Abstract: The present invention provides a thermal barrier coated component, monitoring or evaluation of the soundness of which is able to be adequately carried out on the basis of the thermal boundary conditions that are detected by a sensor. A thermal barrier coated component according to the present invention comprises: a base material; a first bond coat layer that is a metal bonding layer formed on the base material; a sensor unit that comprises a sensor and a conductive wire, which are formed on the first bond coat layer; a second bond coat layer that is formed on the first bond coat layer so as to cover at least the sensor unit, while having a surface roughness higher than that of the first bond coat layer; and a top coat layer that is formed on the second bond coat layer.

Abstract: A self-heat generating type honeycomb filter is mounted in an exhaust pipe line of an engine, and a plane plate and a corrugated plate are layered, then wound, and the first slit portion and second slit portion having openings, respectively, are formed between an up-stream and down stream side end portions of the plane and corrugated plates. An electric current is applied between the up-stream and down stream side end portions, to heat the first and second slit portions. Accordingly, a self-heat generation type catalytic converter capable of realizing both high resistance and low thermal capacity, and further ensuring a reduction in thermal conduction, and durability, and raising the temperature up to the sufficient level with less power consumption, can be provided.

Abstract: Additive is supplied to the lubricating oil by an additive supplying pump according to TBN of the lubricating oil which is detected by a TBN sensor which detects the current produced by the impressed voltage. TBN is kept between 0 and 2.

Abstract: A machine translation system capable of performing translation at a high processing speed with improved disambiguation rate in the parsing by applying grammar rules in dependence on the domains to which texts to be translated belong, objects of the texts and rules of sentences in the same text. The machine-translation system for translating a first language to a second language uses a grammer memory for storing grammar rules of the first or second language and a main memory for storing a variety of information, wherein the grammar rules stored in the grammar memory are prepared in groups at least on the basis of the domains to which texts to be translated belong and individual parts in the text.

Abstract: A method and an apparatus for generating/maintaining automatically or interactively a lexicon for storing information of cooccurrence relations utilized for determining whether or not a sequence of words in a given sentence described in a natural language is semantically correct with the aid of a memory, a data processor and a textual sentence file. A hypothesized cooccurrence relation table for storing hypothesized cooccurrence relations each having a high probabliity of being a valid cooccurrence relation is prepared by consulting the file. A hypothesis for the cooccurrence relation is previously established on the basis of a cooccurrence relation pattern indicating a probably acceptable conjunction by consulting the hypothesized cooccurrence relation table.

Abstract: A machine translation system for mechanically translating a first language into a second language which displays series of questions in the first language on a display screen of a display device. A user sequentially answers the questions for the translation system mainly in the first language. The translation system parses portions of the source sentence information answered by the user, and retrieves a dictionary film in the system on the basis of the results of parsing to make a composition in the second language. The user's answers may contain the second language. The interaction between the user and the translation system allows an original text in the first language to be composed and translated in the second language in the translation system.

Abstract: In a method of translating a text described by a first language into a text described by a second language, words/idioms appearing in the first language text are managed as data sorted in accordance with a predetermined order, in such a manner that individual identification numbers are provided to the words/idioms in accordance with the predetermined order of sorting while the same identification number is provided to the same word/idiom. Then, the identification numbers as well as character strings of the second language corresponding to the words/idioms of the first language are used to generate the second language text in which the identification numbers for the words/idioms of the first language corresponding to the character strings of the second language are added ahead of the respective character strings of the second language.

Abstract: A machine translation system comprises input means for inputting a sentence written in a natural language, processor for parsing the input sentence, a word dictionary memory referred to by the processor, and a memory for storing multiple-parts-of-speech disambiguating rules in the form of a table. The parts of speech of words capable of functioning as multiple parts of speech should be in the inputted sentence are determined in consideration of an array of the parts of speech by applying the multiple-parts-of-speech disambiguating rules. Additionally, rate of appearance of each part of speech which the word of the input sentence can function as is previously calculated, and the part of speech which can not be determined by consulting the disambiguating rule table is determined in dependence on whether the rate of appearance exceeds a predetermined threshold value.

Abstract: An automatic translation method between natural languages comprises assigning parts of speech to words/idioms of an input text sentence by looking up a lexicon storage. The input text sentence in the form of string of parts of speech is segmented into phrasal elements as minimum units having linguistic meaning to assign parts of speech to the respective elements. The sequence of phrasal parts of speech is converted to a string of syntatic roles to the respective phrasal elements and words/idioms. Patterns representing a sentence, a clause and a quasi-clause are detected from the sequence of syntatic roles to transform the input text sentence to a skeleton pattern represented by a combination of those patterns. The sequence of the simple sentence, clause and quasi-clause inherent to the input language which forms the skeleton pattern is transformed to a sequence inherent to the output language.

Abstract: An input sentence described by a first natural language is sectioned into individual words. Parts of speech corresponding to the individual words are retrieved from a lexical word storage, whereby the input sentence is described by a corresponding string of the parts-of-speech as retrieved. A translation pattern table is previously prepared which defines correspondence between patterns of strings of parts-of-speech for the first natural language and those for a second natural language by which corresponding output sentence is to be described. By referring to the translation pattern table, the string of the parts-of-speech of the input sentence is transformed into a corresponding string of the parts-of-speech for the second natural language. The output sentence described by the second natural language is generated by sequencing target words in accordance with the sequential order of the parts of speech of the string pattern obtained after the transformation.