초록 ▼

A dispenser for the wipes is described suitable for use in a shower environment, utilizing a shell having opposed top and bottom ends and, in a preferred embodiment, a support device connected to the shell for securing the dispenser to an outside surface. In another embodiment, the dispenser prevent

A dispenser for the wipes is described suitable for use in a shower environment, utilizing a shell having opposed top and bottom ends and, in a preferred embodiment, a support device connected to the shell for securing the dispenser to an outside surface. In another embodiment, the dispenser prevents water spray from the shower from contaminating the wipes contained therein. The bottom end has a dispensing slot with a length dimension greater than a width dimension and a finger-access opening to enable the user to urge wipes in the direction of the dispensing slot. The inventive wipe dispenser also is conveniently refilled with disposable wipes.

대표청구항 ▼

A dispenser for the wipes is described suitable for use in a shower environment, utilizing a shell having opposed top and bottom ends and, in a preferred embodiment, a support device connected to the shell for securing the dispenser to an outside surface. In another embodiment, the dispenser prevent

A dispenser for the wipes is described suitable for use in a shower environment, utilizing a shell having opposed top and bottom ends and, in a preferred embodiment, a support device connected to the shell for securing the dispenser to an outside surface. In another embodiment, the dispenser prevents water spray from the shower from contaminating the wipes contained therein. The bottom end has a dispensing slot with a length dimension greater than a width dimension and a finger-access opening to enable the user to urge wipes in the direction of the dispensing slot. The inventive wipe dispenser also is conveniently refilled with disposable wipes. tial ends of each said friction material segment, and said first and second connecting portions are located within said first and second areas of reduced axial thickness. 2. A friction plate according to claim 1, wherein said areas of reduced axial thickness are formed by pressurization and compression. 3. A friction plate according to claim 1, wherein said areas of reduced axial thickness are recessed from a friction engaging surface of said friction material segment toward said core plate. 4. A friction plate according to claim 1, wherein a boundary between at least one of said areas of reduced axial thickness and the surface of said friction material segment has an arcuate axial cross-section. 5. A friction plate according to claim 1, wherein a circumferential gap is formed between said projection of said friction material segment and said recess of the adjacent friction material segment. 6. A friction plate according to claim 1, wherein said area of reduced axial thickness has an axial thickness predetermined to prevent passage of lubricating oil in a clutch when said clutch is engaged. 7. A friction plate according to claim 1, wherein said areas of reduced axial thickness extend over substantially the entire radial width of said friction material segment. 8. A multi-plate clutch comprising: a clutch case and a hub which are rotated relative to each other on the same axis; at least one separator plate disposed on an inner periphery of said clutch case; at least one friction plate disposed on an outer periphery of said hub and arranged alternately with said separator plate in an axial direction; and a piston which urges said separator plate and said friction plate to frictionally engage said plates with each other; and wherein input and output of a driving force is effected between said clutch case and said hub; and further wherein said friction plate is formed by adhering a plurality of friction material segments to a core plate, first and second connecting portions are provided at first and second circumferential ends, respectively, of each said friction material segment, said first connecting portion including a projection and said second connecting portion including a recess, said projection of said first connecting portion of said friction material segment being received in said recess of said second connecting portion of an adjacent friction material segment, first and second areas of reduced axial thickness are provided at said first and second circumferential ends of said friction material segment, and said first and second connecting portions are located within said first and second areas of reduced axial thickness. 9. A multi-plate clutch according to claim 8, wherein said areas of reduced axial thickness are formed by pressurization and compression. 10. A multi-plate clutch according to claim 9, wherein said areas of reduced axial thickness are recessed from a friction engaging surface of said friction material segment toward said core plate. 11. A multi-plate clutch according to claim 10, a boundary between at least one of said areas of reduced axial thickness and the surface of said friction material segment has an arcuate axial cross-section. 12. A multi-plate clutch according to claim 8, wherein a circumferential gap is formed between said projection of said friction material segment and said recess of the adjacent friction material segment. 13. A multi-plate clutch according to claim 8, wherein said area of reduced axial thickness has an axial thickness predetermined to prevent passage of lubricating oil when said clutch is engaged. 14. A multi-plate clutch according to claim 8, wherein said areas of reduced axial thickness extend over substantially the entire radial width of said friction material segment.