Abstract: A device for processing a flexible sheet includes a worktop for placement thereon of a flexible sheet to be processed. A processing device is provided above the worktop and a positioning device is provided for positioning the processing device on the flexible sheet and moving it along a straight processing line in the plane of the flexible sheet. The device also includes orientation device for setting the orientation of the processing line as desired.

Abstract: A device for processing a flexible sheet includes a worktop for placement thereon of a flexible sheet to be processed, a processing means provided above the worktop and positioning means for positioning the processing means on the flexible sheet and moving it along a straight processing line in the plane of the flexible sheet. The device also includes orientation means for setting the orientation of the processing line as desired.

Abstract: A panel hook (1) designed for hooking a panel to be connected to the panel hock to a carrier, such as a rail, the panel hock comprising a strip (2) provided with a part (5) of I-shaped cross-section that is integral therewith, which part comprises a first flange (6), which races the strip, and a second flange (7), which forms a guide for a slide, wherein the slide engages round the second flange and comprises a hook-shaped element (15), wherein the l-shaped part comprises a profile between the flanges, and wherein the slide comprises at least, one projection (11) which engages the profile of the l-shaped part so as to prevent the slide from being moved in a first direction (13) along the second flange, whilst movement of the slide in an opposite, second direction (12) along the second flange is possible, a special feature being the fact that the panel hook further comprises a second slide (3) provided with a hook-shaped element (14), which second slide engages around the second flange, wherein the second slid

Abstract: A fixation plate with a base section including apertures for fixation to one bone segment and a leg section extending from the base section and including apertures for fixation to another bone segment. The expanse of the base section tapers gradually to smoothly cojoin with the leg section.

Abstract: A method for manufacturing an assembly of a first flexible sheet and a second flexible sheet by mechanical means, wherein a longitudinal edge of the first flexible sheet is folded over for forming a hem therein, characterized in that said first flexible sheet and said second flexible sheet are mechanically cut to mutually different lengths, with the width of the hem being determined by the difference in length between the first flexible sheet and the second flexible sheet.

Abstract: A fixation plate with a base section including apertures for fixation to one bone segment and a leg section extending from the base section and including apertures for fixation to another bone segment. The expanse of the base section tapers gradually to smoothly cojoin with the leg section and the expanse of the leg section continues to taper to a distal rounded end of the leg section.

Abstract: A method for manufacturing an assembly of a first flexible sheet and a second flexible sheet (5, 7) by mechanical means, wherein a longitudinal edge of the first flexible sheet (7) is folded over for forming a hem (18) therein, characterised in that said first flexible sheet and said second flexible sheet (5, 7) are mechanically cut to mutually different lengths, with the width of the hem (18) being determined by the difference in length between the first flexible sheet and the second flexible sheet (5, 7).

Abstract: A flame and fire resistant ventilation device includes a mesh element having a plurality of vent openings dimensioned to quench transient flames, a swelling element formed of or coated with an intumescent material, to permanently seal the ventilation device during sustained fire exposure, at least one heat sink body providing a surface for absorbing and dissipating heat, at least one heat storing capacity element associated with the heat sink body to prevent fire spread by sustained direct exposure to flames, and a heat insulating structure to prevent fire spread through the ventilation device by heat conduction, at least for the initial period of swelling of the swelling element.

Abstract: Fireblocking device for preventing transfer of fire through ventilating apertures or similar passages, in openings for thermal fire ventilation, in ventilation ducts, in process plants or in vented facade exteriors, in vented fire blankets, vented fire protective curtains or vented protective screens against explosions. The device includes a combination of a heat absorbing and heat storing body, and an element which includes and/or adsorbs and intumescent material.

Abstract: A cranial cruciate ligament stabilization system comprises of a surgical tensioning device that applies accurate and precise tension to the suture, a surgical implant crimp clamp when crimped secures the suture and a crimping device that accurately and precisely crimps the surgical crimp clamp. The tensioning device is placed over the suture once the crimp clamps are positioned. The surgeon than squeezes the handle that will in turn open the distal tips, therefore, applying tension to the suture. The tensioning device, having a ratcheting mechanism, allows for the surgeon to test for the appropriate tension through out the tensioning process. Once the desired tension is achieved the surgeon will crimp the primary or center crimp clamp, which is already in place, using the crimping device. The crimp clamp has physical and mechanical properties that ensures that it can be crimped simply and hold its deformed state once it is crimped. The crimping device has specific geometry within each of its jaws.

Abstract: A cranial cruciate ligament stabilization system comprises of a surgical tensioning device that applies accurate and precise tension to the suture, a surgical implant crimp clamp when crimped secures the suture and a crimping device that accurately and precisely crimps the surgical crimp clamp. The tensioning device is placed over the suture once the crimp clamps are positioned. The surgeon than squeezes the handle that will in turn open the distal tips., therefore, applying tension to the suture. The tensioning device, having a ratcheting mechanism, allows for the surgeon to test for the appropriate tension through out the tensioning process. Once the desired tension is achieved the surgeon will crimp the primary or center crimp clamp, which is already in place, using the crimping device. The crimp clamp has physical and mechanical properties that ensures that it can be crimped simply and hold it's deformed state once it is crimped. The crimping device has specific geometry within each of its jaws.

Abstract: A cranial cruciate ligament stabilization system comprises of a surgical tensioning device that applies accurate and precise tension to the suture, a surgical implant crimp clamp when crimped secures the suture and a crimping device that accurately and precisely crimps the surgical crimp clamp. The tensioning device is placed over the suture once the crimp clamps are positioned. The surgeon than squeezes the handle that will in turn open the distal tips, therefore, applying tension to the suture. The tensioning device, having a ratcheting mechanism, allows for the surgeon to test for the appropriate tension through out the tensioning process. Once the desired tension is achieved the surgeon will crimp the primary or center crimp clamp, which is already in place, using the crimping device. The crimp clamp has physical and mechanical properties that ensures that it can be crimped simply and hold it's deformed state once it is crimped. The crimping device has specific geometry within each of its jaws.