231 results about "Nozzle" patented technology

The present invention relates to a spray head for spreading liquid or semi-liquid products, preferably foodstuff. A product feeder (5) is provided to feed or convey a product (2) through a feed conduit (3) from a product container (4) to the spray head (1) and spraying nozzles (18) are provided to spread the product (2) when it is discharged from the spray head (1). The spray head (1) comprises three separate members, namely an upper coupling member (7), a lower coupling member (8) and a nozzle member (9) provided therebetween. The upper coupling member (7) is connected to the lower coupling member (8) and to the feed conduit (3). The nozzle member (9) and/or the upper coupling member (7) define, when the upper and lower coupling members (7, 8) are interconnected, distributing spaces (13) for distributing product (2). The spraying nozzles (18) of the nozzle member (9) are provided to open and to close. The nozzle member (9) is removable from the upper and lower coupling members (7, 8) when these members have been disconnected from each other.

A snow-gun for producing man-made snow from a combination of compressed air and water features a new nozzle configuration for discharging a mixture of water-particles and air into the surrounding atmosphere. Such nozzle is provided with an elliptically-shaped discharge port having a transverse cross-section that gradually expands in size in the direction in which the air and water particles are discharged from said nozzle. Preferably, the area of the elliptical port changes non-linearly through the front wall of the nozzle, whereby water particles exiting the gun through the nozzle port are less likely to collide with the side walls of the port or with each other before reaching the relatively cold ambient atmosphere.

A sprinkler includes hollow tube with a plurality of apertures and a plurality of nozzles are respectively inserted through the apertures. Each nozzle is connected to a bellow which is engaged with the aperture. A guide member is rotatably mounted to the hollow tube and includes a plurality of inclined slots in which the nozzles are movably engaged. The positions of the nozzles are adjusted by rotating the guide member so as to have different patters of watering.

The invention discloses an optimization design method of a radial-flow-type hydraulic turbine. In the design method, a unitary thermal optimization design, a three-dimensional modeling method of a through-flow part and a complete machine optimization platform are utilized, wherein the optimization platform comprises four modules, namely nozzle blade and impeller blade parameterization, a coevolution genetic algorithm, a self-adaption approximation model, and autocall of CFD (computational fluid dynamics). Through the parameterization, characteristic variables describing impeller blades, nozzle blade patterns and installation angle variation are extracted. The optimization target is to enhance the overall efficiency and expansion ratio of the hydraulic turbine simultaneously under a complete machine environment. The optimization platform can be used for reducing the calculated amount and accelerating the convergence by virtue of the following measures: the approximation model is built and updated by a dynamic sampling strategy, and enough prediction accuracy is obtained by virtue of less CFD calculation; and a complicated multivariable optimization problem is decomposed into a plurality of relatively independent and interactive subproblems by virtue of the coevolution genetic algorithm, so that not only can the characteristics of the original problem be maintained, but also the calculated amount is reduced effectively.

In one aspect of the invention, a system for removing a layer of a paved surface comprises a vehicle adapted to traverse a paved surface in a selected direction. The vehicle also comprises a milling drum with an axle connected to the vehicle, the drum being adapted to rotate around the axle substantially normal the selected direction. A moldboard is positioned rearward of the milling drum and also connected to the vehicle. A plurality of nozzles is disposed proximate a bottom end of the moldboard and is in communication with a fluid reservoir through a fluid pathway and the plurality of nozzles is adapted to move independent of the moldboard.

An electric steam iron includes a steam generator with an output port, a switching device formed of a body and a movable member. The body has an inlet in air communication with the output port, a first outlet, a second outlet, a first passage in air communication with the inlet and the first outlet, and a second passage in air communication with the inlet and the second outlet. The movable member is disposed in the intersection between the first passage and the second passage and movable between a first position where steam goes out of the first outlet and a second position where steam goes out of the second passage. A cleaning device has a connector for connection to the body of the switching device to move the movable member from the first position to the second position and a nozzle connected to the connector for steam output.

A lid (110) is provided for attaching to the rim (118) of the open end (116) of a container (112). The lid includes a large content discharge opening (124) in a smooth spout (122) around which the lips of a user can form a seal. The lid further includes a small vent opening (128) through the lid, or between the lid and the container. The large opening in the smooth spout and the small vent opening in the lid allow for unobstructed and rapid dispensing of the contents of the container, such as a liquid beverage, in a controlled and spill-free manner during consumption.

