WO2015168822A1 - Multiple-blade horizontal intelligent wind power generator - Google Patents

Multiple-blade horizontal intelligent wind power generator Download PDF

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Publication number
WO2015168822A1
WO2015168822A1 PCT/CN2014/000627 CN2014000627W WO2015168822A1 WO 2015168822 A1 WO2015168822 A1 WO 2015168822A1 CN 2014000627 W CN2014000627 W CN 2014000627W WO 2015168822 A1 WO2015168822 A1 WO 2015168822A1
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WIPO (PCT)
Prior art keywords
blade
engine
wind
blades
spring
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Application number
PCT/CN2014/000627
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French (fr)
Chinese (zh)
Inventor
赵东南
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赵东南
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Publication date
Priority to CN201410201292 priority Critical
Priority to CN201410201292.5 priority
Application filed by 赵东南 filed Critical 赵东南
Publication of WO2015168822A1 publication Critical patent/WO2015168822A1/en

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03DWIND MOTORS
    • F03D1/00Wind motors with rotation axis substantially parallel to the air flow entering the rotor 
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03DWIND MOTORS
    • F03D1/00Wind motors with rotation axis substantially parallel to the air flow entering the rotor 
    • F03D1/02Wind motors with rotation axis substantially parallel to the air flow entering the rotor  having a plurality of rotors
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/70Wind energy
    • Y02E10/72Wind turbines with rotation axis in wind direction

Abstract

Disclosed is a multiple-blade horizontal intelligent wind power generator, comprising a main machine (1), a transmissive shaft tube (5), blades (7), a three-segment standing column (12), a footplate (13), a guy wire (14), an independent moving blade of a trapezoid and rectangular shape, and a torsional spring and a spring arm, wherein the blades are separated into several groups and drive in a horizontal state a driving wheel, and the movement of the moving blade and a blade rod is a hinged movement which depends on a buffer angle of the torsional spring to receive the driving force from the wind and transforms the driving force into power.

