Abstract: Even in a case where an object (OBJ2) of a movable article is placed in a virtual initial room space corresponding to an original position of the movable article in a room image, a position of a product object (IT) is not hindered. Therefore, coordinates (x2, y2, z2) corresponding to the original position of the object (OBJ2) of movable article in the room image are decided to be the placement of the object (OBJ2). On the other hand, in a case where an object (OBJ1) of a movable article is placed in a virtual initial room space corresponding to an original position of the movable article in a room image, a position of a product object (IT) is hindered (that is, the images of the objects overlap each other). Therefore, the coordinates of the object (OBJ1) of the movable article are not provided, and an elimination state is decided to be the placement of the object (OBJ1).

Abstract: Efficiency of work for laying out an object extracted from an image on another image is improved, and a burden on a user who performs the work is reduced. In S6, a second image attribute information extraction unit 15 extracts attribute information of a second image. In S7, a layout determination unit 16 determines a combining position of the object in the second image based on object attribute information, object surrounding attribute information, and second image attribute information. In S8, a correction unit 17 corrects at least one of the extracted object or the second image based on the object attribute information, the object surrounding attribute information, and the second image attribute information. In S9, the combining unit 18 creates a composite image obtained by combining the object (corrected object in a case where correction on object is performed) at a combining position of the second image (corrected second image in a case where correction on second image is performed).

Abstract: Provided is a sizing apparatus including: a die set including a die plate that holds a die provided with a through hole to which a workpiece is to be supplied, and upper and lower punches that are to be inserted into the through hole to press the workpiece; a press main body that includes punch driving mechanisms that actuate the punches and in which the die set is configured to be attached to and detached from a predetermined position; and a turntable that is rotated on the die plate and supplies a workpiece to the die and discharges a workpiece from the die. The die set includes the turntable, and a supporting base on which the turntable is placed. The supporting base includes an axis positioning portion that is provided coaxially with a central axis of the turntable and positions the central axis at a predetermined position of the supporting base.

Abstract: An image scanning unit optically scans a document image of a document. A transportation device performs transportation of the document set at a front insertion-ejection port as an insertion port and ejection port of the document. A controller performs in a first scanning mode image scanning of a top sheet of the document if the document has been bound with a staple. In the first scanning mode, the controller performs image scanning of a partial scanning area in the top sheet while transporting the document using the transportation device, and reverses a transportation direction of the document at a time point that the image scanning of the partial scanning area is finished. The partial scanning area is from a front end to a predetermined position of the top sheet, and the predetermined position is a position nearer to the front end than a binding position of the staple.

Abstract: A document checking apparatus includes an image scanning device, a printing device, an output tray, and a controller. The image scanning device is configured to scan a document image sheet by sheet from a document including plural sheets. The output tray is as an output destination of both the document outputted from the image scanning device and a print sheet outputted from the printing device. The controller is configured to perform checking of the document image, and if an error is detected in the checking of the document image, control the printing device and thereby insert the print sheet as an interleaving sheet immediately before or immediately after a sheet where the error is detected.

Abstract: A passenger protection device includes: a front airbag configured to inflate so as to cover a front of the passenger; a front inflator configured to supply the inflation gas to the front airbag; a window airbag accommodated with being folded at an upper edge-side of a window arranged at a lateral side of the passenger and configured to inflate so as to cover a vehicle interior-side of the window; and a window airbag inflator configured to supply the inflation gas to the window airbag. The window airbag includes a bag-adjacent inflation part configured to cover a side of a head of the passenger received by the front airbag, and an activation start timing of the window airbag inflator is set within a range of ?20 ms to ?5 ms from a time at which the front airbag having completely inflated starts to receive the passenger.

Abstract: In a sizing device equipped with a turntable having a plurality of accommodation holes that accommodate workpieces, carrying the workpiece in each of the accommodation holes to a through hole of a die disposed at a workpiece shaping position one by one, and causing the workpiece to be pressed by upper and lower punches, while each of the accommodation holes is moved from a workpiece supply position to a workpiece taking-out position by the turntable being rotated about a rotation axis, the sizing device includes a plurality of identification information holding units, a supply-side input unit, a shaping position read unit, a punch control unit, and a shaping position input unit.