A misfueling prevention device is adapted to prevent an undesired fuel nozzle from being used to fill a desired fuel tank and to permit the filling of the tank by a desired fuel nozzle having a diameter larger than a diameter of the undesired fuel nozzle. The device includes an outer filler tube having an inner diameter and an inner filler tube having inner and outer diameters. The inner diameter of the inner filler tube defines a fuel passageway. The inner diameter of the outer filler tube and the outer diameter of the inner filler tube define a space therebetween. The device also includes at least one support which supports the inner filler tube within the outer filler tube. The inner diameter of the outer filler tube and the inner and outer diameters of the inner filler tube are sized to allow the desired fuel nozzle to fit over the inner filler tube and to prevent the undesired fuel nozzle from entering either the fuel passageway or the space between the inner and outer filler tubes to prevent the tank from being filled with the undesired fuel.

The invention provides a vacuum spray freeze-drying device and method. The vacuum spray freeze-drying device is characterized in that the device comprises a closed container used for containing materials in the vacuum spray freeze-drying process, atomizing nozzles, a vacuum system and a temperature regulating jacket; the atomizing nozzles are used for atomizing and dispersing liquid to be freeze-dried into liquid drops and spraying the liquid drops into the container; the vacuum system is used for forming a vacuum environment in the container in the vacuum spray-freezing pelletizing stage to enable part of components in the liquid drops to be vaporized so as to absorb heat, and then the liquid drops are cooled and frozen to form particles, and the vacuum system is also used for carrying out continuous vacuumizing in the drying stage so as to maintain the vacuum environment; the temperature regulating jacket is used for carrying out refrigeration in the vacuum spray-freezing pelletizing stage to prevent part of components in the particles from being molten, and the temperature regulating jacket is also used for providing sublimation heat for part of the components in the particles in the drying stage. In the fast freezing process of the materials, and no refrigerants are adopted to contact with the materials, so that the risk of material pollution is completely eliminated, and sterility of the freeze-drying process is guaranteed.

A function liquid is sent under pressure into the flow passages inside the liquid droplet ejection heads. Thereafter, the function liquid is sucked from nozzles of the liquid droplet ejection heads. In filling the liquid function droplet ejection heads with a function liquid, air bubbles in the flow passages inside the liquid droplet ejection heads can be efficiently discharged, whereby the liquid droplet ejection head is surely filled with the function liquid.

A water evaporation system and method for disposing of excess water left over from oil or gas drilling, fracturing, and production operations and from other wastewater producing operations. The system comprises a pumping system for pumping the wastewater from a pond through a filtration system and then to one or more nozzle arrays attached to cables suspended over the pond.

A printer is disclosed which comprises: (a) a pagewidth printhead assembly having two opposed pagewidth printheads and a plurality of nozzles located along each of the printheads for delivering ink onto print media as it is transported past the printheads, and (b) a capping mechanism having (i) a capping member located adjacent the printheads and having a length corresponding substantially to that of the printheads, (ii) a first actuating mechanism arranged to effect relative movement of the printheads from a printing first position to a spaced-apart second position and (iii) a second actuating mechanism arranged to interpose the capping member between the printheads to effect nozzle capping engagement of the two printheads when the printheads are in the second position.

A combustor nozzle includes a first and second liquid fuel passages that terminate at first and second fuel ports. A first diluent passage terminates at a first diluent outlet radially surrounding the second fuel ports. A second diluent passage terminates at a second diluent outlet between the first diluent outlet and the second fuel ports. A third diluent passage surrounds at least a portion of the first and second diluent passages. A method for supplying fuel to a combustor includes flowing a liquid fuel through a first fuel passage and flowing an emulsified liquid fuel through a second fuel passage. The method further includes flowing a first diluent through a shroud surrounding the second fuel passage to a first diluent passage surrounding at least a portion of the second fuel passage and flowing a second diluent through a second diluent passage radially disposed between the first diluent passage and the second fuel passage.

The invention relates to a chip sorting mechanism and a chip sorting method thereof. A chip sorting mechanism comprises a sorting rack and a pasting rack arranged on one side of the sorting rack. Thesorting rack is provided with a through hole. The through hole is used for fixing the wafer film to which the chip is attached; A sorting thimble is arranged on one side of the sorting rack far from the pasting rack; An empty film for attaching the sorted chip is attached to the pasting rack. The wafer film is arranged opposite to the empty film, and an adhesive layer for fixing the chip is arranged on the opposite surface of the wafer film. The sorting thimble rearranges the chip onto the empty film, so that the chip can be in place in one step, the material is not easy to fall off, and the chip is arranged neatly, so as to avoid scratching the chip by the material taking and discharging suction nozzle, and the maintenance is convenient. The invention simplifies the mechanism, reduces theprocess flow, improves the efficiency and reduces the production cost.

