The Smart Helmet is an innovative idea for a business proposal. This proposal aims at the security and safety of the bikers against road accidents, while also providing them with a luxurious, comfortable two-wheeler experience. Each Smart Helmet has been designed and assembled by our own mechanics and engineers, and each helmet has an in-built circuit and software with various functions.
This document describes the implementation of a smart helmet system using solar power. The system includes an alcohol sensor, temperature sensor, vibration sensor, GPS module, GSM module, and microcontroller to provide safety features like detecting accidents, monitoring alcohol levels, tracking location, and regulating temperature. The smart helmet aims to reduce accidents by preventing intoxicated riding and automatically alerting emergency contacts in the event of a crash. It can also be used to remotely immobilize a vehicle if the helmet is removed or stolen. The system design uses low power components like a solar cell to allow for portable operation.
The smart helmet project aims to minimize deaths from motorcycle accidents by automatically alerting emergency services when an accident occurs. The helmet contains vibration sensors that detect if an accident happens. An Arduino board then extracts location data from an attached GPS module. If the sensors detect a hard impact, the Arduino causes an interfaced GSM module to immediately send a message with the crash location to ambulances, police, or family members. This is intended to reduce response times and save lives by getting medical help to the crash site more quickly. Additional safety features could include only allowing the motorcycle to start if a helmet is detected as being worn using transmitters and receivers.
As we know that in India 50-60% of the population owns the two wheelers, In 2019 the domestic sells of the two wheelers were quite higher, since it is the most sold vehicle in India because of its low price, But now a days it is the most unsafe vehicle because of the reason of safety, As we know that accidents are increasing day by day, we can also notice that many laws and protocols are implemented by government in order to avoid this accidents. Accidents can be known as the unplanned event or the mistake that may occur causing in injury and sometimes it also leads to death. The accidents in case of two wheelers are more related to other vehicles. This may be avoided by wearing helmets and riding vehicles without consuming liquor. Since this survey is on smart helmet for accidence prevention and also we examining various related techniques. This research also helps us to understand IOT technology which is being developed now a days. Smart Helmet is the intelligent system that detects automatically whether the person is wearing the helmet and has nonalcoholic breath while driving. Here we have a transmitter on the helmet and the receiver on the bike. There is a switch used to assured the wearing of helmet on the head. The ON condition of the switch ensures the placing of the helmet in proper way. An alcohol sensor is placed near the mouth, the engine shouldn’t ON if any condition is violated, when the rider met with an accident and the helmet hits the ground then sensor sense and give the information to main controller it will activate the GSM Module which automatically sends the message to the family member.
The group formed to develop a smart helmet for cyclists. They evaluated ideas like a microwave communication system and security alarm but chose the smart helmet as it addressed safety. The helmet uses ultrasonic sensors and circuitry to alert cyclists and drivers of nearby vehicles via lights and sounds. It was designed to fit well and be affordable. Through testing different prototypes, the group completed the project within 7 weeks and presented their double diamond design process and smart helmet.
The smart helmet system uses sensors and modules to enhance rider safety. It includes an alcohol sensor to prevent riding if intoxicated, GPS and GSM modules to track location and send alerts if an accident is detected, a temperature sensor and fan to regulate internal temperature, and a vibration sensor to detect accidents. The system aims to automatically respond to risks and send alerts to reduce accidents and save lives. It links the helmet to the bike ignition to prevent starting without a helmet.
This document describes a smart helmet system that uses sensors and wireless communication to improve rider safety. The system detects if the rider has been in an accident using an accelerometer. It also checks if the rider has been drinking alcohol and whether they are wearing a helmet before allowing the bike to start. If an accident occurs, the helmet sends an alert message with the rider's location to registered contacts using GPS and GSM. The system aims to reduce accidents by ensuring safe riding conditions and enabling faster emergency response when needed.
The document discusses a presentation on a smart helmet that includes features like a lithium ion battery, GPS navigation, heads-up display, and voice recognition. The smart helmet provides advantages like being lightweight, having voice control and GPS navigation, and extended battery life, but is expensive and requires approval. To make the helmet more cost effective, ideas include using solar power and adding a rear view function. Continuous research and development is important for the smart helmet to compete globally and add extra safety and comfort through innovation.
This document describes the implementation of a smart helmet system using solar power. The system includes an alcohol sensor, temperature sensor, vibration sensor, GPS module, GSM module, and microcontroller to provide safety features like detecting accidents, monitoring alcohol levels, tracking location, and regulating temperature. The smart helmet aims to reduce accidents by preventing intoxicated riding and automatically alerting emergency contacts in the event of a crash. It can also be used to remotely immobilize a vehicle if the helmet is removed or stolen. The system design uses low power components like a solar cell to allow for portable operation.
The smart helmet project aims to minimize deaths from motorcycle accidents by automatically alerting emergency services when an accident occurs. The helmet contains vibration sensors that detect if an accident happens. An Arduino board then extracts location data from an attached GPS module. If the sensors detect a hard impact, the Arduino causes an interfaced GSM module to immediately send a message with the crash location to ambulances, police, or family members. This is intended to reduce response times and save lives by getting medical help to the crash site more quickly. Additional safety features could include only allowing the motorcycle to start if a helmet is detected as being worn using transmitters and receivers.
