阅读说明：本技术 有风力发电机的用电产品 (Electric product with wind driven generator ) 是由 赛青松 赛红伟 魏剑秋 林一楠 王震宇 赵政然 赛俐娅 孔宁 孔毅 秦博 王巍 于 2019-10-18 设计创作，主要内容包括：有风力发电机的用电产品,其技术特征在于：包括微型风力发电机、转子组成、定子组成、线圈绕组、电刷、滑环、接线端子、回路、风轮、叶片、增速机、传感器、电池、调控器、逆变器、变压器、整流器、变频器、电元件、微处理器、液晶显示屏、触控开关在内的各种电器件和元器件,转子轴可作为传动轴替代电动机,微小化设计外置连接、安装于用电产品和设备,通过发电机给用电产品供电、驱动和储存电。(The electric product with the wind driven generator is technically characterized in that: the wind wheel is connected with the rotor shaft in a microminiaturized design, and the rotor shaft can be externally connected and installed on electric products and equipment, and supplies power, drives and stores electricity for the electric products through the generator.)

1. The electric product with the wind driven generator is technically characterized in that: the miniature wind driven generator comprises a miniature wind driven generator with more than one interface, a rotor assembly, a stator assembly, a coil winding, an electric brush, a slip ring, a wiring terminal, a conduction circuit, a wind wheel, blades with different shapes, a sensor, a transmission system, a clutch, a speed increaser, a gear, a yawing device, a battery, a modulator, an inverter, a transformer, a rectifier, a frequency converter, an electric element, an assembly chip, a counter, a microprocessor, a controller, an ultrathin liquid crystal touch display screen, a touch switch and a tower frame, wherein various parts are subjected to microminiaturization design, and the coil cuts magnetic lines of force to generate induced potential, and the wiring circuit generates current. Is connected by wiring and externally installed on various electric products and equipment with more than one interface. The wind power generator shell cover is internally and externally provided with wiring which is connected with an electric device, an electric element and a battery. Wind power is directly converted into electric energy to supply power to electric products by blowing the blades of the wind wheel of the horizontal axis wind turbine or the vertical axis wind turbine to rotate to generate power through natural wind power.

The generator can store electricity in the battery through wiring and an interface, and can be powered by the battery or an external power supply to electrically start the wind driven generator to generate electricity.

The touch display screen controller is designed on the surface of a shell of the wind driven generator or a shell of a generator cabin, and is provided with wiring connected with a yaw device, a motor, various electric devices, components, assemblies and chips in the generator or the generator cabin. The display screen and the controller can also be externally connected with the generator through wiring to display various electrical data of electrical current, voltage and power.

The horizontal axis wind turbine and the vertical axis wind turbine can be directly supplied with power by a battery and an external power supply to perform electric starting power generation. The rotor shaft of the generator drives the blades of the wind wheel to rotate, so that the generator can be used as an electric fan, and the effect of one machine with two purposes is achieved.

The wind driven generator can be designed and arranged with a remote control device, and the remote control device is operated by the remote control device or works in place of the controller.

The wind wheel blade of the horizontal shaft wind driven generator can be a waterwheel blade-shaped blade, a waterwheel groove-shaped blade, an I-shaped blade, a king-shaped blade, a scarf-shaped blade or a fork-shaped blade.

The cylindrical electric starting generator replaces a motor, one end or two ends of a sleeved rotor shaft penetrate through a stator winding and extend out of a generator shell cover to generate electricity or be used as a transmission shaft to operate and drive, and the cylindrical electric starting generator is suitable for replacing motors in different types of motors, compressors, various pumps, hydraulic generators, steam turbines and gas turbines to work.

(1) The horizontal shaft wind driven generator is in a cylindrical shape, a rotor shaft of the generator penetrates through a stator winding and is sleeved in a shell of the generator, one end or two ends of the threaded rotor shaft extend out of the shell, and more than one wind wheel can be mounted at one end or two ends of the rotor shaft. The blades are exposed out of the wind wheel of the shell cover. One end of the rotor shaft extends out of the shell barrel, and the wind driven generator is provided with a rear engine base. The two ends of the rotor shaft extend out of the generator shell and are in a symmetrical appearance shape.

