Fujitsu Corporation

Kabushiki Kaisha Toshiba

Konishiroku Photo Industry Co., Ltd.

Nkk Corporation

Nippon Kokan Kabushiki Kaisha

Akira Kato

Tohru Uchida

Yukio Sato

Hiroaki Nishio

Taki Kono

Kosei Takano

Kanami Hitsuda

Akira Itoh

Machiko Kawamura

Teruaki Nakayama

Hiroki Nikai

Naoki Harada

Yutaka Yamada

Eiichi Makabe

Junichiro Yamada

Kiyotaka Imai

Yoshiro Hosoda

Sazo Nakamura

Kayoko Kondo

A non-transitory computer-readable recording medium having stored therein a communication control program for causing a computer to execute a process includes: receiving, from each of a plurality of base stations, communication result between the respective base stations and a communication terminal; storing, when the received communication result indicates that transmission of a message from a first base station to a specific communication terminal is failed, the message in a storage in association with identification information on the specific communication terminal; and referring, when the received communication results indicates that communication is established between a second base station and the specific communication terminal, to the storage, transmitting the message stored in association with the identification information on the specific communication terminal to the second base station, and requesting the second base station to transmit the message to the specific communication terminal.

Recording medium recording communication control program, communication control apparatus, and communication control method

A non-transitory computer-readable recording medium having stored therein a base station determination program for causing a computer to execute a process includes: acquiring position information on a communication terminal; assigning, based on position information on each of a plurality of base stations stored in advance in a storage and the acquired position information on the communication terminal, one or more base stations other than a base station that includes a point at which a radio wave characteristic based on longitude information changes in a time slot during which communication is to be performed, and which is provided between a position of the base station and a position of the communication terminal, as one or more base station candidates from among the plurality of base stations; and determining a base station that is to communicate with the communication terminal from among the one or more base station candidates.

Recording medium recording base station determination program, information processing apparatus, and base station determination method

A locus-interference verification apparatus and method including generating locus models for the respective objects and storing the locus models, where each locus model represents a locus of at least a position where a maximum size is obtained and is generated by virtually moving model data of a corresponding object in accordance with the data regarding the locus of the corresponding object. The data regarding the locus is stored in a locus data storage and the model data is stored in a model data storage for each of the objects, and an intersection calculation is performed for all of the combinations of the locus models stored in the locus model data storage, and presence/absence of an overlapping model between the locus models is determined, where the overlapping model indicates an occurrence of an interference during a movement and/or a rotation of the objects.

Locus-interference verification method, apparatus, and recording medium storing locus-interference verification program

A broadcasting center multiplexes contents obtained by adding information indicative of presentation conditions including a 'location', a 'moving direction', and the &#x201c;period of validity of data&#x201d; to stream data. A broadcasting wave dispatching apparatus transmits the contents to the entire information provided area through a broadcasting wave. A reception terminal apparatus mounted in a vehicle receives the broadcasting wave distributed by the broadcasting station while the vehicle is passing through the information provided area. The reception terminal apparatus then separates the multiplexed contents from the received signal for storage. It also obtains status information including the location of the vehicle, the current time, and the moving direction of the vehicle, from information provided by a vehicle location measuring apparatus. The reception terminal apparatus then sequentially compares the status information with the presentation condition information, added to the stored contents. It then decodes and reproduces matching contents.

Broadcasting system and its broadcasting transmission apparatus and reception terminal apparatus

Method for repair and/or reinforcement of partition-type heat exchanger

A method of and an apparatus for generating an assembly view from design drawing data by a CAD system are provided which can generate an assembly view of a three-dimensional body viewed from an arbitrary direction in a short time at a low cost with a pinpoint accuracy, the three-dimensional body being particularly composed of a plurality of parts representing a product. First, the three-dimensional product is displayed to a three-dimensional coordinate system set on a two-dimensional plane. Next, a direction of point of view from which the product of the three-dimensional body is desired to be viewed as an assembly view is entered by a value of a degree of axis rotation, and then parts desired to be disassembled and removed from the plurality of the parts constituting the product are instructed and moving directions and moving distances of the parts are entered with respect to all the parts desired to be disassembled and moved. Then, the three-dimensional body is disassembled by moving all the parts instructed to be disassembled in the instructed moving directions by the entered moving distances. The disassembled three-dimensional body is projected onto a two dimensional plane from the previously entered direction of point of view to thereby generate a figure of the three-dimensional body on the two-dimensional plane. Finally, the generated figure of the three-dimensional body is output by a printer or the like.

Method of and apparatus for generating assembly view

According to an infrared sensor calibration apparatus, one end of a cylindrical cover member is connected to the radiation surface of a blackbody such that they are thermally independent of each other, the other end thereof is provided opposite to an incidence entry of the infrared sensor, the blackbody and cylindrical cover member are controlled so as to have their respective predetermined temperatures, the intensity of the infrared rays incident upon the infrared-rays entrance based on the temperatures and the emissivity of the blackbody and cylindrical cover member, and the intensity is compared with an output of the infrared sensor, thereby calibrating the infrared sensor.

Infrared sensor calibration apparatus using a blackbody

A method for molding powders comprises the steps of forming a mold support having at least an opening and a cavity, forming a film of latex on inner surfaces of the mold support by pouring the latex from the opening into the cavity of the mold support and discharging a substantial portion of the latex poured into the cavity, forming a thin-wall resilient mold inside the mold support by drying the film of latex formed, charging powders as materials for a compact from the opening into the thin-wall resilient mold, exhausting air out of the thin-wall resilient mold filled up with the powders through the opening and sealing the opening of the thin-wall resilient mold, separating the thin-wall resilient mold filled up with the powders from the mold support, and subjecting the thin-wall resilient mold to a cold isostatic press method treatment.

Method for molding powders

A control device for an electric train formed of plural coupled carriages each of which receive power from an overhead power line via a collector, wherein each carriage is provided with a power converter for converting power from the overhead line to a suitable level for a load within the respective carriage. Each carriage also includes an auxiliary power supply device having an input coupled to the output of the power converter of the another carriage and an output coupled to an input of the power converter of the same carriage, so that if the power level from the overhead line to one carriage falls below a predetermined value, the power converter of that carriage is supplied with power from the power converter of another carriage through the intermediary of the auxiliary power supply device of the same carriage.

Control device for electric train

The tip of an alloy rod in a vacuum chamber is remelted by radiation with an electron beam from an electron gun and the remelted droplets fall into a mold where they solidify. The droplets are scanned a plurality of times through a window provided on the vacuum chamber by an image pickup device as they pass its field of view. From the signal of the maximum level obtained during these scans, temperature data of the droplet is obtained by a temperature measurement control device.

Temperature data producing apparatus for high temperature moving objects

A photosensitive material for electrophotography which comprises a conductive support and two or more superimposed photosensitive layers where each layer comprises photoconductive powder and a binder, the particle size of the photoconductive powder in an upper layer being greater than that in a lower layer. Both high photosensitivity and high resistance to electrical impact are imparted to the photosensitive material.

Photosensitive material for electrophotography having photosensitive

A photosensitive material of the binder type for electrophotography having a photosensitive layer of the material comprising a silicon oil having a viscosity of at least 6000 cs when measured at 25.degree. C.

Photosensitive material for electrophotography comprising a silicon oil

A photosensitive material for electrophotography which comprises a conductive support and two or more superimposed photosensitive layers where each layer comprises photoconductive power and a binder, the particle size of the photoconductive powder in an upper layer being greater than that in a lower layer. Both high photosensitivity and high resistance to electrical impact are imparted to the photosensitive material.

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Yokohama, Japan

Akira Kato