Abstract: The ending side of one coin conveying endless belt is made higher than the starting side of another adjacent coin conveying endless belt. Between the ending side of the one coin conveying belt and the starting side of the another coin conveying belt, there is provided a coin slide to let the coins, which have reached the ending side of the one coin conveying belt, slide down to the starting side of the another coin conveying belt. By using the coin slide, the transference of coins from the one coin conveying belt to the another coin conveying belt can be ensured.

Abstract: A conveying device prevents slip or disengagement of a conveying endless belt. The belt has an flat outer periphery, which is to be contact with one of the major faces of the bank note to be conveyed, and an inner periphery having a plurality of teeth formed thereon. A drive pulley and a driven pulley are both cylindrical and have a plurality of gear teeth formed on their outer peripheries. The teeth of each of the pulleys may be engageable with the plurality of teeth of the endless belt. Between the drive pulley and the driven pulley, the endless belt is tensioned and a belt drive mechanism for rotating the drive pulley is provided. Each pulley has a flange which has a larger outer diameter than that of each pulley and provided at one end portion thereof in which each of the rotary shaft extends.

Abstract: The disclosure relates to a control unit withdrawing mechanism for metal-clad switchgears in which control units each including power load controlling equipments are withdrawably enclosed in unit compartments respectively for movement between connection and test positions. The mechanism includes a locking lever for locking the control unit to the connection and test positions when turned, a positioning aperture formed in the bottom wall of the unit compartment, and an engagement strip moved within the positioning aperture when the control unit is moved within the unit compartment and limiting the movement of the control unit to the section between the connection and test positions. The engagement strip is rotatably mounted on a rotation shaft secured to the control unit so as to be moved together with the locking lever in a predetermined section so as to enter and withdraw from the positioning aperture.