Abstract: An information processing device includes a support extraction unit that extracts a support supporting an object corresponding to a cutout region at an outermost position among one or more supports supporting the object based on cutout region information indicating the cutout region as a region to be cut out by a laser processing machine and support information indicating the one or more supports supporting the object corresponding to the cutout region and a judgment unit that judges whether the object will incline and rise by being supported by the one or more supports or not based on a support count as the number of supports supporting the object at outermost positions.

Abstract: A visual confirmation requiring direction determining unit (110) identifies a traveling direction of a vehicle from a route of the vehicle, and determines a visual confirmation requiring direction corresponding to a category of a branch of a road and a traveling direction of the vehicle, the visual confirmation requiring direction being a direction requiring visual confirmation by a driver of the vehicle. A driver imaging unit (102) captures a driver image. A sight line direction detection unit (103) detects a sight line direction from the driver image, the sight line direction being a direction of a sight line of the driver. An oversight direction judgment unit (111) judges an oversight direction from the visual confirmation requiring direction, the oversight direction being a direction that does not include the sight line direction. An attention calling unit (112) calls attention of the driver to the oversight direction.

Abstract: A touch input judgment device includes: a rotation direction judgment unit that determines a selection value change amount, to be added to a current selection value, when a rotation operation in a normal direction is inputted through a touch panel and stores rotation direction information in a storage unit when a rotation operation in the normal direction as a first rotation operation is performed; and a selection value change unit that sets a new current selection value after a change to a value obtained by adding a first selection value change amount to the current selection value when a rotation operation subsequent to the first rotation operation is a rotation operation in the normal direction and maintains the current selection value without change when the subsequent rotation operation is judged to be the return operation of the finger position.

Abstract: A touch input judgment device includes: a rotation direction judgment unit that determines a selection value change amount, to be added to a current selection value, when a rotation operation in a normal direction is inputted through a touch panel and stores rotation direction information in a storage unit when a rotation operation in the normal direction as a first rotation operation is performed; and a selection value change unit that sets a new current selection value after a change to a value obtained by adding a first selection value change amount to the current selection value when a rotation operation subsequent to the first rotation operation is a rotation operation in the normal direction and maintains the current selection value without change when the subsequent rotation operation is judged to be the return operation of the finger position.

Abstract: A gesture determination unit (143) extracts a moving locus of a pointer from a time when the pointer makes contact with the touch panel until the pointer goes away from the touch panel. Then, the gesture determination unit (143) identifies a control target parameter, which is a parameter of a control target, and a controlled variable of the control target parameter that are specified by a movement of the pointer, by analyzing the extracted moving locus of the pointer.

Abstract: An object of the present invention to provide a remote operating system and an information processing method which reduce a burden on a user's operation and suppress a user's erroneous operation. A remote operating system according to the present invention is a remote operating system which includes an operation target device and a remote operating device connected via a network, and in which a first controller causes a display signal interface to output a display signal for displaying a remote operating window corresponding to a selected window, and, when a cursor position is out of a movable area of a cursor, the second controller changes a position of the selected window and the cursor position such that the cursor position comes in the movable area of the cursor while maintaining a relative positional relationship between the position of the selected window and the cursor position.

Abstract: A screen synchronous control apparatus includes a reference timing transmitting unit 3 for transmitting a reference timing signal about display of a plurality of display screens 11, 12, and 13 at predetermined intervals, a display control unit 1 for transmitting a drawing instruction for displaying display data on the plurality of display screens 11, 12, and 13, and a plurality of display processing units 101, 201, and 301 each for receiving the drawing instruction transmitted from the display control unit 1, for executing the drawing instruction according to the reference timing signal transmitted from the reference timing transmitting unit 3, and for displaying the display data on the corresponding one of the display screens 11, 12, or 13.

Abstract: A screen synchronous control apparatus includes a reference timing transmitting unit 3 for transmitting a reference timing signal about display of a plurality of display screens 11, 12, and 13 at predetermined intervals, a display control unit 1 for transmitting a drawing instruction for displaying display data on the plurality of display screens 11, 12, and 13, and a plurality of display processing units 101, 201, and 301 each for receiving the drawing instruction transmitted from the display control unit 1, for executing the drawing instruction according to the reference timing signal transmitted from the reference timing transmitting unit 3, and for displaying the display data on the corresponding one of the display screens 11, 12, or 13.

Abstract: A screen synchronous control apparatus includes a reference timing transmitting unit 3 for transmitting a reference timing signal about display of a plurality of display screens 11, 12, and 13 at predetermined intervals, a display control unit 1 for transmitting a drawing instruction for displaying display data on the plurality of display screens 11, 12, and 13, and a plurality of display processing units 101, 201, and 301 each for receiving the drawing instruction transmitted from the display control unit 1, for executing the drawing instruction according to the reference timing signal transmitted from the reference timing transmitting unit 3, and for displaying the display data on the corresponding one of the display screens 11, 12, or 13.

Abstract: An image display device which sets up display positions and drawing order on a display screen of images generated from graphics data for each of layers on the basis of layout information and layer structure information, and which displays the images generated from the plurality of graphics data on the display screen while superimposing them on one another according to this setting information.

