A plastic lined metallic liquid soap dispenser (20) is formed consisting of a hollow metallic bottle (22) having a threaded neck, (24) and a plurality of separate metallic parts such as a bottom (26). A discrete plastic insert (38) is disposed within the hollow of the bottle (22), for isolating the
A plastic lined metallic liquid soap dispenser (20) is formed consisting of a hollow metallic bottle (22) having a threaded neck, (24) and a plurality of separate metallic parts such as a bottom (26). A discrete plastic insert (38) is disposed within the hollow of the bottle (22), for isolating the metallic bottle from liquid soap stored within the dispenser to preclude a chemical reaction and/or contamination thereof if the metallic bottle is in intimate contact with liquid soap or the like. Connection means, in the form of threads or the like, join the bottle separate parts together around the plastic insert. Bottle access and closure means, including a hand pump (44), are attached to the threaded neck permitting the liquid within the plastic insert to be easily dispensed and to enclose the liquid for storage when not required for use.
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The invention claimed is: 1. A plastic lined metallic liquid soap dispenser comprising, a hollow cast metallic bottle having an upper body with an externally threaded neck and a bottom portion, each formed of separate metallic parts, a rigid discrete plastic insert disposed within the hollow of the
The invention claimed is: 1. A plastic lined metallic liquid soap dispenser comprising, a hollow cast metallic bottle having an upper body with an externally threaded neck and a bottom portion, each formed of separate metallic parts, a rigid discrete plastic insert disposed within the hollow of the bottle having the same basic shape as the hollow of the bottle and yet reduced in size sufficiently to fit inside without undo interference, for isolating the metallic bottle from liquid soap stored within the dispenser, to preclude a chemical reaction and/or contamination thereof if the metallic bottle is in intimate contact with the liquid soap, wherein said discrete plastic insert further comprises a hollow stem integrally molded in a to surface with the stem protruding completely from the neck of the bottle, connection means defined as a bottom joining said bottle separate parts together around the discrete plastic insert to entirely enclose and surround the insert, bottle access and closure means attached to the metallic bottle externally threaded neck contiguously engaging both the externally threaded neck external threads and said plastic insert hollow stem to permit the liquid soap within the discrete plastic insert, to be completely isolated from the metallic body, to enclose the liquid soap for storage when not required for use or to be easily dispensed, and said hollow metallic bottle and separate metallic parts further comprise an exterior finish selected from the group consisting of electroplating, powder coating, painting, lacquering, anodizing and polishing. 2. The plastic lined metallic liquid soap dispenser as recited in claim 1 further comprising an ornamental decorative shape and exterior design integrally formed into the bottle for enhancing its ornate capabilities. 3. The plastic lined metallic liquid soap dispenser as recited in claim 1 further comprising a resilient base attached to the bottle on said bottom portion for cushioning the metallic dispenser and also protecting a surface upon which the plastic lined metallic liquid soap dispenser is resting. 4. The plastic lined metallic liquid soap dispenser as recited in claim 1 wherein said hollow metallic bottle further comprises a metal having a tensile strength of from 20,000 psi to 30,000 psi (1,406 kg/sq cm to 2,109 kg/sq cm). 5. The plastic lined metallic liquid soap dispenser as recited in claim 1 wherein said hollow metallic bottle further comprises a material selected from the group consisting of aluminum and brass. 6. The plastic lined metallic liquid soap dispenser as recited in claim 1 wherein said hollow metallic bottle further comprises a material selected from the group consisting of aluminum, brass, iron, copper, bronze, stainless steel, and ferrous alloys. 7. The plastic lined metallic liquid soap dispenser as recited in claim 1 wherein said connection means selected from the group consisting of threads, welding, brazing, threaded fasteners, interference fit and adhesive. 8. The plastic lined metallic liquid soap dispenser as recited in claim 1 wherein said discrete semi-rigid plastic insert further comprises a material selected from the group consisting of polyethylene, polycarbonate, polypropylene, polystyrene, ABS, polyvinyl chloride and celluloses. 9. The plastic lined metallic liquid soap dispenser as recited in claim 1 wherein said bottle access and closure means further comprise a hand operated pump. 10. The plastic lined metallic liquid soap dispenser as recited in claim 1 wherein said bottle access and closure means further comprises a threaded cap sized to interface with the threaded neck of the metal bottle. 11. The plastic lined metallic liquid soap dispenser as recited in claim 1 wherein said bottle access and closure means further comprises a pull-push closure sized to interface with the threaded neck of the metal bottle. 12. A plastic lined metallic liquid soap dispenser comprising, a hollow cast metallic bottle having an upper body with an externally threaded neck and a bottom portion, each formed of separate metallic parts, a rigid discrete plastic insert disposed within the hollow of the bottle having the same basic shape as the hollow of the bottle and yet reduced in size sufficiently to fit inside without undo interference, for isolating the metallic bottle from liquid soap stored within the dispenser, to preclude a chemical reaction and/or contamination thereof if the metallic bottle is in intimate contact with the liquid soap, wherein said discrete plastic insert further comprises a hollow stem integrally molded in a top surface with the stem protruding completely from the neck of the bottle, wherein said rigid discrete plastic insert further having a specific gravity of from 0.912 to 0.925 sized to intimately engage an inside surface of the metallic bottle with the hollow stem protruding from a top surface such that a distal end of the stem is in contact exclusively with said connection means, connection means defined as a bottom joining said bottle separate parts together around the discrete plastic insert to entirely enclose and surround the insert, and bottle access and closure means attached to the metallic bottle externally threaded neck contiguously engaging both the externally threaded neck external threads and said plastic insert hollow stem to permit the liquid soap within the discrete plastic insert to be completely isolated from the metallic body, to enclose the liquid soap for storage when not required for use or to be easily dispensed. 13. A plastic lined metallic liquid soap dispenser comprising, a hollow cast metallic bottle having an upper body with an externally threaded neck and a bottom portion, each formed of separate metallic parts, a rigid discrete plastic insert disposed within the hollow of the bottle having the same basic shape as the hollow of the bottle and yet reduced in size sufficiently to fit inside without undo interference, for isolating the metallic bottle from liquid soap stored within the dispenser, to preclude a chemical reaction and/or contamination thereof if the metallic bottle is in intimate contact with the liquid soap, wherein said discrete plastic insert further comprises a hollow stem integrally molded in a top surface with the stem protruding completely from the neck of the bottle, wherein said discrete semi-rigid plastic insert is formed of low density polyethylene (LDPE) having a tensile strength of from 1,200 psi to 1,800 psi (84.36 kg/sq cm to 126.54 kg/sq cm), connection means defined as a bottom joining said bottle separate parts together around the discrete plastic insert to entirely enclose and surround the insert, and bottle access and closure means attached to the metallic bottle externally threaded neck contiguously engaging both the externally threaded neck external threads and said plastic insert hollow stem to permit the liquid soap within the discrete plastic insert, to be completely isolated from the metallic body, to enclose the liquid soap for storage when not required for use or to be easily dispensed.
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이 특허에 인용된 특허 (14)
Katz Hyman (Montreal CAX), Apparatus for containing and dispensing fluids under pressure and method of manufacturing same.
Cichon Ralph J. (Crystal Lake IL) Moore David G. (Roach MO) Walters Peter J. (Barrington IL), Mounting systems accomodating a manually actuatable pump for fixed or variable dose operation.
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