29 results about "Windmill" patented technology

1. Name of the designed product: Refrigerator sticker (rotary windmill duck). 2. Use of the designed product: For refrigerator stickers. 3. Design points of the designed product: Combination of shape and pattern. 4. Picture or photo that best shows the design points: Fig. 1. 5. Other views can be omitted as they can be shown in the submitted views.

A double-impeller horizontal axis windmill, the impeller comprises a front impeller and a rear impeller, the front impeller and the rear impeller are respectively composed of a pair of square blades, the edge of each blade close to the rotating shaft is perpendicular to the rotating shaft, the rotating shaft and the blade form a 45-degree angle, the angle between a pair of blades is 90 degrees, a pair of blades are respectively located on the oblique opposite sides of the rotating shaft, the 90-degree angle of the two blades of the front impeller faces forward, and the 90-degree angle of the two blades of the rear impeller faces backward; the two ends of the rotating shaft are supported on a U-shaped support through bearing seats, the tail wing of a vertical plate is fixed to the rear end of the support, and the bottom surface of the support is provided with a support for the rotating shaft. The square blade of the utility model forms a 45-degree angle with the horizontal rotating shaft of the windmill, the wind energy utilization rate is high, the power generated by the double-impeller is larger than that of the traditional single-impeller, the square blade has small centrifugal force, and the windmill is not easy to be damaged, when the windmill is used for generating electricity, the power generation equipment is arranged at the bottom of the windmill frame, and the installation and maintenance are convenient.

This utility model discloses an automatic bird deterrent device for high-mast lighting, relating to the field of automatic bird deterrent devices. It includes a pole, a frame, LED lights, and a bird deterrent mechanism. The frame is installed at the upper end of the pole, and the LED lights are mounted on the frame. The bird deterrent mechanism is located above the frame and includes a bird deterrent box, a windmill, a lens, and an electrical box. The electrical box is located inside the bird deterrent box, and the windmill is rotated and located above the bird deterrent box. The upper end of the bird deterrent box contains a device for converting wind power into electrical energy. The lens is fixedly installed on both sides of the blades at the upper end of the windmill. This utility model utilizes an infrared photoelectric sensor switch for automatic bird deterrence, greatly reducing the input of manpower and resources. It drives away birds with extremely fast response speed, preventing them from stopping and nesting, reducing the lighting effect caused by nesting, and decreasing the number of birds near airports, thus lowering the risk of bird strikes.

The present application relates to high-altitude wind energy field, disclose a kind of hoist type umbrella type wind energy conversion method and power generation system.The first cable of the method is tied to the edge of the umbrella of working umbrella;Second cable is tied to the top of the umbrella of working umbrella.Power generation stage, high-altitude wind energy drives working umbrella to rise, first cable and second cable respectively pull first drum and second drum to rotate, and first drum or second drum drives generator to generate electricity;Close umbrella stage, working umbrella rises to first height, first cable stops rope than second cable, umbrella edge continues to rise and folds up to close;Recycling stage, motor drives first drum and second drum to rotate simultaneously, and first cable and second cable pull working umbrella to descend;Open umbrella stage, working umbrella descends to second height, first cable stops rope than second cable, umbrella edge continues to descend and folds down to open.The present application is used to solve the opening and closing problem of umbrella type wind energy conversion device, and achieves the effect of simple, efficient and reliable.

This utility model discloses a garden windmill, including a pole and a rotating sleeve rotatably fitted onto the pole. The rotating sleeve is movably connected to at least one connecting rod via a hinge shaft. The connecting rod is also equipped with blades. The connecting rod can freely rotate around the hinge shaft in a vertical plane, causing the blades to switch between an unfolded working state and a folded, retracted state: under the influence of gravity, the connecting rod naturally droops to a horizontal position, and the blades unfold to form an effective windward surface; when an external force is applied, the connecting rod is flipped upwards, and the blades fold towards the center of the rotating sleeve to achieve a compact fold. The rotating sleeve and the pole are connected by a bearing to ensure smooth rotation, and the spiked part at the bottom of the pole can be inserted into the ground for fixation. The blades can adopt a decorative structural design to suit outdoor scenes. Through its hinged, foldable structure, this design solves the problems of large transport volume and cumbersome installation of traditional windmills, offering advantages such as convenient operation, compact structure, and suitability for garden decoration, children's toys, and other scenarios.