(2) The technical scheme is suitable for designing and manufacturing the large-scale wind driven generator. The generator is used to replace motor and is suitable for electric fan, exhaust fan, ceiling fan and fan with both power generating and fan functions.

(3) The cylindrical electric starting generator is connected with a hydrogen compressor through wiring to supply power, the hydrogen compressor is connected with a hydrogen production device, a pressure reducing device and an engine power device through pipelines, the produced hydrogen is input into an engine with a piston water guide pipe at the bottom, and an electric ignition system ignites the hydrogen to enable the engine to work. The technical scheme of the device is suitable for motor vehicles, boats, airplanes, power delta wing vehicles and sports products with power devices.

2. Reference 2013102542081 to instruction sheet 100 according to claim 1, claim 4. The dual-purpose aerogenerator of horizontal axis, its technical characterstic is: (1) the wind power generator comprises a horizontal axis wind power generator with more than one interface, a rotor assembly, a stator assembly, a coil winding, an electric brush, a slip ring, a wiring terminal, a conduction circuit, a wind wheel, blades with different shapes, a sensor, a transmission system, a clutch, a speed increaser, a gear, a yawing device, a battery, a modulator, a transformer, an inverter, a rectifier, a frequency converter, an electric element, an assembly chip, a counter, a microprocessor, a controller, an ultrathin liquid crystal touch display screen, a touch switch and various appliance parts of a tower frame. The wind driven generator can be powered by a battery or an external power supply to perform electric starting and power generation. The threaded rotor shaft drives the wind wheel blade to rotate to be used as an electric fan, and the effect of one machine with two purposes is achieved.

(2) The horizontal shaft dual-purpose wind driven generator is cylindrical, one end or two ends of a threaded rotor shaft extend out of the shell, and more than one wind wheel can be mounted and dismounted at one end or two ends of the rotor shaft. The wind wheel blades are arranged on the shell cover. One end of the rotor shaft extends out of the shell barrel, and the wind driven generator is provided with a rear engine base. The two ends of the rotor shaft extend out of the generator shell and are in a symmetrical appearance shape. The display screen and the controller are arranged on the surface of the shell cover of the cylindrical generator, and can also be designed on a base under the tower. The wiring is connected with various electric devices and components in the generator or the engine room.

(3) The dual-purpose wind driven generator can be provided with a remote control device, and the remote control device is operated by the remote control device or works in place of the controller.

(4) The wind driven generator can be connected with an external display screen and a controller through electric wires, and the display screen can display various data of electric current, voltage and power.

3. The special mobile phone with weather monitoring function according to claim 1, claim 2, claim 2015100668775, claim 3, claim 2019109381815, specification figure 8 and claim 4 with reference to 201410449441X. There is aerogenerator's smart mobile phone, its technical characterstic is: (1) the top end of the smart phone is provided with a tiny round hole, a tower thin tube of a micro horizontal shaft and vertical shaft wind driven generator with more than one interface can be inserted into the round hole of the smart phone with a sensor, a wiring is arranged in the tower tube of the generator tower and connected with the wind driven generator, and the other end of the wiring is provided with an interface which is inserted and connected with a circuit interface in the round hole at the top of the smart phone. A touch display screen and a controller are arranged outside a wind driven generator shell cover, and various switches of the controller respectively control rotation, power generation, power supply, current, voltage and power of a fan and can display various data of the electricity. The wind driven generator without a display screen and a controller is arranged outside the shell, and various electric data are displayed on the display screen of the mobile phone through the sensor in the circular hole of the mobile phone. Wind power is blown by natural wind to rotate wind wheel blades of the wind driven generator to generate electricity, wind energy is directly converted into electric energy, and the electric energy is supplied to a smart phone and a special mobile phone battery with a weather monitoring function through tower pipe wiring. Or the micro wind driven generator is externally arranged to generate power, the mobile phone is powered through generator wiring, and various data of the power are displayed on a display screen of a shell of the generator.

