An arrangement structure of a component loading stick (1, 1') comprising: an elongated component loading stick (1, 1') configured to transfer a plurality of components, the elongated component loading stick (1, 1') comprises: an upper rear end, a lower front end, a bottom wall and side walls (5, 6), characterized in that one inner surface of the bottom wall of the component loading stick and one inner surface of one sidewall perpendicular to a lower end of the bottom wall are configured to support and position each of two surfaces (2a, 2b) perpendicular to each other of the plurality of components, wherein the components are supplied in a longitudinal direction of the stick from the lower front end of the elongated component loading stick (1, 1') to a next process or to a next path, and wherein when the component is supplied from the front end of the component loading stick (1, 1'), the bottom wall of the component loading stick (1, 1') is arranged horizontally, and after the component has been supplied, the component loading stick (1, 1') is inclined such that the bottom wall is not arranged horizontally, but the bottom wall is inclined to a horizontal direction, and the one sidewall perpendicular to at least the lower end of the bottom wall is inclined to the horizontal direction, the arrangement structure further comprises means for generating an inclining action and a horizontal return action on the elongated component loading stick (1, 1'). an elongated component loading stick (1, 1') configured to transfer a plurality of components, the elongated component loading stick (1, 1') comprises: an upper rear end, a lower front end, a bottom wall and side walls (5, 6), characterized in that one inner surface of the bottom wall of the component loading stick and one inner surface of one sidewall perpendicular to a lower end of the bottom wall are configured to support and position each of two surfaces (2a, 2b) perpendicular to each other of the plurality of components, wherein the components are supplied in a longitudinal direction of the stick from the lower front end of the elongated component loading stick (1, 1') to a next process or to a next path, and wherein when the component is supplied from the front end of the component loading stick (1, 1'), the bottom wall of the component loading stick (1, 1') is arranged horizontally, and after the component has been supplied, the component loading stick (1, 1') is inclined such that the bottom wall is not arranged horizontally, but the bottom wall is inclined to a horizontal direction, and the one sidewall perpendicular to at least the lower end of the bottom wall is inclined to the horizontal direction, the arrangement structure further comprises means for generating an inclining action and a horizontal return action on the elongated component loading stick (1, 1'). an upper rear end, a lower front end, a bottom wall and side walls (5, 6), characterized in that one inner surface of the bottom wall of the component loading stick and one inner surface of one sidewall perpendicular to a lower end of the bottom wall are configured to support and position each of two surfaces (2a, 2b) perpendicular to each other of the plurality of components, wherein the components are supplied in a longitudinal direction of the stick from the lower front end of the elongated component loading stick (1, 1') to a next process or to a next path, and wherein when the component is supplied from the front end of the component loading stick (1, 1'), the bottom wall of the component loading stick (1, 1') is arranged horizontally, and after the component has been supplied, the component loading stick (1, 1') is inclined such that the bottom wall is not arranged horizontally, but the bottom wall is inclined to a horizontal direction, and the one sidewall perpendicular to at least the lower end of the bottom wall is inclined to the horizontal direction, the arrangement structure further comprises means for generating an inclining action and a horizontal return action on the elongated component loading stick (1, 1').