The invention relates to vertical wind motor system and wind power generation system. The vertical wind motor system is provided with longitudinal fan shaft, and the fan shaft is provided with wind drum for starting and wind wheel for high-speed rotation. The wind wheel is composed of four blades which are distributed at equal angle intervals on the fan shaft. The wind drum is located inside the wind wheel and has one or more. The multiple wind drums are sequentially distributed on the longitudinal shaft and form an integrated wind power rotation system with the wind wheel. The vertical span of the wind drum is consistent with the vertical span of the middle part of the space inside the wind wheel. The wind motor of the vertical wind power generation system adopts the above-mentioned vertical wind motor system, the generator adopts vertical outer rotor generator, and the outer rotor motor is connected with the rotor system composed of the wind wheel and the blade wind drum. The invention can realize low wind speed self-starting of the wind motor, improve the stability of high-speed operation of the wind motor, reduce vibration and noise, and optimize the output characteristics.

A cementitious composition, including for the molding of relatively light-weight, heat-insulative, nailable, structural units such as bricks, blocks, roof decking, etc. The composition may include an inorganic cementitious settable admixture within which is incorporated a significant proportion of waste industrial products, such as concrete, blacktop, windmill blades, brick chips, plastics, cordierite, tires, stack dust and / or fly ash, ceramics, clays, metals and plastics. The waste industrial products may be incorporated into the composition in various proportions.

A wind turbine and its blade structure and rotor are disclosed. The blade structure includes: a blade body, a movable inner blade, and a drive mechanism. The blade body has a blade cavity with a side opening on the side of the blade body. The movable inner blade is movably installed in the blade cavity. A swivel mount is installed in the blade cavity. An inner shaft is rotatably and adjustablely installed on the swivel mount. A drive bevel gear is coaxially installed on the inner shaft. A driven rack is movably confined within the blade cavity, and the drive bevel gear meshes with the driven rack. The movable inner blade is connected to the driven rack. The inner shaft drives the drive bevel gear to rotate, causing the driven rack to move within the blade cavity, thereby moving the movable inner blade to be retracted into the blade cavity, or causing the movable inner blade to extend out of the blade cavity through the side opening. This solution adjusts the movable inner blade to a suitable position under different conditions to adapt to different wind speed environments, solving the problem that the blade contact section of existing wind turbines is fixed and cannot adapt to different wind speeds.

This invention provides a wind-powered propulsion device. One technical solution of this invention provides a wind-powered propulsion device installed on a ship, which receives wind to generate propulsion. The wind-powered propulsion device comprises: a windmill sail body capable of rotating about an axis extending vertically from the hull; and a lower cylindrical portion, which is cylindrical and disposed between the hull and the windmill sail body, connected to the lower part of the windmill sail body, and rotating integrally with the windmill sail body.

The utility model relates to the field of agricultural engineering discloses a soybean planting bird repelling device, including the frame board, two board legs are fixedly connected at the top of frame board, the top of frame board is fixedly connected with solar panel, the top of frame board is fixedly connected with the fixing frame, the top of frame board is fixedly connected with the hanger, windmill wheel is rotatably connected in the inside of fixing frame, one side is fixedly connected with the disc outside windmill wheel, motor no. Two are fixedly connected with the other side outside windmill wheel, the bottom of motor no. Two is fixedly connected with the storage electric box, in the utility model, windmill wheel provides mechanical energy for disc through solar energy or wind energy, drives the gear and the rack meshing of the bottom of rotating plate, makes the impact block connected with the rack impact on the bell, realizes with sound wave to disperse the bird group. The screw rod is rotated through the motor and makes the thread sleeve free up and down, and the ground needle of four sides of synchronous panel is stuck into the land, realizes the quick fixing device.

1. The name of the design product: car light (F7A-9005 of wind and fire wheel die casting). 2. The use of the design product: used for installation around the car cabin, playing the role of warning, sign, steering, brake, lighting, decoration. 3. The design points of the design product: in shape. 4. The picture or photo that can best show the design points: perspective drawing.

