Abstract: A foot actuated toilet flushing device for hands free toilet flushing includes a bracket, a pedal assembly, and a cable assembly. The bracket is mountable to a tank of a toilet proximate to a handle of the toilet. A connector is engaged to the bracket and is connectable to the handle of the toilet. The pedal assembly is mountable to a floor proximate to the toilet. The cable assembly is coupled to and extends between the connector and the pedal assembly. The pedal assembly can be pressed by a foot of a user, positioning the cable assembly to transfer a downward force applied to the pedal assembly to the handle of the toilet to flush the toilet.

Abstract: A foot actuated toilet flushing device for hands free toilet flushing includes a bracket, a pedal assembly, and a cable assembly. The bracket is mountable to a tank of a toilet proximate to a handle of the toilet. A connector is engaged to the bracket and is connectable to the handle of the toilet. The pedal assembly is mountable to a floor proximate to the toilet. The cable assembly is coupled to and extends between the connector and the pedal assembly. The pedal assembly can be pressed by a foot of a user, positioning the cable assembly to transfer a downward force applied to the pedal assembly to the handle of the toilet to flush the toilet.

Abstract: A method for fabricating a molding tool for mold glass optical elements therewith is taught. The method comprises the steps of figuring the molding tool to have a predetermined mold surface; applying an attenuating coating to the predetermined mold surface; implanting metal ions through the attenuating coating and into the predetermined mold surface; and removing the attenuating coating leaving the predetermined mold surface with metal ions implanted therein. The method of fabrication allows for the molding tool made therewith to be used for molding optical elements from eco-glasses such as titania at high temperatures without generating adverse surface chemistry effects in the molded element.

Abstract: A produce harvesting and coring apparatus and method, which facilitates the harvesting and coring of produce in a field setting. In a preferred embodiment, a plurality of coring devices having automated coring elements are affixed to a side portion of an elongated harvesting apparatus, between work tables. A clean and core operator may then take an item of harvested produce and core it using the coring device, before placing the cored item of produce onto the elongated harvesting apparatus. The coring device preferably operates by placing an item of produce in a basket and moving the basket (with the produce therein) toward a rotating cutting element, permitting the cutting element to penetrate and remove the core of the item of produce.

Abstract: A produce harvesting and coring apparatus and method, which facilitates the harvesting and coring of produce in a field setting. In a preferred embodiment, a plurality of coring devices having automated coring elements are affixed to a side portion of an elongated harvesting apparatus, between work tables. A clean and core operator may then take an item of harvested produce and core it using the coring device, before placing the cored item of produce onto the elongated harvesting apparatus. The coring device preferably operates by placing an item of produce in a basket and moving the basket (with the produce therein) in a downward direction, permitting the cutting element to penetrate and remove the core of the item of produce.