Abstract: A multilayer insulated electric wire includes a conductor and three or more insulating layers covering the conductor. In the multilayer insulated electric wire, the outermost layer (A) of the insulating layers includes a coating layer formed of a resin composition of a polyamide resin containing copper iodide, and the innermost layer (B) of the insulating layers includes a coating layer formed of a resin composition of 100 parts by mass of a polyester-based resin (B1), all or a part of which is formed of an aliphatic alcohol component bonded with an acid component, and 5 to 40 parts by mass of an ethylene-based copolymer (B2) having side chains of a carboxylic acid or a metal salt of a carboxylic acid.

Abstract: A numerical analysis data evaluation apparatus includes: a shell generation model which converts a three-dimensional shape model into a three-dimensional shell model so that a thickness on an analysis model becomes zero; a front surface-side physical quantity projector and a rear surface-side physical quantity projector which interpolate physical quantities of front surface-side elements and physical quantities of rear surface-side elements of the three-dimensional shape model obtained as a result of the numerical analysis in on-shell model element data obtained by spatially discretizing the three-dimensional shell model, and project the physical quantities on front surface-side physical quantities and rear surface-side physical quantities of on-shell elements; an on-shell element front surface-side physical quantity data storage unit; an on-shell element rear surface-side physical quantity data storage unit; and an arithmetic unit which calculates differences between the front surface-side physical quantitie

Abstract: A multilayer insulated electric wire includes a conductor and three or more insulating layers covering the conductor. In the multilayer insulated electric wire, the outermost layer (A) of the insulating layers includes a coating layer formed of a resin composition of a polyamide resin containing copper iodide, and the innermost layer (B) of the insulating layers includes a coating layer formed of a resin composition of 100 parts by mass of a polyester-based resin (B1), all or a part of which is formed of an aliphatic alcohol component bonded with an acid component, and 5 to 40 parts by mass of an ethylene-based copolymer (B2) having side chains of a carboxylic acid or a metal salt of a carboxylic acid.

Abstract: A multilayer insulated wire has a conductor and two or more extrusion-insulating layers to cover the conductor, wherein at least one layer of the insulating layers other than an innermost layer is formed by a resin mixture containing a polyphenylene sulfide resin (A) as a continuous phase and an olefin-based copolymer ingredient (B) as a dispersed phase, or wherein at least one layer of the insulating layers other than an innermost layer is formed by a resin mixture containing a polyphenylene sulfide resin (A) as a continuous phase, and an olefin-based copolymer ingredient (B) and a polyamide (E) as a dispersed phase; a transformer is made by the multilayer insulated wire.

Abstract: In a computer including a controller, a storage unit, an input unit, and a display unit, the controller displays, on the display unit, a similar shape search screen for searching a partial shape (second shape) similar to a partial shape (first shape) which composes an analysis model. When the first shape is specified using the input unit, the controller searches a feature shape database of the storage unit for the second shape similar to the first shape, and displays the search result on the display unit. The controller specifies geometric information of the first shape corresponding to geometric information of the searched second shape, deforms the analysis model based on the specified geometric information and the deformation pattern information of the second shape stored in the feature shape deformation database of the storage unit, and displays the analysis model after the deformation on the display unit.

Abstract: The conventional technologies are impractical for the following reason. CAD has been the only solution for changing an analysis model with adding or deleting a fillet. In this case, it is necessary to repeat the mesh generation and condition configuration, which makes the work time longer especially for large-scale or complicated shape data. The present invention, accomplished to solve the above-mentioned problem, provides an analysis mesh generation apparatus including a computer for generating a mesh model. The apparatus is configured to create a screen for selecting an edge of a mesh model and entering a radius of a fillet to be applied to the selected edge; and to create a screen for generating a mesh for the applied fillet, generating a new mesh model by deleting or adding an area enclosed by a contour of the mesh model and the fillet, and displaying the new mesh model.

Abstract: A system is provided for creating a modified analytical model from an existing analytical model and CAD data (geometric model data) of the modified model to reduce the workload in creating geometric and analytical models. The system includes means for reading a geometric model and an analytical model which are to be modified; means for storing correlation data showing relations between geometric elements of the object geometric model and nodes of the object analytical model; means for modifying the object analytical model to create a modified analytical model; and means for extracting geometric elements of the object geometric model which do not include the nodes in the modified object analytical model related to the object geometric model's geometric elements extracted from the correlation data and performing geometric fitting so as to fit the extracted geometric elements to the nodes to create a modified object geometric model from the modified analytical model.

Abstract: A pattern forming apparatus brings a masking panel having a pattern-like through hole into tight contact with the inside surface of a front panel, and positions the through hole to the inside of a recess of the front panel. In this state, liquid developer is supplied through a developing roller, and an electric field passing through a developing recess where the recess and through hole are continued. Therefore, charged developer particles are collected in the developing recess, and the recess of the front panel is developed.

Abstract: A multilayer insulated wire, comprising: a conductor; and at least three extruded insulation layers covering the conductor, which extruded insulation layers comprise: (A) an outermost layer composed of an extruded covering layer of a resin whose elongation rate after heat treatment by immersion in a solder at 150° C. for two seconds is at least 290% and at least equal to elongation rate before the heat treatment; (B) an innermost layer comprising a resin whose elongation rate after heat treatment by immersion in a solder at 150° C. for two seconds is at least 290% and at least equal to elongation rate before the heat treatment; and (C) an insulation layer that is placed between the outermost layer and the innermost layer and that is composed of an extruded covering layer of a crystalline resin with a melting point of at least 280° C. or an amorphous resin with a glass transition temperature of at least 200° C.; and a transformer having the multilayer insulated wire.