The utility model relates to wind power generation technical field, concretely is a windmill for wind power generation, a windmill for wind power generation, including main staff, the top of main staff installs the regulator, the one side of regulator is provided with fan blade, and the outer surface of regulator is provided with protection device, and protection device includes support plate, and the outer surface fixed connection of support plate and regulator, the inside rotation of support plate is connected with rotating plate, and the bottom of fan blade is fixedly connected with the surface of rotating plate, and the rotating end fixed connection of rotating plate has rotating wheel, and the outer surface rotation of support plate is connected with control wheel, and control wheel and the surface of rotating wheel are engaged connection, and the outer surface fixed connection of support plate has first motor, and the drive end of first motor is fixedly connected with the one side of control wheel. The utility model discloses, through setting protection device, can effectively facilitate the worker protection fan blade, avoided the fan blade of windmill and received the influence of high -speed rotation of wind power, and then reduced the problem that the fan blade appeared fracture.

The application discloses an anti-interference magnetic traction electric windmill and a control circuit thereof, and relates to the technical field of magnetic traction. The magnetic traction electric windmill comprises a power supply unit, a magnetic traction unit and a rotating unit. Through cooperation of two groups of magnets and a delay control circuit, the motor is stopped from power supply when there is wind, the windmill rotates under the action of natural wind force, energy consumption is reduced, and resources are saved. The motor is powered when there is no wind, the active magnet attracts the passive magnet to drive the wind bowl to rotate, and the purpose of preventing interference of flying animals is achieved when the windmill does not work without wind. The control circuit comprises a solar energy circuit and a magnetic traction control circuit. The magnetic traction control circuit adopts a delay circuit, the stability of the motor is improved, compared with a real-time control circuit, the motor can be prevented from shaking and being damaged, and the service life of the motor is prolonged.

This invention discloses a SAR cross-radiometry calibration method based on offshore wind farms. It acquires calibrated and uncalibrated time-series SAR satellite data of the same offshore wind farm area using the same imaging parameters from the same satellite. The calibrated time-series SAR satellite data is cropped according to the latitude and longitude of the offshore wind farm, and the radar cross-section of the offshore wind farm in the calibrated SAR data is calculated. The uncalibrated time-series SAR satellite data is then cropped, and the response energy of the offshore wind farm in the cropped image is calculated using an integral method. Based on the relationship between the response energy, radar cross-section, and calibration coefficients, the radar cross-section of the offshore wind farm in the uncalibrated time-series SAR satellite data is calculated and compared with the radar cross-section of the offshore wind farm calculated from the calibrated SAR data to obtain the RCS deviation. This invention results in a more concentrated distribution of offshore wind farm clusters, a simpler RCS calculation process, and a more accurate response energy calculation process.

The application provides an active power-free safety system and a mountain tunnel drainage method, and belongs to the technical field of tunnel safety. The system comprises a groundwater collection module, a power windmill module, a centrifugal drainage module and a magnetic attraction reverse prevention module. The groundwater collection module pre-intercepts fissure water of surrounding rock; the power windmill module drives the windmill by tunnel wind, and drives the driven shaft to rotate through the bevel gear set; the centrifugal drainage module contains a porous capillary water absorption / water retention core body, which generates centrifugal force with the rotation of the driven shaft to actively discharge the collected groundwater. The magnetic attraction reverse prevention module realizes one-way reverse prevention through magnetic force cooperation. The application does not need external power supply, relies on natural wind energy to drive, realizes proactive active drainage, and has the advantages that capillary and centrifugal synergistic effect adapts to dynamic wind conditions and water level changes, and magnetic attraction reverse prevention effectively prevents backflow. The application can be matched with a disposable degradable siphon hose to assist drainage, form a composite drainage mechanism, and significantly improve the safety and reliability of tunnel drainage.

The application provides a stacking mechanism for a koji block stacking and conveying system, comprising a support and a stacking module arranged on the support, the stacking module comprising a conveying unit and a turnover unit; the conveying unit can convey from front to back; the turnover unit is located above the conveying unit in front, comprising a rotating shaft extending left and right, four-leaf turnover wheels being arranged on the rotating shaft corresponding to the position of the conveying unit, the four-leaf turnover wheels comprising four leaf plates uniformly distributed in a windmill shape along the circumference of the rotating shaft, adjacent leaf plates being perpendicular to each other and forming an L-shaped turnover station; the four-leaf turnover wheels are arranged such that when the two centrally symmetrical leaf plates are turned to be horizontal, the lower leaf plate among the two extends backward and is lower than the top surface of the conveying unit by a preset distance, and the upper leaf plate is higher than the top surface of the conveying unit; the position of the rotating shaft is arranged such that the koji block can be turned over from front to back and contact the top surface of the conveying unit. This mechanism realizes unmanned operation, avoiding the safety problems and damage problems of manual handling.

