Abstract: The eating timing of food/drink in a storage is adjusted according to the request of a receiver who receives the food/drink in the storage. A storage according to an embodiment of the present disclosure includes a control unit; and an actuator configured to adjust an environment based on an instruction from the control unit, wherein the control unit acquires information relating to food/drink in the storage and a specified date, and gives the instruction to the actuator regarding a control target value of a storage environment of the food/drink, based on the information relating to the food/drink and the specified date.

Abstract: A pickup and delivery or selling apparatus is transportable, and includes: a reserving section in which an article can be reserved; a receiving part in which the article to be reserved in the reserving section is received; a delivering part in which the article is delivered; a plurality of support members each used for supporting the article in the reserving section; a transfer unit configured to transfer the support members each supporting the article between the reserving section and either the receiving part or the delivering part; and an abnormality-managing unit configured to perform a predetermined response to an abnormality occurring in the support members.

Abstract: First product ion spectrum data is acquired by dissociating a precursor ion derived from a sample component by collision between the precursor ion and an inert gas molecule to generate product ions, and detecting the product ions after separating the product ions according to a mass-to-charge ratio; second product ion spectrum data is acquired by dissociating the precursor ion by a reaction of the precursor ion with hydrogen radicals to generate product ions, and detecting the product ions after separating the product ions according to a mass-to-charge ratio; and a set of product ions having a predetermined mass difference is extracted in the first product ion spectrum data and the second product ion spectrum data.

Abstract: In a swinging apparatus (rotatively moving and swinging apparatus), a swing arm 51 positions a rotatively moving pedestal 45 and a cushion base 51. The swing arm 51 is swung around a driving shaft 60 to swing the cushion base 51, that is, to elevate or lower the cushion base 51 and to move it forward or backward. The cushion base 51 supports a seat portion 30. When the seat is in a forward position in which it is directed toward the front of the vehicle, the swing arm 55 diagonally connects the members 51 and 45 together (Z type). This prevents, in the forward position, the swing arm 55 from extending upward from the cushion base 51 or the rotatively moving pedestal 45 from extending laterally from the seat portion 30. Therefore, the size of the apparatus can be reduced across the width and height.