Rockwheel catalog
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The Rockwheel electric unicycle is the lightest, fastest, and most powerful self-balancing electric unicycle in the world, with a top speed of 25km/h, a climbing angle of 45 degrees, and a weight of only 8.6kg. It has a range of 30km on a single charge and fixes issues with other electric unicycles of falling over at higher speeds or lacking power.
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Rockwheel
Rockwheel is an electric unicycle that is the fastest, lightest, and most powerful in the world, with a maximum speed of 25km/h. It can climb angles over 45 degrees and weighs only 8.6kg. The Rockwheel fixes issues with previous electric unicycles of falling over at high speeds and lacking power. It provides a cruising range of 30km on a single charge from its 58.8V battery.
Electricity using speed brakers
presentation on production of electricity using speed brakers.
it is helpful for students who are working on projects like this.
it is an inovative idea of generating electricity.
MECHANICS PRO PPT
This document describes a project to generate electricity from speed breakers. The objective is to produce electricity at a very low cost by capturing the kinetic energy of vehicles passing over the speed breakers. A rack-pinion mechanism is used to convert the vertical motion of the vehicles into rotational motion, which is then converted to electricity using a generator. While the initial experiments generated only a small amount of electricity, the students successfully demonstrated the concept. With further refinement of the design and mechanism, speed breakers could potentially be used to generate meaningful amounts of electricity from vehicle traffic.
POWER GENERATION FROM SPEED BREAKERS
This document proposes generating electricity from speed breakers. It discusses using the kinetic energy from vehicles passing over speed bumps to power an electric generator via various mechanisms. The scope is to produce low-cost electricity at locations with traffic. Construction details and the basic principle of converting mechanical to electrical energy are provided. Challenges in initial experiments and achieving proper balance are also noted. While output was low, the concept was demonstrated. Future scopes include designs for heavier vehicles and more efficient mechanisms.
Distributed generation by speed braker at bridge
This document proposes a system to generate electricity from the kinetic energy of vehicles passing over speed bumps on bridges. The system would use a special speed bump arrangement connected to a pump and hydroelectric plant. As vehicles pass over the bumps, the up and down motion would power the pump. The high-pressure water from the pump would turn a turbine connected to a generator, producing electricity. This renewable distributed generation could power local streetlights and areas and excess power could be added to the electric grid. It aims to make productive use of wasted kinetic energy and provide off-grid power solutions.
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This document presents a seminar report on generating electricity using speed bumps. It discusses three mechanisms for converting the kinetic energy of passing vehicles into electrical energy: a crank-shaft mechanism, a rack-pinion mechanism, and a roller mechanism. The report outlines the scope and uses of speed bump generators, such as charging batteries at locations with high traffic like parking lots. Advantages include producing pollution-free power without manual labor or fuel transportation. Future work could focus on designing generators better suited for heavy vehicles to increase output.
GENERATION OF ELECTRICITY THROUGH SPEED BREAKER
This document describes a project to generate electricity from speed breakers on roads. As vehicles pass over speed breakers, kinetic energy is wasted through heat and friction. This project aims to convert that wasted energy into electrical energy. It proposes installing movable speed breakers connected to a rack and pinion mechanism to convert vertical motion into rotational motion. This rotation would generate electricity using standard generators. The document outlines the working principle, components, advantages, and scope of the project. It aims to provide a sustainable energy source by tapping into kinetic energy from traffic on busy roads.
Octavius
This document summarizes a student project to design and build a solar-powered electric vehicle called Octavius. A team of 5 students designed and fabricated Octavius under a professor's guidance. Key objectives were to build a vehicle powered by adjustable solar panels with a 50km range. Technical specifications show Octavius weighs 273kg, has a 48V 50Ah battery, 900W BLDC motor, and can travel 50km on a full charge at up to 32kph. Diagrams show the solar-powered electrical transmission system and fabrication process. The finished Octavius design is presented and compared to an e-rickshaw.
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Rockwheel is an electric unicycle that is the fastest, lightest, and most powerful in the world, with a maximum speed of 25km/h. It can climb angles over 45 degrees and weighs only 8.6kg. The Rockwheel fixes issues with previous electric unicycles of falling over at high speeds and lacking power. It provides a cruising range of 30km on a single charge from its 58.8V battery.
Electricity using speed brakers
presentation on production of electricity using speed brakers.
it is helpful for students who are working on projects like this.
it is an inovative idea of generating electricity.