The invention relates to a cleaning system for honeycomb-shaped plasma free radicals. The cleaning system comprises a mechanical arm, a plasma generator, a rotary base and an air inlet system. The cleaning system is characterized in that: the plasma generator is fixed on the mechanical arm; the plasma generator consists of upper electrodes and a lower electrode which are mutually insulated and is positioned in a shell; the upper electrodes are installed on an insulating board and consist of a plurality of column-shaped electrodes which are wrapped by an insulating medium; the lower electrode is a metal electrode which is provided with honeycomb-shaped holes; an air inlet chamber is arranged between the upper electrodes and the lower electrode; each column electrode in the upper electrodes penetrates through the air inlet chamber and inserts into a honeycomb-shaped hole of the lower electrode to form a certain discharging gap with the honeycomb-shaped hole; the discharging gaps penetrate through the air inlet chamber; the air inlet chamber is connected with a high-pressure air source through an air conduit; and plasmas are generated in the honeycomb-shaped holes and are sprayed on the silicon chip which is placed on the surface of a rotary chassis from the honeycomb nozzles of the lower electrode under the drive of air pressure, so that the photoresist and the organic pollutants on the surface of the silicon chip are eliminated.

The invention relates to an inverter electric welding machine device with adjustable electric arc, which comprises a welding host machine, a welding torch, a liquid cooling system, a compressed air supply device, a protective gas supply device and an electric arc adjusting device, wherein the welding torch comprises a handle, a main cylinder body, a nozzle, an outer bushing, an inner bushing, a compression screw, a tungsten stick, a ceramic sleeve and a fixed sleeve. An electric arc adjusting device comprises an electric adjusting mechanism, and a control circuit of the electric arc adjusting device mainly consists of a push-and-pull coil and a reversing switch; the direction of current can be changed by switching the reversing switch, namely, the magnetic induction polarity of the push-and-pull coil can be changed, so that the moving direction of an induction magnet coil is forced to be changed, and the inner and the outer bushings of the welding torch are driven to change the moving direction of the tungsten stick; and a manual adjusting mechanism consists of an adjusting disc and a rotating sleeve, wherein the adjusting disc is manually rotated to drive the rotating sleeve to rotate, and the inner and the outer bushings moves up and down to drive the tungsten stick to move by mechanical transmission. The inverter electric welding machine device has the advantages that one welding machine can realize two electric arc types; free electric arc continuous compression can be converted into plasma electric arc; and the structure is simple, and the use is convenient.

The present invention provides a printing method for printing a print image on a medium. A protruding section provided in a predetermined position in a predetermined direction supports the medium. A plurality of nozzles, whose positions are different from one another in a direction that intersects the predetermined direction, are moved. The plurality of nozzles includes nozzles that are in opposition to the protruding section and nozzles that are not in opposition to the protruding section while they are moved in the predetermined direction. In the case of printing the print image on the medium by ejecting ink from the plurality of moving nozzles toward the medium supported by the protruding section, when an edge of the medium in the predetermined direction is on the protruding section, the ink is not ejected from the nozzles that are in opposition to the protruding section and the ink is ejected from the nozzles that are not in opposition to the protruding section toward the edge of the medium in the predetermined direction.

The invention discloses an automatic carbon dioxide fire extinguishing system and relates to a fire extinguishing system. The system comprises a plurality of independent unit systems, wherein each unit takes charge of a corresponding protective zone; carbon dioxide storage bottles are suspended on a fire extinguishing agent bottle group bracket; each carbon dioxide storage bottle is connected with a collecting pipe through a high-pressure hose; selector valves for combining distribution systems are arranged between the collecting pipe and a master pipeline; each selector valve corresponds to one protective zone; a fire extinguishing agent delivery pipe extends into a fire protection zone; a nozzle is arranged at the tail end; a fire detector is arranged inside each protective zone; a start steel cylinder is connected with each carbon dioxide storage bottle through a start pipeline. The system is efficient and reliable automatic fire extinguishing equipment, can automatically detect a fire, automatically alarm and automatically put out a fire, comprises three operation modes (full-automatic start, manual start and mechanical emergency start), adopts the carbon dioxide as the fire extinguishing agent, does not contaminate articles, is simple to clean after a fire disaster, good in insulativity, low in cost, convenient to install, reliable in performance, efficient and timely.

The invention discloses a spinning dust collecting device for a spinner. The spinning dust collecting device comprises a supporting frame, a first electric push rod, a dust removal pipe, an induced draft fan, a movable box, a second electric push rod, a push block, an infrared receiver, a first filter net, a second filter net, an infrared transmitter, a high-pressure nozzle, a timer and a PLC. Supporting legs are fixedly welded to the periphery of the bottom of the supporting frame, and the bottoms of the supporting legs on the two adjacent sides are connected through a fixing plate, a plurality of fixing bolt holes are formed in the fixing plate, an electric control box is fixedly arranged on the supporting legs through bolts, a control board is installed on the electric control box, the timer and the PLC are installed inside the electric control box, the inner walls of the two corresponding sides of the supporting frame are connected through a sliding rail, and a servo motor is fixedly arranged on one side of the top of the sliding rail. The spinning dust collecting device is convenient to use, easy to operate and capable of removing dust conveniently, improving the dust removal effect and avoiding secondary pollution.

