Abstract: This disclosure relates to a disposable cutting board assembly. The assembly includes a homogenous sheet of cut-resistant paper material having an inner cutting area. A plurality of peripheral outer borders and a plurality of corners extend from said inner cutting area to an endless exterior edge. The inner cutting area, said outer borders and said corners each have a top surface and a bottom surface. A coating of plastic is disposed on said top surface of said inner cutting area, said outer borders and said corners of said homogeneous sheet of paper material. The coating of plastic provides a sterile durable surface to prevent liquid absorption into said sheet of paper material and reduces cross contamination. An embossed pattern is within said inner cutting area. The embossed pattern includes plurality of embossed lines that intersect to form a plurality of repeating geometric shapes. Each of the plurality of repeating geometric shapes include at least one acute angle.

Abstract: This disclosure relates to a disposable cutting board assembly. The assembly includes a homogenous sheet of cut-resistant paper material having an inner cutting area. A plurality of peripheral outer borders and a plurality of corners extend from said inner cutting area to an endless exterior edge. The inner cutting area, said outer borders and said corners each have a top surface and a bottom surface. A coating of plastic is disposed on said top surface of said inner cutting area, said outer borders and said corners of said homogeneous sheet of paper material. The coating of plastic provides a sterile durable surface to prevent liquid absorption into said sheet of paper material and reduces cross contamination. An embossed pattern is within said inner cutting area. The embossed pattern includes plurality of embossed lines that intersect to form a plurality of repeating geometric shapes. Each of the plurality of repeating geometric shapes include at least one acute angle.

Abstract: A device (10) administers a fluid (23) from a container (12) into a human cavity or animal cavity (66). The device includes a nozzle (20) configured to be placed in external contact with tissue surrounding an orifice (58) without penetrating the orifice. The nozzle includes a discharge opening (40), through which the fluid is ejected into the cavity, a base (24) disposed opposing the discharge opening, and a side wall (26) that extends from the discharge opening towards the base and configured so that the tissue surrounding the orifice conforms to the shape of the side wall to form a leaktight seal between the tissue and the orifice. An interior conduit (30) is disposed within the side wall and configured to deliver the fluid from the container to the discharge opening.

Abstract: A device (10) administers a fluid (23) from a container (12) into a human cavity or animal cavity (66). The device includes a nozzle (20) configured to be placed in external contact with tissue surrounding an orifice (58) without penetrating the orifice. The nozzle includes a discharge opening (40), through which the fluid is ejected into the cavity, a base (24) disposed opposing the discharge opening, and a side wall (26) that extends from the discharge opening towards the base and configured so that the tissue surrounding the orifice conforms to the shape of the side wall to form a leaktight seal between the tissue and the orifice. An interior conduit (30) is disposed within the side wall and configured to deliver the fluid from the container to the discharge opening.