Fin technology
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The document discusses Fin, a gesture control ring that allows users to control smart devices with finger gestures. Fin uses touchless technology to detect gestures and can be used to control smart TVs, phones, cars, cameras and more. It has applications for visually impaired users to interact with technology. The company has rebranded Fin as Neyya, a new smart ring that builds on the gesture control capabilities in an exciting new product. In conclusion, the document presents the concept of Fin/Neyya as representing the future of touchless technology interaction.
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Fin presentation
Fin is a wearable ring device that allows the user to control multiple digital devices through gestures of the hand and fingers. It was developed by Rohildev N and his company RHL Vision Technologies. When worn on the thumb, Fin uses sensors and Bluetooth to turn the palm and fingers into a touch interface. Users can swipe and tap with their thumb to dial calls, send texts, control media playback and more on connected smartphones, smart TVs, cars and other devices in a hands-free manner.
Ring -shortcut every thing(logbar inc.)
This ring allows users to control devices with gestures. It has sensors and electronics that enable gesture controls like drawing letters in the air to input text or authorizing payments with gestures. It can connect directly to devices or through a hub, and transmit alerts and payments through built-in vibration and LED lights. The ring has a rechargeable battery and precise letter recognition software. A Tokyo-based startup developed it over several years, launching the ring on Kickstarter in 2014.
Fin - A Wearable Gesture Controlled Ring
Fin is a small wearable of its kind, a trendy gadget that you can wear on your thumb, which helps you to control your entire digital world.It uses smart Low Energy Technology such as Bluetooth for communication with connected devices.
Fin gesture control 1
The document describes Fin, a ring that uses sensors and Bluetooth to allow the wearer to control connected devices with hand gestures. It consists of an IMU motion sensor, microcontroller, and optical detection sensor. The ring recognizes swipes and taps on the palm to change volumes, switch channels, answer calls and more on smartphones, TVs and cars. It is waterproof and can connect to three devices at once. Fin provides contactless control of devices for convenience and hands-free interaction.
Fin - The Wearable Ring
Fin is a Bluetooth-enabled wearable ring that allows the user to control devices with hand gestures. It reads gestures from the palm and uses those values to control connected devices like music systems, TVs, cameras, and more. The ring costs around Rs. 7400 and works using low-energy Bluetooth and sensors that detect gestures and convert them into signals to command different technologies. Funds raised will be used to further develop the ring's capabilities, improve authentication, design production, and integrate additional platforms and devices.
wear fin seminar report
This document provides information about the Fin wearable device. Fin is a ring that uses gesture recognition and Bluetooth to allow the wearer to control connected devices like smartphones, TVs and home automation with hand gestures. It can connect to three devices simultaneously. The document discusses Fin's competitors, components, manufacturing process, applications and market opportunities in Germany. Key competitors include Nod ring and Myo armband, but Fin claims to be smaller, more fashionable and compatible with both Android and iOS platforms.
Fin ring - A gesture controlled thumb ring
Fin ring or Wearfin is a thumb ring that converts your whole plam in a gesture space and thus, you can control connected devices with some specific gesture.
www.wearfin.com
Logbar-Ring Zero
A product pitch presentation developed for class purposes on Logbar, a Japanese/American start-up with a focus on creating technology which will ease communication.
The data and pictures are both collected from different websites on Google and I do not assume the right to any. The slide expressing the break-even and timeline are fictitious and made for class purposes.
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Fin presentation
Fin is a wearable ring device that allows the user to control multiple digital devices through gestures of the hand and fingers. It was developed by Rohildev N and his company RHL Vision Technologies. When worn on the thumb, Fin uses sensors and Bluetooth to turn the palm and fingers into a touch interface. Users can swipe and tap with their thumb to dial calls, send texts, control media playback and more on connected smartphones, smart TVs, cars and other devices in a hands-free manner.
Ring -shortcut every thing(logbar inc.)