As we know that in India 50-60% of the population owns the two wheelers, In 2019 the domestic sells of the two wheelers were quite higher, since it is the most sold vehicle in India because of its low price, But now a days it is the most unsafe vehicle because of the reason of safety, As we know that accidents are increasing day by day, we can also notice that many laws and protocols are implemented by government in order to avoid this accidents. Accidents can be known as the unplanned event or the mistake that may occur causing in injury and sometimes it also leads to death. The accidents in case of two wheelers are more related to other vehicles. This may be avoided by wearing helmets and riding vehicles without consuming liquor. Since this survey is on smart helmet for accidence prevention and also we examining various related techniques. This research also helps us to understand IOT technology which is being developed now a days. Smart Helmet is the intelligent system that detects automatically whether the person is wearing the helmet and has nonalcoholic breath while driving. Here we have a transmitter on the helmet and the receiver on the bike. There is a switch used to assured the wearing of helmet on the head. The ON condition of the switch ensures the placing of the helmet in proper way. An alcohol sensor is placed near the mouth, the engine shouldn’t ON if any condition is violated, when the rider met with an accident and the helmet hits the ground then sensor sense and give the information to main controller it will activate the GSM Module which automatically sends the message to the family member.
The group formed to develop a smart helmet for cyclists. They evaluated ideas like a microwave communication system and security alarm but chose the smart helmet as it addressed safety. The helmet uses ultrasonic sensors and circuitry to alert cyclists and drivers of nearby vehicles via lights and sounds. It was designed to fit well and be affordable. Through testing different prototypes, the group completed the project within 7 weeks and presented their double diamond design process and smart helmet.
The smart helmet system uses sensors and modules to enhance rider safety. It includes an alcohol sensor to prevent riding if intoxicated, GPS and GSM modules to track location and send alerts if an accident is detected, a temperature sensor and fan to regulate internal temperature, and a vibration sensor to detect accidents. The system aims to automatically respond to risks and send alerts to reduce accidents and save lives. It links the helmet to the bike ignition to prevent starting without a helmet.
This document describes a smart helmet system that uses sensors and wireless communication to improve rider safety. The system detects if the rider has been in an accident using an accelerometer. It also checks if the rider has been drinking alcohol and whether they are wearing a helmet before allowing the bike to start. If an accident occurs, the helmet sends an alert message with the rider's location to registered contacts using GPS and GSM. The system aims to reduce accidents by ensuring safe riding conditions and enabling faster emergency response when needed.
The document discusses a presentation on a smart helmet that includes features like a lithium ion battery, GPS navigation, heads-up display, and voice recognition. The smart helmet provides advantages like being lightweight, having voice control and GPS navigation, and extended battery life, but is expensive and requires approval. To make the helmet more cost effective, ideas include using solar power and adding a rear view function. Continuous research and development is important for the smart helmet to compete globally and add extra safety and comfort through innovation.
Hi Tec Helmet Company aims to become the market leader in helmets by capturing over 40% market share by 2016. They plan to introduce innovative helmets with navigation technology targeted at professional racers. Their objectives are to gain 35% market share within 4 years and break even within 1 year. To achieve this, they will use a skimming pricing strategy and heavily promote the helmets through sponsoring racing events, commercials, and showrooms. Their contingency plan is to introduce alternative helmet designs and reduce prices if the navigation technology fails, while also pursuing defense contracts.
IRJET- Smart Helmet for Safety and Accident Detection using IOTIRJET Journal
This document describes a smart helmet system that uses IoT technology to improve rider safety and prevent accidents. The system has two main components:
1. A helmet component that includes sensors to detect if the helmet is worn, detect alcohol levels, and detect accidents through accelerometers. It communicates with the bike wirelessly.
2. A bike component that includes components to receive the helmet sensor data, start the bike ignition only if the helmet is worn and no alcohol is detected, and alert the rider if excessive speed is detected. It can also notify emergency contacts of accidents through an Android app.
The system was tested to accurately detect accidents 94.82% of the time and send location notifications 96.72%
As it is mentioned in its name it is a helmet with smart functionalities.It provides the users with high level safety to reduce the probability of two wheeler accidents and drunk drive cases.
This document summarizes a major project report submitted by Abhilash Dandotiya and Sarthak Agrawal for their Bachelor's degree in Electronics and Communication Engineering. The project is titled "SMART HELMET" and aims to design a helmet that can autonomously detect accidents using a transmitter and receiver circuit along with a microcontroller. The microcontroller used is an ATMEGA 8 chip. The project involves designing printed circuit boards for the transmitter and receiver, interfacing a GSM module, and programming the microcontroller with C language to send SMS messages in the event of an accident detection.
SMART MOTORCYCLE HELMET: REAL-TIME CRASH DETECTION WITH EMERGENCY NOTIFICATIO...ijcsit
Buying a car entails a cost, not counting the day to day high price tag of gasoline. People are looking for viable means of transportation that is cost-effective and can move its way through traffic faster. In the Philippines, motorcycle was the answer to most people transportation needs. With the increasing number of a motorcycle rider in the Philippines safety is the utmost concern. Today technology plays a huge role on how this safety can be assured. We now see advances in connected devices. Devices can sense its surrounding through sensor attach to it. With this in mind, this study focuses on the development of a wearable device named Smart Motorcycle Helmet or simply Smart Helmet, whose main objective is to help motorcycle rider in times of emergency. Utilizing sensors such as alcohol level detector, crash/impact sensor, Internet connection thru 3G, accelerometer, Short Message Service (SMS) and cloud computing infrastructure connected to a Raspberry Pi Zero-W and integrating a separate Arduino board for the antitheft tracking module is used to develop the propose Internet-of Things (IoT) device.