Solar Windmill Puzzle Toy

This invention belongs to the field of wind power generation technology, specifically disclosing a wind-adaptive windmill vibration damping system. It includes a damping block with a through-groove in the middle, housing a windmill bearing and a windmill shaft. Multiple hydraulic cylinders are fixedly mounted on the outer surface of the damping block, with hydraulic pistons slidably sealed within each cylinder. An outer pressure-bearing structure surrounds the damping block, its inner surface slidingly contacting the ends of the hydraulic pistons. A rear pressure-bearing structure is located behind the damping block, also housing cooperating hydraulic cylinders and pistons. An air chamber is also included, with all hydraulic cylinders and the air chamber interconnected. Each hydraulic cylinder is filled with liquid, and the air chamber contains both gas and liquid. A thrust bearing is located at the rear end of the windmill shaft, its rear end abutting against the end of a hydraulic piston on the rear pressure-bearing structure. The stiffness of the hydraulic damping system can be automatically adjusted according to wind speed, improving the stability and reliability of the windmill.

The application discloses a high-pressure electrolytic tank for water electrolysis hydrogen production, and relates to the technical field of water electrolysis hydrogen production. The high-pressure electrolytic tank for water electrolysis hydrogen production comprises an electrolytic tank, a molecular membrane is fixedly connected to the middle region of the inside of the electrolytic tank, electrolytic melt is stored at the lower end of the inside of the electrolytic tank, an electrolytic rod is fixedly arranged above the electrolytic melt, the other end of the electrolytic rod is fixedly connected with a fixing rod, the fixing rod is fixedly connected to the inner wall of the lower end of a connecting pipe, and a scraping device is further fixedly arranged in the connecting pipe. The scraping device can scrape off the solid substances such as potassium oxide or calcium oxide adsorbed at the lower end of the electrolytic rod in the process of conducting electricity at the lower end of the electrolytic rod, so that the conductivity of the electrolytic rod is prevented from being affected by the solid substances such as potassium oxide or calcium oxide. The scraping device comprises a windmill wheel, a torsional spring is arranged in the windmill wheel, a rotating rod penetrates through the inside of the windmill wheel and is rotationally connected to the windmill wheel, and a winding wheel is rotationally connected to the outer side of the rotating rod.

A kind of wind power industry waste recycling device, device main body includes main track and at least two groups of shunt tracks perpendicular to main track, main track and shunt track are all equipped with conveyor belt, and quality and shape detection module, volume detection and analysis module, discrimination module and monitoring module are sequentially provided in the conveying direction of conveyor belt along main track;Discrimination module includes mechanical arm, and mechanical arm is arranged on the extension section of shunt track input end, for sorting objects to main track or shunt track;Monitoring module includes monitor, for detecting the surface state of object and controlling shunt.The utility model adopts the above structure, the system device of solid waste of windmill blade can be quickly identified, classified and recycled, to reduce wind blade manufacturing cost, reduce resource waste, and promote the sustainable development of wind power industry.

This application relates to the field of bridge monitoring technology, specifically to a bridge operation safety early warning method based on a wind turbine bridge vortex-induced vibration coupling system, comprising the following steps: Step 1: Obtain static samples of the wind-train-bridge-vortex-induced vibration coupling system and generate a static sample library; wherein the wind-train-bridge-vortex-induced vibration coupling system is a simulation model of the target bridge, used to simulate the index data of the train under a specified speed and corresponding wind field; the static samples include field state data and index data; this method can comprehensively capture the system state under the wind-train-bridge-vortex-induced vibration coupling action, avoiding risk omissions and misjudgments caused by insufficient index information from a single source.

