A coin separating and transferring apparatus including a storing container for storing coins in a bulk state, the storing container having a bottom part formed by an inclined rotary disk, the apparatus having formed therein: a pusher projecting from an upper surface of the rotary disk and having a projection amount equal to or smaller than a thickness of a thinnest coin that the apparatus is to handle, and a radial direction guiding body comprising a tip part, a radial direction guiding part connected to the tip part and extending from a center part of the rotary disk in a radial direction, and a mounting part connected to the radial direction guiding part, wherein the tip part and the mounting part are fixed to a base of the apparatus, wherein the coins are in surface contact with a holding surface formed by a part of the upper surface so as to be individually pushed by the pusher along the radial direction guiding part, and a rotary transferring body rotating about an axial center for guiding the coins from the radial direction guiding part to a sensor part, wherein a coin support ledge is formed on an upper side of the tip part of the radial direction guiding body, the coin support ledge extending in the circumferential-direction with respect to a rotation axis line of the rotary disk, the pusher is placed to project in a rib shape with respect to the holding surface and has a length in a circumferential direction substantially longer than a diameter of a coin having a largest diameter and a holding edge formed at a front side of the pusher with respect to the rotating direction of the rotary disk, the holding edge arranged with its outer edge at a radial distance from the rotation axis line of the rotary disk and having a predetermined length, and the coins supported in a stationary state at a delivery position between the radial direction guiding part and the holding edge are started to be pushed by the rotary transferring body. a pusher projecting from an upper surface of the rotary disk and having a projection amount equal to or smaller than a thickness of a thinnest coin that the apparatus is to handle, and a radial direction guiding body comprising a tip part, a radial direction guiding part connected to the tip part and extending from a center part of the rotary disk in a radial direction, and a mounting part connected to the radial direction guiding part, wherein the tip part and the mounting part are fixed to a base of the apparatus, wherein the coins are in surface contact with a holding surface formed by a part of the upper surface so as to be individually pushed by the pusher along the radial direction guiding part, and a rotary transferring body rotating about an axial center for guiding the coins from the radial direction guiding part to a sensor part, wherein a coin support ledge is formed on an upper side of the tip part of the radial direction guiding body, the coin support ledge extending in the circumferential-direction with respect to a rotation axis line of the rotary disk, the pusher is placed to project in a rib shape with respect to the holding surface and has a length in a circumferential direction substantially longer than a diameter of a coin having a largest diameter and a holding edge formed at a front side of the pusher with respect to the rotating direction of the rotary disk, the holding edge arranged with its outer edge at a radial distance from the rotation axis line of the rotary disk and having a predetermined length, and the coins supported in a stationary state at a delivery position between the radial direction guiding part and the holding edge are started to be pushed by the rotary transferring body.