This ring allows users to control devices with gestures. It has sensors and electronics that enable gesture controls like drawing letters in the air to input text or authorizing payments with gestures. It can connect directly to devices or through a hub, and transmit alerts and payments through built-in vibration and LED lights. The ring has a rechargeable battery and precise letter recognition software. A Tokyo-based startup developed it over several years, launching the ring on Kickstarter in 2014.
Fin - A Wearable Gesture Controlled Ring
Fin is a small wearable of its kind, a trendy gadget that you can wear on your thumb, which helps you to control your entire digital world.It uses smart Low Energy Technology such as Bluetooth for communication with connected devices.
Fin gesture control 1
The document describes Fin, a ring that uses sensors and Bluetooth to allow the wearer to control connected devices with hand gestures. It consists of an IMU motion sensor, microcontroller, and optical detection sensor. The ring recognizes swipes and taps on the palm to change volumes, switch channels, answer calls and more on smartphones, TVs and cars. It is waterproof and can connect to three devices at once. Fin provides contactless control of devices for convenience and hands-free interaction.
Fin - The Wearable Ring
Fin is a Bluetooth-enabled wearable ring that allows the user to control devices with hand gestures. It reads gestures from the palm and uses those values to control connected devices like music systems, TVs, cameras, and more. The ring costs around Rs. 7400 and works using low-energy Bluetooth and sensors that detect gestures and convert them into signals to command different technologies. Funds raised will be used to further develop the ring's capabilities, improve authentication, design production, and integrate additional platforms and devices.
wear fin seminar report
This document provides information about the Fin wearable device. Fin is a ring that uses gesture recognition and Bluetooth to allow the wearer to control connected devices like smartphones, TVs and home automation with hand gestures. It can connect to three devices simultaneously. The document discusses Fin's competitors, components, manufacturing process, applications and market opportunities in Germany. Key competitors include Nod ring and Myo armband, but Fin claims to be smaller, more fashionable and compatible with both Android and iOS platforms.
Fin ring - A gesture controlled thumb ring
Fin ring or Wearfin is a thumb ring that converts your whole plam in a gesture space and thus, you can control connected devices with some specific gesture.
www.wearfin.com
Logbar-Ring Zero
A product pitch presentation developed for class purposes on Logbar, a Japanese/American start-up with a focus on creating technology which will ease communication.
The data and pictures are both collected from different websites on Google and I do not assume the right to any. The slide expressing the break-even and timeline are fictitious and made for class purposes.
Mr and Mrs Presenter
Fin is a wearable ring that allows users to control electronic devices with gestures. It acts as a numeric keypad, gesture interface, and controller. Fin can control the visibility of devices, configure devices, and allow hands-free activities like gaming, photos, and file sharing. The ring went through several prototypes and now has waterproof and long battery life capabilities. It connects via Bluetooth and is compatible with multiple device types. Fin was recognized as one of the top 15 startups in the world at CES2014.
TALK GLOVES.
The document discusses "Enable Talk Gloves", gloves equipped with sensors that recognize sign language and translate it into text-to-speech on a smartphone. A team of Ukrainian students developed the gloves to help deaf people communicate. The gloves measure finger bending and hand motion with sensors connected to a microcontroller and Bluetooth. This allows translation of signs into text then spoken words on a phone. While the gloves can currently translate a few phrases, the team aims to expand the sign library and improve accuracy and speed for conversation. Long-term, the technology could benefit other applications like interacting with interfaces and may become a mainstream computing method.
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Recently more & more hearing impaired people started using sign language. There are about 70 million people in the whole World that are not able to speak (dumb). A dumb person makes communication with other people using their motion of the hand or expressions. . Sign language helps the dumb people to make communication like normal people. The sign language translator which has been already developed uses a glove fitted with sensors that can interpret the 16 English letters in American Sign Language (ASL). Accelerometers and flex sensors are used in this system which increases its overall cost. We proposed a solution as a prototype called as “smart glove-for speech impaired people” which will translate sign language into text. It will help dump and deaf people to express their thoughts in more convenient way. As a sign language we have used traditional finger movements with contact switch wrapped around the user’s fingers. An IR transmitter receiver pair, HT12E and HT12D IC and, Arduino (Micro Controller) board helps transmitting data to PC. Moreover, use of contact switches reduces the system’s overall cost.