Marketing Project on Hybrid Bicycles in INDIASindoor Naik
This document provides a marketing project report on a proposed electric bicycle called Synergy Bikes. The 3-page executive summary discusses the following key points:
- The large and growing Indian bicycle industry presents an opportunity to enter the market with a new customized and electric bicycle approach.
- Synergy Bikes will offer home delivery, customization options, and cash on delivery to provide additional value over standard retailer purchases.
- The report outlines the product concept, market analysis, competition, segmentation, targeting, positioning, and marketing mix for Synergy Bikes. It focuses on health, environment, and hobby-oriented customers.
The document describes a driver drowsiness detection system that uses image processing and machine learning techniques. The system monitors a driver's eyes for blinking over 1 second to detect drowsiness, then triggers an alert to wake the driver. Such a system could help reduce the number of accidents caused by drowsy driving by alerting drivers when they show signs of fatigue. The system captures the driver's face, recognizes the eyes, detects blinking, and sounds an alarm if drowsiness is detected.
The document describes a solar-powered electric bicycle called the Smart Cycle. It has the following key features:
- It is powered by a battery that is charged by solar panels as well as a dynamo for backup charging.
- It can travel up to 15-20 mph using a permanent magnet DC motor powered by the battery.
- CAD drawings were created to design the frame and show placements of the solar panels, battery, and other components.
- The battery is a 12V 10AH lead-acid type for its life and efficiency. The motor is a 400W 24V PMDC motor for its starting torque.
This document is a business plan for KinderHelm Inc., a company that produces the SmartHelmet, a children's bike helmet that uses RFID technology to ensure the helmet is worn. The plan discusses marketing goals to increase brand awareness and market share. It outlines a multi-channel marketing strategy including advertising, promotions, trade shows and an online presence. The operations section covers product design, suppliers, facility selection, production processes, quality assurance, and matching production to forecasted demand. The financial section requests investment, provides projected financial statements and performance metrics, and analyzes risks and scenarios.
This document describes a system called "Accident Detection, Theft and Drive Protection using Intelligent Wireless Safety Helmet". The system consists of a helmet unit and vehicle unit that communicate wirelessly. The helmet unit ensures the rider is wearing a helmet and not under the influence of alcohol throughout the ride. If these conditions are not met, it communicates with the vehicle unit to prevent the ignition from starting. The vehicle unit detects accidents using sensors and notifies emergency contacts by SMS with the rider's location using GPS coordinates. The system also provides theft protection as the helmet is required along with the key to start the vehicle.
Most of the time, hand signals are not enough to keep the cyclist safe; especially under circumstances of poor ambient illumination. Therefore, turn signal lights are included in Smart Helmet to serve as directional indicators and break lights to further increase the probability that the bicycle will be noticed.
here we controller an robot car through the internet using wifi module connected to the microcontroller, that sends the data and receives the data according to data the car movies and the car has been attached a camera which is used to record videos or take pictures or live streaming
Smart Helmet Alcohol Detection and Sleep Alertijtsrd
The document proposes a smart helmet system that uses sensors to detect alcohol consumption and drowsiness in bike riders. The helmet would contain an alcohol sensor, gyroscope, and heart rate sensor connected to a microcontroller to detect intoxication levels and loss of consciousness, alerting authorities and the rider as needed. If alcohol is detected, the rider's details would be sent to officials via GSM; if drowsiness is detected, an alarm would sound to wake the rider.
Automatic engine locking system for drunken driverdodosgusenga
This document describes a proposed system to automatically lock a vehicle's engine if the driver is detected to be drunk, in order to reduce accidents caused by drunken driving. The system uses an alcohol sensor, GPS module, GSM module, and microcontroller. If alcohol is detected, the vehicle's location will be tracked via GPS and a notification message will be sent via GSM to registered contacts. The engine will then be automatically locked to prevent the drunk driver from operating the vehicle. The goal is to increase road safety by preventing intoxicated individuals from driving after alcohol consumption.
The recent trend manufacturer’s shows keen interest in safety and pleasure riding. The seat belts and the airbags which are now a important attachment of the cars must be utilized fully for safer riding. The weakest and most harzdous part the glasses in cars are also now made to add safety with the advanced technology. If this condition persist the safety factor in cars will reach a pioneer position. With these kind of improved technology will pay way for usage of large number of passenger cars
Presentation on two wheeler industry with different 4 major players of this industry and analysis of PEST,SWOT & STP about industry and also about 4 players.
A project report on yamaha superbikes for yamaha motor india pvt.ltd.Projects Kart
The document discusses Yamaha Motor India's plans to launch the YZF-R15 sports bike in India. This would be Yamaha's first sports bike in India and would aim to fulfill Indian fans' dreams of riding a Yamaha R1-style bike at a more affordable price point. The R15 is expected to have a 150cc engine and incorporate racing technology from Yamaha's flagship R1 superbike. This launch would be significant in shaking up India's two-wheeler market by introducing a new segment of affordable sports bikes. Yamaha hopes the R15 will extend the brand's reputation for performance bikes to a wider audience in India.
This document discusses a plan to reduce injuries from bike accidents in India by adding airbags. It summarizes how Honda introduced airbags in their 2005 Gold Wing model using crash, seat occupancy, angle, brake pressure, and ultrasonic sensors. If these sensors detect an accident, they send a signal to an AND gate and then ECU to ignite sodium azide and inflate the airbags, protecting the rider and reducing impact. The goal is to reduce fatality rates by 20-30% through this airbag technology.
Automatic rain sensing wiper is a new era of automation where it is broadly defined as replacement of manual effort by mechanical power in all degrees of automation.