Abstract: An airbag includes a bag body and an inlet port section of inflation gas. As a gas receivable region, the bag body includes a front main inflatable region, a rear main inflatable region, a feed path that feeds the inflation gas from the inlet port section to the front and rear main inflatable regions, and a sub inflatable region that absorbs the gas from the front main inflatable region when a pressure of the front main inflatable region soars. A front partitioning region partitions the front main inflatable region from the sub inflatable region. The front partitioning region is disposed in front of a front end of an upper partitioning region in an island-like fashion remote from other uninflatable region so as to provide, at the rear of and there beneath, one each communication passage that provides gas communication between the front main inflatable region and the sub inflatable region.

Abstract: The system control unit functions as a captured image data acquisition unit that acquires captured image data obtained by imaging the inside of a subject with an endoscope; a visual-line detection unit 44B that detects a visual line directed to a display device that displays a captured image based on the captured image data; a processing unit that performs recognition processing for performing detection of a lesion site from the captured image data and identification of the detected lesion site on the captured image data; and a display control unit for causing the display device to display a result of the recognition processing by the processing unit. The processing unit controls the content of the recognition processing on the captured image data on the basis of the visual line detected by the visual-line detection unit.

Abstract: A folded body of a head protection airbag includes a compression section, and a non-compression section. The airbag includes a shield inflation section that covers the vehicle interior side of a window at a time of inflation completion. The shield inflation section includes: a primary development area developed and inflated in an initial stage of an inflow of the inflation gas; and a secondary development area disposed on a side of one end of the airbag in the front-rear direction so as to be inflatable by following development and inflation of the primary development area. The secondary development area is disposed in the compression section and the primary development area is disposed in the non-compression section.

Abstract: An airbag package of an airbag for head protection includes a rolled portion formed by rolling a skin material of the airbag as laid flat, and a compressed region in which a void space formed at the center of the cross-sectional surface of the rolled portion has been crushed due to compression. The rolled portion includes, in the cross-sectional surface, an upper layered portion, a lower layered portion, and a pair of side layered portions that are disposed around the center of the cross-sectional surface of the rolled portion and each have layers of the skin material. In the compressed region, each of the side layered portions bends generally at the center in an up and down direction such that the bent regions butt against each other and are packed between the upper layered portion and the lower layered portion in such a manner as to fill the void space.

Abstract: Provided is a molding machine including a mold opening/closing mechanism configured to move a movable platen to be attached with a movable mold to a stationary platen to be attached with a stationary mold, and a clamping mechanism to perform a clamping process, and is intended to suppress machine cost or ensure the mold opening/closing speed. The molding machine includes the mold opening/closing mechanism configured to move the movable platen to be attached with the movable mold to the stationary platen to be attached with the stationary mold, and the clamping mechanism configured to perform a clamping process. The mold opening/closing mechanism includes at least two ball screws, at least two electric motors that respectively drive the ball screws, and a ball screw nut into which each of the ball screws is inserted.

Abstract: A base material processing apparatus includes a transport mechanism, a force detection part, a meandering prediction part, a processing part, and a controller. The transport mechanism transports an elongated strip-shaped base material in a longitudinal direction thereof along a transport path aimed by a plurality of rollers of the transport mechanism. The force detection part detects a force applied to a sensing roller in an axial direction of a rotation shaft thereof, the sensing roller being at least one of the plurality of rollers. The controller predicts the meandering state of the base material to output meandering prediction information, based on the force applied to the sensing roller in the axial direction of the rotation shaft thereof. The meandering prediction part corrects the widthwise position of the base material relative to the processing part, based on the meandering prediction information.