Description

多叶式卧式智能风力发动机  Multi-leaf horizontal intelligent wind turbine
( 001 )技术领域  ( 001 )Technical field
( 002 )本发明属于风力发动机技术领域。 ( 003 )背景技术 (002) The invention belongs to the technical field of wind turbines. (003) Background Art
( 004 )目前在风力发动机领域使用的风能动力装置均属于固定式叶片风能 装置,缺乏机动性、灵活性、轻便说性,无法满足小型、轻微型发电设备的需求。 研发《多叶式卧式智能风力发动机》 的目的在于风能发电设备达到智能化、 ( 004 ) The wind power units currently used in the field of wind turbines are fixed-type wind energy installations, which lack maneuverability, flexibility and portability, and cannot meet the needs of small and light power generation equipment. The purpose of developing the "multi-leaf horizontal intelligent wind turbine" is to achieve intelligentization of wind power generation equipment.
 Book
技术结构简单精制、 操作便利、 更加深入到普通家庭和人群。 并采用独立式 活动叶片技术将把大小风都能利用起来, 对风能的利用率可达 95%以上。 The technical structure is simple and refined, the operation is convenient, and it is more in-depth to ordinary families and people. And the independent movable blade technology will make use of both large and small winds, and the utilization rate of wind energy can reach more than 95%.
( 005 )发明内容 ( 005 ) Summary of the invention
( 006 )多叶式卧式智能风力发动机可拆卸成, 主机、 传动轴管、 叶片、 三 节立柱、 脚板、 拉线, 一面梯形长方形独立活动叶片与拧簧弹簧臂。 ( 006 ) The multi-leaf horizontal intelligent wind engine can be disassembled into a main body, a drive shaft tube, a blade, a three-section column, a foot plate, a pull wire, a trapezoidal rectangular independent movable blade and a spring-loaded spring arm.
( 007 ) 24-32篇以上的叶片在传动轴上每组 3-4片,分到 6 8组保证强劲动 力, 并横向卧式状态上带动主动轮离地面 2~3米上空运行。 ( 007 ) More than 24-32 blades in each group of 3-4 pieces on the drive shaft, divided into 6 8 sets to ensure strong power, and the horizontal horizontal state drives the drive wheel to run 2~3 meters above the ground.
( 008 ) 活动叶片与叶片杆的活动形式是合页式活动形式, 依靠柠簧的缓冲 接受风力的推动力转换成转动力, 活动角度限制为 0〜90度角。 ( 008 ) The movable blade and the blade lever are in the form of hinge movement, which is converted into a rotational force by the cushioning force of the lime spring, and the movable angle is limited to an angle of 0 to 90 degrees.
( 009 ) 多叶式卧式智能风力发电机的前后轴,每组带 3〜4个叶片的叶片槽, 前轴带 3~4组叶片槽, 后轴带 3~ 组叶片槽。 ( 009 ) The front and rear axles of the multi-leaf horizontal intelligent wind turbine, each with 3 to 4 blades, the front axle with 3 to 4 sets of vane slots, and the rear axle with 3 to set of vane slots.
( 010 )多叶式卧式智能风力发电机的前后轴叶片固定槽与叶片槽内的固定 弹簧、 固定叶片杆的固定罩、 叶片杆的固定销子。 ( 010 ) The front and rear axle vane fixing grooves of the multi-leaf type horizontal intelligent wind turbine and the fixed spring in the vane groove, the fixed cover of the fixed vane rod, and the fixed pin of the vane rod.
( 012 )发电机的主机框与主机框内的主动轮与主轴套管、 两个轴承与轴承 的连接销子。 ( 012 ) The main frame of the generator and the driving wheel and the main shaft casing in the main frame, and the connecting pins of the two bearings and the bearing.
( 013 )主机上的圆形主动轮与半圆形防护盖子的两边两个加长轴承与防雨 盖子。 ( 013 ) The circular drive wheel on the main unit and the two sides of the semi-circular protective cover are two long bearings and rainproof Cover.
( 014 )主机与发电机下面的智能集成块与自动调节装置、 智能调节板自动 调节发电机电压, 储存电源, 输出制定频率的电流量。  ( 014 ) The intelligent integrated block and automatic adjustment device under the host and the generator automatically adjust the generator voltage, store the power supply, and output the current amount of the set frequency.
( 015 )主机下面压力轴承与立柱内的活动支撑杆、 叶片形状为一面梯形长 方形, 一面梯形正方形, 前一组叶片小后一组叶片大, 成大风舵状, 自动调 整风向周转 360度运行。  ( 015 ) The pressure bearing on the lower part of the main engine and the movable support rod in the column, the shape of the blade is a trapezoidal long square, one trapezoidal square, the first group of blades is small and the latter group is large, forming a large wind rudder shape, and automatically adjusting the wind direction to rotate 360 degrees.
( 016 )发电机的三段分解式立柱、 脚板、 拉线勾 4个、 拉线紧线器 4个稳 定住发电机整体, 保障安全运行。  ( 016 ) The three-stage decomposed column, the foot plate and the pull wire hook of the generator, and the four wire tensioners stabilize the generator as a whole to ensure safe operation.