This document describes an automatic helmet detection system using object detection algorithms. The system uses a Raspberry Pi, camera, and relays to detect if a motorcycle rider is wearing a helmet. Images of the rider's face are captured and analyzed using a YOLO V5 object detection model trained on helmet datasets. If a helmet is detected, the Raspberry Pi signals the relay to allow the ignition switch, but if no helmet is detected, the ignition is cut off to prevent riding. The proposed system aims to improve rider safety by ensuring helmets are worn before operating a motorcycle. It was able to detect helmets with 96% accuracy in tests.
This document summarizes an intelligent safety helmet system that is designed to improve road safety. The system includes sensors in the helmet that can detect if the helmet is being worn and if the rider has consumed alcohol. It also includes accident detection sensors on the motorcycle that can notify emergency contacts by SMS with the rider's location if an accident occurs. The system aims to enforce safety rules and get medical help to riders more quickly after an accident. It uses wireless communication between modules on the helmet and motorcycle to link the systems together.
Hi Tec Helmet Company aims to become the market leader in helmets by capturing over 40% market share by 2016. They plan to introduce innovative helmets with navigation technology targeted at professional racers. Their objectives are to gain 35% market share within 4 years and break even within 1 year. To achieve this, they will use a skimming pricing strategy and heavily promote the helmets through sponsoring racing events, commercials, and showrooms. Their contingency plan is to introduce alternative helmet designs and reduce prices if the navigation technology fails, while also pursuing defense contracts.
IRJET- Smart Helmet for Safety and Accident Detection using IOTIRJET Journal
This document describes a smart helmet system that uses IoT technology to improve rider safety and prevent accidents. The system has two main components:
1. A helmet component that includes sensors to detect if the helmet is worn, detect alcohol levels, and detect accidents through accelerometers. It communicates with the bike wirelessly.
2. A bike component that includes components to receive the helmet sensor data, start the bike ignition only if the helmet is worn and no alcohol is detected, and alert the rider if excessive speed is detected. It can also notify emergency contacts of accidents through an Android app.
The system was tested to accurately detect accidents 94.82% of the time and send location notifications 96.72%
As it is mentioned in its name it is a helmet with smart functionalities.It provides the users with high level safety to reduce the probability of two wheeler accidents and drunk drive cases.
This document summarizes a major project report submitted by Abhilash Dandotiya and Sarthak Agrawal for their Bachelor's degree in Electronics and Communication Engineering. The project is titled "SMART HELMET" and aims to design a helmet that can autonomously detect accidents using a transmitter and receiver circuit along with a microcontroller. The microcontroller used is an ATMEGA 8 chip. The project involves designing printed circuit boards for the transmitter and receiver, interfacing a GSM module, and programming the microcontroller with C language to send SMS messages in the event of an accident detection.
SMART MOTORCYCLE HELMET: REAL-TIME CRASH DETECTION WITH EMERGENCY NOTIFICATIO...ijcsit
Buying a car entails a cost, not counting the day to day high price tag of gasoline. People are looking for viable means of transportation that is cost-effective and can move its way through traffic faster. In the Philippines, motorcycle was the answer to most people transportation needs. With the increasing number of a motorcycle rider in the Philippines safety is the utmost concern. Today technology plays a huge role on how this safety can be assured. We now see advances in connected devices. Devices can sense its surrounding through sensor attach to it. With this in mind, this study focuses on the development of a wearable device named Smart Motorcycle Helmet or simply Smart Helmet, whose main objective is to help motorcycle rider in times of emergency. Utilizing sensors such as alcohol level detector, crash/impact sensor, Internet connection thru 3G, accelerometer, Short Message Service (SMS) and cloud computing infrastructure connected to a Raspberry Pi Zero-W and integrating a separate Arduino board for the antitheft tracking module is used to develop the propose Internet-of Things (IoT) device.
Marketing Project on Hybrid Bicycles in INDIASindoor Naik
This document provides a marketing project report on a proposed electric bicycle called Synergy Bikes. The 3-page executive summary discusses the following key points:
- The large and growing Indian bicycle industry presents an opportunity to enter the market with a new customized and electric bicycle approach.
- Synergy Bikes will offer home delivery, customization options, and cash on delivery to provide additional value over standard retailer purchases.
- The report outlines the product concept, market analysis, competition, segmentation, targeting, positioning, and marketing mix for Synergy Bikes. It focuses on health, environment, and hobby-oriented customers.
The document describes a driver drowsiness detection system that uses image processing and machine learning techniques. The system monitors a driver's eyes for blinking over 1 second to detect drowsiness, then triggers an alert to wake the driver. Such a system could help reduce the number of accidents caused by drowsy driving by alerting drivers when they show signs of fatigue. The system captures the driver's face, recognizes the eyes, detects blinking, and sounds an alarm if drowsiness is detected.
The document describes a solar-powered electric bicycle called the Smart Cycle. It has the following key features:
- It is powered by a battery that is charged by solar panels as well as a dynamo for backup charging.
- It can travel up to 15-20 mph using a permanent magnet DC motor powered by the battery.
- CAD drawings were created to design the frame and show placements of the solar panels, battery, and other components.
- The battery is a 12V 10AH lead-acid type for its life and efficiency. The motor is a 400W 24V PMDC motor for its starting torque.