(2) The horizontal shaft micro wind driven generator can be cylindrical, a rotor shaft of the generator penetrates through a stator winding and serves as a transmission shaft, one end or two ends of the threaded rotor shaft extend out of a generator shell, and more than one number of wind wheels can be driven in a detachable mode.

(3) A wind vane, a rotating speed wheel, a wind sensor and an anemometer can be installed on the circular hole in the top end of the mobile phone, and wind direction and wind speed electronic data can be displayed through a display screen of the mobile phone. The wind vane arrows and the tail may be more than one side-by-side.

(4) The mobile phone round hole can be used for different purposes according to sampling, detection, assay, monitoring and analysis, the sampling tube, the detection tube, the analyzer and the sensor which are inserted with different filter layers can be replaced, and the mobile phone round hole is in contact connection with the sensor and the analysis circuit in the mobile phone round hole, and electronic data is displayed on the display screen.

(5) The wind driven generator can be powered by a battery or an external power supply to perform electric starting and power generation. The generator rotor shaft drives the wind wheel blades to rotate, and the generator can be used as an electric fan.

(6) Besides silicon, nano, tin-aluminum alloy and optical fiber materials, mineral crystals, graphite and tungsten-aluminum alloy can be used for manufacturing intelligent mobile phone chips, semiconductors, integrated circuits, batteries and electrodes.

The technical scheme is suitable for plane computers, notebook computers, various communication tools with more than one electric interface, various electric vehicles and sports products, and any miniaturized electric products and products with batteries. According to the specification and the requirement of the electric product, the external wind driven generator does not limit the specification and the model.

4. The claims are applicable to 2013102542081, 201410449441X, 2015100668775, 2019106864611, 2019107814041 and 2019109381815 related products.

The technical field is as follows: electric product for fan of sensor motor of communication product of wind driven generator

Background art: the increase of new products of electricity consumption demands the simple utilization of renewable energy power.

The invention content is as follows: the electric product with the wind driven generator is technically characterized in that: the miniature wind driven generator comprises a miniature wind driven generator with more than one interface, a rotor assembly, a stator assembly, a coil winding, an electric brush, a slip ring, a wiring terminal, a conduction circuit, a wind wheel, blades with different shapes, a sensor, a transmission system, a clutch, a speed increaser, a gear, a yawing device, a battery, a modulator, a transformer, an inverter rectifier, a frequency converter, an electric element, an assembly chip, a counter, a microprocessor, a controller, an ultrathin liquid crystal touch display screen, a touch switch and a tower frame, wherein various device parts are subjected to microminiaturization design, and the coil cuts magnetic lines of force to generate induced potential, and the wiring circuit generates current. Is connected by wiring and externally installed on various electric products and equipment with more than one interface. The wind power generator with more than one interface is provided with wiring inside and outside the shell cover of the wind power generator, and the wiring is connected with an electric device, an electric element and a battery. Wind wheel blades of a horizontal axis wind turbine or a vertical axis wind turbine are blown by natural wind to rotate to generate electricity, and wind energy is directly converted into electric energy to supply power to electric products.

The generator can store electricity in the battery through wiring and an interface, and can be powered by the battery or an external power supply to electrically start the wind driven generator to generate electricity. The touch display screen controller is designed on the surface of a shell barrel of the wind driven generator or a shell of a generator cabin, and is provided with wiring connected with a yawing device in the generator or the generator cabin, and various electric devices, components and assemblies. The display screen and the controller can also be externally connected with the generator through wiring to display various electrical data of electrical current, voltage and power.

The horizontal axis wind turbine and the vertical axis wind turbine can be directly supplied with power by a battery and an external power supply to perform electric starting power generation. The rotor shaft of the generator drives the blades of the wind wheel to rotate, so that the generator can be used as an electric fan, and the effect of one machine with two purposes is achieved.

The wind driven generator can be designed and arranged with a remote control device, and the remote control device is operated by the remote control device or works in place of the controller.

