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US 9,615,588 B2Granted
Dehiding tool
AssigneeKentmaster Mfg. Co., Inc.
InventorRalph K. Karubian
Life of this patent
Estimating the term…
Abstract
A dehider includes an elongated handle having side-by-side circular disks, one of which is stationary and the other is rotary. A pinion gear is power-driven to rotate the rotary disk.
Claims19
A handheld dehider tool comprising:
- an elongated handle;
- a rotary cutting disk having an outer cutting edge and a stationary disk having an outer edge coupled side-by-side on said handle, said rotary cutting disk having an inner surface opposite an outer surface, said stationary disk having an inner surface opposite an outer surface, said inner surface of said rotary cutting disk facing toward the inner surface of the stationary disk, said rotary cutting disk being rotatable about an axis;
- a first gear extending from the inner surface of the rotary cutting disk;
- a drive member coupled to the first gear to drive the rotary disk to rotate about the axis in response to power transmitted to the drive member;
- the stationary disk mounted in at least a substantially fixed position adjacent the rotary disk so that the outer edges of the two disks are closely spaced in a face-to-face relation for producing a shearing and cutting action when the cutting edge of the rotary disk is driven relative to the edge of the stationary disk.
2 more elements
A handheld dehider tool comprising:
- an elongated handle;
- a rotary cutting disk being rotatable about an axis and a stationary disk coupled side-by-side on said handle defining a space between said rotary cutting disk and said stationary disk;
- a drive member coupled to the handle and the rotary disk about the axis to drive the rotary disk to rotate about an axis in response to power transmitted to the drive member;
- a grease fitting to provide grease along the axis to said space;
- the stationary disk mounted in at least a substantially fixed position adjacent the rotary disk so that outer edges of the two disks are closely spaced in a face-to-face relation for producing a shearing and cutting action when the cutting edge of the rotary disk is driven relative to the edge of the stationary disk.
2 more elements
Dependencies are inferred from the claim text.