shaped member however the movement solid granular particles through such outlet holes would require the particles to move at right angles on their path out of the container through the outlet holes liquid flows easily in such a manner but solid particles do not container 106 is shown to contain particles 108 in its cavity bellows member 110 is comprised of upper conical surface 112 and opposed conical surface 114 lower conical surface 114 is integrally formed at the top of container 106 closure member 115 is fixed with respect to the upper conical surface 112 as in previous embodiments outlet means are provided in circumferential spaced apart alignment on the upper conical surface 112 outlet means include a plurality of outlet holes of which holes 116 118 120 and 122 are shown these holes 116 118 120 and 122 provide the outlet means through which the granular contents 108 are allowed to flow through on a straight path out of the cavity of container 106 handle 124 is provided to allow a user of the system to move closure member 115 between the open position shown in solid lines in fig7 and the closed position shown in dotted lines circumferential flange 126 provides the means as in the first embodiment to temporarily lock the closure member 115 in the closed position plugging the port.