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This document describes a device that helps people with disabilities communicate. It includes gloves with flex sensors that allow people with paralysis to convey words by finger movements. It also has speech-to-text and text-to-speech functions to help deaf and blind users. The device translates sign language, finger movements, or whispered speech into audible words using sensors, microcontrollers, and Bluetooth. This allows people with disabilities to express their basic needs and thoughts without needing a human interpreter.
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2) The glove uses flex sensors on the fingers to detect hand gestures and an Arduino microcontroller to convert the gestures to text or pre-recorded voices.
3) The glove has three modes - displaying gesture status, converting gestures to voices, and controlling home appliances wirelessly through hand gestures.
Gesture vocalizer
The document describes a gesture vocalizer system that uses multiple microcontrollers and sensors to facilitate communication between deaf, dumb, and blind communities and others. The system can detect gestures using a data glove with bend sensors and tilt sensors, analyze the gestures to determine their meaning, synthesize speech corresponding to the gestures, and display the gesture on an LCD screen. It is designed to translate sign language and other gestures into voice and text to help different communities communicate with each other.
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The people who are speech impaired and paralyzed patients those have difficulty in communication. So that patients cannot speak and hear properly and they have problem in communication to other people who don't understand sign languages. So at that time electronic hand glove is used for communication and for that one hand is used for making position of different fingers using flex sensors. The objective of my project is to develop a electronic device for the people who suffer from speech impairment and paralyzed patients. In this, Flex sensor glove is used and Indian sign language's alphabets make using different position of fingers and thumb and their output are shown in the LCD.
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This document describes a project to create talking gloves that can translate sign language gestures into text or speech. The gloves would use flex sensors attached to the fingers to detect hand gestures and convert these into alphanumeric characters. A microcontroller would encode the gestures for transmission via RF to a receiver where the signals would be decoded and the recognized gestures converted to voice using voice recognition software. This would allow deaf people to communicate with others using their hands and sign language translated into a form others could understand.
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This document summarizes a senior design project report for a smart glove that translates hand gestures into vocalized speech. The project aims to help deaf and mute people communicate by converting sign language gestures into audio that can be understood by others. The smart glove uses flex sensors on the fingers and an accelerometer to detect hand and finger movements. An AVR microcontroller reads the sensor data and sends it to a speech synthesizer module that outputs the corresponding audio. The report describes the design process, including an overview of the hardware and software components, sensor testing and interfacing, gesture recognition algorithms, and prototype testing. The smart glove aims to improve communication for deaf and mute individuals and reduce barriers between them and others.
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Enable talk
This document summarizes a student project report on developing "talk gloves" that translate sign language gestures into speech. The report is dedicated to the students' teachers and families who supported them. It acknowledges those who helped with the project, including their supervisor Dr. Falah Mohammed. The report contains chapters on the project's constraints and standards, literature review, methodology used, results and analysis, and conclusions. The talk gloves are intended to help solve communication barriers faced by deaf individuals by allowing translation of sign language gestures into spoken words using a smartphone. The gloves contain sensors on the fingers to detect hand movements which are sent via Bluetooth to an Android app that converts the signals to voice. The project aims to give a voice to the 70 million
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This document proposes a project to develop a sign language translator glove. The glove will use flex sensors, contact sensors, and accelerometers to detect finger positions and hand motions corresponding to letters, words, and sentences in American Sign Language. The detected signals will be sent to a detection unit and transmitted to a base station. The base station will display the signed letter on an LCD screen and pronounce it through speakers. The expected outcome is a portable glove that can translate signed letters, words, and sentences into text and speech. The proposed application is to help communication between deaf, mute, or physically impaired individuals and others.
