Nippon Kokan Kabushiki Kaisha

Kyocera Corporation

Tsuneo Miyashita

Hiroaki Nishio

Noboru Sakamoto

Yuka Ishizuka

Junichi Hasegawa

Michitaka Sato

Saya Miura

Taro Iio

Hideyuki Yoshikoshi

Seiji Matsui

Ryohei Nakamura

Shigeki Tanabe

Hideki Morita

Hiroshi Saito

Isao Masuike

Yasuhiro Ueno

Manabu Sakuma

Koutaro Yamauchi

Tomohiro Sudou

Osamu Takeuchi

Michio Nakayama

Kazuo Sano

Tsutomu Fukushima

Katsuaki Oonishi

Yoshihito Iwata

Yuya Yamaguchi

Yasushi Ueno

Yuuki Wada

Osamu Tajima

Sadayuki Sasaki

Kazuharu Yatsunami

Hiroshi Fukuyo

Shoji Kubodera

Kiyoshi Kawasaki

Kazuo Ishihara

Kyoji Sasaguri

Koji Satomi

Yoshio Sato

Yuuya Yamaguchi

Shunichi Kishimoto

Kazuya Yabuta

Yoshio Takagi

Shunichi Hironaka

Yoshitsugu Ando

Tomohiro Sudoh

Yoshihiro Fukuyama

Provided is an electronic device comprising a sensor configured to detect a gesture without touching an own device and a controller configured to determine a hand of a user used for operation according to a driver's seat position and determine, according to the hand of the user used for operation, a direction of the gesture based on an output from the sensor.

Electronic device, moving body, program and control method

An electronic device includes a proximity sensor and a controller configured to determine a direction of a gesture by a user on the basis of an output from the proximity sensor and in accordance with the hand the user uses to operate the electronic device.

Electronic device, recording medium, and control method

A mobile phone includes a speaker, a detector that detects data related to a detection target, and a controller that causes information based on the data detected by the detector to be output from the speaker as audio.

Mobile phone with audio output of detected data

An object is to provide a mobile electronic device and an input method that can display soft keys corresponding to each of the characters of different character kinds appropriately even in a state where the display screen of the display unit is used horizontally. In a state where the display screen is used vertically, the control unit splits the display screen into upper and lower sides and displays the plurality of soft keys in the display screen uniformly. In a state where the display screen is used horizontally, the control unit splits the display screen into right and left sides, and displays the first character kind character on one side, and displays the second character kind character on the other side, and displays a plurality of soft keys on either one of the one side or the other side in a right-left direction.

Rotatable mobile electronic device and soft key input method

According to an aspect, an electronic device includes: a first housing having a first display unit; a second housing having a second display unit; a detecting unit; and a control unit. The detecting unit detects a first form in which the first display unit is exposed to the outside and the second display unit is covered by the first housing and a second form in which the first and second display units are exposed to the outside. Then the detecting unit detects a change in the form of the electronic device from the first form to the second form, the control unit activates a function corresponding to a selected object among objects displayed on the first display unit, and displays a screen corresponding to the function on the second display unit.

Electronic device having a display displaying a symbol indicating execution of a function

A mobile phone terminal (electronic device) includes a first touch panel and a second touch panel for displaying an object corresponding to an executable function and detect a touch on the object. The mobile phone terminal also includes a control unit that, in a state where the object is displayed on the first touch panel or the second touch panel, when the touch on the object is detected and then a movement of the touch is detected and if the first touch panel or the second touch panel is in a movement direction of the touch, displays a screen provided by a function corresponding to the object on the first touch panel or the second touch panel in the movement direction of the touch.

Electronic device, screen control method, and storage medium storing screen control program

According to an aspect, a mobile electronic device includes a first housing having a first display unit, a second housing having a second display unit, a form detector, and a control unit. The form detector detects a first form in which the second display unit is covered with the first housing while the first display unit is exposed to the outside and a second form in which the first display unit and the second display unit are exposed to the outside. A control unit cause objects for activating a function to be displayed on the first display unit and on the second display unit in an associated manner in conjunction with a change in form detected by the form detector.

