Abstract: A calendar slide includes a hanger that is secured to the slide during the tinning or crimping process in which the slide is secured to the calendar. The hanger has a hole for hanging the calendar or other work piece tinned with the slide and hanger. Advantageously, according to this invention, the hanger does not need to be riveted or staked to the slide for secure attachment. The slide may include at least one through slot into which a leading edge of a roll of hanger material is inserted. The leading portion of the hanger material is severed or cut from the remainder of the roll while it is positioned in the hanger. An edge of the calendar or work piece is inserted between the spaced legs of the slide and initially crimped between the spaced legs. The hanger is severed from the roll either prior to the initially crimping operation, during the initial crimping operation or immediately there after.

Abstract: A calendar slide for binding a margin of a calendar or a poster and allowing the same to be hung by a hanger in a desired location, such as a wall. Spaced convex bulges in the calendar slide prevent the slides from sticking together during the storage, shipment, and binding processes, and also promote uniform stacking of the slides in a tinning machine magazine, and finally prevent the adjacent nested slides from scratching or marring one another.

Abstract: A calendar slide for binding a margin of a calendar or a poster and allowing the same to be hung by a hanger in a desired location, such as a wall. Spaced convex bulges in the calendar slide prevent the slides from sticking together during the storage, shipment, and binding processes, and also promote uniform stacking of the slides in a tinning machine magazine, and finally prevent the adjacent nested slides from scratching or marring one another.

Abstract: Calendars, posters and the like have slides applied to spaced top and bottom edges in an efficient and cost effective manner without diminishing production output levels nor requiring operator manipulation and involvement. The system includes a first and a second semi-automatic or automatic tinner which are joined together by a conveyor or a similar apparatus for transferring each of the serially processed calendars, posters or the like. Each calendar is processed in the first tinner to have a slide applied to a first or top edge of the calendar or poster. Each one is then serially discharged from the first tinner onto a conveyor in which the leading edge of the calendar includes the slide. The conveyor automatically transfers and reorients each calendar to the second tinner so that upon entering the second tinner, the bottom or opposite edge without the slide is the leading edge. The second tinner applies a slide without operator involvement or manipulation.

Abstract: An apparatus for assembling a hanging file folder and method is provided. A folder blank is received at a crimping station whereat a pair of prefabricated suspension rails are each dispensed from a respective hopper to folder a blank. Each one of the pair of suspension rails is dispensed to respective first and second opposed edges of the folder blank. The apparatus is provided with a folder rail dispensing system including plural pneumatically activated actuators for selectively separating a folder rail from a clip of folder rails held within the hopper and reorienting the folder rail into engagement with the folder blank. The folder rail is moved into engagement with the folder blank so as to be located within a gap defined by a hammer bar and an anvil bar, wherein the hammer and anvil bars crimp the prefabricated folder rail upon the folder blank.

Abstract: Calendars, posters and the like have slides applied to spaced top and bottom edges in an efficient and cost effective manner without diminishing production output levels nor requiring operator manipulation and involvement. The system includes a first and a second semi-automatic or automatic tinner which are joined together by a conveyor or a similar apparatus for transferring each of the serially processed calendars, posters or the like. Each calendar is processed in the first tinner to have a slide applied to a first or top edge of the calendar or poster. Each one is then serially discharged from the first tinner onto a conveyor in which the leading edge of the calendar includes the slide. The conveyor automatically transfers and reorients each calendar to the second tinner so that upon entering the second tinner, the bottom or opposite edge without the slide is the leading edge. The second tinner applies a slide without operator involvement or manipulation.

Abstract: A filing arrangement includes a folder. A pair of filing prongs are fixed to the folder to be received through openings defined in sheets to be filed in the folder. A base member is fastened to an inner surface of the folder. A pair of flexible, elongate elements are arranged on, and extend from, the base member. The elongate elements are displaceable between a first position in which the elongate elements extend upwardly from the base member and a second position in which the elongate elements are substantially parallel to the inner surface of the folder. One engaging member is arranged on a free end of each elongate element and is engageable with a free end of each filing prong. When the elongate elements are in their first position, one engaging member is releasably engageable with the free end of each filing prong.