( 017 )发动机由 14个部分组成; 1)发动机主机; 2)皮带框; 3) (前)小 叶片; 4) (后)大叶片; 5)前传动轴与叶片槽; 6)后传动轴与叶片槽; 7) 合页式叶片杆与活动叶片; 8)合页式叶片杆与柠黄式弹簧; 9)发电机; 10) 三角皮带; 11 )智能调节器箱; 12)分解式三段立柱; 13)脚板; 14) 固定 拉线。  ( 017 ) The engine consists of 14 parts; 1) engine mainframe; 2) belt frame; 3) (front) small blades; 4) (rear) large blades; 5) front drive shaft and vane slots; 6) rear drive shaft 7) Cooperate blade and movable blade; 8) Hinge blade and lime yellow spring; 9) Generator; 10) V-belt; 11) Intelligent regulator box; 12) Decomposed type III Duan Lizhu; 13) Foot plate; 14) Fixed cable.
( 018 )主动轮以三角皮带带动被动轮使发电机发电。 a) 12-16个前小叶片, 4片为一组插在叶片槽, 分 3~4个组以上叶片槽安装在前传动轴; b) 12-16 个后大叶片 4片为一组插在 3~4个叶片槽上,在风力的推动下转动其发动机 主动轮使发电机发电。发动机在离地面 2~3米空中靠杆式立柱与拉线的支撑 在 360度自动调整风向运行,  (018) The driving wheel drives the passive wheel with a V-belt to make the generator generate electricity. a) 12-16 front small blades, 4 pieces are inserted into the blade groove, and 3~4 groups are installed on the front drive shaft; b) 12-16 rear large blades are 4 sets On the 3~4 blade slots, the engine drive wheel is rotated by the wind to make the generator generate electricity. The engine is supported by the pole column and the cable at 2 to 3 meters from the ground. The wind direction is automatically adjusted at 360 degrees.
( 020 )附图说明  ( 020 ) Description of the drawings
( 021 )图 1是发动机合页式活动叶片与叶片杆和弹簧; ①一面梯形长方形 叶片; ②叶片杆; ③叶片合页; ④弹簧臂; ⑤拧簧式弹簧; ⑥固定销子。 (021) Figure 1 is the engine hinged movable blade and blade lever and spring; 1 one-sided trapezoidal rectangular blade; 2 bladed bar; 3 blade hinge; 4 spring arm; 5 spring-spring; 6 fixed pin.
( 022 )图 2是发动机主机。 ①发电机; ②主动轮; ③主轴; ④三角皮带; ⑤秤重轴承; ⑥承向杆; ⑦轴承。 ( 023 )图 3是发动机主机的停机时的正面状态。① 6个不同层次的叶片;② 发动机主机; ③拆卸式支撑杆; ④支撑杆的脚板。 (022) Figure 2 is the engine main unit. 1 generator; 2 drive wheel; 3 spindle; 4 triangle belt; 5 weighing bearing; 6 bearing rod; 7 bearing. (023) Figure 3 is the frontal state of the engine main engine when it is stopped. 1 6 different levels of blades; 2 engine main engine; 3 disassembled support rod; 4 support rod foot plate.
( 024 )图 4是发动机的叶片槽。 ①主轴孔; ②叶片销子大槽; ③叶片销子 小槽; ④叶片槽 4个内主孔; ⑤叶片杆支撑板。  (024) Figure 4 is the blade groove of the engine. 1 spindle hole; 2 blade pin large groove; 3 blade pin small groove; 4 blade groove 4 inner main hole; 5 blade rod support plate.
( 025 )图 5是发动机支撑杆。 ①支撑杆秤重轴承座; ②支撑杆连接部; ③ 支撑杆脚板。  (025) Figure 5 is an engine support rod. 1 support rod weighing bearing; 2 support rod connection; 3 support rod foot board.
( 026 )图 6是发动机主机侧视图。 ①发动机叶片; ②发电机; ③发动机主 机; ④支撑杆; ⑤拉线; ⑥支撑杆脚板。  (026) Figure 6 is a side view of the engine main unit. 1 engine blade; 2 generator; 3 engine main engine; 4 support rod; 5 pull line; 6 support rod foot board.
( 027 )具体实施方式  (027) Detailed Description
发动机主机用不锈钢质材制造。 a)首先用铝制板制造一面梯形长方形叶片 (图 1 ); b)用不锈钢制造发动机主机(图 2); 安装发动机(图 2~®) 安装 主动轮、 主轴、三角皮带、 秤重轴承、 承向杆、 轴承(图 2-②③④⑤ (^⑦); c)前转动轴上安装小叶片固定在叶片槽内 (图 1, 图 4-①②③④⑤); d) 后转动轴管上安装大叶片固定在叶片槽内 (图 1, 图 4-①②③④⑤); e)前 叶片安装在发动机主动轮的迎风面一方; f)后叶片组装在主动轮的后一方; g)承向杆(图 2-⑥)套住承重轴承(图 2-⑤) 360度自动调整风向; h)承 向杆 (图 2-⑥)套住承重轴承(图 2-⑤) 安装在支撑杆的顶部脚板坐垫基 地面(图 5-③)。 The engine main engine is made of stainless steel. a) First, use a aluminum plate to make a trapezoidal rectangular blade (Fig. 1); b) Make the engine mainframe made of stainless steel (Fig. 2); Install the engine (Fig. 2~®) Install the drive wheel, spindle, V-belt, weighing bearing, Bearing rods and bearings (Fig. 2-2345 (^7); c) The small blades mounted on the front rotating shaft are fixed in the groove of the blade (Fig. 1, Fig. 4-12345); d) The large blade is fixed on the rear rotating shaft tube In the blade groove (Fig. 1, Fig. 4-12345); e) the front blade is mounted on the windward side of the engine drive wheel; f) the rear blade is assembled on the rear side of the drive wheel; g) the bearing rod (Fig. 2-6 ) Cover the bearing bearing (Figure 2-5) 360 degrees to automatically adjust the wind direction; h) Bearing rod (Figure 2-6) to cover the bearing bearing (Figure 2-5) Mounted on the top of the support bar cushion base (Figure 5-3).
本发明的发动机内部结构科技含量高, 生产制造技术工艺先进、智能化程 度髙, 特别适合村庄、 民宅、 地质勘察队、 营房、 岗哨、 草原游牧民、 小型 水利灌溉、 生活用照明、 小动力用电。 本发明使用地域广泛, 经济效益高, 发展前景广。  The internal structure of the engine of the invention has high scientific and technological content, advanced manufacturing technology and intelligent degree, and is particularly suitable for villages, houses, geological survey teams, barracks, sentries, grassland nomads, small-scale irrigation, living lighting, small power Electricity. The invention has wide geographical area, high economic benefit and wide development prospect.