This document is a business plan for KinderHelm Inc., a company that produces the SmartHelmet, a children's bike helmet that uses RFID technology to ensure the helmet is worn. The plan discusses marketing goals to increase brand awareness and market share. It outlines a multi-channel marketing strategy including advertising, promotions, trade shows and an online presence. The operations section covers product design, suppliers, facility selection, production processes, quality assurance, and matching production to forecasted demand. The financial section requests investment, provides projected financial statements and performance metrics, and analyzes risks and scenarios.
This document describes a system called "Accident Detection, Theft and Drive Protection using Intelligent Wireless Safety Helmet". The system consists of a helmet unit and vehicle unit that communicate wirelessly. The helmet unit ensures the rider is wearing a helmet and not under the influence of alcohol throughout the ride. If these conditions are not met, it communicates with the vehicle unit to prevent the ignition from starting. The vehicle unit detects accidents using sensors and notifies emergency contacts by SMS with the rider's location using GPS coordinates. The system also provides theft protection as the helmet is required along with the key to start the vehicle.
Most of the time, hand signals are not enough to keep the cyclist safe; especially under circumstances of poor ambient illumination. Therefore, turn signal lights are included in Smart Helmet to serve as directional indicators and break lights to further increase the probability that the bicycle will be noticed.
here we controller an robot car through the internet using wifi module connected to the microcontroller, that sends the data and receives the data according to data the car movies and the car has been attached a camera which is used to record videos or take pictures or live streaming
Smart Helmet Alcohol Detection and Sleep Alertijtsrd
The document proposes a smart helmet system that uses sensors to detect alcohol consumption and drowsiness in bike riders. The helmet would contain an alcohol sensor, gyroscope, and heart rate sensor connected to a microcontroller to detect intoxication levels and loss of consciousness, alerting authorities and the rider as needed. If alcohol is detected, the rider's details would be sent to officials via GSM; if drowsiness is detected, an alarm would sound to wake the rider.
Automatic engine locking system for drunken driverdodosgusenga
This document describes a proposed system to automatically lock a vehicle's engine if the driver is detected to be drunk, in order to reduce accidents caused by drunken driving. The system uses an alcohol sensor, GPS module, GSM module, and microcontroller. If alcohol is detected, the vehicle's location will be tracked via GPS and a notification message will be sent via GSM to registered contacts. The engine will then be automatically locked to prevent the drunk driver from operating the vehicle. The goal is to increase road safety by preventing intoxicated individuals from driving after alcohol consumption.
The recent trend manufacturer’s shows keen interest in safety and pleasure riding. The seat belts and the airbags which are now a important attachment of the cars must be utilized fully for safer riding. The weakest and most harzdous part the glasses in cars are also now made to add safety with the advanced technology. If this condition persist the safety factor in cars will reach a pioneer position. With these kind of improved technology will pay way for usage of large number of passenger cars
Presentation on two wheeler industry with different 4 major players of this industry and analysis of PEST,SWOT & STP about industry and also about 4 players.
A project report on yamaha superbikes for yamaha motor india pvt.ltd.Projects Kart
The document discusses Yamaha Motor India's plans to launch the YZF-R15 sports bike in India. This would be Yamaha's first sports bike in India and would aim to fulfill Indian fans' dreams of riding a Yamaha R1-style bike at a more affordable price point. The R15 is expected to have a 150cc engine and incorporate racing technology from Yamaha's flagship R1 superbike. This launch would be significant in shaking up India's two-wheeler market by introducing a new segment of affordable sports bikes. Yamaha hopes the R15 will extend the brand's reputation for performance bikes to a wider audience in India.
This document discusses a plan to reduce injuries from bike accidents in India by adding airbags. It summarizes how Honda introduced airbags in their 2005 Gold Wing model using crash, seat occupancy, angle, brake pressure, and ultrasonic sensors. If these sensors detect an accident, they send a signal to an AND gate and then ECU to ignite sodium azide and inflate the airbags, protecting the rider and reducing impact. The goal is to reduce fatality rates by 20-30% through this airbag technology.
Automatic rain sensing wiper is a new era of automation where it is broadly defined as replacement of manual effort by mechanical power in all degrees of automation.
This document describes an automatic helmet detection system using object detection algorithms. The system uses a Raspberry Pi, camera, and relays to detect if a motorcycle rider is wearing a helmet. Images of the rider's face are captured and analyzed using a YOLO V5 object detection model trained on helmet datasets. If a helmet is detected, the Raspberry Pi signals the relay to allow the ignition switch, but if no helmet is detected, the ignition is cut off to prevent riding. The proposed system aims to improve rider safety by ensuring helmets are worn before operating a motorcycle. It was able to detect helmets with 96% accuracy in tests.
This document summarizes an intelligent safety helmet system that is designed to improve road safety. The system includes sensors in the helmet that can detect if the helmet is being worn and if the rider has consumed alcohol. It also includes accident detection sensors on the motorcycle that can notify emergency contacts by SMS with the rider's location if an accident occurs. The system aims to enforce safety rules and get medical help to riders more quickly after an accident. It uses wireless communication between modules on the helmet and motorcycle to link the systems together.
This document describes a smart helmet controlled vehicle system that aims to increase road safety for motorcyclists. The system uses sensors in the helmet and vehicle to detect accidents and send alerts. It utilizes an ESP-12E microcontroller, GSM modem for communication, and GPS for location tracking. When an accident is detected, the system sends SMS alerts with the rider's location to emergency contacts to help facilitate faster response times. The system is intended to address the growing issue of motorcycle accidents and help reduce fatalities through automated accident detection and emergency notification.
