Shimizu Construction Co., Ltd.

Nec Corporation

Mitsubishi Jukogyo Kabushiki Kaisha

Nichias Corporation

Shimizu Corporation

Ricoh Company, Ltd.

Tadashi Okano

Yoichi Seki

Yoshio Abe

Takehiro Yoshida

Katsumi Abe

Tohru Watanabe

Kazuyoshi Matsumoto

Yuuzoh Obata

Naoki Saitoh

Hiroki Muramoto

Hiroshi Kondoh

Takeji Matsumoto

Mitoku Mukaidani

Masaaki Nakanishi

Yoji Moroi

Michio Hakiri

Junichiro Maeda

Nobuhiro Okuyama

Motoetsu Ishii

Yasuyuki Hashimoto

Katuhiro Inada

Akira Jippo

Yutaka Kawasaki

Yoshihisa Manzen

Toshihisa Nakamura

Hajime Nomura

Tadayoshi Honda

Jun Nishimura

Masahiko Jotani

Masafumi Okamoto

Tomoki Yamabe

An information processing apparatus includes an acquisition unit that acquires work information associated with a content of work and a point in time at which the work was performed, and emotion information that records an emotion of a person who performed the work for each point in time, and a generation unit that generates aptitude information indicating an aptitude for the work for each person by associating the work information and the emotion information using a point in time.

Information processing apparatus, information processing method, and program

An apparatus for constructing a building (K) is disclosed. The building (K) includes a framework constituted of permanent columns (10) and permanent beams (11). The apparatus (S) is provided with a temporary framework, (13) which is constructed and located above the building (K) under construction. Lifting mechanisms (14) for lifting the temporary framework (13) are provided at and supported by the permanent columns (10) of the building (K). Each of the lifting mechanisms (14) is able to lift the lifting mechanism (14) itself along the permanent column (10) of the building (K). A crane (12, 413, 511) is provided at the temporary framework (13) for hoisting and conveying structural elements (U) of the building (K), for example, the permanent columns (10) and beams (11). Alternatively, movable hoists (131, 607) are provided so as to transfer at least under the temporary framework (13).

Construction apparatus for building and constructing method therewith

A spraying apparatus is disclosed, in which a manipulator consisting of a plurality of articulations (linear movement articulations and rotational movement articulations) is mounted on a carriage and a spraying nozzle member is mounted on the last stage rotational movement articulation, which are so constructed that material to be sprayed is supplied to this spraying nozzle member through a hose, and a piping path is formed in the interior of at least rotational movement articulations, for which it is feared that the hose becomes tangled therewith or twisted. A sensor is mounted on either the nozzle or the manipulator to detect the distance between the nozzle and the surface being sprayed. A controller responds to the signals produced by the sensor to maintain the nozzle at a substantially constant distance from the surface during spraying.

Spraying apparatus

An apparatus for constructing a building (K) is disclosed. The building (K) includes a framework constituted of permanent columns (10) and permanent beams (11). The apparatus (S) is provided with a temporary framework (13) which is constructed and located above the building (K) under construction. Lifting mechanisms (14) for lifting the temporary framework (13) are provided at and supported by the permanent columns (10) of the building (K). Each of the lifting mechanisms (14) is able to lift the lifting mechanism (14) itself along the permanent column (10) of the building (K). A crane (12, 413, 511) is provided at the temporary framework (13) for hoisting and conveying structural elements (U) of the building (K), for example, the permanent columns (10) and beams (11). Alternatively, movable hoists (131, 607) are provided so as to transfer at least under the temporary framework (13).

Construction apparatus for buildings and constructing method therewith

For transfer of memory contents between an extended buffer memory and one of a first and a second main memory and of a peripheral storage device connected to an input-output processor, a transfer controlling arrangement can simultaneously receive transfer requests produced by a central processor, an arithmetic processor, and the input-output processor and can control the transfer requests. The transfer controlling arrangement comprises an extended buffer memory transfer controller connected to the central and the input-output processors through a first transfer controller, to the arithmetic processor through a second transfer controller, and to the extended buffer memory.

Arrangement for simultaneously dealing with transfer requests produced

A crane comprises a base, a driving body for driving and controlling the crane disposed on the base rotatable in a horizontal plane, an articulated arm attached to the driving body pivotable in a vertical plane, and a clutching means for clutching the construction elements. The arm is folded and extended in a vertical plane. The clutching means is tiltably and detachably connected to a forward end of the arm. The crane further comprises a fixing means tiltably and detachably connected to the forward end of the arm as a substitute for the clutching means. The fixing means is capable of being fixed to the construction, so that the driving body can be moved while the fixing means is fixed to the construction.

Crane and method for using crane

Growing community of inventors

Tokyo, Japan

Tadashi Okano