The wind wheel blade of the horizontal shaft wind driven generator can be a waterwheel blade-shaped blade, a waterwheel groove-shaped blade, an I-shaped blade, a king-shaped blade, a scarf-shaped blade or a fork-shaped blade.

The cylindrical electric starting generator replaces a motor, one end or two ends of a sleeved rotor shaft penetrate through a stator winding and extend out of a generator shell cover to generate electricity or be used as a transmission shaft to operate and drive, and the cylindrical electric starting generator is suitable for replacing motors in different types of motors, compressors, various pumps, hydraulic generators, steam turbines and gas turbines to work.

(1) The horizontal shaft wind driven generator can be in a cylindrical shape, a rotor shaft of the generator penetrates through a stator winding and is sleeved in a shell of the generator, one end or two ends of the threaded rotor shaft extend out of the shell, and one end or two ends of the rotor shaft can be detached and drive more than one wind wheel with a shell cover. One end of the rotor shaft extends out of the shell of the generator and is provided with a rear engine base.

(2) The technical scheme is suitable for designing and manufacturing the large-scale wind driven generator. The generator is used to replace motor and is suitable for electric fan, exhaust fan, ceiling fan and fan with both power generating and fan functions.

(3) The cylindrical electric starting generator is connected with a hydrogen compressor through wiring to supply power, the hydrogen compressor is connected with a hydrogen production device, a pressure reducing device and an engine power device through pipelines, the produced hydrogen is input into an engine with a piston water guide pipe at the bottom, and an electric ignition system ignites the hydrogen to enable the engine to work. The technical scheme of the device is suitable for motor vehicles, boats, airplanes, power delta wing vehicles and sports products with power devices.

The wind driven generator is different from a wind driven generator with one end of a transmission shaft extending out of a generator shell and an electric product which is not externally connected with the wind driven generator.

Description of the drawings:

fig. 1 is a horizontal axis dual-purpose wind power generator.

Refer to 2013102542081 for the description of the book 100, claim 4. The dual-purpose aerogenerator of horizontal axis, its technical characterstic is: (1) the wind power generator comprises a horizontal axis wind power generator with more than one interface, a rotor assembly, a stator assembly, a coil winding, an electric brush, a slip ring, a wiring terminal, a conduction circuit, a wind wheel, blades with different shapes, a sensor, a transmission system, a clutch, a speed increaser, a gear, a yawing device, a battery, a modulator, a transformer, an inverter, a rectifier, a frequency converter, an electric element, an assembly chip, a counter, a microprocessor, a controller, an ultrathin liquid crystal touch display screen, a touch switch and various appliance parts of a tower frame. The wind driven generator can be powered by a battery or an external power supply to perform electric starting and power generation. The rotor shaft drives the blades of the wind wheel to rotate to be used as an electric fan, and the effect of one machine with two purposes is achieved.

(2) The horizontal shaft dual-purpose wind driven generator is in a cylindrical shape, a rotor shaft of the generator penetrates through the stator winding, and one end or two ends of the rotor shaft extend out of the shell. One end or two ends of the rotor shaft with the threads can be detached and drive more than one wind wheel. The blades are exposed to a wind wheel which can be provided with a shell cover. One end of the rotor shaft extends out of the dual-purpose wind power generator shell and is provided with a rear machine base. The two ends of the rotor shaft extend out of the generator and are in a symmetrical appearance shape.

(3) The display screen and the controller are arranged on the surface of the shell cover of the cylindrical generator, and can also be designed on a base under the tower. The wiring is connected with various electric devices and components in the generator or the engine room.

(4) The dual-purpose wind driven generator can be provided with a remote control device, and the remote control device is operated by the remote control device or works in place of the controller.

(5) The wind driven generator can be connected with an external display screen controller through an electric connection line, and the display screen can display various electric data of electric current, voltage and power.

The technical scheme is suitable for designing and manufacturing the large-scale wind driven generator.

The electric fan is different from a horizontal shaft wind driven generator and an electric fan which can only generate electricity and cannot be used as the electric fan.

