Hoyng Rokh Monegier B.V

The present invention relates to microgel compositions comprising about 1.0 wt% to about 15 wt% RuBisCO protein and water or a plant-based milk. Further, microgel emulsion compositions are described. The microgel compositions and microgel emulsion compositions according to the present invention can be used in the preparation of dairy analogues, in particular acidified dairy analogues such as yogurt. The present invention further relates to the method of preparation of such compositions.

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The present invention relates to a wind turbine rotor blade comprising a leading-edge section having a leading-edge; a trailing-edge section having a trailing-edge; a pressure-side surface and a suction-side surface extending from the leading-edge section and meeting at the trailing-edge section; and an aerodynamic structure, for reducing noise, provided at the trailing-edge section, wherein the aerodynamic structure comprises a plurality of pressure communication channels between the suction-side surface and the pressure-side surface; a camber line connecting the leading-edge section and the trailing-edge section and lying halfway between the pressure-side surface and the suction-side surface, wherein the camber line of the aerodynamic structure is tilted toward the suction-side surface with respect to a camber line of the rest of the wind turbine rotor blade.

The invention relates to a process for the preparation of a melamine-formaldehyde resin composition comprising the steps of: a) Preparing a slurry of melamine in a solution of formaldehyde in water, b) adjusting pH of the slurry in a range between 8.3 and 10.5, c) Reacting the melamine and the formaldehyde in the slurry to form methylolated melamine at a first temperature between 90 and 120°C, d) when the slurry has become a water-clear solution, cooling to a second temperature between 70 and 90°C and holding at that second temperature for condensation of the methylolated melamine forming a melamine formaldehyde resin composition, e) cooling. The invention also relates to a melamine-formaldehyde resin composition obtainable by the process having a residual (free) melamine content below 3 wt.%, to curable melamine-formaldehyde resin composition comprising the melamine-formaldehyde resin composition and a catalyst and various uses thereof.

A razor blade (50) including a substrate (70) with a first portion (72) and a second portion (74). The first portion includes first and second generally parallel outer surfaces (72A, 72B). The second portion includes generally asymmetric first and second sections (76, 78) separated by a split line (SL₇₄). The first section (76) includes first and third facets (80, 84) and the second section (78) includes second and fourth facets (82, 86). The first and second facets (80, 82) are positioned between the first and second generally parallel outer surfaces and the third and fourth facets (84, 86). The split line (SL₇₄) passes through a tip (88) and is generally parallel with and extends between the first and second outer surfaces of the first portion. The second and fourth facets (82, 86) are located closer to the split line (SL₇₄) than the first and third facets (80, 84).

The invention relates to a process for the preparation of a melamine-formaldehyde resin composition comprising the steps of: a) Preparing a slurry of melamine in a solution of a first amount of formaldehyde in water, b) adjusting pH of the slurry in a range between 8.3 and 10.5, c) Reacting the melamine and the formaldehyde in the slurry at a first temperature between 90 and 120°C until d) a first water dilutability between 1:3 and 1:10, e) cooling to a second temperature between 70 and 95°C f) at the second temperature adding a second amount of formaldehyde and optionally adjusting the pH in the abovementioned range, g) holding at the second temperature until a second water dilutability is reached that is lower than the first water dilutability and h) cooling. The invention also relates to a melamine-formaldehyde resin composition obtainable by the process having a residual (free) melamine content below 3 wt.%, to curable melamine-formaldehyde resin composition comprising the melamine-formaldehyde resin composition and a catalyst and various uses thereof.

There is described a method of simulating a vibronic system with an arbitrary number of diabatic electronic states on a quantum computer. A vibronic Hamiltonian that corresponds to a plurality of electronic states and a plurality of vibrational modes of the vibronic system is decomposed into a plurality of block diagonalizable elements. The exponential of each block diagonalizable element is implemented on a qubit register on the quantum computer. The exponentials of the plurality of block diagonalizable elements in the qubit registers are then combined to derive an exponential of the vibronic Hamiltonian to be simulated.

A laser welding gun includes a focal tube, a nozzle extending from the focal tube, and a mounting armature adjustably positionable along a length of the focal tube. A conduit assembly extends from a wire feeder and is attached to the focal tube by the mounting armature. The conduit assembly includes a removable tip holder secured to the mounting armature. The mounting armature provides adjustment of an angle between the conduit assembly and the focal tube, and an orientation of the mounting armature is rotationally adjustable around a circumference of the focal tube.

A control system for a material processing application includes a sensor device and a controller. The sensor device is configured to receive actual motion data and actual process data from equipment performing the material processing application. The controller includes logic to determine adjusted motion parameters and adjusted process parameters based on the actual motion data and the actual process data, and execute the adjusted motion parameters and the adjusted process parameters to achieve a performance target.

A brazing system includes a first brazing torch, a second brazing torch, a third brazing torch, a torch carriage having an actuator system configured to rotate the first brazing torch, the second brazing torch, and the third brazing torch simultaneously from a substantially vertical orientation to a substantially horizontal operation, and a mass flow controller configured to control respective flows of gas to each of the first brazing torch, the second brazing torch, and the third brazing torch. The mass flow controller controls the respective flows of gas based on either a first heating profile for making a single brazed connection using two of the first brazing torch, the second brazing torch, and the third brazing torch, and a second heating profile for making two brazed connections simultaneously using each of the first brazing torch, the second brazing torch, and the third brazing torch.