Abstract: An embodiment optical body is provided in a propagation path of light between a Si waveguide and an optical fiber. The optical body changes a course of some of radiation mode light, which is emitted from the Si waveguide and propagates in a direction away from an optical axis thereof, to obtain waveguide mode light passing through itself. Thus, the amount of waveguide mode light incident on the optical fiber increases, and the coupling efficiency between the Si waveguide and the optical fiber is improved.

Abstract: The substrate processing apparatus includes: a nozzle having a spout and adapted to spout SPM from the spout toward a substrate; a mixing portion communicating with the spout; a sulfuric acid-containing liquid supply device which recovers liquid supplied to and expelled from the substrate held by a substrate holding unit, prepares a sulfuric acid-containing liquid from the recovered liquid, and supplies the prepared sulfuric acid-containing liquid to the mixing portion; and a control device. The control device performs: a sulfuric acid-containing liquid preparing step of recovering SPM supplied to and expelled from the substrate and preparing the sulfuric acid-containing liquid; and an SPM spouting step of supplying the prepared sulfuric acid-containing liquid and hydrogen peroxide water to the mixing portion, mixing the sulfuric acid-containing liquid and hydrogen peroxide water together in the mixing portion to prepare SPM, and spouting the prepared SPM from the spout.

Abstract: A driving support apparatus includes a surrounding sensor capable of acquiring surrounding information on a three-dimensional object around a vehicle and a road marking ahead of the vehicle, and a vehicle state sensor capable of acquiring vehicle state information on multiple types of vehicle states in response to driving operation by a driver, including an AP operation amount in response to the driver's AP operation as one of the vehicle states. The apparatus further includes a control unit configured to execute deceleration assist control to assist deceleration when a predetermined start condition is satisfied, and to cancel the deceleration assist control when a cancel condition which is satisfied when the AP operation is performed during execution of the deceleration assist control is satisfied. When the cancel condition is satisfied, the control unit reduces the braking force based on the surrounding information and the vehicle state information.

Abstract: An optical connection structure 1 includes a waveguide substrate; a Si waveguide formed on one surface of the waveguide substrate and having a first end surface; an optical fiber having a second end surface facing the first end surface; a terrace section extending further toward the optical fiber side from an end portion on the optical fiber side of the waveguide substrate; and a lens disposed on the terrace section, and arranged on an optical axis connecting the first end surface and the second end surface.

Abstract: A driving assistance apparatus assists a driver of a vehicle by performing a deceleration control to decelerate the vehicle when the vehicle makes a right turn or a left turn at an intersection. The driving assistance apparatus is configured to make a magnitude of a deceleration of a vehicle while performing a deceleration control of when a left-or-right-turn-condition is not satisfied smaller than a magnitude of a deceleration of the vehicle while performing the deceleration control of when the left-or-right-turn-condition is satisfied, in a case where a distance between the vehicle and the intersection is equal to or shorter than a distance threshold and the vehicle is predicted to change a moving direction to a particular direction, the left-or-right-turn-condition being a condition that is satisfied when the vehicle is permitted to change the moving direction to the particular direction in/from a traveling lane in which the vehicle is running.

Abstract: A graphic drawing device includes a display unit and a processor. The processor executes a process includes: displaying on the display unit, a measurement item corresponding to at least one graphic part drawn on the display unit; displaying on the display unit, a slider identifier for setting a slider in a case that the displayed measurement item is a type capable of setting a slider for changing a value of the displayed measurement item; and displaying on the display unit, a slider for changing the value of the displayed measurement item according to an operation by a user with respect to the displayed slider identifier.

Abstract: A graph display device includes an expression input unit, a graph display control unit, first and second display control units and a coefficient changed graph display control unit. The expression input unit recognizes a functional expression. The graph display control unit displays a graph corresponding to the recognized functional expression in a display part. The first display control unit displays a first user interface object for changing a numeric value set to a variable when a coefficient in the functional expression is the variable. The second display control unit displays a second user interface object for changing a numeric value as a constant when a coefficient in the functional expression is the constant. The coefficient changed graph display control unit displays a graph corresponding to the functional expression in which a numeric value changed by the first or second user interface object is set as a coefficient value.

Abstract: A graph display control device includes a formula display control unit, a graph display control unit and an operation-display-element display control unit. The formula display control unit displays a plurality of function formulas containing parameters on a display unit. The graph display control unit displays a graph image corresponding to one of the plurality of function formulas displayed by the formula display control unit, on the display unit so as to be discriminable according to the plurality of function formulas. The operation-display-element display control unit discriminately displays an operation display element for designating a numerical value of a parameter contained in at least one of the plurality of function formulas, on the display unit in correspondence to the graph images respectively displayed discriminately in relation to the function formulas by the graph display control unit.