DualSafe Private Limited has developed the world's first dual headgear that converts into two helmets. Their vision is to enable safety and convenience for riders at an affordable cost. The dual headgear addresses the problems of riders forgetting or not wearing helmets, as well as lack of space to carry an extra helmet. It provides two certified helmets that are either worn or securely stored in one unit. DualSafe aims to launch their basic dual headgear model in India by 2023, followed by an international launch and introduction of an advanced smart helmet model. They plan to target the large market for two-wheelers both in India and globally.
The document describes a smart helmet that provides safety and communication features for motorcyclists. The helmet contains an intercom system that allows riders to communicate via Bluetooth without interrupting their ride. It also has an alcohol detection sensor to prevent drinking and driving, as well as lights to increase visibility. The system uses components like an Arduino microcontroller, LCD display, RF transmitter/receiver, and Bluetooth module. It is powered by batteries and integrates with a motorcycle's electronics to remotely disable the bike if high alcohol levels are detected in the rider. The smart helmet aims to improve rider safety and make communication more convenient while traveling.
TITLE : SMART HELMET USING ARDUINO BY SUBASHssuser773347
The document describes a smart helmet using Arduino that aims to improve motorcycle safety. The helmet detects accidents and alerts guardians through messages with GPS location. It also prevents drunk driving and monitors speed. The system first checks if a rider is wearing a helmet, and if not, prevents the vehicle from starting. This helps reduce accidents and saves lives through low-cost safety measures.
This document proposes a new product - the Ad-tech Night Vision Eyewear and Helmet. It summarizes the key features and benefits of the products, which include enhanced visibility at night and in various lighting conditions, protection from dust and sunlight, and safety features like head injury protection. Marketing strategies are outlined, targeting motorcyclists and others needing eye protection. The helmet would retail for around $75 USD and glasses for $7 USD, competitively priced. The proposal concludes that the products could help control accidents from poor visibility and reduce eye strain.
The Skully AR-1 motorcycle helmet is a "smart" helmet that features GPS, rear and side cameras, Bluetooth, and a heads-up display. It aims to enhance safety by allowing riders to keep their eyes on the road while accessing directions, calls, and increasing situational awareness. The helmet costs $1,500 but may help reduce risks to riders. Its success could increase demand for electrical engineers and computer programmers to develop new apps for the open software platform.
This document describes a smart helmet system with intercom features. The system includes a helmet module, bike module, and intercom module. The helmet module uses IR sensors to detect if a helmet is being worn and an alcohol sensor to detect alcohol consumption. The bike module uses a vibration sensor to detect accidents and a GSM module to send alerts. An intercom system allows for wireless communication between riders. The system aims to improve road safety by enforcing helmet usage and providing medical assistance in the event of an accident.
This document describes the implementation and analysis of a smart helmet system. The system uses various sensors and modules installed on both a helmet and motorcycle to ensure safety. The helmet module detects if the rider is wearing the helmet and determines their alcohol levels. It also detects accidents and fog. The motorcycle module only starts if the rider wears the helmet and is sober. It can also limit the motorcycle's speed and automatically deduct tolls from the rider's e-wallet. The system aims to enforce safety rules and minimize accidents by integrating intelligent features into the helmet and motorcycle communication.
1) The document describes a smart helmet system that prevents motorcycles from starting if the rider is not wearing a helmet or has consumed alcohol. It contains sensors to detect these conditions and sends alerts.
2) If an accident is detected, the smart helmet uses GPS to determine the location and sends an SMS message to emergency contacts with the accident location coordinates.
3) The system aims to increase road safety by ensuring proper helmet use and preventing drunk driving, while facilitating faster emergency response times after an accident.
The document discusses Segway, a self-balancing electric vehicle, and its benefits including being eco-friendly, cost effective, and not requiring registration. It notes Segway was launched in India in 2011 and is manufactured in Gurgaon. It discusses Prague being the first city to use Segway and factors in Segway's success and failure such as marketing, innovation, and batteries. Future aspects for Segway in India include reducing oil consumption and green vehicle tax rebates.
This document describes a smart helmet system that uses IoT technology to provide safety features for motorcycle riders. The system uses sensors to detect if a helmet is being worn, test for alcohol consumption, detect nearby vehicles, and sense if an accident has occurred. If an accident is detected, the system sends an alert message with GPS location to emergency contacts. The goal is to help prevent accidents, detect accidents quickly, and facilitate emergency response. The system is designed using components like an Arduino, RF module, alcohol sensor, IR sensor, GPS and GSM modules. It aims to encourage safe riding practices and reduce accident rates.
The document provides a business plan for a GPS tracking system called BAIC to be integrated into bicycle frames. It aims to reduce bike theft by making the tracker nearly impossible to remove. It will also allow users to track bike routes and performance data. The plan outlines the product, market analysis, strategy, and financial projections. It finds opportunity in the growing bike market and environmental/health trends, but risks from the Italian economic situation and competitive landscape.
it is related to marketing. a brief fine description of innovative product cross x1 helmet. the full proof marketing plan is given. it is basically a marketing assessment of launching a new product. so it will assist you in better understanding marketing mix structure. every aspect is very keenly analysed and will help you in making presentation.
