Abstract: A vapor chamber includes a main body sheet having a first main body surface and a second main body surface provided on an opposite side to the first main body surface, a space provided on the first main body surface of the main body sheet, a first sheet laminated on the first main body surface of the main body sheet and covering the space, and a retracted portion retracted toward the space beyond an outer periphery of the main body sheet or an outer periphery of the first sheet in a plan view.

Abstract: A body sheet for a vapor chamber includes a first body surface, a second body surface disposed opposite to the first body surface, and a penetration space extending from the first body surface to the second body surface. The penetration space extends in a first direction in plan view. As seen in a cross section perpendicular to the first direction, the penetration space includes a first opening positioned on the first body surface and a second opening positioned on the second body surface. The second opening extends from a region overlapping with the first opening in plan view to a position overlapping with the first groove in plan view.

Abstract: A vapor chamber in which an enclosed space is formed, and a working fluid is sealed in this space, the enclosed space including: a plurality of condensate flow paths through which a fluid that is the working fluid in a condensing state flows; and vapor flow paths through which a vapor that is the working fluid in a vaporizing state flows, wherein each of projecting parts with which each of the vapor flow paths is provided has a projecting amount varying in an extending direction of the vapor flow paths; a pitch for opening parts that allow the vapor flow paths and the condensate flow paths to communicate varies in the extending direction of the vapor flow paths; or wall parts that separate the flow paths each have a given relationship with a transverse cross section of a given flow path.

Abstract: A printing apparatus includes a housing, a medium support unit having a support surface supporting a medium, and a printing unit configured to perform printing on the medium supported by the support surface. The housing accommodates the medium support unit and the printing unit. The medium support unit includes a position adjustment unit configured to adjust a position of the support surface in an intersecting direction intersecting the support surface. The position adjustment unit can move the support surface from outside the movement range to within the movement range when the printing is not being performed by the printing unit and the head is disposed at a retracted position.

Abstract: The present invention aims at separating and removing arsenic in a stable form from raw material containing rhenium and arsenic, and reducing a circulation amount of arsenic in a rhenium purification process to obtain rhenium with low-content arsenic.

Abstract: The present invention aims at separating and removing arsenic in a stable form from raw material containing rhenium and arsenic, and reducing a circulation amount of arsenic in a rhenium purification process to obtain rhenium with low-content arsenic.

Abstract: A plate handling apparatus includes a loader, first and second air cylinders, and first and second detection units. The loader is supported to be movable substantially parallel to a paper convey direction and swingable in directions to come close to and be spaced apart from an outer surface of a plate cylinder to perform plate removal/supply. The first air cylinder moves the loader among a first position close to the plate cylinder, a second position spaced apart from the first position in the paper convey direction, and a third position which is between the first position and the second position. The second air cylinder swings the loader among a first swing state where the loader is substantially perpendicular to the paper convey direction, a second swing state where the loader is inclined such that its distal end faces the plate cylinder, and a third swing state which is between the first swing state and the second swing state.

Abstract: A culture prepared by culturing a bacteria group separated from kefir grains and a new species Lactobacillus sp. SIID 1719-6b of the family Lactobacillaceae in the presence of green tea and then removing the bacterial cells from the resulting bacterial culture.

Abstract: A plate handling apparatus includes a loader, first and second air cylinders, and first and second detection units. The loader is supported to be movable substantially parallel to a paper convey direction and swingable in directions to come close to and be spaced apart from an outer surface of a plate cylinder to perform plate removal/supply. The first air cylinder moves the loader among a first position close to the plate cylinder, a second position spaced apart from the first position in the paper convey direction, and a third position which is between the first position and the second position. The second air cylinder swings the loader among a first swing state where the loader is substantially perpendicular to the paper convey direction, a second swing state where the loader is inclined such that its distal end faces the plate cylinder, and a third swing state which is between the first swing state and the second swing state.

Abstract: A single or mixed culture performed under conditions in which a new species of the Lactobacillaceae family having antioxidant properties and separated from Kefir grains can be cultured. An antioxidant having the obtained culture or bacteria as active principles is formulated and used as a raw material for or added to drinks, foods, cosmetics or animal feeds.

