Abstract: A pipe damp is for joining submerged pipes provided with flanges. The pipe clamp includes at least two segments connected by at least one hinge. The pipe clamp is further provided with a threaded bolt arranged to open and close the pipe clamp. The pipe clamp is provided with at least one strain gauge arranged to measure the tension of the pipe clamp around the flange of the pipe when the pipe clamp is dosed by the threaded bolt. A method is for tensioning a pipe clamp. Use of strain gauges to measure the tension of a pipe clamp is provided.

Abstract: Device (11) for compensation of wave induced distance variations to a drill string between a floating drill rig and a seabed-fixed installation, comprising an extendable cylinder/piston unit (12) which is arranged to be able to compensate when the load exceeds a pre-determined threshold value. The cylinder (13) of the cylinder/piston unit (12) comprises a non-compressible liquid at both sides of a piston (14) positioned substantially in the middle of the cylinder (13) and is prevented from fluid communication with the surroundings. A control valve (19) is arranged to activate the device (11) by opening for fluid communication between the cylinder (13) and a gas containing accumulator (17) when the load exceeds a predetermined threshold value. The device is characterized by being a complete, self-supported unit comprising cylinder (13), piston (14) on a piston rod (15), accumulator (17), control valve (19) and drainage tank (20).

Abstract: A pipe damp is for joining submerged pipes provided with flanges. The pipe clamp includes at least two segments connected by at least one hinge. The pipe clamp is further provided with a threaded bolt arranged to open and close the pipe clamp. The pipe clamp is provided with at least one strain gauge arranged to measure the tension of the pipe clamp around the flange of the pipe when the pipe clamp is dosed by the threaded bolt. A method is for tensioning a pipe clamp. Use of strain gauges to measure the tension of a pipe clamp is provided.

Abstract: The finishing assembly for floor covering comprises at least two bars (1;2/1;3), being on the one hand assembled together side by side such that they comprise at least two surfaces (1d;2d/1d; 3d) substantially in the prolongation of one another, and separated by a longitudinal interstice (6/6?), and being, on the other hand, separable. Both assembled bars (1;2/1;3) are designed to be used in a first floor covering application and at least one (1) of said two bars are designed to be used in a second floor covering application. The assembly further comprises a surface coating (4) being applied on both bars (1;2/1;3) and covering the longitudinal interstice (6/6?) between both bars.

Abstract: The finishing assembly for floor covering comprises at least two bars (1;2/1;3), being on the one hand assembled together side by side such that they comprise at least two surfaces (1d;2d/1d; 3d) substantially in the prolongation of one another, and separated by a longitudinal interstice (6/6?), and being, on the other hand, separable. Both assembled bars (1;2/1;3) are designed to be used in a first floor covering application and at least one (1) of said two bars are designed to be used in a second floor covering application. The assembly further comprises a surface coating (4) being applied on both bars (1;2/1;3) and covering the longitudinal interstice (6/6?) between both bars.