Mobile electronic device, control method, and storage medium storing control program

Provided is a mobile terminal device that can improve operability for editing a mail with a simple configuration. A cellular telephone deviceis provided with a control unit, which controls so that, when a received mail message is displayed on a display part, an unsent mail message associated with the received mail message is read out in response to a predetermined operation by way of an operation unit, and the unsent mail message is displayed on the display part; and when an unsent mail message is displayed on the display part, a received mail message associated with the unsent mail message is read out in response to a predetermined operation by the operation unit, and the received mail message is displayed on the display part

Mobile terminal device

There is disclosed a method for eliminating an organic dispersion medium from a molded product obtained by plasticizing-molding or casting-molding of metallic and/or ceramic powders wherein the elimination is by extraction by liquid carbon dioxide at a temperature not lower than -30.degree. C. and not higher than -31.1.degree. C. The method prevents nonuniform volumetric decrease of the molded product to be otherwise caused by the extraction of the organic dispersion medium, while also making it possible to completely eliminate the organic dispersion medium without causing residual strain or deformation in the molded product.

Method for molding a pulverulent material

The invention is concerned with the method of compression molding a metallic or ceramic powders. The method includes the step of maintaining a negative pressure within a first mold of noncompactable powders for intimately contacting on its inner surface a pouch-like member of thin-walled resilient material for producing a second mold, and the step of compactly charging starting powders into the second mold and exhausting air from and sealing the second mold, taking out a pre-molded body of the metallis or ceramic powders together with the second mold and the step of processing the pre-molded body by a cold or hot isostatic press.

Method for molding of powders

A method for eliminating a dispersion medium from a molded product obtained by plasticizing-molding or casting-molding one or more of metallic and ceramic powders, wherein the elimination process is carried out in a supercritical liquid carbon dioxide atmosphere without heating to higher temperatures.

Method for removing the dispersion medium from a molded pulverulent

A method for continuously manufacturing fired pellets, comprising the steps of: using raw materials comprising a first iron ore fine of from 30 to 70 wt. % and a second iron ore fine of from 70 to 30 wt. %, the first iron ore fine comprising an iron ore fine of from 50 to 80 wt. % having a particle size of up to 0.044 mm and an iron ore fine of from 50 to 20 wt. % having a particle size of from over 0.044 mm up to 0.5 mm, the second iron ore fine comprising an iron ore fine of from 40 to 70 wt. % having a particle size of from over 0.5 mm up to 8 mm and an iron ore fine of from 60 to 30 wt. % having a particle size of up to 0.5 mm; adding a powdery flux and water to the above-mentioned raw materials to form a mixture; forming the mixture into green pellets having a particle size of from 3 to 12 mm; covering the surfaces of the green pellets with a powdery solid fuel in a prescribed amount; and drying, igniting and then firing the green pellets in an endless travelling grate type firing furnace into fired pellets.

Method for continuously manufacturing fired pellets

A method of sintering compacts of metals, ceramics and the like in powder form. At least the surface portion of the compact is sintered in a plasma atmosphere having a pressure of 10 Torr or less thereby eliminating the open voids and then the compact is subjected to a hot isostatic press process.

Method of sintering compacts

A tetrafluoroethylene-type fluoroplastic powder is added and mixed with a metal powder and the mixture is shaped. The compact is heated in a nonoxidizing atmosphere and the oxides on the surface of the metal particles are converted and removed as gaseous fluorides. Alternatively, after the oxides are converted to solid or liquid fluorides, the fluorides are reduced by hydrogen and then they are removed as gaseous reaction products. Thereafter, the compact is sintered.

Method of producing metal sinters

A method and an apparatus for continuously manufacturing non-fired pellets, which comprise: continuously supplying green pellets containing a carbonating binder into a vertical type reactor to continuously pass the green pellets sequentially through a predrying zone, a carbonating zone and a drying zone in the vertical type reactor; blowing a predrying gas having a relative humidity of up to 70% and a temperature of from 40.degree. to 250.degree. C. into the predrying zone to predry the green pellets therein until the water content of the green pellets in the predyring zone falls within the range of from 1 to 7 wt. %; blowing a carbonating gas comprising carbon dioxide gas of from 5 to 95 vol. % and saturated steam of from 5 to 95 vol. % and having a temperature of from 30.degree. to 98.degree. C. into the carbonating zone to carbonate the carbonating binder contained in the green pellets therein; and blowing a drying gas at a temperature of from 100.degree. to 300.degree. C. into the drying zone to harden the green pellets therein, thereby continuously manufacturing non-fired pellets.

Method for continuously manufacturing non-fired pellets

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Yokohama, Japan

Tsuneo Miyashita