Abstract: A plate changing method and an apparatus for rotating all plate cylinders of a plurality of printing units by a drive device, and performing plate changing by plate changing unit provided in correspondence with the plate cylinders has an abnormality detection step of detecting presence or absence of a plate changing abnormality by detectors provided in correspondence with the plate cylinders, a step of stopping the drive device when the plate changing abnormality is detected in the abnormality detection step, a return step of controlling at least one of the drive device and the plate changing unit of a normal unit, other than an error unit in which the plate changing abnormality has been detected, in accordance with the status of progress of plate changing in the normal unit after the stop step, and an error elimination step of eliminating the plate changing abnormality in the error unit after the stop step.

Abstract: A plate changing method for rotating all plate cylinders of a plurality of printing units by a drive device, and performing plate changing by plate changing means provided in correspondence with the plate cylinders has an abnormality detection step of detecting presence or absence of a plate changing abnormality by detectors provided in correspondence with the plate cylinders, a step of stopping the drive device when the plate changing abnormality is detected in the abnormality detection step, a return step of controlling at least one of the drive device and the plate changing means of a normal unit, other than an error unit in which the plate changing abnormality has been detected, in accordance with the status of progress of plate changing in the normal unit after the stop step, and an error elimination step of eliminating the plate changing abnormality in the error unit after the stop step.

Abstract: A plate handling method and apparatus for a printing press that includes printing units, each having a plate cylinder, a main unit motor for driving the plate cylinders, and electromagnetic clutches disposed between the main unit motor and the printing units for transmitting and cutting off a drive force from the main unit motor to the printing units, and is adapted to rotate the plate cylinders upon the drive by the main unit motor and change plates. The electromagnetic clutch of the printing unit is disengaged, when an abnormality in changing of the plate was detected by any of sensors provided in each printing unit for detecting an abnormality in plate changing, to cut off the drive by the main unit motor, but continue plate changing in the other printing units by the drive force from the main unit motor.

Abstract: A plate handling method and apparatus for a printing press that includes printing units, each having a plate cylinder, a main unit motor for driving the plate cylinders, and electromagnetic clutches disposed between the main unit motor and the printing units for transmitting and cutting off a drive force from the main unit motor to the printing units, and is adapted to rotate the plate cylinders upon the drive by the main unit motor and change plates. The electromagnetic clutch of the printing unit is disengaged, when an abnormality in changing of the plate was detected by any of sensors provided in each printing unit for detecting an abnormality in plate changing, to cut off the drive by the main unit motor, but continue plate changing in the other printing units by the drive force from the main unit motor.

Abstract: A safety apparatus for a rotary press comprises a detector disposed on a side of a plurality of printing units in order to detect entry of a foreign object between the printing units, the detector consisting of light projecting units and light receiving units; a push button provided on the printing unit and pushed after completion of checking performed before initiation of automatic plate-replacing operation of the printing units; and a controller for starting the automatic plate-replacing operation and detecting operation of the detector when a predetermined time elapses after operation of the button.

Abstract: A safety apparatus for a rotary press comprises a detector disposed on a side of a plurality of printing units in order to detect entry of a foreign object between the printing units, the detector consisting of light projecting units and light receiving units; a push button provided on the printing unit and pushed after completion of checking performed before initiation of automatic plate-replacing operation of the printing units; and a controller for starting the automatic plate-replacing operation and detecting operation of the detector when a predetermined time elapses after operation of the button.

Abstract: In an electrical angle control system for a brushless DC motor having a relatively high counter electromotive voltage, the system includes: a rotor position detection unit mounted to the motor for detecting the rotor position and generating a position detection signal; an electrical angle control unit receiving the position detection signal and controlling period of the position detection signal in such a way that the electrical angle is advanced from the electrical angle of zero degrees during acceleration at the start of rotation to ensure an acceleration characteristic of the motor, and the electrical angle is returned to the electrical angle of zero degrees during normal rotation to ensure a small driving current and reduce the power consumption of the motor; a driving unit receiving position detection signals each having an electrical angle controlled by the electrical angle control unit and outputting the driving current to the motor.