The present invention relates to dishwashers. The purpose of the utility model is to provide a tableware washing machine which is small in size, simple in structure and realizes water saving. The dish washing machine of the present invention has: a washing tank for storing tableware, a rotating nozzle body for spraying washing water into the washing tank, and a heater arranged on the bottom side of the washing tank and heating the washing water, and is characterized in that: A condensing mechanism is provided on the upper side of the tank. In addition, the condensing mechanism has a condensing plate with good thermal conductivity, and a cooling air supply mechanism that sends cooling air to the condensing plate. Also, the condensation plate has a cooling air duct through which cooling air flows.

The invention relates to a glaze spraying device, in particular to a glaze spraying device for mosaic tile manufacturing. The technical problem to be solved by the invention is to provide the glaze spraying device for mosaic tile manufacturing with uniform glaze spraying. In order to solve the technical problem, the invention provides the glaze spraying device for mosaic tile manufacturing. The glaze spraying device for mosaic tile manufacturing comprises a placing plate, a first slide rail, a first slide block, a first thumb cylinder, a second thumb cylinder, a second slide block, a second slide rail, a liquid extracting pump, a stirring blade, a glaze pulp box, a hose, a nozzle, a first connecting rod, a first bearing base, a first rotating shaft and the like; and a bracket is arranged on the ground. The glaze spraying device for mosaic tile manufacturing achieves the effect of uniform glaze spraying; the motor rotates to drive the nozzle to move left and right; an electric wheel works to drive a blank to move front and back, so that the glaze is uniformly sprayed on the blank in all directions; and the motor rotates to drive the stirring blade to rotate, so that the viscosity of glaze pulp is proper, the glaze spraying is more uniform, and the glaze spraying effect is better.

The invention discloses a cold burden laying method and a casting starting technology of sizing-nozzle open type continuous casting billets. Crystallizer oil is firstly smeared before casting; a dummy bar where a dummy ingot hook and a cover plate are hooked is conveyed into a crystallizer; a gap is filled with heat-insulating materials; and then a broken steel drop layer, a cocoon-shaped cold burden layer and bowl-shaped cold burdens are sequentially laid. A crystallizer vibration mechanism, secondary cooling water and a draught fan are started. A ladle slide gate is opened, and molten steel is injected into a tundish. When the molten steel surface is 300-400 mm high, casting of the tundish starts; and after flames come up on the crystallizer for 4-5 s, casting starts when the molten steel surface rises to the position 250-350 mm away from an upper opening of the crystallizer. The starting pulling speed is 0.5 m/min; the speed is increased by 0.5 m/min every other 1-2 s; the pulling speed is increased to 2.5-2.8 m/min; the molten steel surface reaches the position 140-160 mm away from the upper opening of the crystallizer; and after the pulling speed is normal, slag fetching operation is performed in time. The cold burden laying method and the casting starting technology avoid the sputtering danger, waste and loss in the molten steel casting process; and the technical problems that because cold burden laying is not reasonable, pulling leakage is caused, and a dummy ingot hook head, the cold burdens and billet heads are not combined properly are solved.

A method for assembling a gas turbine engine is provided. The method comprises coupling a first turbine nozzle within the engine, coupling a second turbine nozzle circumferentially adjacent the first turbine nozzle such that a gap is defined between the first and second turbine nozzles and providing at least one spline seal including a substantially planar body. The method also comprises forming at least one catch to extend outward from the body portion of the at least one spline seal, and inserting the at least one spline seal into a slot defined in at least one of the first and second turbine nozzles to facilitate reducing leakage through said gap, such that a portion of the at least one spline seal is received within a recess defined within the turbine nozzle slot to facilitate retaining the at least one spline seal within the turbine nozzle slot.

The present invention provides a hybrid inflator which easily controls the amount of outflow of a pressurized medium or the like is provided. Part of a plurality of nozzles 166 positioned in a flow-passage of a pressurized medium or the like are closed by a tape 160 to be ruptured due to increase of an internal pressure. When the internal pressure is low, the tape 160 is not ruptured, but when the internal pressure is high, the tape 160 is ruptured. Therefore, the opening area of the nozzles 166 are changed in accordance with the change in internal pressure so that the amount of the outflow of the pressurized medium and the like can be controlled.