The document discusses India's large motorcycle market and issues faced by riders during monsoon season. It then introduces the Iron Hand, a portable electric glove that generates heat to remove wrinkles from clothes anywhere. Details provided include how it is revolutionary, portable, lightweight, and generates heat up to 450 degrees. It is needed for travelers and presenters to look presentable. The product is then analyzed using a SWOT analysis and competition is discussed. Critical issues, objectives, and strategies for pricing, promotion, and marketing research are also outlined. Financial forecasts for the new product are presented. In summary, the document proposes a portable electric glove called Iron Hand to remove wrinkles from clothes and analyzes strategies for its market introduction and financial projections
The document proposes a smart helmet called the "Retter Helm" that aims to improve motorcycle safety. The helmet would use sensors and connectivity to detect if the rider has been in an accident via fall detection, detect if the rider is drunk to prevent driving, and allow ignition to start only when the helmet is worn. Its objectives are to design a circuit for a smart safety helmet and prevent accidents through smart detection technologies like alcohol sensors, vibration sensors for fall detection, and location tracking via GPS.
The document discusses Mantra Labs' approach to building a mobile app for SBI General Insurance to make insurance more convenient and accessible for customers. Key points:
1) Mantra Labs identified key stakeholders (existing users, new users, business users) and their needs to guide app development.
2) Features like a personalized "Insurakshak risk advisor" and gamified journeys were designed to simplify the insurance experience based on behavioral insights.
3) The hybrid mobile app was built using Flutter for easy access to services and payments while retaining the SBI brand identity.
IRJET- Implementation of Smart Secure System in Motorbike using Bluetooth...IRJET Journal
The document proposes a smart secure system for motorbikes that uses Bluetooth connectivity, an RFID key, and sensors to ensure helmet usage, prevent drunk driving, and automatically slow the vehicle at speed breakers to reduce accidents. The system would only start the engine if the rider is wearing a helmet and not under the influence of alcohol as detected by sensors. It would also slow down the vehicle using the motor and ultrasonic sensor when a speed breaker is detected to help control speed.
2. THE SMART HELMET
Brought to you by SHARK – Smart Helmet to Avoid Road
Kill
I. Introduction to the Smart Helmet
This proposalaims at the security and safety of the bikers against road
accidents, while also providing them with a luxurious, comfortable two-wheeler
experience. Each Smart Helmet has been designed and assembled by our own
mechanics and engineers, and each helmet has an in-built circuit and software
with various functions.
The circuit in each helmet is designed in such a manner that the bike
won’t start unless the rider wears the helmet.
The camera installed on the bike will detect whether the rider is wearing
the helmet or not, through face detection. It will only then complete the
circuit and start the bike, after confirming that the rider is wearing the
helmet.
An in-built breathalyser will detect alcohol in the rider’s breath, checking
if the driver is drunk in order to prevent accidents due to drunken driving
which is a cause of a large percentage of automobile accidents. If the
breathalyser detects alcohol in your system, it shall ask a series of
questions to check if your intoxication level is low enough to enable you
to drive. Otherwise, it shall list out taxi services to you or allow you to
contact someone.
In case of an accident, the GPS system installed in the Smart Helmet will
globally locate the biker and an immediate message will be sent to the
family members and/or emergency contacts, and local authorities about
the location of accident.
Some other features have been added in order to attract the youth. A high-
quality Bluetooth headphone that connects with any available smart
phone shall be installed in the Smart Helmet enabling the riders to enjoy
music while they ride their two-wheeler.
Another luxury feature available in the Smart Helmet is a hands-free
facility to pick up incoming calls from your phone, again via Bluetooth so
3. that you don’tget distracted by phone calls while driving. A switch is
added on the right side of the outside of the helmet, to accept calls.
Our carefully installed and exclusively designed GPS navigation system
guides you and gives you directions to your desired location by verbally
providing instructions, step by step. So you no more have to worry about
getting lost or even reading maps or checking maps on your phone.
A catalogue and directory of all nearby mechanics and automotive part
dealing stores are stored inside the memory of the Smart Helmet, to
ensure you don’thave to wait or travel miles to find a mechanic.
The Smart Helmet also boasts of an in-built solar panel, an additional,
one-of-its-kind feature. The solar panel will ensure that even if the battery
of the helmet is low, the circuit and software will still keep running on
backed-up solar power until you can charge your helmet, so you are
always safe.
This helmet will also come with a Red LED light installed at the back of
the helmet so that at night, or even on dark, foggy nights, people driving
in vehicles behind you can easily spotyou.
The Smart Helmet will be available to Indian riders in two languages –
English and Hindi – for the GPS navigation system and other controls.
These languages, after beta testing and initial production and sales may
be expanded to include regional languages of India for the convenience of
students who prefer their own language.
II. How it Will Work
Some people might think, “What if someone steals the helmet?” or “What if you
forget the helmet and the security of the helmet becomes a major criterion?”
However, we have already considered these problems and we have the solution
for you. There is a bypass activation switch created for cases where the helmet
is not available to you. You can access this detection switch by using your
secret key codebut this type of use should be avoided in order to be safe. This
secret key codecan only be acquired by calling our customer care and
confirming your identity and intoxication level by answering a set of personal
and basic presence of mind questions. The secret key codewill automatically be
changed after a one time use and the same process will have to be followed for
the next time a similar situation should arise. When the detection key is off then
wearing the helmet does not become a compulsion.
4. III. Financial Background
The initial partners in this business would be Dushyant, Gurkaran, Kirti, Rajni,
and Nitin.
Each partner would invest Rs. 14, 40,000 each.
Initial models will be designed and assembled and pitched to various software,
hardware and automotive companies and industries for testing. The
companies/industries will be offered a percentage share in the company or
offered partnership if the design is approved in exchange for an investment.
If the designs and productis approved, and capital and investment is received,
an initial 1000 products shall be assembled and marketed.
IV. Production
This productshould be costeffective in order to be accessed byall students and
the youth.