Fig. 2 and 3 show a smartphone with a horizontal-axis and a vertical-axis wind turbine.

With reference to 201410449441X claim 2, 2015100668775 claim 3, 2019109381815 specification figure 8, claim 4, special mobile phone with weather monitoring function. There is aerogenerator's smart mobile phone, its technical characterstic is: (1) the top end of the smart phone is provided with a tiny round hole, a tower thin tube of a micro horizontal shaft and vertical shaft wind driven generator with more than one interface can be inserted into the round hole of the smart phone with a sensor, a wiring is arranged in the tower tube of the generator tower and connected with the wind driven generator, and the other end of the wiring is provided with an interface which is inserted and connected with a circuit interface in the round hole at the top of the smart phone. A touch display screen and a controller are arranged outside a wind driven generator shell cover, and various switches of the controller respectively control rotation, power generation, power supply, current, voltage and power of a fan and can display various data of the electricity. The wind driven generator without a display screen and a controller is arranged outside the shell, and various electric data are displayed on the display screen of the mobile phone through the sensor in the circular hole of the mobile phone. Wind power is blown by natural wind to rotate wind wheel blades of the wind driven generator to generate electricity, wind energy is directly converted into electric energy, and the electric energy is supplied to a smart phone and a special mobile phone battery with a weather monitoring function through tower pipe wiring. Or the micro wind driven generator is externally arranged to generate power, the mobile phone is powered through generator wiring, and various data of the power are displayed on a display screen of a shell of the generator.

(2) The horizontal shaft micro wind driven generator can be cylindrical, a rotor shaft of the generator penetrates through the stator winding, one end or two ends of the threaded rotor shaft extend out of a generator shell, and more than one number of wind wheels can be driven in a detachable mode.

(3) A wind vane, a rotating speed wheel, a wind sensor and an anemometer can be installed on the circular hole in the top end of the mobile phone, and wind direction and wind speed electronic data can be displayed through a display screen of the mobile phone. The wind vane arrows and the tail may be more than one side-by-side.

(4) The mobile phone round hole can be used for sampling, detecting, testing and monitoring different purposes, the sampling tube, the detecting tube, the analyzing tube and the sensor which are inserted with different filter layers can be replaced, and the mobile phone round hole is in contact connection with the sensor and the analyzing circuit in the mobile phone round hole, and electronic data is displayed on the display screen.

(5) The wind driven generator can be powered by a battery or an external power supply to perform electric starting and power generation. The generator rotor shaft drives the wind wheel blades to rotate, and the generator can be used as an electric fan.

(6) Besides silicon, nano, tin-aluminum alloy and optical fiber materials, mineral crystals, graphite and tungsten-aluminum alloy can be used for manufacturing intelligent mobile phone chips, semiconductors, integrated circuits, batteries and electrodes.

The technical scheme is suitable for plane computers, notebook computers, various communication tools, various electric vehicles and sports products, and any miniaturized electric products and products with batteries.

The intelligent wind power generator is different from an intelligent mobile phone which is not designed, installed and connected with a miniature wind power generator, and an intelligent mobile phone and a communication tool which are externally and internally provided with a miniature electric starting generator.

The main problems to be solved are as follows:

1. the types of wind driven generators are increased, and the direct interconversion and the cyclic efficient utilization of wind energy and electric energy are realized.

2. The power supply device supplies power to the power utilization products in a diversified manner, and efficiently utilizes renewable energy sources which are beneficial to environmental protection.

3. The generator replaces the motor, and the high-efficiency utilization is realized.

4. The problem of mutual conversion and cyclic utilization of wind energy, electric energy and mechanical energy is solved.

The specific implementation mode is as follows: the miniature wind driven generator is externally designed and connected to various electric products, and a rotor shaft of the generator can be used as a transmission shaft for generating electricity and simultaneously can be used for running and driving. The generator shell is connected with an electric product, a battery and a circuit through wiring, and wind energy, electric energy and mechanical energy are converted and recycled through the controller.