Abstract: A passenger protection device includes: a front airbag configured to inflate so as to cover a front of the passenger; a front inflator configured to supply the inflation gas to the front airbag; an airbag for window accommodated with being folded at an upper edge-side of a window arranged at a lateral side of the passenger and configured to inflate so as to cover a vehicle interior-side of the window; and an inflator for window configured to supply the inflation gas to the airbag for window. The airbag for window includes a bag-adjacent inflation part configured to cover a side of a head of the passenger received by the front airbag, and an activation start timing of the inflator for window is set within a range of ?20 ms to ?5 ms from a time at which the front airbag having completely inflated starts to receive the passenger.

Abstract: Provided is a technique that, in the case of causing an instruction mark to be displayed on a floor, is able to appropriately display the instruction mark while taking into consideration people and other obstacles (shielding objects). A display system includes a plurality of curved mirrors, a laser pointer, a monitoring camera, an output-control unit, and a person-movement-determining unit. The plurality of curved mirrors is installed on a ceiling. The laser pointer outputs a nudge to be displayed on the floor. The monitoring camera captures an image of an area where the nudge is displayed. The output-control unit controls the output of the nudge. The person-movement-determining unit, based on an image captured by the monitoring camera, determines an output direction in which to output the nudge. The nudge that is outputted from the laser pointer is reflected by a curved mirror and displayed at a nudge-display position.

Abstract: An image forming apparatus includes an identification-mark making unit. The identification-mark making unit makes a page identification mark for identifying a page, on a predetermined position of a paper sheet during printing. The identification-mark making unit, based on the page identification mark made in a previous printing, includes a correction/addition mark that indicates an existence of a correction page or an additional page since the previous printing in a part of the page identification mark when a new print output is performed.

Abstract: An airbag includes a bag body and an inlet port section of inflation gas. As a gas receivable region, the bag body includes a front main inflatable region, a rear main inflatable region, a feed path that feeds the inflation gas from the inlet port section to the front and rear main inflatable regions, and a sub inflatable region that absorbs the gas from the front main inflatable region when a pressure of the front main inflatable region soars. A front partitioning region partitions the front main inflatable region from the sub inflatable region. The front partitioning region is disposed in front of a front end of an upper partitioning region in an island-like fashion remote from other uninflatable region so as to provide, at the rear of and there beneath, one each communication passage that provides gas communication between the front main inflatable region and the sub inflatable region.

Abstract: An airbag package of an airbag for head protection includes a rolled portion formed by rolling a skin material of the airbag as laid flat, and a compressed region in which a void space formed at the center of the cross-sectional surface of the rolled portion has been crushed due to compression. The rolled portion includes, in the cross-sectional surface, an upper layered portion, a lower layered portion, and a pair of side layered portions that are disposed around the center of the cross-sectional surface of the rolled portion and each have layers of the skin material. In the compressed region, each of the side layered portions bends generally at the center in an up and down direction such that the bent regions butt against each other and are packed between the upper layered portion and the lower layered portion in such a manner as to fill the void space.

Abstract: A folded body of a head protection airbag includes a compression section, and a non-compression section. The airbag includes a shield inflation section that covers the vehicle interior side of a window at a time of inflation completion. The shield inflation section includes: a primary development area developed and inflated in an initial stage of an inflow of the inflation gas; and a secondary development area disposed on a side of one end of the airbag in the front-rear direction so as to be inflatable by following development and inflation of the primary development area. The secondary development area is disposed in the compression section and the primary development area is disposed in the non-compression section.

Abstract: A base material processing apparatus includes a transport mechanism, a force detection part, a meandering prediction part, a processing part, and a controller. The transport mechanism transports an elongated strip-shaped base material in a longitudinal direction thereof along a transport path aimed by a plurality of rollers of the transport mechanism. The force detection part detects a force applied to a sensing roller in an axial direction of a rotation shaft thereof, the sensing roller being at least one of the plurality of rollers. The controller predicts the meandering state of the base material to output meandering prediction information, based on the force applied to the sensing roller in the axial direction of the rotation shaft thereof. The meandering prediction part corrects the widthwise position of the base material relative to the processing part, based on the meandering prediction information.