MECHANICS PRO PPT
This document describes a project to generate electricity from speed breakers. The objective is to produce electricity at a very low cost by capturing the kinetic energy of vehicles passing over the speed breakers. A rack-pinion mechanism is used to convert the vertical motion of the vehicles into rotational motion, which is then converted to electricity using a generator. While the initial experiments generated only a small amount of electricity, the students successfully demonstrated the concept. With further refinement of the design and mechanism, speed breakers could potentially be used to generate meaningful amounts of electricity from vehicle traffic.
POWER GENERATION FROM SPEED BREAKERS
This document proposes generating electricity from speed breakers. It discusses using the kinetic energy from vehicles passing over speed bumps to power an electric generator via various mechanisms. The scope is to produce low-cost electricity at locations with traffic. Construction details and the basic principle of converting mechanical to electrical energy are provided. Challenges in initial experiments and achieving proper balance are also noted. While output was low, the concept was demonstrated. Future scopes include designs for heavier vehicles and more efficient mechanisms.
Distributed generation by speed braker at bridge
This document proposes a system to generate electricity from the kinetic energy of vehicles passing over speed bumps on bridges. The system would use a special speed bump arrangement connected to a pump and hydroelectric plant. As vehicles pass over the bumps, the up and down motion would power the pump. The high-pressure water from the pump would turn a turbine connected to a generator, producing electricity. This renewable distributed generation could power local streetlights and areas and excess power could be added to the electric grid. It aims to make productive use of wasted kinetic energy and provide off-grid power solutions.
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This document presents a seminar report on generating electricity using speed bumps. It discusses three mechanisms for converting the kinetic energy of passing vehicles into electrical energy: a crank-shaft mechanism, a rack-pinion mechanism, and a roller mechanism. The report outlines the scope and uses of speed bump generators, such as charging batteries at locations with high traffic like parking lots. Advantages include producing pollution-free power without manual labor or fuel transportation. Future work could focus on designing generators better suited for heavy vehicles to increase output.
GENERATION OF ELECTRICITY THROUGH SPEED BREAKER
This document describes a project to generate electricity from speed breakers on roads. As vehicles pass over speed breakers, kinetic energy is wasted through heat and friction. This project aims to convert that wasted energy into electrical energy. It proposes installing movable speed breakers connected to a rack and pinion mechanism to convert vertical motion into rotational motion. This rotation would generate electricity using standard generators. The document outlines the working principle, components, advantages, and scope of the project. It aims to provide a sustainable energy source by tapping into kinetic energy from traffic on busy roads.
Octavius
This document summarizes a student project to design and build a solar-powered electric vehicle called Octavius. A team of 5 students designed and fabricated Octavius under a professor's guidance. Key objectives were to build a vehicle powered by adjustable solar panels with a 50km range. Technical specifications show Octavius weighs 273kg, has a 48V 50Ah battery, 900W BLDC motor, and can travel 50km on a full charge at up to 32kph. Diagrams show the solar-powered electrical transmission system and fabrication process. The finished Octavius design is presented and compared to an e-rickshaw.
Energy Generation through speed breaker(roller type).
This document discusses a student project on smart energy generation. The project aims to generate electricity from renewable sources like kinetic energy from passing vehicles. It proposes using speed breakers with attached generators to convert mechanical energy from vehicle movement into electrical energy. The generated power would be stored in batteries and used for applications like automatic street lights and traffic signaling systems. The document outlines the various components used, including a GSM module, Arduino, LCD display and DC motor generator. It notes advantages like low cost power production and easy maintenance. The conclusion states that further developing the design could significantly improve efficiency and potential for power generation.
Pedal power
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Electro bike
Electro-bike will be one of the right alternatives for the pollution and fuel scarcity prevailing at present.
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This document describes the design and testing of a solar-powered bicycle. Key features include:
1) It uses photovoltaic cells to absorb solar energy and charge a battery which powers a 250W hub motor mounted on the rear wheel.
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3) It provides an affordable and sustainable transportation alternative, with no fuel costs after the initial purchase cost is recovered within 2 years based on fuel savings compared to a moped.
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We are designing the SR-Hub motor which has following advantages over thoer motors.
Not dependent on the direction of flow of current
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OC voltage and SC current are very small
Max temperature limit of rotor is higher as no permanent magnet are used.
