Abstract:
A die system (10) for cutting a piece of sheet stock (11) to create a blank and forming the blank to create a container includes first and second mating die halves (56, 96) and a cutting punch (68). The first and second mating die halves (56, 96) are configured to move together to form the container from the blank. The cutting punch (68) extends about the first die half (56) and is movable therewith. The cutting punch (68) is configured to cut the piece of sheet stock (11) to create the blank. Movement of the die halves (56, 96) together causes the cutting punch (68) to cut the blank from the piece of sheet stock (11) and further movement of the die halves (56, 96) together causes the first and second die halves (56, 96) to form the container from the blank.
Abstract:
Disclosed is a flex die punching apparatus for forming an aperture in at least one sheet of material. There is a flexible, extrudable platen which, upon exertion of a force against it, extrudes at least a portion of at least one sheet of material through an aperture of a die. The flexible, extrudable platen may have a punch feature, corresponding to the shape and position of the die aperture, which assists in the extruding of the flexible, extrudable platen through the die aperture and also in the formation of the aperture in the sheet of material. In another embodiment of the invention, there may be a second die wherein the at least one sheet of material is placed between the first and second dies to form the aperture in the sheet of material.
Abstract:
In an apparatus for blanking out a sheet material (1) between a punch (4) and a die (6) having a sharp edge (7), the punch (4) is formed by a heterogeneous composite elastic material having localized regions (4a) having a relatively higher hardness, and complementary regions (4b) having a relatively lower hardness.
Abstract:
A molding apparatus to trim a molded product which comprises an outer member and a substrate member is disclosed, with the molding apparatus comprising a first mold half and a second mold half operable together to define a mold cavity to form the molded product therein and edge-wrap at least a portion of the substrate with the outer member; a trimming device operable to trim the outer member at the edge-wrapped portion of the molded product as the first mold half and/or the second mold half move in an opening direction relative to one another; and the trimming device comprising shearing means, the shearing means comprising a pair of cooperating shearing edges with one shear edge provided by the first mold half and the other shear edge provided by the second mold half.
Abstract:
A cutting die for cutting a plurality of parts of an article of footwear from a bulk material. The cutting die includes a first cutting member that cuts a first part of the article of footwear from the bulk material. The cutting die also includes a second cutting member that cuts a second part of the article of footwear from the bulk material. The second cutting member is fixed to the first cutting member to cut the first and second parts together with a single stroke of the cutting die relative to the bulk material. The first and second parts are separate and distinct from each other and have different shapes.
Abstract:
An apparatus comprises an operating device and a die suitable for interacting to form containers from a sheet material, a cutting device for separating said containers from said sheet material, said cutting means being so shaped as to be removably connectable to said operating device.
Abstract:
An apparatus comprises an operating device and a die suitable for interacting to form containers from a sheet material, a cutting device for separating said containers from said sheet material, said cutting means being so shaped as to be removably connectable to said operating device.
Abstract:
A punching mold having a die in which a through-hole is formed, and a punch which fits together with the through-hole and which punches a workpiece which is placed on the die. With one punching mold, the punching mold punches elongated products corresponding to a plurality of overall lengths which are different. End surfaces of the product are formed with high precision over an entire longitudinal direction region. Progressive feeding of a source material sheet for punching and forming the product is carried out smoothly.
Abstract:
The invention provides a method of shaping optical storage devices (OSD) by placing an OSD between a die set having a male die and female die corresponding to a desired shape and advancing and retracting the die set so as to die-cut the OSD to the desired shape to form a shaped OSD, the shaped OSD products formed therefrom and the die set.