Abstract: A connector driving structure includes an operating part, a driving part that moves in conjunction with movement of the operating part, a connector elastically supported by the driving part, a damper supported by the connector, and a battery stand. Operating the operating part changes the position of the driving part between a close position where the driving part is close to the battery stand and an away position where the driving part is away from the battery stand. The connector includes a connector terminal and a terminal holding portion holding the connector terminal. The damper is provided such that its first end is supported by the terminal holding portion and its second end abuts against the battery base.

Abstract: The present invention is to provide a laminating apparatus which significantly improves the laminating efficiency of a workpiece such as a photovoltaic module. In order to significantly improve the laminating efficiency of a workpiece such as a photovoltaic module, at least one sub-laminating apparatus is disposed subsequent to a main laminating apparatus, a hot plate of the main laminating apparatus is formed in such a way that a heat-supplying section thereof configured to supply heat to the workpiece on the hot plate is made of a material having a thermal conductivity of not less than 110 (Wm?1K?1) and not more than 398 (Wm?1K?1), and a hot plate of the sub-laminating apparatus is formed in such a way that a heat-supplying section thereof configured to supply heat to the workpiece on the hot plate is made of a material having a thermal conductivity of not more than 20 (Wm?1K?1).