Claims

权 利 要 求 书  Claims
、 多叶式卧式智能风力发电机的主机框、 传动轴管、 叶片、 三节段立柱、 脚 板、 拉线, 一面梯形长方形独立活动叶片与拧簧式弹簧和弹簧臂。 The main frame of the multi-leaf horizontal intelligent wind turbine, the drive shaft tube, the blade, the three-section column, the foot plate, the pull wire, the trapezoidal rectangular independent movable blade and the spring-loaded spring and the spring arm.
、 24-32篇以上的风力叶片在传动轴上每组 3〜4片, 分组到 6~8组数量來保 证动力, 并横向卧式状态上带动主动轮离地面 2〜3米上空运行。 More than 24-32 wind blades are 3~4 pieces in each group on the drive shaft, grouped into 6~8 groups to ensure the power, and the horizontal horizontal state drives the driving wheel to run over 2~3 meters from the ground.
、 活动叶片与叶片杆的活动形式是合页式活动形式, 依靠柠黄的缓冲 角度迎接风力的推动力转换成转动力产生动力, 活动角度限制 角度为 0〜90度角。 The movable blade and the blade lever are in the form of hinge movement. The cushioning angle of the yellow and yellow is used to greet the driving force of the wind and convert it into a rotational force to generate power. The angle of the movable angle is 0 to 90 degrees.
、 多叶式卧式智能风力发电机的前后轴, 每组带 3~ 个叶片的叶片槽, 前轴 带 3~4组叶片槽, 后轴带 3 组叶片槽。 The front and rear axles of the multi-leaf horizontal intelligent wind turbine, each with 3~ blades of vane slots, the front axle with 3~4 sets of vane slots, and the rear axle with 3 sets of vane slots.
、 多叶式卧式智能风力发电机的前后轴叶片固定槽与叶片槽内的固定弹簧、 固定叶片杆的固定罩、 叶片杆的固定销子。 The front and rear shaft blade fixing grooves of the multi-leaf type horizontal intelligent wind power generator and the fixed spring in the blade groove, the fixed cover of the fixed blade rod, and the fixed pin of the blade rod.
、 发动机的主机框与主机框内的主动轮与主轴套管、两个轴承与轴承的连接 销子。 , the main frame of the engine and the driving wheel and the main shaft casing in the main frame, and the connecting pins of the two bearings and the bearing.
、 主机上的圆形主动轮与半圆形防护盖子的两边两个加长轴承与防雨盖子。 、 主机与发电机下面的智能集成块与自动调节装置板、智能调节板自动调节 发电机电压, 储存电源, 输出设定频率的电流量。 , the circular drive wheel on the main unit and the two sides of the semi-circular protective cover are two long bearings and a rain cover. The intelligent integrated block and the automatic adjusting device board under the host and the generator automatically adjust the generator voltage, store the power supply, and output the current amount of the set frequency.
、 主机下面压力轴承与立柱内的活动支撑杆、 叶片形状为一面梯形长方形, 一面梯形正方形, 前组叶片小, 后组叶片大, 发动机自然成大风舵状, 周 转 360度自动调整风向运行。The pressure bearing on the lower part of the main machine and the movable support rod in the column have a trapezoidal rectangular shape and a trapezoidal square shape. The front group of blades is small, and the rear group of blades is large. The engine naturally forms a large wind rudder shape, and the 360 degree rotation automatically adjusts the wind direction operation.
0、 发动机的三节段分解式立柱、 脚板、 拉线勾 4个、 拉线紧线器 4个稳定住 发动机整体平稳, 保障发动机的安全运行。 0. The three-section decomposed column, the foot plate and the pull wire hook of the engine are four, and the cable tensioner is stable. The engine is stable overall and the engine is safely operated.
PCT/CN2014/000627 2014-05-05 2014-06-30 Multiple-blade horizontal intelligent wind power generator WO2015168822A1 (en)

