An adjustable die assembly is shown for forming a template having a plurality of holes each having a medial lug portion. The die assembly is mounted in a base member that has a graduated dial plate. The template is first provided with a plurality of starter holes. The die has a post surrounded by an annular recess except for a medial lug portion. The die is first set at a particular angular relationship to the dial plate. A template hole to be processed is fitted over the post. The base member includes an adjustable cross bar for alignment of the template with respect to a datum plane. A punch is then assembled on the die post and passed through the template for forming the holes with a medial lug portion in various angular positions.
A register punch has a plurality of punch assemblies for making holes and notches in a sheet member. Adjustable stops located adjacent the punch assemblies cooperate with an edge of the sheet member to locate the sheet member relative to the punch assemblies. The stops have rotatable members with stop faces which provide a plurality of spaced stops for the sheet member.
A mini-blind cutter for selective manual in-store sizing of a first mini-blind product having a vinyl headrail and bottom rail and a second mini-blind product having a steel headrail and bottom rail. The mini-blind cutter includes a die assembly movable from a first position to a second position having a first and second region to receive the first and second mini-blind products. The handle operation preferably rotates in a horizontal plane, the die assembly is adapted to cut different shape product in its two positions and the cutter sequences movement of the die assembly to reduce the force required to cut several components of a mini-blind in a sizing operation.
A punch and die alignment system. A first die includes a first die aperture for receiving a punch. A second die includes a second die aperture for receiving the punch. A first housing includes a first die-receiving passage for receiving at least a portion of the first die. A second housing includes a second die-receiving passage for receiving at least a portion of at least one of the second die and the first die and for permitting at least one of the first die and the second die to rotate therein, thereby permitting the first die aperture and the second die aperture to be aligned with each other.
An apparatus and method are provided for die cutting both sides of paperboard sheets. The apparatus includes a die comprising a plurality of cutting knives projecting from a base, the cutting knives being set into a preselected pattern of grooves within the base. The die further includes a die blade mounted in the base, as well as an anvil, mounted in the base and oriented substantially parallel to the die blade. Securing elements secure at least one of the die blade and the anvil to the base. Manually-actuatable members are provided for adjusting the securing elements for selectively raising or lowering at least one of the selected die blade and the anvil. A back-up plate is provided to which the base is secured.
A mini-blind cutter for selective manual in-store sizing of a first mini-blind product and a second mini-blind product. Each of the mini-blind products include a head rail, a plurality of slats, and a bottom rail having a different geometry and or material composition. A die assembly is movable from a first position to a second position includes a first and second region to receive the first and second mini-blind products. A blade carrier assembly includes at least two blade carriers and permits permit independent translation of the blade carriers to accommodate the different sized mini-blind products.