Abstract: A graph display control apparatus displays a first operation display element for varying, within a preset range, a value of a coefficient included in a function expression; displays a graph image corresponding to the function expression based on the value of the coefficient which is varied in accordance with a user operation of the first operation display element; designates, in accordance with a user operation, a partial variation range of the set variation range of the value of the coefficient; displays a second operation display element for varying the value of the coefficient within the designated partial variation range of the value of the coefficient; and re-displays the graph image displayed based on the value of the coefficient which is varied in accordance with a user operation of the second operation display element.

Abstract: A graphic display control device includes: a display screen; and a processor configured to perform: a graphic display control process to perform control to display a polygon on the display screen; a graphic value setting process to set a value denoting a characteristic for at least one of an angle and a side of the displayed polygon; an angle range determining process to determine a range of possible angle value as the value denoting the characteristic for a target angle of the displayed polygon based on the value denoting the characteristic set by the graphic value setting process; and an angle range display control process to perform control to display the range of possible angle value determined by the angle range determining process for the target angle.

Abstract: A graphic display control device includes: a display screen; and a processor configured to perform: a graphic display control process to perform control to display a polygon on the display screen; a graphic value setting process to set a value denoting a characteristic for at least one of an angle and a side of the displayed polygon; an angle range determining process to determine a range of possible angle value as the value denoting the characteristic for a target angle of the displayed polygon based on the value denoting the characteristic set by the graphic value setting process; and an angle range display control process to perform control to display the range of possible angle value determined by the angle range determining process for the target angle.

Abstract: According to one embodiment, an object display control apparatus includes a display and a processor. The processor executes a process of displaying on the display at least one object comprising a plurality of object parts, wherein the plurality of object parts include first object parts having variable values; setting one of the first object parts displayed on the display as a change target for changing the value of the one of the first object parts; and displaying a list of the first object parts, the one of the first object parts set as the change target being distinguishably displayed from the other of the first object parts in the list.

Abstract: An image editing method includes detecting positions of the moving object contained in the images for the stored series of images, detecting a locus of movement of the moving object based on the detected positions of the moving object contained in the series of images, specifying an image corresponding to a feature point of the detected locus of movement of the moving object, extracting, from the series of images stored in the memory, images which include the specified image and correspond to a second shooting time interval longer than the first shooting time interval, and storing the extracted series of images as an image file in a memory.

Abstract: A graphic drawing device includes a display unit and a processor. The processor executes a process includes: displaying on the display unit, a measurement item corresponding to at least one graphic part drawn on the display unit; displaying on the display unit, a slider identifier for setting a slider in a case that the displayed measurement item is a type capable of setting a slider for changing a value of the displayed measurement item; and displaying on the display unit, a slider for changing the value of the displayed measurement item according to an operation by a user with respect to the displayed slider identifier.

Abstract: A graph display control device includes a formula display control unit, a graph display control unit and an operation-display-element display control unit. The formula display control unit displays a plurality of function formulas containing parameters on a display unit. The graph display control unit displays a graph image corresponding to one of the plurality of function formulas displayed by the formula display control unit, on the display unit so as to be discriminable according to the plurality of function formulas. The operation-display-element display control unit discriminately displays an operation display element for designating a numerical value of a parameter contained in at least one of the plurality of function formulas, on the display unit in correspondence to the graph images respectively displayed discriminately in relation to the function formulas by the graph display control unit.

Abstract: A graph display control apparatus displays a first operation display element for varying, within a preset range, a value of a coefficient included in a function expression; displays a graph image corresponding to the function expression based on the value of the coefficient which is varied in accordance with a user operation of the first operation display element; designates, in accordance with a user operation, a partial variation range of the set variation range of the value of the coefficient; displays a second operation display element for varying the value of the coefficient within the designated partial variation range of the value of the coefficient; and re-displays the graph image displayed based on the value of the coefficient which is varied in accordance with a user operation of the second operation display element.

Abstract: A graph display device includes an expression input unit, a graph display control unit, first and second display control units and a coefficient changed graph display control unit. The expression input unit recognizes a functional expression. The graph display control unit displays a graph corresponding to the recognized functional expression in a display part. The first display control unit displays a first user interface object for changing a numeric value set to a variable when a coefficient in the functional expression is the variable. The second display control unit displays a second user interface object for changing a numeric value as a constant when a coefficient in the functional expression is the constant. The coefficient changed graph display control unit displays a graph corresponding to the functional expression in which a numeric value changed by the first or second user interface object is set as a coefficient value.

Abstract: An image editing method includes detecting positions of the moving object contained in the images for the stored series of images, detecting a locus of movement of the moving object based on the detected positions of the moving object contained in the series of images, specifying an image corresponding to a feature point of the detected locus of movement of the moving object, extracting, from the series of images stored in the memory, images which include the specified image and correspond to a second shooting time interval longer than the first shooting time interval, and storing the extracted series of images as an image file in a memory.