The application is an open fan full-range working characteristic expansion method based on skeleton characteristics, belonging to the field of open rotor engine; the method introduces a skeleton characteristic representation system with loss coefficient as the core to solve the problem that the efficiency in the representation of traditional propeller characteristics has singular points in the autorotation state, leading to the collapse of cross-condition numerical simulation calculation. By defining the work coefficient, pressure coefficient and loss coefficient, and based on the blade element theory to determine the ridgeback point and its existence condition, the ridgeback characteristics describing the characteristic change law of ridgeback point and the non-ridgeback characteristics describing the deviation law of non-ridgeback point are constructed. Finally, by combining the ridgeback characteristics and the non-ridgeback characteristics, the known local working condition characteristic data is continuously and smoothly expanded to the full working range including braking, autorotation and windmill state. The application fundamentally eliminates the numerical singular points in the characteristic curve, realizes the stable simulation and high-performance expansion of the open fan in the full working condition.

The utility model discloses a rotary tube bundle dryer with windmill type discharging device, including rotary tube bundle dryer body, the motor speed reducer drive arrangement of rotary tube bundle dryer body bottom is provided with the motor speed reducer drive arrangement of driving rotary tube bundle dryer body rotation, and the discharge end of rotary tube bundle dryer body is provided with windmill type discharging device, and windmill type discharging device sets up in the discharge air -out fixed device, and windmill type discharging device includes annular mounting plate and the multiple scoops of reverse windmill type installation in the outside of annular mounting plate with rotary tube bundle dryer body fixed mounting, and the lateral discharge collection hopper is set up to the outside of lower part in the discharge air -out fixed device, and the utility model discloses reverse windmill type scoop discharging device, changes from traditional bottom discharge to lateral discharge, reduces the installation height, reduces the civil engineering cost, after height reduction, maintenance and routine inspection are convenient, can promote production efficiency.

The utility model relates to a kind of unmanned aerial vehicle airborne wind power generation windmill rotor cleaning device, belong to windmill rotor cleaning device technical field. Including unmanned aerial vehicle body, still including water storage tank, heating tank, heating pipe, high-pressure pump, high-pressure spray head and airborne camera, water storage tank is fixedly installed in unmanned aerial vehicle body bottom by connecting column, heating tank is installed in water storage tank front side, heating tank is communicated with water storage tank inside by connecting pipe, heating pipe is installed in heating tank, high-pressure pump is installed in heating tank front side, the water outlet of high-pressure pump is communicated with water jet pipe, and high-pressure spray head is communicated with water jet pipe one end;The utility model can be remotely controlled unmanned aerial vehicle to carry out cleaning operation by cleaning device to wind power generation windmill rotor, far from high-altitude danger, greatly improve the operation safety;High-temperature high-pressure cleaning can be aimed at windmill rotor surface various stubborn pollutants and carry out depth cleaning.

The embodiment of the application provides a civil large-bypass-ratio turbofan engine windmill performance flight test method, and relates to the technical field of airplane engines. The civil large-bypass-ratio turbofan engine windmill performance flight test method aims at improving the problem that the windmill starting performance of the civil large-bypass-ratio turbofan engine needs to be further improved. The civil large-bypass-ratio turbofan engine windmill performance flight test method comprises the following steps: obtaining a windmill performance flight test point; controlling a test engine to perform a windmill performance flight test according to the priority of the windmill performance flight test point; and recording windmill performance according to the windmill performance flight test. Through the civil large-bypass-ratio turbofan engine windmill performance flight test on a flight platform, an engine overall performance windmill state model is checked and corrected, and the windmill starting performance of the civil large-bypass-ratio turbofan engine is improved.

This utility model discloses a modular windmill filter unit, relating to the technical field of windmill filter units. Its key features include a fan and modular air boxes arranged on all four sides of the fan. The modular air boxes have inlets and outlets corresponding to the side air vents of the fan. One side of the outlet of the modular air box can be connected to a terminal air box via a duct. A plug is fixedly installed on one side of the modular air box, and the fan has slots adapted to the plug. The technical advantage is that when the modular air box needs to be removed, the operator can use a pull rod to move a limiting block and compress a first spring. Simultaneously, the limiting block can separate from the limiting groove on the plug. After the limiting block separates from the limiting groove, the second spring restores its elasticity, pushing a push plate outward. The push plate then pushes the modular air box outward to separate it from the fan, facilitating quick removal of the modular air box by the operator.

1. Name of the product in this design: Windmill for a Leaf-blowing Module. 2. Purpose of this design: This design is used to install a leaf-blowing module on the body of a garden robot to generate airflow for blowing leaves. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.