Including all instruments and hardware it would costRs.7, 000 to build and
assembled this Smart Helmet. The price could not be reduced further because
GPS and Bluetooth modem are an expensive buy even at retail rate.
This costincludes:
Rs. 1000 for headphones
Rs. 4000 for Bluetooth modem, GPS and camera
Rs. 1000 for a basic 20 watts solar panel
Rs. 100 for the Red LED light
Rs. 500 for the Mini Digital Breathalyzer
Rs. 200 for 2GB storage
Rs. 200 for a comfortable helmet base
This productcan be sold at Rs. 9,000, with a minimum profit of Rs. 2000.
Total profit Rs. 18, 00,000
I.e. Rs. 3,60,000 per partner after deducting all the costs.
5. The initial models would have to bear minimum profits but the costprice of the
materials can be later reduced by creating a properinfrastructure.
If the orders are made in bulk and bought at wholesale or bulk prices from
manufacturers directly, the prices may be effectively lowered even further.
However, the initial costofproduction of the Smart Helmet cannot be reduced
any more for the initial testing and beta stage.
V. Market Survey
Our productcan be categorised in the segment of Google glass.
It is better than Google Glass in the following ways
1. The costprice of Google Glass is 1500$ i.e. Rs. 93,500 whereas
the price of our productis only Rs. 9000.
2. Google glass is not even available in India as yet.
3. Google Glass has been proven to be a distraction while driving
by the doctors.
4. Google glass is illegal in many states becauseit diverts your
attention from driving.
5. The navigation is shown on a small screen which is very
difficult to see while driving. Our productprovides verbal step-
by-step directions.
6. Google glass does not have any feature for safety or to play
music.
7. More than 60% of the youth ride bikes in india and hence would
prefer the SHARK.
6. VI. Market Segment
The audience targeted for the beta testing and initial stages of the Smart Helmet
will be the youth in the Metropolitan cities of New-Delhi, Mumbai, Kolkata,
Bengaluru, Chennai and Pune.
These are the cities where most of the young students and professionals own
motorcycles, scooters ormopeds. Much of the young generation is addicted to
alcohol and rough driving and don’tcare for their lives. My proposalwill not
only attract them, but will also make their parents feel secure about their
children. So certainly my work should start where the youth of nation lives and
on which India depends on becoming a superpower in the coming years. Their
safety is our glory.
VII. Capital
The capital required to build the initial 1000 pieces would be Rs. 72 lakhs.
Rs. 70,00,000 would be costof materials used to make the product(at Rs.
7,000 per helmet)
Rs. 50,000 for advertising in newspapers, colleges, internet and
specifically Google ads
Rs. 50,000 for mechanic work i.e. to assemble all the parts
(Rs. 5000 per personfor 10 mechanics to assemble 100 pieces each)
Rs. 50,000 for the software engineer to develop the software and the
circuit
Rs. 20,000 for customer care i.e. Rs. 5,000 each for 4 employees.
Rs. 30,000 for engineers to install the circuit.
7. VIII. 5 Year Plan
In the next 5 years, we would like to expand our productto most cities of our
country and even further promote our product to our neighbouring countries
such as Nepal, Bangladesh, Bhutan and Sri Lanka, where more than 8 people
die of bike accidents daily.
Our productshould not only attract the youth but also win over the trust of
middle-aged and senior citizens.
Every person that owns a two-Wheeler should also own the SHARK.
Our aim is to transform our productfrom an accessoryto an essential in the
market in the near future.
The entire nation should one day be under this protective head-gear. One
day everyonewillbe wearinga helmet before they drivea bike.
IX. Marketing Scheme for Tie-Ups with Two-wheeler
Manufacturers
While the Smart Helmet will be available to individual buyers and consumers,
however our main aim is to collaborate and partner up with two-wheeler
manufacturers. It will not only be the most beneficial move for our business
proposal, but it will be even more beneficial to the manufacturers. It will
increase their sales, because many people choosecars over two wheelers due to
their beliefs that four-wheeled vehicles are safer, and also becauseof other
comfort-oriented concerns like the functions of navigation and music.
But with this product, the two-wheeler manufacturers can pitch their vehicles as
a safe, smart, and comfortable experience, which would be unavailable to them
without this helmet.
This Smart Helmet would also be a productapproved of by authorities like the
police, as this would reduce mortality rate and challans imposed on riders.
8. X. Feasible and Innovative
This productis an essential because:
You HAVE to wear the helmet for your safety
It rules out the option of drinking and driving
In case of an accident it contacts all of your emergency contacts and
authorities
It finds you the closest mechanic, complete with directions
It will help you with directions to your destination and verbally provide
directions
It will enable you to answer phone calls without the hassle of distracting
you from driving
Since the two-wheeler will not be activated without the helmet, this
ensures safety and security of your vehicle
The red LED light makes you visible even in heavy rainfall or dense fog
or at night
The helmet has extra coating made of durable materials to ensure your
safety
Therefore, not only will collaboration with a two-wheeler manufacturer benefit
us, but it will more so benefit two-wheeler manufacturers as it will boostsales
and portray their vehicles as safer, more desirable automotives.
XI. Conclusion
The helmets will come in different styles and colors, which the customer can
choose, ormatch with their two-wheeler, with different styles and colors for
girls, boys, and different two-wheelers.
For only Rs. 9,000 (available to two-wheeler manufacturers from our company
at a lower rate, and reduced to a mere Rs. 5,000 in case of orders of more than
500) this is an extremely desirable, extremely profitable and very smart choice
for manufacturers as well as the customers.