Abstract: In displaying overlapped images on a monitor, a rendering display device is provided for the purpose of easily overlapping images without having complicated mask data or the like. In the rendering display device, when at least one of image data stored in non-display memories is updated and if there exists an image whose layout information specifies that its image is displayed in the foreground of images corresponding to the updated image data, the updated image data and the image data specified to be displayed in the foreground are transferred to an entire-image non-display memory.

Abstract: A transition information calculating section 2 calculates the number of pixels moved by the transition effect of an image; an image generating section 3a reads out drawing source regions of image files 1a and 1b, which are calculated from the rounded down number of pixels moved, and writes into drawing target regions of an image generating buffer 12a, which are calculated from the rounded down number of pixels moved; an image generating section 3b reads out drawing source regions of image files 1a and 1b, which are calculated from the rounded up number of pixels moved, and writes into drawing target regions of an image generating buffer 12b, which are calculated from the rounded up number of pixels moved; and an image interpolating compositing section 4 combines the individual image data in the image generating buffers 12a and 12b according to a composite ratio calculated from the number of pixels moved, and writes them into an interpolating compositing buffer 13.

Abstract: A video display apparatus includes a video window management table 2 for managing video window information; a video window alteration detecting section 3 for updating the video window information in the video window management table 2 by detecting a display state of the video windows; a compressed video region cutting-out section 4 for cutting part of the video regions of digital videos to be displayed in the video windows according to the video window information; a compressed video decompression section 5 for decompressing video regions of the digital videos cut out by the compressed video cutting-out section; and a video display section 6 for displaying the digital videos decompressed by the compressed video decompression section 5 in the video windows along with other digital videos on a display screen.

Abstract: A screen synchronous control apparatus includes a reference timing transmitting unit 3 for transmitting a reference timing signal about display of a plurality of display screens 11, 12, and 13 at predetermined intervals, a display control unit 1 for transmitting a drawing instruction for displaying display data on the plurality of display screens 11, 12, and 13, and a plurality of display processing units 101, 201, and 301 each for receiving the drawing instruction transmitted from the display control unit 1, for executing the drawing instruction according to the reference timing signal transmitted from the reference timing transmitting unit 3, and for displaying the display data on the corresponding one of the display screens 11, 12, or 13.

Abstract: Disclosed is a method of manufacturing a cellulose ester film, the method comprising the steps of dissolving a cellulose ester and a plasticizer in a solvent containing a cyclic diether solvent to obtain a cellulose ester solution, casting the solution on a support to form a cellulose ester film, separating the cellulose ester film from the support, and drying the separated film, wherein the water content of the solution is 0.06 to 15 weight %, and the residual solvent content in the film at the separation step is 50 to 450 weight %.

Abstract: Disclosed is a process for forming a compound by mixing at least two components, which comprises the steps of:circulating a specific component along a circulation route; andmixing the specific component with a second component different from the specific component by flowing the second component different from the specific component in the middle of the circulation route under specific mixing conditions to form a compound during circulation,wherein the mixing conditions are controlled so that the mixing conditions are changed accompanied with increase in a formation amount of the compound.

Abstract: Disclosed is a method of crystallizing coupler crystals, the method comprising the steps of dissolving crude crystals of a coupler in a first solvent having a first solubility parameter to obtain a coupler solution; and adding to the solution a second solvent having a second solubility parameter different from the first solubility parameter, when the crystallization rate in the solution is 5 to 30 weight % of crystals having a BET value of 10 m.sup.2 /g or less.

Abstract: A large screen display apparatus comprises a plurality of displays constituting a single large screen for displaying an object. The object is formed on the basis of screen data which is generated by a screen data generating section. Each of the displays is provided with a local data generating section for converting a coordinate of the screen data from the screen data generating section into a coordinate of a local coordinate system peculiar to the individual displays. Because the local data generating sections, each provided to one respective display, executes coordinate conversion to the screen data, it is possible to reduce load to the screen data generating section, and to thereby provide a display performance with a rapid response.

Abstract: A process for manufacturing a thermoplastic resin composition by melt-kneading a thermoplastic resin and fine particles or an additive, includes: introducing gaseous and/or liquid fluid containing fine particles of at most 10 .mu.m particle diameter or an additive to an unmelted granular or molten thermoplastic resin moving bed; adhering or depositing the fine particles or additive onto said moving bed, while the fluid in the gaseous state is being discharged; and then successively melt-kneading a mixture of the granular resin with the fine particles or additive. This process can be combined with a subsequent shaping step continuously that follows. The process of the invention saves energy, raw materials and labor consumptions and yields shaped articles of high quality and uniformity.

Abstract: A process for producing a titanium dioxide containing polyester resin composition from which a white film useful as a reflective photographic support can be prepared is disclosed.Said process is performed by first supplying a polyester resin and titanium dioxide into a continuous kneading extruder, kneading them in molten state, and supplying an additional charge of the polyester resin to give a desired concentration of the titanium dioxide, wherein the first supplied polyester resin has an intrinsic viscosity of at least 0.40, said titanium dioxide having an average particle size of 0.1-0.5 .mu.m and a water content of no more than 0.5% and having been surface-treated with an aluminum compound and/or a silicon compound, and the concentration of titanium dioxide being in the range of 20-70 wt % when kneaded with the polyester resin in molten state.