Abstract: An assembly has a bin level detection system having at least one sensor positioned to receive radiation reflected off any material deposited in a bin and to determine an intensity of the reflected radiation. The intensity corresponds to an amount or level of shredded material deposited in the bin. The system may detect radiation from one or more emitters, or, alternatively, detect ambient light entering the bin via a window. A level indicator system may also be provided to indicate the amount of material deposited in the bin, including if the bin is full. The assembly may comprise a shredder and a shredder housing.

Abstract: An assembly has a bin level detection system having at least one sensor positioned to receive radiation reflected off any material deposited in a bin and to determine an intensity of the reflected radiation. The intensity corresponds to an amount or level of shredded material deposited in the bin. The system may detect radiation from one or more emitters, or, alternatively, detect ambient light entering the bin via a window. A level indicator system may also be provided to indicate the amount of material deposited in the bin, including if the bin is full. The assembly may comprise a shredder and a shredder housing.

Abstract: Disclosed herein is a shredder having a rotatable device located adjacent an output opening of the shredder housing. The rotatable device includes a shaft configured to rotate about an axis parallel to an axis of the cutting assembly so as to allow for rotation of the device. The rotatable device has a plurality of fingers extending at least partially radially with respect to an axis of the shaft. The rotatable device is able to rotate about the shaft axis in either direction, so as to disperse any accumulation of shredded materials in the waste bin, as well as remove shredded materials caught in or near the cutting assembly within and adjacent the output opening.

Abstract: An assembly has a bin level detection system having at least one sensor positioned to receive radiation reflected off any material deposited in a bin and to determine an intensity of the reflected radiation. The intensity corresponds to an amount or level of shredded material deposited in the bin. The system may detect radiation from one or more emitters, or, alternatively, detect ambient light entering the bin via a window. A level indicator system may also be provided to indicate the amount of material deposited in the bin, including if the bin is full. The assembly may comprise a shredder and a shredder housing.

Abstract: Disclosed herein is a shredder having a rotatable device located adjacent an output opening of the shredder housing. The rotatable device includes a shaft configured to rotate about an axis parallel to an axis of the cutting assembly so as to allow for rotation of the device. The rotatable device has a plurality of fingers extending at least partially radially with respect to an axis of the shaft. The rotatable device is able to rotate about the shaft axis in either direction, so as to disperse any accumulation of shredded materials in the waste bin, as well as remove shredded materials caught in or near the cutting assembly within and adjacent the output opening.

Abstract: Disclosed herein is a shredder having a rotatable device located at least partially between a shredder mechanism and a bottom of an output opening of the shredder housing. The rotatable device includes a shaft configured to rotate about an axis parallel to an axis of the cutting assembly so as to allow for rotation of the device. The rotatable device has a plurality of fingers or fins extending at least partially radially from the shaft. The rotatable device is able to rotate about the shaft axis in either direction, so as to disperse any accumulation of shredded materials in the waste bin, as well as remove shredded materials caught in or near the cutting assembly within and adjacent the output opening.

Abstract: Disclosed herein is a shredder having a rotatable device located adjacent an output opening of the shredder housing. The rotatable device includes a shaft configured to rotate about an axis parallel to an axis of the cutting assembly so as to allow for rotation of the device. The rotatable device has a plurality of fingers extending at least partially radially from the shaft. The rotatable device is able to rotate about the shaft axis in either direction, so as to disperse any accumulation of shredded materials in the waste bin, as well as remove shredded materials caught in or near the cutting assembly adjacent the output opening.

Abstract: An assembly has a bin level detection system having at least one sensor positioned to receive radiation reflected off any material deposited in a bin and to determine an intensity of the reflected radiation. The intensity corresponds to an amount or level of shredded material deposited in the bin. The system may detect radiation from one or more emitters, or, alternatively, detect ambient light entering the bin via a window. A level indicator system may also be provided to indicate the amount of material deposited in the bin, including if the bin is full. The assembly may comprise a shredder and a shredder housing.