Kabushiki Kaisha Toshiba

Kabushiki Kaisha Komatsu Seisakusho

Tachikawa Spring Co., Ltd.

Toshiba Energy Systems & Solutions Corporation

Komatsu Forklift Co., Ltd.

Tokyo Energy & Systems Inc.

Akira Nemoto

Chiaki Kojima

Mitsuteru Motomura

Hiroshi Ohta

Yukio Takigawa

Minoru Yamada

Yoshio Mochida

Kenji Kaneda

Shunji Kawano

Takao Kamide

Kenji Sato

Nobuo Yamaga

Shuichi Inagaki

Masanori Murakami

Tadahiko Oba

Naoki Sugitani

Liang Yan

Shota Tsuda

Yuji Inoue

Fumio Obara

Yoshiharu Mikami

Miyuki Nakajima, Legal Representative

Makoto Gomi

Takeo Shimazaki

Kouichi Furugaki

Yuuichi Nakajima, Legal Representative

Tomoko Nakajima, Legal Representative

Shunichi Goshima

Norio Ueda

A temperature processing apparatus according to the present embodiment includes a storage device, and a processor. The processor includes an alignment module, an acquisition module, a processing module, a determination module, and a display processing module. The determination module configured to determine whether the temperature data fits in a first state. The display processing module is configured to display a temperature-distribution image of the temperature data fitting the first state on a display module by mapping the temperature-distribution image of the temperature data fitting the first state on at least either the real-space image or an image of the three-dimensional model, when the determination module determines that the temperature data fits the first state.

Temperature processing apparatus and temperature processing method

A condenser includes a high pressure side condenser, a high pressure side cooling tube bank, a high pressure side hot well, a low pressure side condenser, a low pressure side cooling tube bank, a pressure shroud provided inside the low pressure side condenser, a low pressure side hot well, high pressure steam introducing portion, low pressure side condensate introducing portion, a flash box which communicates with at least one of the high pressure side hot well and the low pressure side hot well, flashes a heater drain from a feed water heater, and urges at least one of the high pressure side hot well and the low pressure side hot well to recover the flashed heater drain, and a flash steam path which introduces flash steam generated inside the flash box into at least one of the high pressure side hot well and the low pressure side hot well.

Condenser

A steam condenser which condenses steam exhausted from a steam turbine. Heat transfer tubes are arrayed below the steam turbine inside the container. Cooling medium flows inside the heat transfer tubes. The heat transfer tubes extend horizontally, and include at least two upper heat transfer tube groups and at least two lower heat transfer tube groups arranged with a gap between each other. Each heat transfer tube group is constituted by arraying heat transfer tubes like a grid. At a lower part between the lower heat transfer tube groups, a baffle plate which obstructs flow of steam extends horizontally. Between the upper and lower heat transfer tube groups, inter-tube-group inundation prevention plates extend horizontally. In each heat transfer tube group, an enclosure part extends to guide gas from the enclosure part to outside of the container through a gas extraction duct.

Steam condenser

Plural composite panels are aligned in multiple horizontal rows. Each composite panel includes a titanium panel (anode), an electrical insulating member and a stainless-steel band member. The titanium panels (also, stainless-steel band members) of horizontally adjacent panels overlap each other to be in face-to-face contact. The stainless-steel band members are horizontally connected at different levels to form long negative electrodes (cathode) extending in seawater-flowing direction in an inlet channel. Each stainless-steel band member is exposed to seawater through a gap between vertically adjacent composite panels.

System for preventing adhesion of marine organisms

A heat exchange apparatus is composed of a plurality of tube banks arranged in rows each comprising a plurality of tubes arranged in a direction normal to a gas flow in a gas passage duct and in the heat exchanger, an interval of a space between mutually adjoining tube banks in the gas flow direction is less than eight times of a depth of a tube group disposed on an upstream side with respect to the gas flow and baffle plates are disposed in the respective tube banks for preventing a multibank tubing compound resonance. Each of the baffle plates disposed in an upstream side tube bank has an extension extending from a center of a most downstream side tube in the upstream side tube bank and having a length more than two times of a tube pitch in the gas flow direction, and each of the baffle plates disposed in a downstream side tube bank has an extension extending from a center of a most upstream side tube in the downstream side tube bank and having a length more than two times of a tube pitch in the gas flow direction.

Heat exchange apparatus

An automatic control system for a vehicle such as a fork lift truck automates the transportation, loading and unloading operations of the vehicle in a work area. Leader cables disposed in the work area are supplied with instruction signals of respectively different frequencies from terminal units in response to commands from a central control device. Any cable or a combination of two cables forms a ehicle guideway along which the travel of the vehicle is controlled by instruction signal pickup coils on the vehicle and along which loading and unloading stations for the vehicle are located. Loading and unloading are effected without using the leader cables, the necessary instruction signals then being received from the central control device by the vehicle from a coil disposed at the loading and unloading station.

Automatic control system for a loading and unloading vehicle

A vehicle seat is disclosed in which the movable arm members of its reclining mechanism are mounted to reinforcing members provided inside a back frame of a pan-type structure. Bolts for fixing the movable arm members are not projected outside the back frame.

Pan-type vehicle seat back mounted to a reclining mechanism

A vehicle seat is disclosed which includes a pan-type frame, a pad formed of a foam material, and a top layer adapted to cover the surface of said pad and also to fix said pad to said frame, while the end of said top layer is secured to the frame simultaneously with the formation of said pad. Accordingly, the conventional fixing step of fixing the top layer end to the frame by means of hogged rings or the like is not necessary, which results in a simplified and positive fixation of the top layer end. In other words, the following conventional steps can be eliminated: forming a frame in a pan structure; causing a foam material to foam within a metal mold having a predetermined configuration to form a pad in order to obtain a structure corresponding to that of the associated seat; and placing a top layer over the pad to be secured to the frame. With the invention, the top layer can be integrally secured to the frame by means of a foam material for forming a pad.

Vehicle seat

Such a ground excavating apparatus that conducts excavation of a soft stratum by means of a bucket and employs an impact crusher for the excavation of such a hard stratum as a rock bed or the like is disclosed. Introduced in the present application is a ground excavator of such a category that comprises a housing, a bucket boom properly set in place in the said housing in a manner of being capable of traveling forward and rearward, a bucket properly fitted in place on the front end section of the said bucket boom in a manner of being capable of inclining, and an impact crushing mechanism well capable of traveling forward and rearward by virtue of a hydraulic jack housed in the said bucket boom, and employs the said bucket and the said impact crushing mechanism in an alternate manner to best suit the nature of the ground to be excavated.

Ground excavating apparatus

Growing community of inventors

Tokyo, Japan

Akira Nemoto