Hitachi, Ltd.

Ricoh Company, Ltd.

Other

Kyocera Corporation

Renesas Technology Corp.

Hitachi Engineering Co., Ltd.

Sony Corporation

Hiroshi Takeda

Koyo Katsura

Shigeaki Yoshida

Yoshikazu Yokota

Shigeru Matsuo

Osamu Nishii

Kenichi Yamada

Kazuo Koike

Tasuku Kohara

Taisuke Omi

Tsuyoshi Endoh

Tetsuhiko Okada

Hideki Yamazaki

Hideo Maejima

Hisashi Kaziwara

Noriharu Hiratsuka

Nobuyuki Hayashi

Hiroki Tsuruoka

Akihiko Endo

Jun Satoh

Takashi Sone

Masaaki Kawamura

Akira Imai

Akira Ueno

Masao Nakano

Takashi Miyamoto

Kazushige Ayukawa

Shigezumi Matsui

Yoshiyuki Nakamura

Jun Sato

Makoto Hanawa

Junichi Shinohara

Hiroyuki Hamasaki

Yoshimi Ohno

Kenji Koyama

Tatsutoshi Kitajima

Takashi Inoue

Susumu Iguchi

Yoshiaki Nishizaki

Keiji Himuro

Nobuaki Hori

Shigeki Takeda

Yoshio Serikawa

Kazuo Nishiyama

Atsushi Satoh

Takashi Inagawa

Isamu Mochizuki

Kazuhiro Hirade

Makoto Takano

Kenichiro Omura

Kazuo Sasaki

Shigeru Mitsu

Yasuhiko Hoshi

Yoshihiko Shimura

Hideo Ootomo

Takashi Hongou

Shigeto Takenaka

Masanori Morishita

Hitomi Hoshi

Satsuki Eguchi

Ryuichi Murashima

Yutaka Oomura

Minoru Tsuji

Takemasa Shiraishi

Teruhiko Matsumiya

Yukihisa Narazaki

Shunichiro Yachi

To provide information useful to a variety of users engaged in real estate transactions. Provided is an information processing device including a graph rendering unit that renders a graph expressing an anticipated transaction price of a second real estate property, based on actual transaction prices and required transaction times of a first real estate property already bought or sold, and a display control unit that causes the graph to be displayed on a client device, wherein the graph includes an element expressing a probability distribution of the anticipated transaction price, and an element expressing an anticipated required transaction time corresponding to the anticipated transaction price.

Information processing device, information processing method, and program

An image processing apparatus includes an exposure glass on which an original is to be placed; a scanner cover to openably cover the exposure glass from above, a tip of the scanner cover is lifted to open the exposure glass; a document scanner to read a two-dimensional objet of the original on the exposure glass and output read image data; a camera unit to capture an image of a three-dimensional object of the original on the exposure glass and output captured image data; photography lighting equipment including movable light source unit to illuminate the three-dimensional object put when the camera unit captures the image of the three-dimensional object; an image forming unit to convert the read image data and the captured image data to form a printed image on a recording medium; and a setting controller to control a reading process, a capturing process, and an image forming process.

Image processing apparatus and method for three-dimensional objects

An electronic apparatus includes a main body of the electronic apparatus; an operation unit including an operation block having a display unit, the operation block being detachable with respect to the main body of the electronic apparatus, and the operation block enabling at least a bidirectional wireless communication with the main body of the electronic apparatus; and a detection unit configured to detect relative positional information between the operation block and the main body of the electronic apparatus, when the operation block is detached from the main body of the electronic apparatus. The operation block being detached from the main body of the electronic apparatus is able to display information corresponding to the relative positional information on the display unit, in accordance with a condition of the main body of the electronic apparatus.

Electronic apparatus and information displaying method

Provided are a control panel or a display as well as an image processing apparatus and an electronic calculating apparatus using the electronic device or the display, the electronic device and the display each using a light transmissive solar cell for electric power generation so as to allow a solar cell part and a display part to be disposed to overlap an input part so that a larger electric power than the conventional cases can be generated without increasing the size of the whole operation panel and the whole display. An electronic device of the present invention includes: a display part capable of electrically and magnetically changing a display region and displaying of a display content displayed in the display region; a solar cell part that transmits light in a visible light region; and an input part that detects whether or not any part of the display region is manipulated, and that transmits light in a visible light region. The solar cell part and the input part are disposed on a display surface side of the display part in such a manner to form layers. An electric power generated by the solar cell part allows the electronic device to change what is displayed in the display part and detect a manipulation of the input part.

Electronic device, display, image processing apparatus and electronic calculating apparatus

An image reading apparatus includes a contact glass having a light control glass part having transmittance changeable by an applied voltage; a scanner part reading an original placed on an original placement surface of the contact glass and outputting image data in a storage part; a projector part projecting image information onto the contact glass from a side opposite to the original placement surface; and a control part controlling the voltage applied to the light controlling glass part. When the scanner part is operated, the control part causes the transmittance of the contact glass to increase and the projector part stops projecting the image information, and when the scanner part is not operated, the control part causes the transmittance of the contact glass to decrease and the projector part projects the image data stored in the storage part onto the contact glass.

