The present invention relates to a stapling machine which comprises: a stapling magazine for receiving staples which has a staple discharge opening at one end and a cover, pivotally mounted to the magazine at the other end. The cover is pivotally movable between a closed position overlying the magazine and an open position. A staple support is provided within the magazine which supports the staples therein. A follower is slidably mounted on the support for urging the staples toward the discharge opening. A spring urges the follower to slide toward the staple discharge opening. A detent is provided which coacts with the follower to prevent the follower from sliding toward the discharge opening when the cover is open. An actuator for releasing the follower from the detent when the cover is pivoted toward the closed position permits the follower to slide toward the discharge opening.
An improved modular magazine of fixing elements for a pneumatic gun (100) comprises an elongated casing (2), which is parallelepiped shaped and internally hollow, fit to be removably coupled to the pneumatic gun (100). The casing (2) has, at one end, a first flat and elongated head (14), the remaining end being open, and it has, at one of the lateral surfaces, a longitudinal opening (10) through which an inner support (3) of fixing element (90) can be slidingly inserted within said casing (2) in an assembled condition (A) of magazine (1). The inner support (3) includes a guide (8) fit for slidably housing the fixing element (90); a pusher (4) for said fixing elements (90) movable on said guide (8); a second flat and elongated head (5) fixed to an end of guide (8), fit for mating in the assembled condition (A) the first head (14); an engagement element (6) fixed to the remaining end of guide (8) for locking the inner support (3) to the pneumatic gun (100). The guide (8) includes at least an elongated base element (27) and a supporting rib (28) which is provided with a supporting portion (27b) fit for housing corresponding fixing elements (90) with predefined size. The supporting rib (28), the second head (5) and the engagement element (6) are removably coupled to said base element (27), while the first head (14) is removably coupled to the casing (7).
A stapler having a detached base supporting an anvil and a first magnetic element, and a stapling assembly for ejecting staples from a magazine port. The stapling assembly supports a second magnetic element positioned for magnetic coupling to the base to align the anvil with the magazine port. Accordingly, the staple-driving stapling assembly and detached anvil-supporting base are not mechanically coupled. Instead, the stapling assembly and base are magnetically couplable. The magnetic coupling feature eliminates throat depth limitations and allows for staple placement at any desired location on a sheet of any size. An alignment guide may be provided to visually indicate an approximate location where a driven staple will be placed. The base and stapling assembly may be provided with friction pads for limiting movement of any sheets therebetween while stapling.
A stapler is provided for stapling decorative staples into a sheet media, where the decorative staples have an indicia platform and a plurality of prongs. The stapler includes a base and a cartridge assembly pivotably mounted to the base. The cartridge assembly has a magazine for storing the decorative staples. A stapler head is provided with a ram configured to press downwardly on the indicia platform of the decorative staple, pushing the decorative staple out of the magazine such that the prongs enter a top side of a sheet media and deformed against the base on a bottom side of the sheet media. The ram is provided with ridges that extend below a table portion of the ram such that the ridges are disposed substantially directly above the prongs on the decorative staples.