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this is presentation about extended surface fins for heat transfer. advantages, disadvantages and many more about fins
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This file contains slides on Heat Transfer from Extended Surfaces (FINS). The slides were prepared while teaching Heat Transfer course to the M.Tech. students in Mechanical Engineering Dept. of St. Joseph Engineering College, Vamanjoor, Mangalore, India.
Contents: Governing differential eqn – different boundary conditions – temp. distribution and heat transfer rate for: infinitely long fin, fin with insulated end, fin losing heat from its end, and fin with specified temperatures at its ends – performance of fins - ‘fin efficiency’ and ‘fin effectiveness’ – fins of non-uniform cross-section- thermal resistance and total surface efficiency of fins – estimation of error in temperature measurement - Problems
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Fin is a wearable ring that allows users to control electronic devices with gestures. It acts as a numeric keypad, gesture interface, and controller. Fin can control the visibility of devices, configure devices, and allow hands-free activities like gaming, photos, and file sharing. The ring went through several prototypes and now has waterproof and long battery life capabilities. It connects via Bluetooth and is compatible with multiple device types. Fin was recognized as one of the top 15 startups in the world at CES2014.
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The document discusses "Enable Talk Gloves", gloves equipped with sensors that recognize sign language and translate it into text-to-speech on a smartphone. A team of Ukrainian students developed the gloves to help deaf people communicate. The gloves measure finger bending and hand motion with sensors connected to a microcontroller and Bluetooth. This allows translation of signs into text then spoken words on a phone. While the gloves can currently translate a few phrases, the team aims to expand the sign library and improve accuracy and speed for conversation. Long-term, the technology could benefit other applications like interacting with interfaces and may become a mainstream computing method.
hand talk sound glove
It is the medical based project using Arduino Mega with IC apr33A3 (Recordable sound IC) and flex sensors.
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Recently more & more hearing impaired people started using sign language. There are about 70 million people in the whole World that are not able to speak (dumb). A dumb person makes communication with other people using their motion of the hand or expressions. . Sign language helps the dumb people to make communication like normal people. The sign language translator which has been already developed uses a glove fitted with sensors that can interpret the 16 English letters in American Sign Language (ASL). Accelerometers and flex sensors are used in this system which increases its overall cost. We proposed a solution as a prototype called as “smart glove-for speech impaired people” which will translate sign language into text. It will help dump and deaf people to express their thoughts in more convenient way. As a sign language we have used traditional finger movements with contact switch wrapped around the user’s fingers. An IR transmitter receiver pair, HT12E and HT12D IC and, Arduino (Micro Controller) board helps transmitting data to PC. Moreover, use of contact switches reduces the system’s overall cost.
Keywords: - Arduino, HT12E IC & HT12D IC, IR transmitter receiver, contact switch.
Enable talk
This document describes a device that helps people with disabilities communicate. It includes gloves with flex sensors that allow people with paralysis to convey words by finger movements. It also has speech-to-text and text-to-speech functions to help deaf and blind users. The device translates sign language, finger movements, or whispered speech into audible words using sensors, microcontrollers, and Bluetooth. This allows people with disabilities to express their basic needs and thoughts without needing a human interpreter.
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This paper propose a methode design an electronic hand glove which would help the communication between deaf and blind. There are around 285millions of visually impaired people in the world and 900,000 of deaf and blind.
IRJET- Smart Hand Gloves for Disable People
1) The document describes a smart glove prototype designed to help disabled people communicate through hand gestures.
2) The glove uses flex sensors on the fingers to detect hand gestures and an Arduino microcontroller to convert the gestures to text or pre-recorded voices.
3) The glove has three modes - displaying gesture status, converting gestures to voices, and controlling home appliances wirelessly through hand gestures.