Image reading apparatus and image forming apparatus

An image reading apparatus includes a scanner part reading an original on a contact glass, and a projector part projecting image information onto the contact glass as first image displaying. The projector part projects thumbnails or an image to have an image processing operation carried out or be printed. The display part carries out second image displaying obtained from reducing the first image displaying in size. At a time of the scanner part being operated, transmittance of the contact glass is increased and the projector part stops projecting the image information, and at a time of the scanner part not being operated, the transmittance of the contact glass is decreased and the projector part carries out the first image displaying. Setting of the image processing operation for the image data is reflected on the first image displaying and the second image displaying.

A data processing system including a processor LSI and a DRAM divided into banks, for increasing a ratio of using a fast operation mode for omitting transfer of a row address to the DRAM and for minimizing the amount of logics external to the processor LSI. The processor LSI includes row address registers for holding recent row addresses corresponding to the banks. The contents of the row address registers are compared with an accessed address by a comparator to check for each bank whether the fast operation mode is possible. As long as the row address does not change in each bank, the fast operation mode can be used, thus making it possible to speed up operations, for example in block copy processing.

Memory system performing fast access to a memory location by omitting the transfer of a redundant address

In an image forming device which acquires image information of a document and forms an image on a recording sheet, an image forming device body has a first reading unit and a processing unit, wherein the first reading unit acquires image information of a document and the processing unit forms an image on a recording sheet based on the image information. An image input device has a second reading unit which acquires image information of a document. The image input device is arranged in the image forming device body at a position lower than a position of the first reading unit.

Image forming device and image input device

In the tilt correction method, information about inclination of an object lens relative to an information recording medium is acquired. A direct current signal Sdc for correcting the inclination is produced based on the information. An alternating current signal Sac having a prescribed signal characteristic is superposed onto the direct current signal Sdc to produce a driving signal Sout. The driving signal Sout is supplied to a driving mechanism to correct the inclination of the object lens against friction.

Method and apparatus for tilt correction and tilt driving signal generating circuit

A memoryperforms its internal operation in response to access requests (and) of a CPUin synchronism with the oscillated output of a self-excited oscillatorincorporated therein and according to said access requests, and outputs a response requestfor said access requests to said CPU in synchronism with its internal operation. The CPU performs the access requests for the memory, and fetches data from the outside or outputs the data to the outside in response to and in synchronism with the response requestfrom the accessed memory and according to the kinds of said access requests.

Data transfer control method, and peripheral circuit, data processor and processing system for the method

A graphic processing system has a processor for managing a display area and a character font area both include within an are disposed in the address space. From coded information indicative of a character transferred through a data bus of the system, the processor generates an address at which a character font pattern of the corresponding character has been stored and transfers that character font pattern to a predetermined position on the display area. The graphic processing system realizes high speed development of fonts.

Graphic processing system

A semiconductor device is connected to a CPU, a memory and I/O devices to serve as a data transfer bridge for efficient data transfer between the memory and the I/O devices. A CPU interface and a plurality of I/O interfaces included in a bridge chip are connected through an internal bus to a memory interface included in the bridge chip. Each I/O interface has a read/write buffer and a DMAC. An arbiter included in the bridge chip determines a bus master for which data transfer is permitted in response to requests for data transfer from each of the CPU interface and the DMAC to the memory. Each of the I/O interfaces has a control function to skip part of areas in the memory when transferring data between the memory and the I/O interface.

Semiconductor device supporting integrated data transfer bridging between CPU memory and I/O device

In an image displaying field where there is a tendency which will increase the data to be handled in accordance with the high integration of a display device, a CRT controller according to the present invention improves the superposed display and the responsiveness of the display and drawing operations by dividing a unit clock into a predetermined number to function with high speed and a multifunction display. When image data are to be inputted or outputted from a refresh memory corresponding to a display frame, the memory content and the display address are assigned at a ratio of 1:n to effect the processings in parallel. As a result, the time period utilized by the display cycle of the prior art can be assigned to the drawing operation so that the processing can be speeded up while making it easier than the prior art to effect the superposed display of letters, symbols and drawings. The resultant effect is that it is unnecessary to increase the number of refresh memories corresponding to the displayed frame and that the external parts can be simplified to contribute to the improvement in the reliability.

Display controller

A memory performs its internal operation in response to access requests ( and ) of a CPU in synchronism with the oscillated output of a self-excited oscillator incorporated therein and according to said access requests, and outputs a response request for said access requests to said CPU in synchronism with its internal operation. The CPU performs the access requests for the memory, and fetches data from the outside or outputs the data to the outside in response to and in synchronism with the response request from the accessed memory and according to the kinds of said access requests.

Data transfer control method, and peripheral circuit, data processor and data processing system for the method

Growing community of inventors

Chiba, Japan

Hiroshi Takeda