31results about How to "Reduce flow turbulence" patented technology

Nano-scale particles of materials can be produced by vaporizing the material and allowing the material to flow in a non-violently turbulent manner into thermal communication with a cooling fluid, thereby forming small particles of the material that can be in the nano-scale size range.

A structure for reducing turbulence and increasing flow uniformity in a flowing fluid in a wind tunnel, or a fluid channel, has a plurality of conduits or channels arranged into a conduit bundle. The conduit bundle has a number of parallel conduits with plurality of perforations on the inner side walls of the conduit. As the fluid flows through the conduit bundle the sides of the conduits reduce lateral turbulence while the perforations minimize pressure gradients in the flowing fluid in adjacent conduits, resulting in isotropic turbulence. The invention is particularly useful in testing aircraft, improving engine performance, and fluid mechanics applications.

An air purifier system characterized by a housing, a fan, and a motor, as well as a docking ring located at the outer edge of the inlet side of the air purifier system, a seat below the housing, a prefilter or barrier upstream of the fan, and a filter downstream of the fan. An air purifier system characterized by an upstream-to-downstream airflow path that includes an axial fan, a diffuser, and a filter, in that relative order, with an electric motor held along the centerline of the housing by one or more supports and / or guide vanes. A docking ring that facilitates attachment of a screen-like, mesh-like, cloth-like, or paper-like filter to a machine capable of air purification, characterized by having a large hole through which air passes and by attachment to the machine utilizing any tongue and groove system, for which installation and removal of the docking ring is achieved, in whole or in part, by rotation of said docking ring relative to the machine.

The invention relates to wall of a turbo machine having a cascade of blades. The wall includes: a first platform facing a first passage between blades in the cascade of blades; and a second platform facing a second passage between adjacent cascade of blades on an upstream side and cascade of blades on a downstream side, and having a circumferential outline having a distribution of radial positions. According to the invention, loss due to disturbance of flow through the gap of axially adjacent walls can be reduced.

A rectifier of a vehicle wheel house to rectify an air flow in the wheel house housing a wheel includes: an air passage configured to introduce running wind from a forward position of a vehicle; and an air blowing port which is formed at a partition wall member included in a partition wall of the wheel house on the vehicle body side, and configured to allow the running wind through the air passage to strike an outer circumferential surface of the wheel.

The invention provides a uniform distribution tubular heat exchanger in-pipe flow inlet and outlet tube box structure. The tube bundle heat transferring uniform effectiveness can be effectively improved, and heat transfer disequilibrium caused by tube bundle non-uniform flow is reduced. The uniform distribution tubular heat exchanger in-pipe flow inlet and outlet tube box structure comprises an inlet tube box, tube bundles and an outlet tube box which are sequentially connected, comprises an inlet tee joint and even numbers of symmetrically-arranged inlet tubes which are connected with a heatexchange working medium inlet in sequence, and further comprises an outlet tee joint and even numbers of symmetrically-arranged outlet tubes which are connected with a heat exchange working medium outlet in sequence; the inlet tube box and the outlet tube box are separated through a middle separating plate and are connected with inlets and outlets of the tube bundles through a front end tube plate; an inlet tube extends into the inlet tube box, the side, back to the first tube pass tube bundle, of the inlet tube is provided with a plurality of incline holes punched in a downwards-inclined manner; and the outlet tube extends into the outlet tube box, and the side, facing the second tube pass tube bundle, of the outlet pipe is provided with a plurality of horizontally-punched flat holes.

The invention discloses an outdoor machine condenser and an air conditioner. The outdoor machine condenser comprises an inner row of condensation pipelines and an outer row of condensation pipelines, wherein first flow path refrigerating fluid inlets, second flow path refrigerating fluid inlets, first connecting pipe ports and super-cooling flow path refrigerating fluid inlets are sequentially arranged on the inner row of condensation pipelines from top to bottom; first flow path refrigerating fluid outlets, second flow path refrigerating fluid outlets, second connecting pipe ports and a refrigerating fluid main outlet are sequentially arranged on the outer row of condensate pipelines from top to bottom; and the refrigerating fluid main outlet is arranged at the upper end of the port at the bottom end of the outer row of condensation pipelines. Through raising the refrigerating fluid main outlet to be far away from the port at the bottom end of the outer row of condensation pipelines, the condensation pipeline at the bottom end, which is close to an outdoor machine chassis, has higher temperature and can effectively remove the residual frost at the bottoms of the chassis and the condenser, thus the freezing phenomenon is avoided, and the defrosting performance and overall operating performance of the air conditioner are favorably improved.

A high pressure control valve system with a valve body with an inlet and an outlet, whereby the outlet is shaped by at least one radially oriented opening in the valve body, an essentially discoidally shaped valve seat arranged on the valve body between inlet and outlet and features a valve body bore that connects inlet and outlet, a sealing element that is appropriately arranged on an actuating element in order to close the valve bore, and an actuating device suitably shaped to move the actuating element in such a way as to cause the opening and closing of the valve, characterized in that the valve seat on the exit site features a revolving extension, extending from a foot print axially in direction of the opening.

The invention relates to a patio machine panel and a patio machine, wherein the patio machine panel includes an air inlet frame, an air outlet frame and a driving device, and the driving device is arranged on a side of the air inlet frame away from the air outlet duct, and the The driving device drives the air outlet frame to move to form an air outlet communicating with the air outlet channel. In the present invention, the driving device is avoided from the air outlet and the air outlet, so that the air outlet and the air outlet can form a continuous passage, and the air flow can be blown out from the air outlet smoothly when blowing out from the air outlet, which can help to increase the air volume, and is effective It can reduce the turbulence of air flow, eliminate the noise generated by turbulent flow disturbance, and also improve the condensation problem of the tuyere during cooling.