Sony Corporation

Sumitomo Heavy Industries, Ltd.

Futaba Denshi Kogyo Kabushiki Kaisha

Alcare Co., Ltd.

Hiroshi Yamaguchi

Yuji Arataki

Yosuke Ito

Akihisa Kobayashi

Hiroshi Katayama

Ichiro Hamada

Hirofumi Yuchi

Hiroyuki Hirano

Minoru Hiraga

Koichiro Ebata

Kento Toyoshima

Yosuke Maruta

Takuya Nemoto

Junichi Onuma

An injection molding machine includes an ejector unit configured to eject a molding product from a mold. The ejector unit includes a support provided on a platen to which the mold is attached, a slidable base configured to slide relative to the support, a transmission mechanism supported by the support and configured to convert an input into an output corresponding to the distance between the support and the slidable base and transmit the output to the slidable base, a drive source configured to cause the transmission mechanism to operate, an ejection member configured to move together with the slidable base, and an adjustment mechanism configured to adjust the position of the slidable base relative to the ejection member.

Injection molding machine including a mechanism that changes ejection characteristics

An injection molding machine includes an ejector unit configured to eject a molding product from a mold and a mold release force sensor configured to detect a force to release the molding product from the mold.

Injection molding machine including an ejector unit

The invention relates to properly protecting broadcast contents stored on a receiver side from copying without permission and illegal use in server type broadcasting. According to the invention, contents are sent from a broadcast sending side in a state in which copyright information for the contents is added to the contents. On the other hand, on a receiving client side applicable to server type digital broadcasting, it is possible to perform appropriate control for reproduction of contents and recording reservation on the basis of copyright information for contents such as the number of times of reproduction of contents, restriction of display resolution at the time of reproduction of contents, and an expiration date of content reproduction. According to this copyright information, it is possible to perform detailed control for a display device incorporated in or connected to a receiver.

Content delivery system, content delivery apparatus, content recording and reproduction apparatus and content recording and reproduction method, and computer program

Video presentation timing can match sounding timing with high accuracy. A digital broadcast receiver calculates the presentation delay time dt from the presentation time when video based on the compressed video data is to be presented to the time when the video is presented on the presentation unit, and outputs audio based on the compressed audio data when the calculated presentation delay time dt passes from the sounding time when the audio based on the compressed audio data is to be outputted.

Data processing apparatus and method

An orthopedic fixture has a support member adapted to be positioned around a diseased or injured part of a patient's body and conformed to the shape of the diseased or injured part, and at least one buffer member comprised of a mixture containing a predetermined amount of elastic granules and a predetermined amount of a water-curable resin having an elasticity after curing sufficient for bonding the elastic granules after curing of the water-curable resin. The mixture of the buffer member forms a mass before curing of the water-curable resin so that when the support member is positioned around the diseased or injured part and pressure is applied to the mass, the elastic granules move one another to shape the mass into a configuration corresponding to the shape of the diseased or injured part.

Orthopedic fixture

A controller driver for a fluorescent display unit for use in a display system is connected to a host micom which controls operations of the display system and to a display unit. The controller driver comprises an interface, a decoder, a display RAM, an electrode driver, a controller and a clock generator. The interface transfers data from/to the host micom. The decoder identifies and divides the data received from the interface into command data and display data. The display data includes anode data and grid data and the electrode driver includes therein an anode driver and a grid driver. The display RAM stores the display data received from the decoder. The electrode driver actuates the display unit by using the command data and the display data. The controller sets a driving mode and a display mode by using the command data, retrieves the display data and provides the display data to the electrode driver. The clock generator provides timing signals for the interface, the decoder, the anode driver, the grid driver, the display RAM and the controller to coordinate operation timings thereof. The anode data and the grid data are provided to the anode driver and the grid driver, respectively, according to a predetermined timing address.

Controller driver for display device and driving method thereof

In a recording method for a recording medium having a data recording area on which a data recording and/or reproducing operation is carried out, and a management data area on which management data to manage a recording and/or reproducing operation for the recording medium are recorded, when new data are recorded on the recording medium in a state where data have been already recorded on the recording medium and a data-recordable area on which the new data can be recorded exists on the data recording area, the recording operation of the new data is started from the head position of the data-recordable area on the basis of the management data recorded on the management data area, and data which have been already recorded on the recording medium are deleted by the same data amount as the new data to be recorded on the data-recordable area from a position on the data recording area of the recording medium at which the recording operation is instructed to start.

Methods and apparatus for recording data on and deleting already

An ejector mechanism calibration method is for use in an injection molding machine including an ejector mechanism for ejecting a molded product out of a mold. The ejector mechanism is operable to carry out, when the molded product is ejected, an advance operation in which the ejector member is moved forward to a first position and to carry out, after the molded product is ejected, a reverse operation in which the ejector member is moved backward. The ejector member is adapted to be stopped by a stopper located at a second position spaced from the first position in a backward direction. A controller carries out a calibrating operation at a start of an injection molding process. The calibrating operation comprises steps of starting the reverse operation, judging whether or not the ejector member is stopped by the stopper after the reverse operation is started, bringing the reverse operation to an end when it is judged that the ejector member is stopped, advancing the ejector member for a predetermined distance L from the second position to a stop position which is determined as a reverse completion position.

Growing community of inventors

Chiba, Japan

Hiroshi Yamaguchi