A pen assembling press includes a base, a press unit, a carriage, and a positioning arrangement. Actuation of a lever moves an engagement head relative to the base along an actuation axis. A second engagement head is coaxial with the first engagement head. The carriage is movably mounted to the base. The positioning arrangement includes a slot, a plurality of recesses and a pin. The slot extends through the first leg in a direction perpendicular to the actuation axis. The slot has a constant height section having a height. The pin has a shaft and a head. The head is receivable in the recesses. The shaft has a thickness being substantially equal to the height of the constant height section of the slot. The pin is movable relative to the carriage along a pin axis that is perpendicular to the actuation axis to selectively engage and disengage the recesses.

A pen assembling press includes a base, a press unit, a carriage, and a positioning arrangement. Actuation of a lever moves an engagement head relative to the base along an actuation axis. A second engagement head is coaxial with the first engagement head. The carriage is movably mounted to the base. The positioning arrangement includes a slot, a plurality of recesses and a pin. The slot extends through the first leg in a direction perpendicular to the actuation axis. The slot has a constant height section having a height. The pin has a shaft and a head. The head is receivable in the recesses. The shaft has a thickness being substantially equal to the height of the constant height section of the slot. The pin is movable relative to the carriage along a pin axis that is perpendicular to the actuation axis to selectively engage and disengage the recesses.

The present disclosure relates generally to compositions and methods for production of three-dimensional constructs with high mechanical strength and/or stiffness.

The present disclosure relates generally to compositions and methods for production of three-dimensional constructs with high mechanical strength and/or stiffness.

The invention relates to a method for production of a sintered component (2), comprising the steps: making available an iron-based powder having chromium; filling the powder into a powder press; pressing the powder to form a green compact; sintering the green compact to form the sintered component (2); post-compacting the sintered component (2); hardening the sintered component (2). Sintering is carried out in a decarburizing atmosphere, and the sintered component (2) is moved, for surface-compacting, along an axis (3), from a first matrix opening (6) in the direction of a second matrix opening (13) of a matrix tool (1), which opening lies opposite the first matrix opening (6) along the axis (3), wherein the sintered component (2) passes through multiple matrix sections (7-11) of the matrix tool (1) during this movement, and, in this regard, a surface region of the sintered component (2) is compacted, for which purpose an inside diameter (17) of the matrix sections (7-11) that follow one another becomes smaller in the pressing direction, and the individual matrix sections (7-11) are disposed in such a manner that a subsequent matrix section (7-11) of the multiple matrix sections (7-11) directly follows the corresponding preceding matrix section (7-11), in each instance, in the pressing direction.

This bonded and stacked core manufacturing method is for manufacturing a bonded and stacked core by performing press working on a strip-shaped steel sheet with a press working oil applied to one surface or both surfaces thereof, applying an adhesive to one surface of the strip-shaped steel sheet to obtain a plurality of steel sheet components, and stacking and bonding the steel sheet components, in which a curing accelerator having an average viscosity of 0.01 Pa.Math.s to 100 Pa.Math.s is applied to one surface or both surfaces of the strip-shaped steel sheet before the press working oil is applied.

This bonded and stacked core manufacturing method is for manufacturing a bonded and stacked core by performing press working on a strip-shaped steel sheet with a press working oil applied to one surface or both surfaces thereof, applying an adhesive to one surface of the strip-shaped steel sheet to obtain a plurality of steel sheet components, and stacking and bonding the steel sheet components, in which a curing accelerator having an average viscosity of 0.01 Pa.Math.s to 100 Pa.Math.s is applied to one surface or both surfaces of the strip-shaped steel sheet before the press working oil is applied.

A simple multi-piece manual tool intended for use in a home or small kitchen wherein the tool is used to form baking liner material into a baking liner having flat bottom and fluted sidewalls around the perimeter. The general perimeter of the formed article may be traditional circular as for cupcakes or alternatively a rectangle or some other geometric or non-geometric shape. This baking liner material may be pre-coated with food release agent or colored or have a custom pre-printed pattern or image. Once the baking liner material is formed, the user puts it into a suitable baking pan to be filled with batter or material to be baked or may alternatively use the formed liner as a single serve container.

A simple multi-piece manual tool intended for use in a home or small kitchen wherein the tool is used to form baking liner material into a baking liner having flat bottom and fluted sidewalls around the perimeter. The general perimeter of the formed article may be traditional circular as for cupcakes or alternatively a rectangle or some other geometric or non-geometric shape. This baking liner material may be pre-coated with food release agent or colored or have a custom pre-printed pattern or image. Once the baking liner material is formed, the user puts it into a suitable baking pan to be filled with batter or material to be baked or may alternatively use the formed liner as a single serve container.

Multi-plate powder press (100) for producing a dimensionally accurate pressed part from a compressible material which is fillable into a die (2), having a punching device (3) comprising a multitude of punches (6) and components adjustable relative to one another in the axial direction and adjustable relative to a press part, a drive unit for adjusting the punching device (3) and/or the punches (6) and components, adjustable relative to one another, in and/or counter to a pressing direction, and a numerical control device which is set up and is programmable in order to control a movement sequence of the punching device and/or the punches and components, adjustable relative to one another, in accordance with a control program. The multi-plate powder press (100) has a control command input element for inputting control parameters and has a display element in order to graphically display the punching device (3) and/or the punches (6) and components, adjustable relative to one another, and also movement sequences. Furthermore, a method for controlling the multi-plate powder press (100) is provided.