Abstract: Conventionally, a method in which pieces of point group information for use in position matching between a white line position detected by an object detection sensor and a white line position on a map are extracted from the white line positions according to a travel environment, has not been taken into account. In the present disclosure, a point group extraction condition is changed according to change in the travel environment so that: a process of position matching that exhibits robustness with respect to change in the travel environment can be realized; and an own position and a white line position existing at a long distance from an own vehicle can be detected with high accuracy.

Abstract: A helmet includes a helmet body and right and left cheek pads arranged inside the helmet body. The cheek pads each include a first bottom portion including a first outer surface located downward from a lower edge of the helmet body and a second bottom portion including a second outer surface located rearward from the first bottom portion. The first outer surface and the second outer surface form a wearing opening of the helmet and are negative pressure generating surfaces configured to generate a downforce acting on the helmet by having the first outer surface located downward from the second outer surface. The first bottom portion and the second bottom portion are resilient so as to enlarge the wearing opening when receiving force for enlarging the wearing opening and reduce the wearing opening in size when the force is removed.

Abstract: A helmet airflow control member includes a plate-like main body arranged on a shell and including a main body rear surface that covers part of a shell outer surface, and at least one passage formation portion arranged on the main body rear surface. A periphery of the main body rear surface includes a first peripheral portion, which is shaped in correspondence with the shell outer surface and closes a space between the main body rear surface and the shell outer surface, and a second peripheral portion, which is spaced apart from the shell outer surface and defines an opening of the space between the main body rear surface and the shell outer surface in cooperation with the shell outer surface. The passage formation portion defines a passage in the space, with the passage extending from the opening into the space and returning from the space to the opening.

Abstract: A semiconductor module bonding structure includes: a semiconductor module including a semiconductor element and a positive terminal which is a plate-shaped power terminal electrically connected to the semiconductor element; and a main P bus bar which is a bus bar including a plate-shaped bonding part bonded to the positive terminal of the semiconductor module. The positive terminal of the semiconductor module which is one of the positive terminal and the bonding part of the main P bus bar that has a relatively small thickness is configures to be wider than the bonding part which is the other having a relatively large thickness, and the positive terminal and the bonding part are bonded together by fusion welding in the state of being arranged so that the respective thickness directions of the positive terminal and the bonding part are orthogonal to each other.

Abstract: A helmet airflow control member includes a plate-like main body arranged on a shell and including a main body rear surface that covers part of a shell outer surface, and at least one passage formation portion arranged on the main body rear surface. A periphery of the main body rear surface includes a first peripheral portion, which is shaped in correspondence with the shell outer surface and closes a space between the main body rear surface and the shell outer surface, and a second peripheral portion, which is spaced apart from the shell outer surface and defines an opening of the space between the main body rear surface and the shell outer surface in cooperation with the shell outer surface. The passage formation portion defines a passage in the space, with the passage extending from the opening into the space and returning from the space to the opening.

Abstract: A semiconductor module bonding structure includes: a semiconductor module including a semiconductor element and a positive terminal which is a plate-shaped power terminal electrically connected to the semiconductor element; and a main P bus bar which is a bus bar including a plate-shaped bonding part bonded to the positive terminal of the semiconductor module. The positive terminal of the semiconductor module which is one of the positive terminal and the bonding part of the main P bus bar that has a relatively small thickness is configures to be wider than the bonding part which is the other having a relatively large thickness, and the positive terminal and the bonding part are bonded together by fusion welding in the state of being arranged so that the respective thickness directions of the positive terminal and the bonding part are orthogonal to each other.

Abstract: A translation device has a dictionary that stores a set of words and their corresponding meanings in plural languages; an input unit that inputs a document; a recognizing unit that recognizes text in the inputted document; an analyzing unit that devides the text recognized by the recognizing unit into words; a translating unit that translates each of the words obtained by the analyzing unit into a translated term by using the dictionary; and an output unit that outputs an output image containing the translated term for a key word.

Abstract: A image processing device has a reading unit, a graphics area extraction unit, a writing area extraction unit, a character string extraction unit and an association unit. The reading unit reads a document. The graphics area extraction unit extracts a graphics area from the document read by the reading unit. The writing area extraction unit extracts a writing area from the document read by the reading unit. The character string extraction unit extracts a character string presented in the graphics area. The association unit associates information of the writing area with the graphics area based on the character string extracted by the character string extraction unit.

Abstract: The present invention provides a document processing device including: a general feature vector memory that stores feature vectors of a shape for each of plural characters; an input unit that optically reads in a document; a extracting unit that extracts feature vectors from the shapes of characters in a document read in by the input unit; a general shape recognition unit that estimates a character for which the feature vectors of its shape extracted by the extracting unit, based on the feature vectors extracted by the extracting unit and the content stored in the general feature vector memory; and a specific feature vector memory that stores the feature vectors extracted by the extracting unit in association with an estimation result of the general shape recognition unit.

