Abstract: An information management system includes a mobile telephone and a server device. The mobile telephone includes: an image sensing section; an operation control section for controlling an operation of the image sensing section on the basis of an operation control signal (operation disabling signal; disablement canceling signal) received from the server device; and a questionnaire information transmitting/receiving section for transmitting information about a user of the mobile telephone to the server device. The operation control section, upon receipt of the operation disabling signal, disables the operation of the image sensing section. The server device includes: an operation control signal transmitting section for transmitting the operation disabling signal; and a work information transmitting section for, upon receipt of the user information from the mobile telephone, transmitting, to the mobile telephone, work information inputted by the image sensing section.

Abstract: Provided is a low-cost, highly active, environmentally friendly living radical polymerization method which does not require a radical initiator. Even if a catalyst is not used, a living radical polymerization method can be conducted by controlling the amount of the oxygen in the gaseous phase in the reaction vessel within a suitable range. A monomer having a radical-reactive unsaturated bond can be subjected to a radical polymerization reaction to obtain a polymer having narrow molecular weight distribution. The cost of the living radical polymerization can be remarkably reduced. The present invention eliminates the disadvantages of the conventional catalysts such as toxicity, low solubility, coloring/odor and the like, and is significantly more environmentally friendly and economically efficient than conventional living radical polymerization methods.

Abstract: Provided is a low-cost, highly active, environmentally friendly living radical polymerization method which does not require a radical initiator. Even if a catalyst is not used, a living radical polymerization method can be conducted by controlling the amount of the oxygen in the gaseous phase in the reaction vessel within a suitable range. A monomer having a radical-reactive unsaturated bond can be subjected to a radical polymerization reaction to obtain a polymer having narrow molecular weight distribution. The cost of the living radical polymerization can be remarkably reduced. The present invention eliminates the disadvantages of the conventional catalysts such as toxicity, low solubility, coloring/odor and the like, and is significantly more environmentally friendly and economically efficient than conventional living radical polymerization methods.

Abstract: A multiphase flow rate measurement device including a gas-liquid separator (100) that includes a container (10) having a top section (11), a bottom section (12) and a hollow body section (13), an inlet section (20) that is provided in the body section (13), a liquid outlet section (21) that is provided in the bottom section (12), a gas outlet section (22) that is provided in the top section (11), an inner pipe (30) that is connected to the top section (11), and a lower end of the inner pipe (30) being open at a position lower than a lower end of the inlet section (20), and a guide plate lower section (42) that is provided on an outer side surface of the inner pipe (30), a space (90) being formed in at least part of an area between a guide plate lower section (42) and the body section (13).

Abstract: A display system displays objects in a display region in a manner arranged in a predetermined orientation. One light-emitting element of a sensor array emits light to the objects in the predetermined orientation. The display system prestores data which associates numerical value ranges different from each other with the objects, respectively. When light reflected by a finger is received by light-receiving elements of the sensor array, the display system calculates the number of the light-receiving elements that have received the reflected light, identifies one object associated with the numerical value range including the calculated number of the light-receiving elements, from among the objects, based on the calculated number of the light-receiving elements and the stored data, and performs processing corresponding to the identified object.

Abstract: A gas-liquid separator (1) is configured so that the inner side surface of a body section (13) and the outer side surface of an inner pipe (50) are concentric when viewed from above, an inlet pipe (20) extending toward the center axis of the body section (13) when viewed from above, a guide plate (60) including a guide plate side section (61) that extends in a non-horizontal direction, and a guide plate lower section (62) that extends in a non-vertical direction and is continuous with the guide plate side section (61), the guide plate side section (61) being at least disposed on the inner side surface of the body section (13) at a position on one side of an inlet opening (132), or on the outer side surface of the inner pipe (50) at a position on one side of an area opposite to the inlet opening (132), the guide plate lower section (62) being at least disposed on the outer side surface of the inner pipe (50) at a position directly under an area opposite to the inlet opening (132) and along the outer side surfa

Abstract: An information management system includes a mobile telephone and a server device. The mobile telephone includes: an image sensing section; an operation control section for controlling an operation of the image sensing section on the basis of an operation control signal (operation disabling signal; disablement canceling signal) received from the server device; and a questionnaire information transmitting/receiving section for transmitting information about a user of the mobile telephone to the server device. The operation control section, upon receipt of the operation disabling signal, disables the operation of the image sensing section. The server device includes: an operation control signal transmitting section for transmitting the operation disabling signal; and a work information transmitting section for, upon receipt of the user information from the mobile telephone, transmitting, to the mobile telephone, work information inputted by the image sensing section.