258results about How to "Stable execution" patented technology

A variable resistance element is configured to be provided with a perovskite-type oxide between a first electrode and a second electrode, of which electric resistance between the first electrode and the second electrode is changed by applying a voltage pulse of a predetermined polarity between the first electrode and the second electrode, and the variable resistance element has a resistance hysteresis characteristic, in which a changing rate of a resistance value is changed from positive to negative with respect to increase of a cumulative pulse applying time in the application of the voltage pulse. The voltage pulse is applied to the variable resistance element so that the cumulative pulse applying time is not longer than a specific cumulative pulse applying time, in which the changing rate of the, resistance value is changed from positive to negative with respect to increase of the cumulative pulse applying time in the resistance hysteresis characteristic.

Besides a white LED employed as a general backlight, an Ir-LED is provided to apply an infrared light beam from a display face of an input display panel to the outside, reflected light of the infrared light beam is detected by a sensor, and a user's request is thereby accepted.

A display device with integrated touch screen is provided. The display device may include a panel and a touch IC. The panel may include a plurality of driving electrodes and sensing electrodes. The touch IC may compensate for a feedback common voltage outputted from the panel by generating a compensation common voltage based on the feedback common voltage and applying the compensation common voltage to the driving electrodes and the sensing electrodes when the panel operates in a display driving mode.

A control circuit detects a current position of a subject vehicle on a map. Before executing a driving assistance application, the control circuit computes a map reliability degree by using a positioning accuracy coefficient, a time-based change coefficient, and an information accuracy coefficient. The positioning accuracy coefficient indicates a positioning accuracy of map data with respect to a target spot. The time-based change coefficient indicates a time-based change of the map data from the latest investigation for the target spot. The information accuracy coefficient indicates an accordance ratio of the map data relative to actual data with respect to multiple information items related to the target spot. The map data can be used for executing the driving assistance application when the product of (i) a required accuracy designated to the application and (ii) the computed map reliability degree is equal to or more than a predetermined value.

A rotational driving apparatus which comprises a motor, a worm pressingly fitted to an output shaft of the motor, and a worm wheel meshing with the worm, to output rotation of the motor from the worm wheel via the worm, the apparatus comprising: a support member placed with forming a gap with respect to a tip end of the worm, the support member comprising a through hole positioned on a same axis as the worm; a pressing member that is inserted into the through hole, and protrudes from a tip end of the through hole to butt against a tip end face of the worm; a plug member fitted into the through hole to close the through hole, in which its fitting degree into the through hole is adjustable; and an urging member interposed between the pressing member and the plug member to urge the pressing member toward the worm.

The invention relates to a quality random inspection execution process supervision system. With a B/S architecture adopted, a supervisor monitors and manages an execution process through adopting mobile Internet technologies and by means of a supervision server, namely, a supervision port, which is constructed through a browser, a server or the like, and a mobile phone or special execution terminal used by field execution staff, such as a mobile phone equipped with special application software; the supervision server of the system is provided with a recording database and a random inspection process supervision module; the execution terminal is in network connection with the supervision port so as to carry out sampling/sample purchase planning, task reception, download and information inputting of various steps of a random inspection execution process; the information acquisition of the solidified flow of the random inspection execution process can be obtained through the solidified sampling/sample purchase link flow module of the execution terminal; and the field random inspection staff carries out random inspection process execution and stores information and evidences of each step through using the application of the mobile phone or special execution terminal application.

An ink jet color recording method forms a multi-color image on a single recording medium using a monochrome recording apparatus, which includes a mounting portion for detachably mounting an ink recording head for recording by ejecting a monochrome ink, a feed unit for feeding the recording medium, and a discharge unit for discharging the recording medium. First recording information is supplied to a first ink recording head, attached to the mounting portion, for ejecting a first ink, recording is performed using the first ink on the recording medium fed to the recording region by the feed unit, and the recording medium is discharged by the discharge unit. Next, second recording information is supplied to a second ink recording head, attached to the mounting portion in place of the first ink recording head, for ejecting a second ink, the recording medium, on which recording using the first ink has been completed, is fed to the recording region, recording is performed using the second ink, and the recording medium is discharged by the discharge unit. Subsequently, third recording information is supplied to a third ink recording head, attached to the mounting portion in place of the second ink recording head, for ejecting a third ink, the recording medium, on which recording using the first and second inks has been completed, is fed to the recording region by the feed unit, recording is performed using the third ink, and the recording medium is discharged by the discharge unit.

There is provided an ink set including an aqueous ink composition and a maintenance liquid. The aqueous ink composition includes water; a pigment; resin particles having a minimum film-forming temperature MFT⁰, which is a minimum film-forming temperature obtained when the resin particles are dispersed in water, of 60° C. or higher; and a water-soluble organic solvent, wherein a minimum film-forming temperature MFT²⁵ of the resin particles, which is a minimum film-forming temperature obtained when the resin particles are mixed with the water-soluble organic solvent in an amount of 25% by mass relative to the solid content of the resin particles, and water, is at least 40° C. lower than MFT⁰. The maintenance liquid includes an organic solvent and water. There is also provided an image recording method.