Gesture vocalizer
The document describes a gesture vocalizer system that uses multiple microcontrollers and sensors to facilitate communication between deaf, dumb, and blind communities and others. The system can detect gestures using a data glove with bend sensors and tilt sensors, analyze the gestures to determine their meaning, synthesize speech corresponding to the gestures, and display the gesture on an LCD screen. It is designed to translate sign language and other gestures into voice and text to help different communities communicate with each other.
Microcontroller Based Sign Language Glove
The people who are speech impaired and paralyzed patients those have difficulty in communication. So that patients cannot speak and hear properly and they have problem in communication to other people who don't understand sign languages. So at that time electronic hand glove is used for communication and for that one hand is used for making position of different fingers using flex sensors. The objective of my project is to develop a electronic device for the people who suffer from speech impairment and paralyzed patients. In this, Flex sensor glove is used and Indian sign language's alphabets make using different position of fingers and thumb and their output are shown in the LCD.
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Conversion of sign language to speech using kinect
The document discusses the development of a tool to convert sign language gestures captured by a Kinect sensor into speech. The system is intended to help deaf or mute individuals communicate more easily by recognizing gestures and matching them to text which is then converted to speech. The proposed design includes modules for gesture input, gesture recognition matching to text, and text to speech conversion to provide an accessible communication system for the hearing impaired.
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This document summarizes a senior design project report for a smart glove that translates hand gestures into vocalized speech. The project aims to help deaf and mute people communicate by converting sign language gestures into audio that can be understood by others. The smart glove uses flex sensors on the fingers and an accelerometer to detect hand and finger movements. An AVR microcontroller reads the sensor data and sends it to a speech synthesizer module that outputs the corresponding audio. The report describes the design process, including an overview of the hardware and software components, sensor testing and interfacing, gesture recognition algorithms, and prototype testing. The smart glove aims to improve communication for deaf and mute individuals and reduce barriers between them and others.
Designing the Screenless Experience
This document discusses the concept of the "Internet of Experience" which looks beyond just connecting devices (Internet of Things) and screens (Internet of Screens) to focus on enhancing user experiences. It provides examples of products that use sensors and contextual data to adapt displays, interactions and information based on human behavior and preferences. The goal is for experiences, not devices, to become the product through adaptive, ambient and push/pull information designs across multiple interconnected devices.
Enable talk
This document summarizes a student project report on developing "talk gloves" that translate sign language gestures into speech. The report is dedicated to the students' teachers and families who supported them. It acknowledges those who helped with the project, including their supervisor Dr. Falah Mohammed. The report contains chapters on the project's constraints and standards, literature review, methodology used, results and analysis, and conclusions. The talk gloves are intended to help solve communication barriers faced by deaf individuals by allowing translation of sign language gestures into spoken words using a smartphone. The gloves contain sensors on the fingers to detect hand movements which are sent via Bluetooth to an Android app that converts the signals to voice. The project aims to give a voice to the 70 million
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Contents: Governing differential eqn – different boundary conditions – temp. distribution and heat transfer rate for: infinitely long fin, fin with insulated end, fin losing heat from its end, and fin with specified temperatures at its ends – performance of fins - ‘fin efficiency’ and ‘fin effectiveness’ – fins of non-uniform cross-section- thermal resistance and total surface efficiency of fins – estimation of error in temperature measurement - Problems
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Fin technology
- 1. FIN TECHNOLOGY Guided by: By: Mrs.K.Yojana Pradeep Rajpurohit (Assoc. Prof.,SBIT )
- 2. Revolutionary User Interfaces Mouse Click-wheel
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- 4. Revolutionary User Interfaces Touch-less technology(LEAP MOTION)
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- 6. Gesture interaction on palm
- 7. Working
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- 18. Fin can control Head Mounted Devices
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- 23. Latest update • Fin has become something bigger, better and even more exciting as we've rebranded the company. welcome ‘NEYYA' - a brand new smart ring from an exciting new consumer electronics company.
- 24. ‘Neyya Ring’
- 26. Conclusion “The Future is now”