Other

Gradco-dendoki, Inc.

Gradco Systems, Inc.

Pitney Bowes Inc.

Fairfield Sailing Supplies, Inc.

Mystic Color Lab, Inc.

R Clark DuBois

John C Hamma

Bheema R Vijayendran

Jay L Carley

Stanley Popiel

Robert K Streeter, Jr

A tape measure includes a case with an opening, a core inside the case, a spring extending around and imparting a radially inward force to most of a circumference of the core, and a graduated free metal tape with an arcuate cross-section that is wound around the core between the core and spring. The free metal tape is not connected to the case and core and its entire length is passable through the opening. The spring urges the tape flat against the core. The tape may be graduated on both sides. The case may include rollers that roll on an external periphery of the tape wound around the core and that are urged radially inward by the spring, and plural slots in which respective axes of the rollers are displaced in response to a change of diameter of the external periphery of the tape wound around the core.

Tape measure with detachable tape

A sorter and receiving tray for paper sheets is described, including the control of each paper sheet so that there is positive displacement of the sheet into the receiving tray. The device disclosed includes both a top and bottom feeding mechanism, each of which controls with positive displacement the placing of the sheet into a receiving tray. Additionally, the sorter of the present invention controls the curl of the paper and includes fixed trays which can be fully loaded with paper, inasmuch as the curl problem is eliminated. The sorter also includes a signal device to indicate when a receiving tray is filled with paper. The sorter and receiving tray of the present invention is particularly arranged to avoid interference between the sheets of paper, and to eliminate paper jams, mis-sorts, and the like.

Sorter and receiving tray

A document feeder is disclosed which can be used with glass-top machines. It fits such copiers, having either a stationery or a moving sheet-support. It is small, lightweight, compact and portable. It feeds the bottom-most page first from a face-up stack of sheets, and re-stacks the copied sheets, face-up, with the bottom sheet at the bottom of the new stack. It operates in excess of 25 copies per minute. Drive wheels feed the document-to-be-copied onto the copier glass and, when the wheels are reversed, remove the document from the glass into a stacking area. The removal of a document from the glass and the placement of the next document onto the glass occur during the non-copying time of the continuously-running copier. The feed/separation act upon the center of the documents. The copier can derive its driving force and energy from the copier or can have its own independent power source.

Document feeder

A document feeder is disclosed which can be used with glass-top copy machines. It fits such copiers, having either a stationery or a moving sheet-support. It is small, light-weight, compact and portable. It feeds the bottom-most page first from a face-up stack of sheets, and re-stacks the copied sheets, face-up, with the bottom sheet at the bottom of the new stack. It operates in excess of 25 copies per minute. Drive wheels feed the document-to-be-copied onto the copier glass and, when the wheels are reversed, remove the document from the glass into a stacking area. The removal of a document from the glass and the placement of the next document onto the glass occur during the non-copying time of the continuously-running copier. The feed/separation act upon the center of the documents. The copier can derive its driving force and energy from the copier or can have its own independent power source.

Document feeder with improved recyclable document control

A document feeder is disclosed which can be used with glass-top copy machines. It fits such copiers, having either a stationary or a moving sheet-support. It is small, lightweight, compact and portable. It feeds the bottom-most page first from a face-up stack of sheets, and re-stacks the copied sheets, face-up, with the bottom sheet at the bottom of the new stack. It operates in excess of 25 copies per minute. Drive wheels feed the document-to-be-copied onto the copier glass and, when the wheels are reversed, remove the document from the glass into a stacking area. The removal of a document from the glass and the placement of the next document onto the glass occur during the non-copying time of the continuously-running copier. The feed/separation act upon the center of the documents. The copier can derive its driving force and energy from the copier or can have its own independent power source.

Document feeder with improved adjustable support control panels

A document feeder is disclosed which can be used with glass-top copy machines. It fits such copiers, having either a stationary or a moving sheet-support. It is small, light-weight, compact and portable. It feeds the bottom-most page first from a face-up stack of sheets, and re-stacks the copied sheets, face-up, with the bottom sheet at the bottom of the new stack. It operates in excess of 25 copies per minute. Drive wheels feed the document-to-be-copied onto the copier glass and, when the wheels are reversed, remove the document from the glass into a stacking area. The removal of a document from the glass and the placement of the next document onto the glass occur during the non-copying time of the continuously-running copier. The feed/separation act upon the center of the documents. The copier can derive its driving force and energy from the copier or can have its own independent power source.