An exposure apparatus for exposing an object put on a first stage by irradiating light from a light source onto the object through an exposure optical system includes a partition for isolating a first space where the first stage is arranged and isolating a second space where the exposure optical system is arranged, a first management part that manages a degree of vacuum of the first space, and a second management part that manages a degree of vacuum of the second space.

Disclosed is an apparatus and method for updating a boot loader of an embedded system for a vehicle, the method including receiving and storing an update file, checking validities of a primary boot program and a secondary boot program based on update information according to the update file, and sequentially executing updates of the primary boot program and the secondary boot program. Since the secondary boot program, which is a backup boot program, maintains an executable state all the times, even if an error occurs during a boot program update, the update is executed again by use of the secondary boot program, thereby securing the safety of an embedded system for a vehicle.

The present invention relates to a system, a server, a terminal and method for displaying cached webpages and to a computer-readable recoding medium on which the method is recorded. The system comprises a Web service server which stores at least one webpage; a caching server which collects links to webpages that match preset conditions in the webpage(s) for creating a caching page list that comprises at least one of the links to the collected webpages, and a terminal which refers to the link(s) to webpage(s) in the caching page list to cache the webpage(s), and simultaneously display the input link and the link to the cached webpage in response to a user call up of a specific webpage and wherein the terminal which receives the caching page list, displays the link(s) to webpage(s) in the caching page list so received, and provides a display such that webpages cached in links of the webpages are displayed are separate from non-cached webpages.

Even when being located at cell edge in a multiband mobile communication system, a radio communication terminal, is allowed to stably execute cell search so as to easily establish a connection with a radio base station. The radio communication terminal according to the present invention includes: a first determination unit 13 configured to determine whether or not a broadcast map can be received from a plurality of radio base stations; a second determination unit 14 configured to determine whether or not an AAS diversity map can be received trom the radio base stations in ascending order of used frequency bands, when it is determined that the broadcast map cannot be received; and a communication controller 15 configured to select a radio base station, which is determined to be a radio base station from which the AAS diversity map can be received, as a connection destination radio base station, and to communicate with the selected radio base station.

Provided is a shake correction module including: a base plate; a first movable slider member for accommodating an imaging device; a first drive portion for moving the first slider member in a first axis direction; a second movable slider member coupled with the first slider member; a second drive portion for moving the second slider member in a second axis direction; a support member attached to the base plate for pressing the first and second slider members toward the base plate; a first ferromagnetic support bearing between the base plate and the first slide member; and a second ferromagnetic support bearing between the first slider member and the second slider member. The module further includes at least one magnet for centering the first and second ferromagnetic support bearings in respective first and second bearing grooves that may be formed on the base plate and the first and second sliding members.

A circulation duct circulates dry air, which has been jetted to a photosensitive material, in a dryer. A temperature sensor is disposed near an entry of the circulation duct to detect a temperature of the circulation air. A controller obtains temperature information of the circulation air from the temperature sensor. On the basis of the temperature information, a heater is controlled to adjust a temperature of the dry air. When the temperature of the circulation air decreases, the temperature decline is simultaneously detected to raise the temperature of the dry air. Thus, the temperature of the dry air is fixedly kept, and dry processing of the photosensitive material becomes stable. Further, a drying speed is prevented from lowering.

A method of fabricating an optical fiber preform using a modified chemical vapor deposition method and a nonlinear optical fiber fabricated using the method. The method comprises the steps of: forming a cladding layer and a core layer in a quartz glass tube; partially sintering the core layer; partially shrinking both ends of the quartz glass tube, in which the cladding layer and the core layer partially sintered are formed; and doping a sintered portion of the core layer with an impurity component, so that the optical fiber preform fabricated has a predetermined function. The nonlinear optical fiber being fabricated by a process comprising the steps of: forming the cladding layer and the core layer in a quartz glass tube; partially sintering the core layer; partially collapsing both ends of the quartz glass tube; and doping a sintered portion of the core layer with a predetermined impurity component.

An image processing device capable of stably performing white balance control. A first WB correction value is calculated according to an infrared light amount obtained from a first image. A second WB correction value different from the first one is calculated according to white pixels obtained from the first image. A third WB correction value is calculated based on the first and second WB correction values. White balance processing is performed on the first image using the third WB correction value, which is stored as a reference WB correction value. When the infrared light amount not smaller than a predetermined amount is obtained from the second image and also the number of obtained white pixels is smaller than a predetermined number, white balance processing is performed on the second image using the stored reference WB correction value.

The embodiment of the invention discloses a file deletion method and device for a distributed file system, equipment and a computer readable storage medium. The method comprises the steps that after afile deletion request sent by a client side is received, when the disk space occupation value of a free directory exceeds a preset cache threshold value, the file deletion request is arranged in a pre-established delay deletion waiting queue; after it is detected that the object storage server completes the current deletion request, awakening the file deletion request from the delay deletion waiting queue, so that the object storage server executes a file deletion operation; wherein the cache threshold value is not greater than the difference value between the local cache space capacity valueof the metadata server and the cache space capacity value of the metadata server required to be occupied during normal operation of the distributed file system. The influence of a large number of file deletion actions on the normal service processing of the distributed file system can be reduced, and the read-write service performance of the distributed file system can be improved.