Asahi Glass Company, Limited

Yokogawa Electric Corporation

Toppan Printing Co., Ltd.

Kashima Chemical Company, Limited

Tomoko Matsumoto

Takao Doi

Kaori Tsuruoka

Takashi Watabe

Tateo Nakano

Yutaka Yokoyama

Tatsuo Onoguchi

Noriyuki Sasaki

Toshiko Kobayashi

Naoki Yoshima

Yoshitaka Yuki

Frank Hurink

Henk Koekoek

Shigetsugu Betchaku

Kaname Kakihara

Tomoji Makiguchi

A data collection device includes a data collector configured to collect data from a device that outputs data, a time stamp adder configured to add a time stamp to the data collected by the data collector, a data storage configured to store the data to which the time stamp is added by the time stamp adder, a timing generator configured to generate a timing at which the data stored in the data storage is transmitted to a data server communicably connected via a first network, a request information acquirer configured to acquire request information for requesting transmission of the data, the request information being transmitted from the data server, and a data transmitter configured to transmit the data stored in the data storage to the data server based on the timing generated by the timing generator and in accordance with the request information acquired by the request information acquirer.

Data collection device, data collection system, data server, data collection method, and non-transitory computer readable storage medium

A packaging container that can be easily disassembled is provided at low cost. The packaging container is formed by a laminate including a base layer being folded into a box shape and each end thereof being overlapped to be sealed with each other, the laminate having a fragile part formed thereon. The laminate further has, for example, a film layer, and includes, as a fragile part, a first scored part formed on a base layer and a second scored part formed on a film in a 2.0-mm-wide band area with the first scored part being a widthwise center.

Packaging container

The present invention is an industrially advantageous process for isopropyl chloride production in which the catalytic activity can be maintained under the milder reaction conditions than in the conventional processes, and which requires no special reactor. Propylene and hydrogen chloride is reacted in a gas phase, in the presence of iron or a halogenated aluminum oxide (preferably, aluminum oxide reacted with hydrogen chloride). Preferably, a temperature during the reaction is 20 to 100&#xb0; C., and a pressure of the reaction is 1013 to 3039 hPa (absolute pressure).

Process for producing isopropyl chloride

Less colored trans-1,3-dichloropropene and a process for producing it, are presented. A composition comprising cis-1,3-dichloropropene, trans-1,3-dichloropropene and Ccompounds, is subjected to a distillation step and to a step of reacting chlorine or bromine, to remove cis-1,3-dichloropropene as a low boiling component, and then the residue is distilled to remove the chlorinated Ccompounds as a high boiling component and to obtain trans-1,3-dichloropropene as a low boiling component.

Less colored trans-1,3-dichloropropene and process for its production

Room temperature-setting composition

Room temperature-setting compositions

Growing community of inventors

Tokyo, Japan

Tomoko Matsumoto