Abstract: A form processing apparatus includes a processor. The processor is configured to, in a case of extracting text data located near a pre-registered item in a form as data associated with the item, display a form to be processed to register an item, accept from a user an area to be filled in with data to be extracted, the area being included in the form to be processed, and display a text located at a position near the accepted area as a candidate for the item.

Abstract: An information processing system includes a processor configured to, in response to reception of operation performed by an operator to link an image to an icon image for image categorization, link a feature of the image subjected to the operation to the icon image.

Abstract: A form processing apparatus includes a processor. The processor is configured to, in a case of extracting text data located near a pre-registered item in a form as data associated with the item, display a form to be processed to register an item, accept from a user an area to be filled in with data to be extracted, the area being included in the form to be processed, and display a text located at a position near the accepted area as a candidate for the item.

Abstract: An information processing apparatus includes a display controller configured to perform a control to display an image area extracted from an undefined area other than a defined area that is defined in advance as a recognition target, on a confirmation screen for displaying a recognition result of characters entered in a document.

Abstract: An information processing apparatus includes a display controller configured to perform a control to display an image area extracted from an undefined area other than a defined area that is defined in advance as a recognition target, on a confirmation screen for displaying a recognition result of characters entered in a document.

Abstract: A search processing apparatus includes: a time-point information obtaining section that obtains time-point information corresponding to plural time-points associated with target data; a feature information obtaining section that obtains feature information corresponding to one or more feature terms from the target data; and a search condition generating section that generates search conditions corresponding to the plural time-points by combining the time-point information and the feature information.

Abstract: Provided is an in-tank tube excellent in pressure-resisting performance. The in-tank tube is an in-tank tube (1) for an automotive fuel of a monolayer structure, the in-tank tube (1) for an automotive fuel being installed in a fuel tank (2) and having a construction that absorbs displacement of the fuel tank (2) and vibration of a fuel pump (5). Further, the in-tank tube (1) for an automotive fuel is formed into a monolayer structure formed of a resin material using an aliphatic polyamide resin as a main component, and has the following pressure-resisting characteristic (X): (X) when silicone oil is charged as a pressurizing medium into the in-tank tube immersed in a test liquid (Fuel C:methanol=85:15 (volume basis)) at 80° C. for 168 hours, both ends of the in-tank tube are each blocked with a test pipe, and a pressure test is performed at a rate of pressure increase of 1.0 MPa/min and room temperature, a pressure (burst pressure) at which the in-tank tube bursts or the test pipe disconnects is 2.

Abstract: Provided is an in-tank tube excellent in pressure-resisting performance. The in-tank tube is an in-tank tube (1) for an automotive fuel of a monolayer structure, the in-tank tube (1) for an automotive fuel being installed in a fuel tank (2) and having a construction that absorbs displacement of the fuel tank (2) and vibration of a fuel pump (5). Further, the in-tank tube (1) for an automotive fuel is formed into a monolayer structure formed of a resin material using an aliphatic polyamide resin as a main component, and has the following pressure-resisting characteristic (X): (X) when silicone oil is charged as a pressurizing medium into the in-tank tube immersed in a test liquid (Fuel C:methanol=85:15 (volume basis)) at 80° C. for 168 hours, both ends of the in-tank tube are each blocked with a test pipe, and a pressure test is performed at a rate of pressure increase of 1.0 MPa/min and room temperature, a pressure (burst pressure) at which the in-tank tube bursts or the test pipe disconnects is 2.