초록 ▼

A temperature control vest for use in providing cooling for workers subject to extreme temperature work environments. The temperature control vest includes chest-covering pieces and a back-covering piece that are connected by adjustable straps that run over the shoulders of the user and lacing assem

A temperature control vest for use in providing cooling for workers subject to extreme temperature work environments. The temperature control vest includes chest-covering pieces and a back-covering piece that are connected by adjustable straps that run over the shoulders of the user and lacing assemblies that pass around the sides of the user. The chest covering and back covering pieces each have one or more detachable panels mounted on their interior surfaces that include compartments holding built-in ice sheets composed of refrigerant cubes for providing cooling to the user. The panels are releasably attached to the chest-covering pieces and back-covering piece so that the panels and the ice sheets can be quickly removed and replaced when the ice becomes melted. The compartments in the panels include fabric mesh layers along their inside surfaces for holding the replaceable ice sheets in contact with the user for cooling and heating purposes while providing a pleasing visual appearance. The compartments and mesh also allow the ice sheets to be inspected to assess the extent to which the refrigerant cubes remain frozen and to detect any damage to the ice sheets indicating that the ice sheets should be removed from the compartments and replaced.

대표청구항 ▼

The invention claimed is: 1. A temperature control vest apparatus consisting of: a plurality of refrigerant cube structures, each of said refrigerant cube structures comprised of a flat backing layer and a molded top layer formed into a plurality of individually contained cube shapes filled with fl

The invention claimed is: 1. A temperature control vest apparatus consisting of: a plurality of refrigerant cube structures, each of said refrigerant cube structures comprised of a flat backing layer and a molded top layer formed into a plurality of individually contained cube shapes filled with fluid and sealed on said backing layer; a detachable panel assembly comprised only of a right chest-covering panel, a left chest-covering panel, and a back-covering panel, each panel of said detachable panel assembly further comprised of at least one nylon outer layer and at least one inner insulating layer; a plurality of lacing assemblies, each of said lacing assemblies further comprised of a draw string fitting through at least one retaining tab; a plurality of adjustable nylon shoulder straps, each of said nylon shoulder straps further including at least one hook and eye assembly and at least one side fastener; and a plurality of refrigerant cube structures receiving panels comprised of a nylon fabric mesh layer and a nylon fabric panel backing layer, each of said plurality of refrigerant cube structures receiving panels adapted to receive a plurality of said refrigerant cube structures, said nylon fabric mesh layer connected to the top surface of said nylon fabric panel backing layer, said nylon fabric panel backing layer further includes at least one back surface which is affixed to at least one detachable panel of said panel assembly. 2. The temperature control vest apparatus of claim 1, wherein: said fluid is selected from a group consisting of water, distilled water, freezable gels, and brine solutions. 3. The temperature control vest apparatus of claim 1, wherein said lacing assembly further includes a barrel cord lock for locking said draw string in position. 4. The temperature control vest apparatus of claim 1, wherein: said chest-covering and back-covering panels further include an outer nylon fabric layer, and inner fabric layer and an insulating layer positioned in between said outer and inner fabric layers. 5. The temperature control vest apparatus of claim 3, wherein: said chest-covering pieces further include fasteners for safely retaining the ends of said draw string. 6. The temperature control vest apparatus of claim 1, wherein said plurality of cube shapes of said refrigerant cube structures are encapsulated in transparent plastic layers and are disposed in rows and columns. 7. The temperature control vest apparatus of claim 1, wherein said plurality of refrigerant cube structures receiving panels further include compartments in said refrigerant cube structures receiving panels and hook and loop closures for releasably holding said refrigerant cube structures in said compartments. 8. The temperature control vest apparatus of claim 7, wherein said compartments have transparent coverings comprised of fabric mesh layers along the inside surfaces of said compartments for use in holding said refrigerant cube structures so that the refrigerant cube structures are visible to the user through the mesh when the vest is not being worn.