5 results about "Exit plane" patented technology

The present invention relates to a wind turbine (10) comprising a carrier body (20) and a propeller (70) provided in a horizontal position in an upper body (30) positioned on said carrier body (20), and at least two routing walls (31) for directing wind to said propeller (70). The novelty is that each of said routing walls (31) extends from an outer wall of said upper body (30) to a wind exit plane (43) defined in the neighborhood of said propeller (70).

This invention relates to a material powder nozzle (1) for a laser cladding welding apparatus. Each of the powder channels (3) through which the material powder-conveying gas mixture can flow has a longitudinal central axis (2), which forms a corresponding elevation angle (α) greater than 0° and less than 90° with the nozzle exit plane (A) of the material powder nozzle (1), the nozzle exit plane being located in the horizontal origin plane (Z) of the nozzle coordinate system (). Each channel longitudinal central axis (2) also forms a corresponding azimuth angle (β) with the horizontal radial axis (r) of the nozzle coordinate system (), the azimuth angle being located in the nozzle exit plane (A) and greater than 0° and less than 90°. The invention also relates to a laser cladding welding apparatus including a material powder nozzle (1) and a method for laser cladding welding, wherein a powder density distribution (28) different from a Gaussian-like powder density distribution (300) is generated in the powder focusing plane (P) by the material powder-conveying gas mixture flowing from the powder channel (3).

An air guiding attachment (1) designed to convert a substantially unidirectional first air flow (F1) of a hair cutting device (2) into a second air flow (F2) sweeping a plurality of different directions, the air guiding attachment comprising: a stator (11) extending along and around a stator axis (S-S') from a stator entry plane (PES) to a stator exit plane (PSS); a rotor (12) extending from a rotor entry plane (PER) to a rotor exit plane (PSR) and comprising a pneumatic drive means (121) designed to drive the rotor in rotation around the stator axis by means of the first air flow, the rotor comprising at least a portion extending along and around a sweeping axis (R-R') forming an intersection angle (β) with the stator axis comprised between 5 and 40 degrees; characterized in that the intersection point of the sweeping axis with the stator axis is comprised between the rotor entry plane and the stator exit plane.

An outlet element for a drinking-water dispenser containing a first water route formed by the outlet element and opening on a first exit plane, water flowing through the first water route being dispensed via the outlet element, a second water route formed by the outlet element and opening on a second exit plane, water flowing through the second water route being dispensed via the outlet element, the second water route differing at least sectionally from the first water route, a third water route formed by the outlet element and opening on a third exit plane, water flowing through the third water route being dispensed via the outlet element, the third water route extending separately from the first water route and the second water route through the outlet element and the third exit plane having a distance of at least 1 mm from the first exit plane and the second exit plane.

An illumination source is disclosed that includes a gas delivery system having a gas nozzle. The gas nozzle includes an opening in an outlet plane of the gas nozzle. The gas delivery system is configured to provide a gas flow from the opening for generating emitted radiation at an interaction region. The illumination source is configured to receive pump radiation having a propagation direction and to provide the pump radiation in a gas stream. The geometry of the gas nozzle is adapted to shape the profile of the gas flow such that the gas density of the gas flow first increases to a maximum value and then dramatically decreases in the direction of propagation at the cutoff region.