Abstract: Dispensing package for controlled delivery of a viscous composition on a target surface, the package having a dispensing head with a front surface having a front surface centroid and an opposing rear surface having a rear surface centroid, and a plurality of dispensing orifices extending therethrough, the dispensing orifices including a front open end having a front centroid on the front surface, a rear open end having a back centroid on the rear surface, and a dispensing orifice axis extending through the front and back centroids. A first dispensing orifice of the plurality of dispensing orifices has a first dispensing orifice axis inclined at a first orifice acute angle ?1 (degrees) relative to the a plane extending along a center axis, so as to intersect the plane at a first point above the front surface.

Abstract: Dispensing package for controlled delivery of a viscous composition on a target surface. The dispensing package includes a dispensing applicator having an interior chamber containing a viscous composition and a dispensing head disposed about at least a portion of the container to define an outer end of the container. The dispensing head has a front surface having a front surface centroid and an opposing rear surface having a rear surface centroid, and a plurality of dispensing orifices extending therethrough. Each of the plurality of dispensing orifices including a front open end having a front centroid on the front surface, a rear open end having a back centroid on the rear surface, and a dispensing orifice axis extending through the front and back centroids. A center axis extends through the front surface centroid and the rear surface centroid and a plane extending along the center axis.

Abstract: A packaged product has (a) a solid product and (b) a scoop for dosing the solid product, and (c) a flexible package containing the solid product and the scoop therein. The scoop has a bowl and a handle. The bowl has a proximal bowl edge. The handle has a proximal handle edge and a distal handle edge. The proximal handle edge connects to the proximal bowl edge. The scoop bowl has a yield point from about 7 MPa to about 70 MPa.