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CN201410201292.5 2014-05-05

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
RU2654662C1 (en) * 2016-12-29 2018-05-21 Михаил Петрович Фролов Device of the wind-motor containing the blade propellers of different diameter, located in parallel vertical plates on the general axis of rotation from a screw of a small diameter to the next screw of a large diameter relating to the previous with a gap between them

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CN101469668A (en) * 2007-12-25 2009-07-01 上海万德风力发电股份有限公司 Small power electromagnetic deceleration pressure-limiting wind and solar energy mutual-complementing power generation system
CN202170844U (en) * 2011-05-31 2012-03-21 田昌岳 Automatic double-regulation wind driven generator and blades thereof
CN102913383A (en) * 2012-10-22 2013-02-06 赵东南 Multi-vane horizontal-type movable wind power generator
CN102996352A (en) * 2012-11-05 2013-03-27 赵东南 Multi-blade horizontal-type portable wind driven generator
CN103437947A (en) * 2013-08-14 2013-12-11 赵东南 Multi-vane type horizontal full-automatic domestic wind driven generator

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101415939A (en) * 2003-10-23 2009-04-22 海风科技有限责任公司 Power generation assemblies
CN101469668A (en) * 2007-12-25 2009-07-01 上海万德风力发电股份有限公司 Small power electromagnetic deceleration pressure-limiting wind and solar energy mutual-complementing power generation system
CN202170844U (en) * 2011-05-31 2012-03-21 田昌岳 Automatic double-regulation wind driven generator and blades thereof
CN102913383A (en) * 2012-10-22 2013-02-06 赵东南 Multi-vane horizontal-type movable wind power generator
CN102996352A (en) * 2012-11-05 2013-03-27 赵东南 Multi-blade horizontal-type portable wind driven generator
CN103437947A (en) * 2013-08-14 2013-12-11 赵东南 Multi-vane type horizontal full-automatic domestic wind driven generator

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
RU2654662C1 (en) * 2016-12-29 2018-05-21 Михаил Петрович Фролов Device of the wind-motor containing the blade propellers of different diameter, located in parallel vertical plates on the general axis of rotation from a screw of a small diameter to the next screw of a large diameter relating to the previous with a gap between them

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