Apparatus for feeding sheets to a copying machine

A large capacity tray sheet feeder for a photocopier including a sheet stack separator and a transfer table for presenting a sheet to the photocopier where the sheet separator separates a sheet from a paper stack and the transfer table accepts the sheet and presents the sheet to the photocopier, and the transfer table includes sheet sensing means which control the operation of the separator drive motor.

Sheet material feeder for copiers and other sheet processing apparatus

A sheet feeder for a bottom feed printer which comprises a housing member having legs extending therethrough which support a feeder directly on a table surface and which includes a sheet feeding mechanism in the housing which successively feeds sheets to feed rolls of the printer even though the printer is presently loaded with fanfold paper.

Bottom feed sheet feeding apparatus

An automatic sheet feeding device cooperates with a copying apparatus or the like for advancing a single sheet to be copied from a stack of sheets. A sheet drive mechanism of the sheet feeding device feeds the sheets into an entrance end of a feeding device of the sheet processing apparatus. A cover is pivotally mounted on the sheet feeding device and cooperates with a roller separating device to facilitate the clearing of sheet jams. A provision is made to allow removal and replacement of rollers of the sheet drive mechanism.

Automatic sheet feeder for copiers and other machines having sheet

A stop-mechanism is disclosed for use with a document feeder which itself supplies documents to-be-copied onto a glass top. The stop-mechanism includes a flag which is disposed in contact with the glass top of the copy machine and which is actuated by the document to-be-copied as it is discharged onto the glass top of the copier by the document feeder.

Stop-mechanism for document copier

A drive mechanism is disclosed for a document feeder which is used in supplying documents to-be-copied onto the glass top of a copy machine. The drive mechanism includes a set of feed wheels which remove the document to-be-copied from a document support and by rotating in one direction move the document to-be-copied against a set of drive wheels. The drive wheels, when rotated in one direction, move the document onto the glass top of a document copier against a stop, where the document is copied. Thereupon the drive wheels rotate in the opposite direction to remove the copied document from the glass top of a copying machine and deposit the copied document into a receiving tray.

Drive mechanism for document copier

A drop sheet feeder for mounting above the platen of a printing apparatus has a plurality of upstanding trays moved by a tray shifting device to release individual sheets of paper stored therebetween. The platen drive of the printing apparatus is operatively connected with the drop sheet feeder to release the individual sheets of material sequentially. A sheet feeding device of the drop sheet feeder is operatively engageable with the released sheet of sheet material to feed the sheet into engagement with the insert portion of the feed path about the platen of the printing apparatus. The drop sheet feeder can be used to feed individual sheets of material, multi-part form sets or envelopes.

Device for drop-feeding sheet material into a printing apparatus or the

A document turnover device mounted on a copying apparatus adjacent an exit end thereof receives documents being fed through the copying apparatus by a document feeding mechanism and inverts them from a first orientation to the reverse orientation. A guide or deflector deflects the documents from the high speed discharge rollers of the document feeding mechanism to a slow speed turnover drive mechanism. The document turnover device allows the documents to be pushed through the drive mechanism at the higher speed and then decelerates the documents following their release from the discharge rollers for neat stacking upon the cover of the copying apparatus.

Document turnover device

In the present invention, a frame, mounted above the platen of a typewriter or a word processing machine, supports a drive roller in contact with the platen. This drive roller is also in contact with a tray-moving mechanism, supported above the drive roller. A plurality of trays carried in the frame are supported above the platen so as to hold sheets of paper or envelopes vertically between trays and in alignment with the sheet insert side of the platen. When the platen is turned backward, the drive roller actuates the tray-moving mechanism, causing a tray to move, separating it from the next adjacent tray and permitting a sheet of paper which had been placed therebetween to drop into position against the platen. Thus the sheets are fed automatically against the platen when the platen rotation is reversed.

Apparatus and process for drop-feeding sheets to a typing or printing

A continuous web feeder for printers and the like includes side frames, drive and support shafts for the feed tractors, and a cutter wheel movable between the side frames and rotatable as it moves therebetween to cut the web. A drive unit includes an electric motor to effect to transverse and rotary motion, and control means actuated by operation of the printer to actuate the motor for movement of the cutter from one side frame to the other and to change the direction of rotation of the motor at each cycle and thereby the direction of movement of the cutter wheel. In its preferred form, the drive means includes winch and cord means engaged with the cutting wheel and its support to effect the transverse and rotary motion, and the control means includes an actuator operated by the motor to effect operation of switches.

Growing community of inventors

Fairfield, CT, United States of America

R Clark DuBois