer driver calculates the printable area of the sheet based on the sheet size set by the application. The printer driver returns the calculated area to the application. The area returned to the application is then used as a virtual print area used only in processes performed by the application. The print controller has another function for creating a layout based on the virtual print area.

Abstract: A battery powered soldering device with a cartridge type battery system which includes a number of different optional battery packs or connections which can be utilized to provide a full range of soldering features in a cartridge type soldering tip device.

Abstract: A state of charge of a battery (1) that drives a motor (6) is computed based on a discharge current measured by a current sensor (3) when the discharge current of the battery (1) does not exceed a rated discharge range of the battery (1). When the discharge current of the battery (1) exceeds the rated discharge range, the state of charge of the battery (1) is computed by estimating the discharge current of the battery (1) from a motor control signal, whereby current changes over a wide range can be found with good precision using the sensor (3), which has a narrow but high resolution measurable range, and the state of charge can be accurately detected.

Abstract: In order to transmit fixed-image/text drawing data to print a character contained in a fixed image placed at a predetermined position of paper and body-text drawing data to print a body (text) image in a body, a host apparatus gives the unique download (DL) font ID using a numeric value in different numeric area to each text drawing data stored in external memory attached to a printer. The printer stores the text drawing data identified by the DL font ID in the external memory and upon reception of an image formation command, the printer reads the text drawing data from the external memory and forms an image. Thereby, appropriate text drawing data can be used to print.

Abstract: A print controller is capable of printing document data within a printable area without generating unnecessary spaces on the sheet, even when the printable area of the sheet has been modified. The print controller includes a function for acquiring the sheet size from the printer driver based on the size set by a sheet size setting function. Specifically, the sheet data acquiring function transmits the sheet size set by the sheet size setting function to the printer driver via a graphics engine. The printer driver calculates the printable area of the sheet based on the sheet size set by the application. The printer driver returns the calculated area to the application. The area returned to the application is then used as a virtual print area used only in processes performed by the application. The print controller has another function for creating a layout based on the virtual print area.

Abstract: A recording apparatus including an automatic feeding mechanism for picking up one of recording media placed on a feed tray one by one and feeding the recording medium is provided. The automatic feeding mechanism includes: the feed tray on which a predetermined number of recording medium can be placed; a hopper for pushing the recording media on the feed tray toward a feed roller; and a separator located in a downstream of the hopper near the hopper. The automatic feeding mechanism picks up the recording media one by one in an order from an uppermost recording medium to a lowermost recording medium and feeds the recording medium thus picked to its downstream by an action of the feed roller and the hopper to sandwich and transfer the recording medium and a separating action of the separator. The automatic feeding mechanism can be rotated around a fulcrum of rotation so as to be foldable.

Abstract: A recording-medium returning mechanism includes: a feed roller, provided to a feed-roller shaft that can be rotated, for coming into contact with a recording medium and feeding it; a hopper including a holder for holding a plurality of recording media stacked, the hopper being located at a position allowing the recording media on the holder to come into contact with the feed roller while being pressed against the feed roller and a position moving the recording media on the holder away from the feed roller; a separator for separating an uppermost recording medium on the holder from another recording medium simultaneously fed with the uppermost recording medium; and a return lever for returning the other recording medium to the holder.

Abstract: When the number of standby time values which exceeds the upper limit, stored in the standby time control section, is determined to be smaller than the predetermined number and the frequency of use of the printer is considered to be middle, the average value of the standby time values is calculated. The average value (time) obtained is subtracted from the sum of the upper limit and the lower limit of the standby time so that the resultant value is set as a sleep time. Thus, the suitable sleep time between the upper limit and the lower limit according to any variable operating condition of the printer can be set.

Abstract: A host-based printing system in which error conditions are monitored. If a print overrun error occurs, in which the printing speed is faster than the transfer speed, a busy signal is sent to the computer to stop transmission of data for a sufficient amount of time, and the printer is reset. When data transmission from the host computer resumes, data is discarded until the end of the page, allowing the printing process to recover smoothly.

Abstract: A host-based printing system in which error conditions are monitored. If a print overrun error occurs, in which the printing speed is faster than the transfer speed, a busy signal is sent to the computer to stop transmission of data for a sufficient amount of time, and the printer is reset. When data transmission from the host computer resumes, data is discarded until the end of the page, allowing the printing process to recover smoothly.

Abstract: When a printing operation is executed according to an application program, the environment set section 70 of the printer driver is called at a predetermined timing to obtain the information on an output port (S2) and, if the output port is ready (S3: YES) and the data transmission interval between the latest data transmit time set in the data transmit time control section 73 and the present time is more than a reference time (S4, S5: YES), the wake-up command transmission section 72 is caused to transmit an automatic wake-up command to the laser printer 40 during a sleep mode.