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Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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This document describes the design and testing of a solar-powered bicycle. Key features include:
1) It uses photovoltaic cells to absorb solar energy and charge a battery which powers a 250W hub motor mounted on the rear wheel.
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Address: #A2, Eureka court complex, 2nd floor, kallu compound road, 2nd floor, A2 flat, image hospital near, Ameerpet, Hyderabad, Telangana 500016
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Gerakan perlawanan masyarakat terhadap negara di Rote diteliti dengan pendekatan sejarah lisan. Rote terbagi atas 19 kerajaan setelah dikuasai Belanda abad 17-19. Penelitian ini mengkaji perlawanan rakyat Rote terhadap negara dengan menggali kenangan masa lalu dari warga setempat.
La crítica
Este documento presenta los principios fundamentales del método crítico en la historia. Explica que la crítica histórica busca distinguir entre testimonios verdaderos y falsos mediante la comparación de fuentes y la detección de contradicciones. También describe cómo la similitud entre fuentes puede usarse para validar testimonios, mientras que las diferencias o contradicciones suelen invalidar uno de los testimonios. Finalmente, señala que la aplicación precisa de estos principios requiere un análisis detallado de cada caso particular
Historia de la tecnología
El desarrollo tecnológico de la humanidad está estrechamente ligado al contexto social, económico, político, religioso y cultural, e incluso climático, de cada sociedad.
La tecnología influye notablemente en nuestra sociedad.
Hemos conocido cuáles son los principales periodos históricos y su relación con la tecnología, así como en qué época se han desarrollado los inventos más importantes para la humanidad y cuáles han sido las consecuencias sociales de la aparición de algunos inventos.
Los alumnos/as de 4º de E.S.O. proponemos un viaje por esta línea del tiempo a través del cual descubriremos los hitos tecnológicos.
George mead
George H. Mead fue un filósofo, sociólogo y psicólogo estadounidense conocido por su teoría del yo o "self". Aunque no publicó libros en vida, sus obras póstumas incluyen Mente, yo y sociedad, donde explica que el yo emerge a través de la interacción social y el lenguaje. Propuso que los niños adoptan roles sociales al jugar, lo que les ayuda a comprender la sociedad. Su teoría influyó en el desarrollo de la ciencia social en Estados Unidos y enfatizó que la
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Power generation using speed breakers
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1) A solar-powered bicycle was designed and fabricated to provide a low-cost and eco-friendly transportation option. The bicycle was powered by solar panels that charged lead-acid batteries, which then powered a DC gear motor connected to the rear wheel.
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2021 VOKIZ electric bikes and electric scooters brochure
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power generation through speed breakers
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Digital Marketing Services | Techvolt Software :
Digital Marketing is a latest method of Marketing techniques widely used across the Globe. Digital Marketing is an online marketing technique and methods used for all products and services through Search Engine and Social media advertisements. Previously the marketing techniques were used without using the internet via direct and indirect marketing strategies such as advertising through Telemarketing,Newspapers,Televisions,Posters etc.
List of Services offered in Digital Marketing |Techvolt Software :
Techvolt Software offers best Digital Marketing services for promoting your products and services through online platform on the below methods of Digital marketing
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3. Latest Technology development vs Business promotions
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Rockwheel catalog
- 1. Rockwheel electric unicycle Rockwheel is the lightest self-balancing electric unicycle in the world. Climbing steep grade very quickly
- 6. Rockwheel fixes the problem in some exsiting electric unicycles of falling down once speed up and lacking of power. Main Parameters: • • • • • • • Max speed: Climbling angle: Weight: Cruising range: Size of tyre: Battery Voltage: Charger: 25km/h,the fastest in the world. 45 °,the most powerful in the world 8.6kg,the lightest in the world 30km(use Panasonic 2900MAH*28 Battery) 12 inch,the most portable 58.8V 110-220V
- 7. See it on Youtube:Rockwheel electric unicycle Guangzhou Bansheng Electronic Co.Ltd is the manufacturer of Rockwheel self-balancing electric unicycle .Our factory is located in Guangzhou . Please feel free to contact us ! Add:D505, Huiming Building,Longgui,Baiyun District ,Guangzhou . Call:86-189-2423-2297 E-mail:eunicycle@163.com Official website www.rockwheel.cn will be launched soon. See Rockhweel on youtube,please search Rockwheel electric unicycle