Abstract: A high-pressure tank liner manufacturing device includes: a heater to heat and melt end surfaces of liner halves; a heater transportation mechanism configured to slidably move the heater between a waiting position for the heater and a heating position for the heater; an elevation mechanism (drive mechanism) configured to drive a pair of the liner halves so as to cause the pair of liner halves to be relatively moved closer to each other or away from each other; and a parallelism adjustment mechanism configured to adjust parallelism of the end surfaces of the liner halves in accordance with the heater being slidably moved.

Abstract: The first aspect of the present invention provides a migration ability evaluation method comprising: a trajectory generation step of generating a trajectory of movement of an object being observed of a living body on the basis of a plurality of images of the object being observed acquired by capturing observation images of the object being observed multiple times in a time-series manner; a migration ability calculation step of calculating a migration ability measure indicating the degree of migration of the object being observed in a certain direction on the basis of the trajectory of movement of the object being observed; and a migration ability evaluation step of evaluating whether or not the object being observed satisfies a predetermined condition on the basis of the migration ability measure of the object being observed.

Abstract: Provided is a mounting structure for mounting a film-shaped electric device to a glass panel, comprising: a resin panel attached to a surface of the film-shaped electric device to form a panel-shaped electric device having first and second edges; and first and second retaining members attached to one surface of the glass panel in correspondence with the first and second edges of the panel-shaped electric device, respectively, each first and second retaining member defining a groove such that the groove opens toward a region of the glass panel to be covered by the panel-shaped electric device, wherein the panel-shaped electric device is retained by the first and second retaining members with the first and second edges of the panel-shaped electric device being received in the corresponding grooves such that the surface of the film-shaped electric device having the resin panel attached thereto faces away from the glass panel.