Abstract:
A sheet shredding device includes a stacking unit configured to stack paper; a cutting unit configured to cut paper supplied from the stacking unit; a transferring unit configured to transfer paper from the stacking unit to the cutting unit; and removing units configured to remove a binder attached to the paper. The removing units are provided so as to overlap in a transfer direction of the paper along a transfer path of the paper from the stacking unit to the cutting unit.
Abstract:
An apparatus for dividing a bundle of sheet material into smaller bundles includes a platform having a front and back on which the bundle is placed on an edge, a back wall against which the bundle is placed, a recess in the platform, a sliding member moveable from the front to the back of the recess along an axis and pivotable about the axis and having a portion which extends above the platform, and a finger protruding rearwardly from the sliding member offset from the axis and having a length equal to the thickness of the smaller bundles. The sliding member is moved backwards until the portion which extends above the platform abuts the bundle. It is then pivoted to lift the finger under a part of the bundle and a smaller bundle is lifted upwards from the bundle such that a user can then remove that smaller bundle.
Abstract:
An image-sorting apparatus includes a feeding unit to feed printed sheets sequentially carried in from an external print unit, in which an electronic watermark is added to an important printed sheet. Particularly, the image-sorting apparatus includes a read unit to read the electronic watermark from the printed sheet fed by the feeding unit, and a control unit to control the feeding unit to feed the printed sheets to one of a first and a second transfer position based on a read result of the electronic watermark.
Abstract:
Disclosed is an automatic paper supply apparatus for a paper shredder, which can shred stapled paper sheets regardless of the volume or thickness of the paper sheets to be shredded. The automatic paper supply apparatus includes a paper loading stand for loading paper sheets to be shredded, the paper sheets being loaded while facing the shredding part; a supporting jaw installed at a front end of the paper loading stand so as to keep and support the paper sheets to be shredded; a lifting board included in the paper loading stand in such a manner that the lifting board can be rotated toward an upper direction; a feed sensor which is positioned at a lower part of the lifting board so as to sense if paper sheets to be shredded are supplied; a feed roller positioned at an upper part of the lifting board, the feed roller being driven when the feed sensor senses paper sheets so as to carry the paper sheets to be shredded to the shredding part; a pressing spring which elastically supports the lifting board and allows the paper sheets to be shredded, which has been put on the paper loading stand, to face the feed roller of an upper part of the paper shredder; and a catching board which is positioned above an upper part of the paper loading stand while being spaced from the paper loading stand, and allows a sheet of paper at an upper layer of stapled paper sheets to be released from the stapled part of the paper sheets. The present invention can shred stapled paper sheets without need to previously remove the staple thereof, increases the user's safety, and prevents damage to the apparatus.
Abstract:
An apparatus for dividing a bundle of sheet material into a number of smaller bundles of sheet material of a predetermined thickness includes a platform having a front and a back on which the bundle of sheet material to be divided is placed on one of its edges, a back wall adjacent the back of the platform against which the bundle of sheet material is placed, a recess in the platform, a sliding member moveable from the front to the back of the recess along an axis and pivotable from side to side about the axis and having a portion which extends above the platform, and a finger protruding rearwardly from the sliding member offset from the axis and having a length equal to the predetermined thickness of the smaller bundles of sheet material. The apparatus is constructed such that to divide a smaller bundle of sheet material from the bundle of sheet material the sliding member is slid backwards along the axis until the portion of the sliding member which extends above the platform abuts the bundle of sheet material. The sliding member is then pivoted about the axis to lift the finger under a part of the bundle of sheet material such that a smaller bundle of sheet material is lifted upwards and partially separated from the bundle of sheet material such that a user can then readily lift that bundle of sheet material away from the remaining sheet material.
Abstract:
A sheet cutting apparatus is provided with a conveying device which conveys sheets along a conveying path, a counting device which counts the sheets conveyed by the conveying device, a cutting device which receives and cuts the sheets counted by the counting device and carried out of the conveying path, and a bending device which bends a portion of the conveying path located downstream of the counting device at a predetermined angle, and is located to lie between the counting device and the cutting device.
Abstract:
A sheet shredding device includes a stacking unit configured to stack paper; a cutting unit configured to cut paper supplied from the stacking unit; a transferring unit configured to transfer paper from the stacking unit to the cutting unit; and removing units configured to remove a binder attached to the paper. The removing units are provided so as to overlap in a transfer direction of the paper along a transfer path of the paper from the stacking unit to the cutting unit.
Abstract:
A sheet shredding device includes a stacking unit configured to stack paper; a cutting unit configured to cut paper supplied from the stacking unit; a transferring unit configured to transfer paper from the stacking unit to the cutting unit; and removing units configured to remove a binder attached to the paper. The removing units are provided so as to overlap in a transfer direction of the paper along a transfer path of the paper from the stacking unit to the cutting unit.
Abstract:
A sheet shredding device includes a stacking unit configured to stack paper; a cutting unit configured to cut paper supplied from the stacking unit; a transferring unit configured to transfer paper from the stacking unit to the cutting unit; and removing units configured to remove a binder attached to the paper. The removing units are provided so as to overlap in a transfer direction of the paper along a transfer path of the paper from the stacking unit to the cutting unit.
Abstract:
Disclosed is an automatic paper supply apparatus for a paper shredder which can shred stapled paper sheets regardless of the volume or thickness of the paper sheets to be shredded. The present invention can shred stapled paper sheets without need to previously remove the staples thereof, increases the user's safety, and prevents damage to the apparatus.