Abstract: An aspect of the present invention makes it possible to safely remove a terminal device from a cradle. A control section (10) includes: a person detecting section (13) configured to search for and detect a person in an area surrounding a smartphone (4) with use of image capture data in a case where a target event has occurred; and a command preparing section (15) configured to transmit a speed reduction instruction to a charging station (2) in a case where a touch panel (90) has detected proximity of the person, the speed reduction instruction being an instruction for reducing a rotation speed of the charging station (2).

Abstract: When a still image has been captured is determined within a display screen on which a moving image is displayed. A control device executes: a thumbnail displaying process for causing a thumbnail of a still image captured during capture of a moving image to be displayed at a predetermined position within a display screen; and a thumbnail moving process for moving this thumbnail.

Abstract: There is disclosed a refrigeration device in which a cooling capability and efficiency can be improved by controlling a high pressure side pressure of a low stage side refrigerant circuit into an optimum value. A refrigeration device 1 includes a high stage side refrigerant circuit 4, first and second low stage side refrigerant circuits 6A and 6B, and cascade heat exchangers 43A and 43B to evaporate a refrigerant of the high stage side refrigerant circuit 4, thereby cooling high pressure side refrigerants of the low stage side refrigerant circuits 6A and 6B, and carbon dioxide is charged as the refrigerant in each of the refrigerant circuits 4, 6A and 6B, and in the device, there are disposed pressure adjusting expansion valves 31 to adjust high pressure side pressures of the low stage side refrigerant circuits 6A and 6B.

Abstract: There is disclosed a refrigeration device in which a cooling capability and efficiency can be improved by controlling a high pressure side pressure of a low stage side refrigerant circuit into an optimum value. A refrigeration device 1 includes a high stage side refrigerant circuit 4, first and second low stage side refrigerant circuits 6A and 6B, and cascade heat exchangers 43A and 43B to evaporate a refrigerant of the high stage side refrigerant circuit 4, thereby cooling high pressure side refrigerants of the low stage side refrigerant circuits 6A and 6B, and carbon dioxide is charged as the refrigerant in each of the refrigerant circuits 4, 6A and 6B, and in the device, there are disposed pressure adjusting expansion valves 31 to adjust high pressure side pressures of the low stage side refrigerant circuits 6A and 6B.

Abstract: In order to prevent an operational error without causing any trouble to receipt of an input operation, a portable device (1) includes: a menu display section (122) for displaying a menu; a portable device holding hand determination section (125) for determining a portable device holding hand, the portable device holding hand being a hand with which the portable device (1) is held; and an invalid region setting section (126) for, when the menu is displayed, setting, as an invalid region, a region in which the menu is not displayed and which corresponds to a result of the determination of the portable device holding hand.

Abstract: A showcase designed to retain stable cooling performance in the case where the states of temperature as well as moisture of the air outside a commodity storage section entering the commodity storage section from respective openings are different has a showcase body having openings in at least two of its front side, rear side and left and right sides; a commodity storage section provided in the showcase body, a bottom-side air passage having an air inlet along a lower end of each opening; a side air passage extending upward along one side of the commodity storage section from the bottom-side air passage; a commodity cooling air passage formed so as to extend from the side air passage toward the other side, having an air outlets in each of the openings sides, a blower for causing air to flow from each of the air inlet into the bottom-side air passage; a cooler provided inside the bottom-side air passage for cooling the air flowing into the bottom-side air passage; and a air guiding section for guiding the air f

Abstract: A showcase designed to simultaneously store commodities to be cooled at different temperatures has a showcase body having an opening at least in its front, a commodity storage section provided in the showcase body, a first air passage having an air inlet at a lower end of the opening, a blower for causing air to flow from the air inlet into the first air passage, a cooler for cooling the air flowing into the first air passage, a plurality of second air passages formed so as to branch off from the first air passage and extend toward the opening, each second air passage having an air outlet at its end, and a flow rate adjustment mechanism for adjusting the flow rates of air flowing from the first air passage into at least one of the second air passages, whereby the flow rates of air flowing into the second air passages are respectively adjusted to different values.

Abstract: In a circuit-protector-built-in power plug, the plug body has in its front a curved concavity, in which plug terminals are planted, a circuit protector which interrupts the circuit when supplied with excess current, and a reset knob for resetting the circuit to its closed state through manipulation from the outside the plug body. The reset knob is so disposed in the concavity that it does not protrude beyond the surface of the plug body. A slidable lid covering the concavity prevents access to the reset knob when the plug terminals are inserted into receptacles.