Abstract: An analytical shell-model producing apparatus for converting a three-dimensional model into internal surfaces, wherein an internal surface is used to represent each three-dimensional element of the three-dimensional model. Each internal surface comprises a bounded plane and an associated width attribute, wherein the bounded plane is located internal to the three-dimensional element which it represents, and wherein the associated width attribute represents the width of the three-dimensional element in a direction normal to the bounded plane.

Abstract: An analytical shell model forming apparatus includes a medial surface forming unit for approximating a solid model to a plurality of shell models. An extracting unit compares a plurality of formed medial surface models and extracts difference portions. A model candidate forming unit forms a plurality of medial surface model candidates suitable for analysis by combining the extracted difference portions. A select unit selects a medial surface model matching boundary conditions, constraint conditions and the like from the plurality of model candidates. The selected medial surface model is presented to an operator as an analysis medial surface model.

Abstract: An analytical model creation system can create a desired analytical model by adding a given shape change to an existing analytical model. The system includes an adjacent partial analytical model interlocking section for performing an interlocking change process. The interlocking change process is performed on the existing analytical model as a combined analytical model comprising a plurality of partial analytical models. The process assumes any one of the partial analytical models in the combined analytical model to be a change-targeted partial analytical model. The process allows a partial analytical model adjacent to the change-targeted partial analytical model to reflect a shape change given to the change-targeted partial analytical model. The process thereby makes a shape change to the adjacent partial analytical model in interlock with the shape change.

Abstract: An analysis model producing/assisting apparatus produces a recognition model, approximating surfaces of configuration and ridgelines thereof by planes and lines, from a configuration model showing the configuration. Thereafter, it produces a mapping model through dividing the recognition model into cubic grids, and then produces an analysis model, through mapping grid points of the mapping model onto the configuration model. When producing the recognition model, know-how for producing the analysis model, which gives an influence upon quality of the meshes of the analysis model, is take out from a database, and that know-how for producing the analysis model is applied onto the configuration model.

Abstract: An integrated simulation system, for integrally simulating a simulation target having a plural number of elements therein, comprises: simulators, each being provided, independently, for each of the elements, for simulating those elements, respectively; and a corporation means having a common data area for connecting the plural number of simulators accessible thereto. The corporation means has a time management means for managing simulation time, when a synchronization request is issued from anyone of those simulators.

Abstract: An analysis model producing system, having an analysis model producing means therein, for newly producing an analysis model with using an existing analysis model therein, the analysis model producing means comprising: a geometric characteristic acknowledging portion 103 for acknowledging a geometric characteristic from an outer surface element of the existing analysis model; a geometric restriction editor portion 104 for setting a geometric restriction upon the geometric characteristic acknowledged within said geometric characteristic acknowledging portion; a geometric value calculator portion 105 for calculating a geometric value of the geometric characteristic satisfying the geometric restriction set up within said geometric restriction editor portion; and an analysis model deform portion 106 for moving respective joints on said existing analysis model, so that they are coincident with the geometric characteristic, by the geometric value obtained within said geometric value calculator portion, whereby enabl

Abstract: A joint portion of a profile model is retrieved from three-dimensional CAD model data and a joint target part, a joint position and a joint are registered as parts joint data. A joint model preparing object corresponding to the parts joint data is retrieved from a joint model preparing object database, a joint model preparing process registered in the joint model preparing object is executed to prepare a joint model, and the joint model and a neutral plane model are synthesized to prepare an analytic model.

Abstract: A multilayer insulated wire has a conductor and two or more extrusion-insulating layers to cover the conductor, wherein at least one layer of the insulating layers other than an innermost layer is formed by a resin mixture containing a polyphenylene sulfide resin (A) as a continuous phase and an olefin-based copolymer ingredient (B) as a dispersed phase, or wherein at least one layer of the insulating layers other than an innermost layer is formed by a resin mixture containing a polyphenylene sulfide resin (A) as a continuous phase, and an olefin-based copolymer ingredient (B) and a polyamide (E) as a dispersed phase; a transformer is made by the multilayer insulated wire.

Abstract: An analysis model producing/assisting apparatus produces a recognition model, approximating surfaces of configuration and ridgelines thereof by planes and lines, from a configuration model showing the configuration. Thereafter, it produces a mapping model through dividing the recognition model into cubic grids, and then produces an analysis model, through mapping grid points of the mapping model onto the configuration model. When producing the recognition model, know-how for producing the analysis model, which gives an influence upon quality of the meshes of the analysis model, is take out from a database, and that know-how for producing the analysis model is applied onto the configuration model.

Abstract: An analysis model producing apparatus uses CAD data and part-unit analyzing mesh data therein. The CAD data has parts CAD data for each of parts of an assembly and disposed position data for each part, and in addition thereto, a modeling kind on a connect-portion between the parts and connect-portion modeling data for presenting a modeling method. Mesh data for the assembly is obtained upon basis of the part-unit analyzing mesh data and the disposed position data. And, an analysis model data 111 for the assembly is obtained through modeling the connect-portion between the parts, by applying the connect-portion modeling data within the CAD data thereupon.

Abstract: A work assistance apparatus executes software programs necessary for works with using a computer, files generated in plural number thereof, and know-how data, with high efficiency. For that purpose, the work assistance apparatus includes a common template production portion for producing a common template, in which common information is defined, such as, steps of work, the software programs, and the know-how, etc.; a template execution portion for executing the work in accordance with the template; and a difference template production portion for producing information not defined in the common template in a form of a difference template. In the work with using the common template, information newly added is accumulated into the difference template.