Ntt Docomo, Inc.

Canon Kabushiki Kaisha

Other

Fuji Jukogyo Kabushiki Kaisha

Nitto Kohki Co., Ltd.

Docomo, Inc.

Nippon Steel Corporation

Dai Nippon Printing Co., Ltd.

Keiichi Murakami

Dai Kamiya

Kazuhiro Yamada

Yasushi Onda

Izua Kano

Eiju Yamada

Fusao Ishii

Nobuyuki Watanabe

Mao Asai

Masayuki Tsuda

Satoshi Washio

Atsuki Tomioka

Naoki Naruse

Naoki Yamane

Kazuhiko Takahashi

Hirokazu Komuro

Yuji Aburakawa

Toshio Suzuki

Yoshiyuki Sogawa

Junichi Kobayashi

Tadayoshi Inamoto

Shuji Koyama

Toshio Mikiya

Hideo Tamura

Asao Saito

Toshihiro Mori

Norio Ohkuma

Tamaki Sato

Takashi Miyagi

Yasuharu Tanaka

Makoto Shibata

Sakai Yokoyama

Toshimitsu Aso

Misao Ogawa

Ryoichi Koizumi

Michihiro Shoji

Takashi Chiba

Keisuke Shimada

Naoki Hashida

Tatsuro Oi

Masakazu Nishida

Yasunori Hattori

Yuichi Ichikawa

Masato Takeshita

Yusuke Kushida

Mikiko Nakanishi

Yoshio Tozawa

John R Klepper

Kentaro Endo

Hirohide Miwa

John M Reid

Hideaki Mashio

Takaki Shimura

Masahiro Tatsuzawa

Makoto Hamatsu

Noriko Ooi

Masato Idegami

Atsushi Miura

Anri Takarabe

Fukiko Takayama

Noriyuki Miyazawa

Nakanishi Mikiko

Takahashi Kazuhiko

Abrakawa Yuji

Yuki Tsuge

Shingo Namatame

Yuji Abrakawa

Natsuko Kawano

Kousei Shimoo

Yuko Sasahara

Hayato Sakakibara

Fumio Inagaki

Ryochi Aoki

Taeko Yamaki

Kaori Ootsu

A window film including at least a first adhesive layer containing a weathering agent, a barrier layer, a second adhesive layer, and a light control layer in this order.

Window film

A see-through image display system having a DOE often has undesirable light or so called ghost images due to the quantization of saw tooth shape of DOE surface. This invention provides ways to eliminate ghost images.

Ghost image elimination of doe using fourier optics method

A see-through image display system having a laser-beam-scanner has a very small eyebox when a laser beam is directly projected into eye. This invention provides a solution to increase the size of eyebox using a free-form-mirror to create a real image with high NA without exit-pupil-expander.

Optics of wearable display using laser beam scanner

A see-through image display system having an Exit-Pupil-Expander (EPE) to enlarge the eyebox of display is disclosed. The EPE uses a hologram functioning as a micro-lens-array as well as collimation lens.

Optics of wearable display to increase eye-box

A pressed article manufacturing method employing a press mold equipped with a punch and a die to manufacture a pressed article including a first wall, a second wall extending out from an end portion on at least one length direction side of the first wall toward a back face side of the first wall, and a third wall extending out from a leading end portion of the second wall toward a front face side of the second wall. The manufacturing method includes using the punch and the die to apply pressure to and grip a portion on a base end side of the second wall in a first warp shape in which the base end side portion is warped so as to be convex on a back face side of the second wall as viewed in lateral cross-section in a state prior to demolding from the press mold.

Pressed article manufacturing method and press mold

A see-through image display system with high resolution up to 4K, wide field of view (FOV) beyond 60 degrees and small form factor is proposed. The optics for the display incorporates optical elements including hologram, DOE, lens and mirror with free form surfaces. This display system is suitable for a wearable display.

Optics of wearable display devices

Manufacturing methods are disclosed to produce DOE, HOE and Fresnel optical elements. These methods enable low cost manufacturing with high precision. The methods include lithography, roll-to-roll imprint and UV-casting.

Manufacturing method of diffractive optical elements

A compact illuminator for a see-through image display system with highly uniform light distribution is disclosed. This invention enables wearable displays such as eye-glass type see-through display. This system provides a wide divergent beam from a display device so that a viewer can have a large eyebox.

Illuminator for a wearable display

An information processing device includes: execution means for executing an application program; determination means for determining a size of a window to be displayed depending on the application program; receiving means for receiving at least one data set from among a plurality of data sets; data selection means for selecting one data set from among the plurality of data sets, depending on the window size determined by the determination unit; execution control means for controlling the execution means to process the one data set selected by the data selection means from among the received at least one data set, in accordance with the application program; and display control means for controlling the display means to show a screen based on the one data set to be processed by the execution means.

Information processing device and program

A mobile terminal that obtains location information and information of an identifier of an area in which the mobile station resides. The mobile station causing the location information to be obtained in a case that the identifier of the area in which the mobile terminal currently resides is different from an identifier of an area in which the mobile terminal resided in the past. The mobile terminal then reports the location information to a server.

Mobile terminal and battery saving method in mobile communication system

The window display application controls a display position of a window (an image). The Java Runtime Environment controls processing associated with the window (e.g., displaying of the window). Operation information on an operation of a display position of a window is supplied to the window display application. Operation information on an operation of processing details of an application corresponding to a window (a widget) is supplied to the Java Runtime Environment.

Information-processing device and program

An information-processing device, if an instruction to display a window group is received, displays the window group in a first size in a display area of display means, and then displays at least a part of the window group in a second size that is greater than the first size in the display area. If operation means receives an instruction to specify a window that is displayed in the display area, the information-processing device executes a process based on the specified window.

Information-processing device and program for displaying a window group including a plurality of windows

In a communication terminal device, in a case where the arrangement of the windows is changed in a list screen, an overhead screen is initially displayed, in which the list screen is overviewed, and the arrangement of the windows is subsequently changed in the overhead screen, and a magnified screen (original screen) of the overhead screen, in which the arrangement of the windows has been changed, is displayed last, as described in the foregoing. By displaying a magnified image, it is possible to make windows better visible in a small display area of a mobile phone. Also, in a case where a window exists that cannot be displayed in a magnified screen, by displaying an overhead screen, it becomes possible for a user to recognize a fact that a window that cannot be displayed exists in a magnified screen, and also recognize a position of the window.

Display device with scaling of selected object images

An information processing device stores a window of an application and designation information for designating an external device associated with the window. The information processing device detects an external device located near the information processing device, and when multiple windows are displayed having an overlapping portion the information processing device identifies an external device associated with the multiple windows. Next, the information processing device determines whether there is a window associated with the detected external device, and if the window(s) exists the information processing device displays the window or any one of the windows in the foremost position.

Information processing device and method for displaying a window based on a priority of the window

The environment around mobile phone handsetis judged according to the number of other mobile phone handsets present near mobile phone handsetand the registration status of the nearby telephones. Then, the display sequence of function names on a function selection screen is changed according to the environment. As a result, functions deemed likely to be selected by the user based on the environment surrounding mobile phone handsetmay be displayed at positions where they may be selected with fewer operations. In this way, the number of operations required of the user for selecting any of multiple functions may be reduced.

Mobile terminal and program

Growing community of inventors

Tokyo, Japan

Keiichi Murakami