A rotary tablet press comprises a support assembly. In the rotary tablet press having a turret, the support assembly comprises a suspension device positioned above a top punch guide of the turret, as seen in the axial direction. The suspension device comprises a carrier plate and at least one connection element connecting the carrier plate to at least one non-rotating part of the turret. The support assembly is used for suspending a number of auxiliary components from the carrier plate. An enclosure may be connected to the suspension device to surround one or more of the elements of the turret.

A rotary tablet press comprises a support assembly. In the rotary tablet press having a turret, the support assembly comprises a suspension device positioned above a top punch guide of the turret, as seen in the axial direction. The suspension device comprises a carrier plate and at least one connection element connecting the carrier plate to at least one non-rotating part of the turret. The support assembly is used for suspending a number of auxiliary components from the carrier plate. An enclosure may be connected to the suspension device to surround one or more of the elements of the turret.

A method for producing a cooling plate may include the steps of: providing a pressing tool including a die and a stamp, wherein the die and the stamp define a negative shaped profile of the cooling plate to be produced; arranging at least one of a fiber woven fabric and a fiber scrim in the die; at least one of applying and introducing a melt of a thermoplastic plastic on the at least one of the fiber woven fabric and the fiber scrim to form an organic sheet; and shaping the organic sheet into a cooling plate shaped part via pressing the stamp onto the organic sheet arranged in the die.

A method for producing a cooling plate may include the steps of: providing a pressing tool including a die and a stamp, wherein the die and the stamp define a negative shaped profile of the cooling plate to be produced; arranging at least one of a fiber woven fabric and a fiber scrim in the die; at least one of applying and introducing a melt of a thermoplastic plastic on the at least one of the fiber woven fabric and the fiber scrim to form an organic sheet; and shaping the organic sheet into a cooling plate shaped part via pressing the stamp onto the organic sheet arranged in the die.

The present invention provides a device configured to mechanically remove a fat phase from at least one adipose tissue, the device comprising a first pressing element and a second pressing element. Furthermore, there is provided a method for preparing a preparation comprising a fat-depleted adipose tissue, the method comprising: mechanically removing a fat phase from at least one adipose tissue. In addition, there is provided a preparation comprising a fat-depleted adipose tissue, wherein the fat-depleted adipose tissue is prepared by mechanically removing a fat phase from at least one adipose tissue.

A disclosed press 100 may flatten halved bamboo stalks or other workpieces without loss of volume or splintering. In a first mechanical movement executed by a pushrod drive train 300, a plurality of spreader bar assemblies 370 press upon the centerline of a workpiece such that the workpiece does not move off of a work surface but is yet not over crushed. Each spreader bar assembly may comprise two spreader bars 350 hingedly attached to a pushrod 345. The lower end of the pushrod and proximal ends 363 of the spreader bars pin down the workpiece. In a second mechanical movement executed by a crusher bar drive train 400, the distal ends of the spreader bars are moved outwardly and spread apart the curved walls of the workpiece. In the last phases of a second movement, planar track plates 440 press downwardly upon the workpiece.

A hot-press system for folding a surface of a pouch-type secondary battery, the hot-press system including: a first folded surface pressing unit configured to hold a main chamber and long-side terraces, which have folded surfaces, of a secondary battery, the first folded surface pressing unit being configured to primarily press the folded surfaces while applying heat and pressure to the folded surfaces, and a second folded surface pressing unit configured to hold the main chamber and the long-side terraces, which have the folded surfaces, of the secondary battery guided from the first folded surface pressing unit, the second folded surface pressing unit being configured to secondarily press the folded surfaces while applying heat and pressure to the folded surfaces.

A hot-press system for folding a surface of a pouch-type secondary battery, the hot-press system including: a first folded surface pressing unit configured to hold a main chamber and long-side terraces, which have folded surfaces, of a secondary battery, the first folded surface pressing unit being configured to primarily press the folded surfaces while applying heat and pressure to the folded surfaces, and a second folded surface pressing unit configured to hold the main chamber and the long-side terraces, which have the folded surfaces, of the secondary battery guided from the first folded surface pressing unit, the second folded surface pressing unit being configured to secondarily press the folded surfaces while applying heat and pressure to the folded surfaces.

A stamp tool assembly is provided that includes a forming cavity for shaping a blank into a formed part. The stamp tool assembly includes adjustable block assembly for modifying the amount of material draw-in from subsequently stamped blanks. A draw-in sensor measures the amount of material from the blanks that is not drawn-into the forming cavity during each stroke. Based on the readings from the draw-in sensor, the adjustable block assembly is expanded or reduced. The adjustable block assembly includes a pair of opposing inclined plates having interlocking teeth such that movement of one plate with respect to the other plate changes a vertical extension of the adjustable block assembly. The adjustable block assembly sets the spacing between two opposing draw-in surfaces, which, in turn, changes the amount of draw-in. Multiple adjustable block assemblies and draw-in sensors may be used in conjunction and controlled via a controlling system.

A stamp tool assembly is provided that includes a forming cavity for shaping a blank into a formed part. The stamp tool assembly includes adjustable block assembly for modifying the amount of material draw-in from subsequently stamped blanks. A draw-in sensor measures the amount of material from the blanks that is not drawn-into the forming cavity during each stroke. Based on the readings from the draw-in sensor, the adjustable block assembly is expanded or reduced. The adjustable block assembly includes a pair of opposing inclined plates having interlocking teeth such that movement of one plate with respect to the other plate changes a vertical extension of the adjustable block assembly. The adjustable block assembly sets the spacing between two opposing draw-in surfaces, which, in turn, changes the amount of draw-in. Multiple adjustable block assemblies and draw-in sensors may be used in conjunction and controlled via a controlling system.