초록 ▼

A cooking appliance includes a cabinet, defined by at least front, side, bottom and back panel portions, a pair of laterally spaced end caps provided at an upper rear portion cabinet, and a range top mounted upon an upper portion of the cabinet. At least two sets of alignment components, with each s

A cooking appliance includes a cabinet, defined by at least front, side, bottom and back panel portions, a pair of laterally spaced end caps provided at an upper rear portion cabinet, and a range top mounted upon an upper portion of the cabinet. At least two sets of alignment components, with each set of alignment components being defined by cooperating first and second sets of alignment elements, are provided on the end caps and range top respectively. When the range top is mounted upon the cabinet, the sets of alignment components become interengaged to automatically, laterally center and mount the range top with respect to the cabinet.

대표청구항 ▼

A cooking appliance includes a cabinet, defined by at least front, side, bottom and back panel portions, a pair of laterally spaced end caps provided at an upper rear portion cabinet, and a range top mounted upon an upper portion of the cabinet. At least two sets of alignment components, with each s

A cooking appliance includes a cabinet, defined by at least front, side, bottom and back panel portions, a pair of laterally spaced end caps provided at an upper rear portion cabinet, and a range top mounted upon an upper portion of the cabinet. At least two sets of alignment components, with each set of alignment components being defined by cooperating first and second sets of alignment elements, are provided on the end caps and range top respectively. When the range top is mounted upon the cabinet, the sets of alignment components become interengaged to automatically, laterally center and mount the range top with respect to the cabinet. starting from the center electrochemical cell to the outermost electrochemical cell continuously, and wherein said increasing unit length corresponds to the width of each cell plus the thickness of the cell or cells to be stacked plus the thickness of the film to be stacked, said thickness of the cell or cells and the thickness of the film incremented as the film is folded. 13. The electrochemical element according to claim 12, wherein an outermost end of said separator film is fixed by taping. 14. The electrochemical element according to claim 12, wherein an outermost end of said separator film is fixed by heat-sealing. 15. The electrochemical element according to claim 12, wherein said separator film is selected from a group consisting of a micro-porous polyethylene film, a micro-porous polypropylene film, or a multi-layer film prepared by a combination thereof, and a polymer film for polymer electrolyte of polyvinylidene fluoride, polyethylene oxide, polyacrylonitrile, or polyvinylidene fluoride hexafluoropropylene copolymer. 16. The electrochemical element according to claim 15, wherein said polymer film for polymer electrolyte comprises a primary micro-porous polymer layer and a secondary gelling polymer layer of polyvinylidene fluoride-chlorotrifluoroethylene copolymer. 17. The electrochemical element accor