Kabushiki Kaisha Toshiba

Canon Kabushiki Kaisha

Fujitsu Corporation

Shinji Watanabe

Takaharu Ando

Masao Isshiki

Akihiko Konno

Keiji Chikuma

Yoshiyuki Imanaka

Masahiko Kubota

Hiroyuki Sugiyama

Teruo Ozaki

Kenji Kitabatake

Kimiyuki Hayasaki

Yoichi Taneya

Akihiro Yamanaka

Nobuyuki Hatasa

Yuji Katayama

Taihei Miyaji

Masaru Sugita

Kenichi Shimazaki

Takayuki Ochiai

Keiichi Morita

Mitsuru Imai

Fumio Morita

Takuma Watanabe

Seiya Shindo

Koji Ishibashi

Masao Ishikawa

Koutaro Tsuro

Toru Nonaka

A distributed application system has a plurality of applications running on a plurality of servers arranged hierarchically and, when receiving a request telegraphic message from a client, executes processes while transferring a relay code between applications in order. A trace condition embedding unit embeds a trace collection condition into a relay code and transfers it to the next application. Trace collection units decide whether trace collection is to be made or not, and perform a process. The trace collection condition includes an indication of a range of tracing for each application and a record of applications which has passed through. The trace condition embedding unit further includes intermittent switch information which indicates a ratio of trace collection to reception times of the request telegraphic message.

Trace processing program, method and system

An object of the present invention is to enhance the inhalation efficiency by causing liquid droplets to be borne on an air flow in an early stage of inhalation in an inhaler. According to one embodiment, from an operation in which the user lets out a breath before the start of inhalation (that is, from exhalation), a positive pressure B produced by the exhalation is detected by a pressure detecting unit, and is compared with a standard pattern stored in a storage unit, and in this way the exhalation profile of the user is prepared. A time difference t between the exhalation finish time and the start time of the next inhalation is estimated, followed by the determination of the ejection start time T1 based on these pieces of information.

Inhaler

A medicine discharge device configured to discharge medicine to be administered to a user, includes a mount portion configured to mount a medicine discharge cartridge, the medicine discharge cartridge having at least a medicine reservoir and a medicine discharge portion and being removable from the device; and a receiving circuit configured to receive an output signal sent from a sensor, the sensor being provided at the cartridge mounted at the mount portion and detecting an inhalation state.

Medicine discharge device and cartridge mountable thereto

A liquid container that can present various information using illumination of a light-emitting unit includes an IC package having a storage element and the light-emitting unit. The storage element stores information used for controlling the amount of light emitted from an LED included in the light-emitting unit, so that variation in brightness of the light-emitting unit can be reduced and the information can be adequately presented.

Ink container with light-emitting unit to convey information

Portable phone

The present invention provides a liquid discharge head comprising a plurality of discharge ports for discharging liquid, first and second substrates for defining a plurality of liquid flow paths communicated with the discharge ports, and a plurality of energy converting elements disposed in the liquid flow paths and adapted to convert electrical energy into discharge energy for liquids in the liquid flow paths, wherein sensors for detecting behavior of the liquid are provided in the respective liquid flow paths as solid structure portions protruded from walls of the liquid flow paths.

Liquid discharge head, liquid discharge apparatus and method for manufacturing liquid discharge head

Information guide display device

Air-conditioner

Humidifier

Growing community of inventors

Kawasaki, Japan

Shinji Watanabe