Abstract: A lamp reflector (10a) includes a mirror surface (11) and a laminate (12a). The mirror surface (11) is a surface for reflecting light from a light source (30) to guide the light in a predetermined direction. The laminate (12a) covers at least a part of the mirror surface (11) to absorb an electromagnetic wave having a specific frequency of 20 GHz to 90 GHz. The laminate (12a) allows the light from the light source (30) to transmit therethrough toward the mirror surface (11).

Abstract: A lamp reflector (10a) includes a mirror surface (11) and a laminate (12a). The mirror surface (11) is a surface for reflecting light from a light source (30) to guide the light in a predetermined direction. The laminate (12a) covers at least a part of the mirror surface (11) to absorb an electromagnetic wave having a specific frequency of 20 GHz to 90 GHz. The laminate (12a) allows the light from the light source (30) to transmit therethrough toward the mirror surface (11).

Abstract: The present invention aims to provide a more generally applicable programming environment for visual programming languages than conventional programming environments and to reduce data size of programs. With programming language data (a text VPL), which is a text based programming language data combining functions and connection characters composed of character data and defines relationships between the functions based on positional relations of the functions with reference to the connection characters in a display space of a text editor, the functions and the connection characters in character strings of the programming language data are distinguished and relationships between the functions are interpreted based on the positional relations in the display space. Interpretation of the text VPL enables a computer device to perform processing according to the text VPL, consequently realizing a generally applicable programming environment and reducing program data size.

Abstract: To reduce a burden on a user in editing tree structure data with a text editor. When a selection range is designated on an edit screen, a node selection it of a tree structure data editing device one or more node IDs in the tree structure data, based on the position of the selection range. When a paste target for the selection range is designated on the edit screen, a connection target determination unit determines a connection target node ID in the tree structure data, based on the position of the paste target. A tree structure data editing unit edits the tree structure data such that the node or nodes identified by the one or more node IDs is/are connected to the node identified by the connection target node ID. A conversion unit convers the tree structure data edited by the tree structure data editing unit into text data. A display control unit updates the edit screen displayed, based on the text data converted by the conversion unit.

Abstract: The present invention aims to provide a more generally applicable programming environment for visual programming languages than conventional programming environments and to reduce data size of programs. With programming language data (a text VPL), which is a text based programming language data combining functions and connection characters composed of character data and defines relationships between the functions based on positional relations of the functions with reference to the connection characters in a display space of a text editor, the functions and the connection characters in character strings of the programming language data are distinguished and relationships between the functions are interpreted based on the positional relations in the display space. Interpretation of the text VPL enables a computer device to perform processing according to the text VPL, consequently realizing a generally applicable programming environment and reducing program data size.

Abstract: A magnetic sensor includes a bias magnetic field generator and a magnetic detection element disposed on one side of the bias magnetic field generator, in a magnetic pole direction. The magnetic sensor identifies a medium, that is a magnetic powder adhered medium or a magnetic film adhered medium, passing across the magnetic detection element on the side opposite to the bias magnetic field generator. The magnetic detection element detects variation in a magnetic field component parallel to a movement direction of the medium identified. A passage region of the medium includes a specific region in which a magnetic field increases when distance from the magnetic detection element becomes larger in the magnetic pole direction.