Nippon Telegraph and Telephone Corporation

Kabushiki Kaisha Saginomiya Seisakusho

Tokyo Electron Limited

Sony Group Corporation

Sony Corporation

Hiroshi Kuno

Yasuaki Yamagishi

Motoki Kato

Yoshiyuki Kobayashi

Kenjiro Ueda

Takumi Okaue

Takamichi Hayashi

Katsumi Muramatsu

Hideaki Okubo

Masayuki Terada

Koji Yoshimura

Takeshi Ishimoto

Tadashi Aoki

Jun Tashiro

Ko Fujimura

Masayuki Hanadate

Masakazu Isobe

Shimpei Jinnouchi

Hiroshi Otsuki

Tadatoshi Ashikaga

Hideaki Ohhira

Kobayashi Yoshiyuki

The present disclosure relates to a network control method and a data processing system for reducing traffic in a network and reducing a processing load of an application that performs data processing. A network connection device determines, on the basis of a manifest, an optimal location for execution of an application that processes sensor data generated by a sensor device, from among the sensor device and a device on a path in a network connected to the sensor device. The present technology can be applied to, for example, a network control method of cloud computing.

Network control method and data processing system

An original data circulation system for storing or circulating original data which is digital information is provided. The original data circulation system includes an issuer apparatus, a user apparatus and a collector apparatus. The issuer apparatus generates originality information including first information corresponding to the issuer apparatus and second information corresponding to data and sends the originality information. The user apparatus verifies the validity of the source apparatus of the originality information and stores the originality information when the validity is verified. The collector apparatus verifies the validity of the source apparatus of the originality information and processes data corresponding to the second information when the validity is verified.

Original, data circulation method, system, apparatus, and computer readable medium

Original data circulation method, system, apparatus, and computer readable medium

A CVD apparatus in which a process gas containing a carrier gas and a raw material gas is supplied to a process chamber through a supply line. A first part of the carrier gas is supplied from a primary line through a bubbling line and passed through a raw material liquid to derive the raw material gas, and then sent to the supply line. A second part of the carrier gas is supplied from the primary line through a bypass line directly to the supply line. Electromagnetic valves are provided on each of the bubbling line and the bypass line and flow sensors are provided on each of the primary line and the supply line. Each flow sensor has a reference element and a heated element, each of which has a thermally-sensitive and electrically conductive wire. Signals from the sensors are supplied to a flow controller, which measures the flow rate of the raw material gas by comparing the measured value with a reference value, and adjusts the opening degrees of the electromagnetic valves on the basis of the comparison.

Semiconductor treatment apparatus

A five-way valve includes a cylindrical valve body. A piston member is employed in one end of the cylindrical valve body to define a high pressure chamber and a first pressure chamber. A defrosting valve is employed in the other end of the cylindrical valve body to define a second pressure chamber. A slider valve member coupled to the piston member is slidably employed within said high pressure chamber into which the high temperature and high pressure refrigerant from the compressor is induced. An electromagnetic valve is connected between both the first and second pressure converting chambers, and the inlet of the compressor. When the electromagnetic valve is energized to communicate the second pressure converting chamber with the inlet of the compressor, resulting in the generation of a pressure difference in the defrosting valve member, the defrosting valve member is actuated to pass the high temperature and high pressure refrigerant in the high pressure chamber to the inlet of the outdoor heat exchanger for the defrosting purpose, while the indoor heat exchanger is operated to heat ambient atmosphere.

Five-way valve having simultaneous defrosting and heating functions

Reversible four-way valve for the refrigerating system. It has a cylindrical valve body through which a single piston is adapted to reciprocate slidably. This single piston divides the cylindrical valve body into two chambers. One of the two chambers is used for admitting high pressure gas thereinto whereas the other is assigned for controlling the piston in counteracting the high pressure gas. For this purpose, the piston is formed with a pressure equalizing hole therein to communicate the two chambers with each other while the piston is urged toward the chamber into which the high pressure is admitted. This is done by a compression spring having a force stronger than required to overcome all resistance when both chambers are under the equal pressure. Since the reversible valve has only two chambers, compact design is possible and the operation is stable.

Reversible four-way valve for reversible refrigerating cycle

Growing community of inventors

Tokyo, Japan

Hiroshi Kuno