46results about How to "Increase flow dynamics" patented technology

A wind power installation includes a nacelle for housing a generator, and a turbine having at least one rotor blade. At least the generator includes a closed primary cooing system, and the nacelle is provided with a cooling system for cooling the primary cooling system in dependence on an output of the generator or generator losses.

A capillary tube heat pipe and the like are provided, in which is applicable for a case that a heat receiving portion is separated apart from a heat radiating portion, and a sufficient space for connecting the both portions does not exist. This capillary tube heat pipe (1) is provided with two turn portions (a heat receiving portion and a heat radiating portion) (3-1) and (3-2) at the both ends thereof and a straight portion (a heat transfer portion) (5) extending between the both turn portions (3), and has a closed loop structure in which both terminals of a single pipe are communicated. Since the heat transfer portion is made from two straight pipes (7) and (9), the straight portion (5) can be small in size.

The present invention is directed to methods for preparing hydrous iron oxide spherules, hydrous iron oxide gels such as gel slabs, films, capillary and electrophoresis gels, iron monohydrogen phosphate spherules, hydrous iron oxide spherules having suspendable particles homogeneously embedded within to form composite sorbents and catalysts, iron monohydrogen phosphate spherules having suspendable particles of at least one different sorbent homogeneously embedded within to form a composite sorbent, iron oxide spherules having suspendable particles homogeneously embedded within to form a composite of hydrous iron oxide fiber materials, iron oxide fiber materials, hydrous iron oxide fiber materials having suspendable particles homogeneously embedded within to form a composite, iron oxide fiber materials having suspendable particles homogeneously embedded within to form a composite, dielectric spherules of barium, strontium, and lead ferrites and mixtures thereof, and composite catalytic spherules of barium or strontium ferrite embedded with oxides of Mg, Zn, Pb, Ce and mixtures thereof. These variations of hydrous iron oxide spherules and gel forms prepared by the gel-sphere, internal gelation process offer more useful forms of inorganic ion exchangers, catalysts, getters, dielectrics, and ceramics.

Methods and apparatus for improved power generation through movement of water retrofitting existing hydroelectric dams with draft tube inserts and tailrace walls to increase water velocity for production of power using hydrokinetic turbines installed in the tailrace. By initial design or by draft tube inserts and tailrace walls, increased and streamlined water flow leads to higher efficiencies of the hydrokinetic turbine, thus more efficiently converting available kinetic energy of the water into usable energy.

An improved variable geometry diffuser (VGD) mechanism for use with a centrifugal compressor. This VGD mechanism extends substantially completely into the diffuser gap so that the VGD mechanism may be used more fully to control other operational functions. The VGD mechanism may be used to minimize compressor backspin and associated transient loads during compressor shut down by preventing a reverse flow of refrigerant gas through the diffuser gap during compressor shutdown, which is prevented because the diffuser gap is substantially blocked by the full extension of the diffuser ring. During start-up, transient surge and stall also can be effectively eliminated as gas flow through the diffuser gap can be impeded as load and impeller speed increase, thereby alleviating the problems caused by startup loads at low speeds. The VGD mechanism can be used for capacity control as well so as to achieve more effective turndown at low loads.

This disclosure describes a removable flow control device which may be used in a rotating flow supply system in a gas turbine to optimize coolant flow by improving flow dynamics, reducing leakage of coolant, and reducing pressure loss in the flow supply system. The flow control device may be coupled to a blade and rotor assembly and may include a flow modifier for directing flow through a junction at which cooling channels intersect and are in fluid communication. The device may direct, control, meter, channel, or otherwise modify the flow of coolant, and may be coupled to the blade and rotor assembly independently of other blade components so that coupling and decoupling the flow control device does not require modification or de-stacking of the rotor assembly.

The present invention provides a special water inlet and air exhaust device for a cylinder water pressure test. The device comprises an upper cover plate which is provided with a first row of air cavities in the middle, a lower cover plate which is provided with a screw rod cavity in the middle, a water inlet and air exhaust assembly which is provided with an air cavity and a water inlet hole, a connection screw rod which is provided with a second air exhaust cavity in the middle, and a water outlet pipe which is provided with a water outlet cavity in the middle. The water inlet and air exhaust assembly is installed between the upper cover plate and the lower cover plate and is connected through welding. The water inlet and air exhaust assembly is also internally provided with a first through hole and a second through hole which are connected to the air cavity separately. The connection screw rod is fixed to the lower cover plate and is connected through a thread. The water outlet pipe goes through the water inlet and air exhaust assembly, the lower cover and the connection screw rod from up to down, and then the lower end of the water outlet pipe extends out of the bottom of the connection screw rod. The purpose of water inlet and air exhaust at the same time in the water pressure test can be realized by only adding one process hole in a cylinder, making multiple process screw holes in the cylinder is avoided, the device is very ideal from the condition of use, and testing target and requirements are achieved.

The invention discloses a siphon type condensation collection structure used for emulsified honey water bath pots. The structure includes a pot body, an oblique collection structure, a base, and a control panel. The bottom of the pot body is a hemisphere, a control panel is installed on one side of the base, and an oblique collection structure is installed obliquely on the bottom of the pot body. The oblique collection structure includes an annular wall, a siphon structure, a flow guide structure, space, the annular wall is an annular structure and its inner circle is an inner space, the inner space fits with the bottom of the pot body, a siphon structure is installed in the middle of the bottom end of the annular wall, and on both sides of the siphon structure The annular wall is provided with a diversion structure. The present invention collects condensation in all directions through the annular wall, siphon structure, and diversion structure, which is not easy to miss. The collected condensation is collected in a container for recycling, and will not Affects the underlying electronics which is the control panel.