Abstract: The present invention provides a document processing device including: a specifying unit that specifies character strings which have a common property across documents, from among character strings included in plural documents which are represented by plural corresponding document data; and a rewriting unit that rewrites, among the character strings specified by the specifying unit, character strings expressed in formats different from a defined format to character strings expressed in the defined format.

Abstract: The invention provides an electronic device that has an identification unit that performs character recognition processing on image data representing a text written in a first language and identifies candidate character strings representing results of the character recognition processing for each of structural units of the text, a decision unit that decides whether a second language selected by a user is different from the first language, a presentation unit that presents translations of the candidate character strings in the second language for each of structural units for which plural candidate character strings are identified when the first language and the second language are different, and a selection unit that allows the user to select a single translation from the translations presented by the presentation unit.

Abstract: A translation device has a dictionary that stores a set of words and their corresponding meanings in plural languages; an input unit that inputs a document; a recognizing unit that recognizes text in the inputted document; an analyzing unit that devides the text recognized by the recognizing unit into words; a translating unit that translates each of the words obtained by the analyzing unit into a translated term by using the dictionary; and an output unit that outputs an output image containing the translated term for a key word.

Abstract: The present invention provides a translation memory system including: a memory which stores plural pairs of a natural language sentence written in a first language and an interlingua representation of the natural language sentence; an analysis unit which performs a syntactic and semantic analysis on a natural language sentence written in a second language and translates the natural language sentence into an interlingua representation on the basis of the analysis result; a search unit which searches the memory to identify an interlingua representation which corresponds to or has a predetermined level of similarity to the interlingua representation obtained by the analysis unit, and which extracts a natural language sentence written in the first language paired with the identified interlingua representation; and an output unit which outputs the natural language sentence extracted by the search unit as a translation result.

Abstract: The invention provides a document processing device including: a memory that stores syntax data expressing syntax of character strings whose probability of being a title of a document is high or-character strings whose probability of being a title of a document is low; an input unit that inputs document data obtained by digitizing a document; an extraction unit that analyzes the input document data and extracts character string data expressing character strings; a syntax analyzing unit that analyzes the extracted character string data and specifies the syntax of each character string contained in the document corresponding to the document data; and a specifying unit that specifies, from among the extracted character string data, character string data expressing a title of the document corresponding to the document data, based on results of specification by the syntax analyzing unit and content stored in the memory.

Abstract: The present invention provides a document processing device including: an inputting unit that inputs page image data corresponding to images of pages of a document; an extracting unit that analyzes the page image data input by the inputting unit, specifies the content of each item contained in the document corresponding to that page image data, and extracts item data, the item data being character strings expressing that content; a generating unit that links the item data extracted by the extracting unit and generates name data, the name data being a character string expressing a name to be attached to the document; and a writing unit that associates the name data generated by the generating unit with the page image data input by the inputting unit and writes the name data and the page image data to a memory.

Abstract: The present invention provides a document processing device including: a specifying unit that specifies character strings which have a common property across documents, from among character strings included in plural documents which are represented by plural corresponding document data; and a rewriting unit that rewrites, among the character strings specified by the specifying unit, character strings expressed in formats different from a defined format to character strings expressed in the defined format.

Abstract: The present invention provides a document processing device including: a general feature vector memory that stores feature vectors of a shape for each of plural characters; an input unit that optically reads in a document; a extracting unit that extracts feature vectors from the shapes of characters in a document read in by the input unit; a general shape recognition unit that estimates a character for which the feature vectors of its shape extracted by the extracting unit, based on the feature vectors extracted by the extracting unit and the content stored in the general feature vector memory; and a specific feature vector memory that stores the feature vectors extracted by the extracting unit in association with an estimation result of the general shape recognition unit.

Abstract: In the learning apparatus, a memory stores a dictionary in an updatable manner, and an inputting means inputs data when an instruction is input by a user. An outputting part processes the data inputted through the inputting part by using the dictionary stored in the memory, and outputs the result of the processing. An identifier receiver obtains an identifier of the user or a group to which the user belongs. An updating means updates the dictionary only when the identifier obtained by the identifier receiver is pre-registered in the memory.

Abstract: A image processing device has a reading unit, a graphics area extraction unit, a writing area extraction unit, a character string extraction unit and an association unit. The reading unit reads a document. The graphics area extraction unit extracts a graphics area from the document read by the reading unit. The writing area extraction unit extracts a writing area from the document read by the reading unit. The character string extraction unit extracts a character string presented in the graphics area. The association unit associates information of the writing area with the graphics area based on the character string extracted by the character string extraction unit.

Abstract: A semiconductor integrated circuit device of a type wherein loads for source follower amplifiers FETs whose gates receive an amplified signal produced from a differential amplifier section and whose each source generates an output signal, comprise first load FETs whose each gate area is small and second load FETs which are respectively series-connected with the first load FETs, whose each gate length is relatively long and each of which has small drain conductance.