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Taser is a company that provide smart weapons, body-worn cameras, and complete evidence management solutions for law enforcement. That is an American developer, manufacturer, and distributor of the conducted electrical weapons, body worn cameras, and the real digital evidence management solutions based in Scottsdale, Arizona. They use the LRA for handle device for haptic feedback. TASER devices for civilians use the same technology trusted by Law Enforcement all over the world, so you know it is the tool to protect you and your loved ones
At TASER they make communities safer with innovative public safety technologies that protect life and truth. Founded in 1993, TASER first transformed law enforcement with their electrical weapons. Today, they continue to define smarter policing with our growing suite of technology solutions.
Keywords: handle devices, LRA, vibration motors
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Sensel is developing the next generation of input devices. With their multi-touch, pressure-sensitive technology(use the vibration motor), they seek to outperform existing industry-standard touch solutions in accuracy, latency, and power, while offering an extra dimension of control in the form of force sensitivity. In addition to making traditional modes of user interaction more expressive and intuitive, their super technology enables a wide range of new and exciting applications. Let technology be the tool to fuel your innovative spirit. Sensel also use the vibration motors for haptic feedback.
Keywords: handle devices, LRA, vibration motors
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At a time when popular smartphone, with the smart watch for cell phone use has also appeared, but when they look at all smart watches on the market Outlook is no different from the traditional watches, there is no breakthrough. Momentum Labs finally broke the deadlock, launched the world's first 360-degree full-touch screen watch Moment. They use our the smallest pager motors for vibration haptic feedback.
Keywords: pager motors, smartwatch, vibration motors
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NullSpace VR brings touch feedback to Virtual Reality using haptic feedback wearables. Don't just see your game, reach out and feel it too.
> Feedback Pads
32 independently activated vibration pads on the chest, abdomen, shoulders, arms and hands
> Haptics Library
117 built-in haptic effects, and a tool for developers to make their own haptic animations
> Developer API
Included software API for both physics and code-activated haptics. Currently available for Unity 3D engine (with more on the way!)
Keywords: touch feedback, virtual reality, haptic feedback
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Texas Instruments offers a complete line of haptic drivers. With automotive qualified haptic drivers, automotive manufacturers can reduce driver distraction and increase confidence within the vehicle by adding clear and fast response from the capacitive touch elements in their infotainment center console.Texas Instruments offers a complete line of haptic drivers. With automotive qualified haptic drivers, automotive manufacturers can reduce driver distraction and increase confidence within the vehicle by adding clear and fast response from the capacitive touch elements in their infotainment center console.
Type of haptics: alert & notification, button replacement, touch screen
- Touch on Metal Buttons With Integrated Haptic Feedback Reference Design
- Capacitive Touch Operated Automotive LED Dome Light with Haptics Feedback
- Automotive TFT LCD Display Solution
- Resistive Dual Touch Reference Design Board with Haptic Feedback for 4-wire Resistive Touch Panels
- Multi-Driver Board for ERM and LRA Haptic Feedback
- ERM/LRA Haptic Driver Evaluation
- Haptics Smart Loop Algorithm and Immersion TouchSense Effects Library Breakout Board
- Evaluation Module for Automotive Resistive Touch Screen Controller
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Portable medical devices often use audible or visual alerts to notify the patient of potential issues. These alerts can be disruptive or even embarrassing to the user. Haptic feedback can be used in portable medical devices to replace audible alerts with silent, discreet tactile alerts. Haptic notifications can also be felt when the user is in an environment that is too noisy or distracting to hear or see other types of feedback. |
Type of haptics: alert & notification, button replacement, touch screen
- Haptic Feedback with Bluetooth Low Energy and iOS App Reference Design
- Advanced Haptic Driver Simplifies Tactile Feedback Design in Consumer and Industrial
- Reference Design for Industry's Most Highly Integrated Piezo Haptic Driver
- Haptic Bluetooth Kit
- ERM/LRA Haptic Driver Evaluation
- Multi-Driver Board for ERM and LRA Haptic Feedback
- ERM/LRA Haptic Driver Evaluation
- Evaluation Module
- Haptics Smart Loop Algorithm and Immersion TouchSense 2200 Effects Library Breakout Board
- Haptic Driver for ERM/LRA with Built-In Library and Smart Loop Architecture
- Haptic Driver for ERM and LRA with Built-In Library and Smart Loop Architecture
- Haptic Driver with Auto Resonance Tracking for LRA and Optimized Drive for ERM
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As industrial human machine interfaces (HMI) start to develop more tablet-like control panels, the number of touch screens used in industrial applications is increasing. By using reliable touch interfaces, failure-prone moving parts can be removed, and moisture resistance is improved. Some of the industrial applications that have started to use more touch interfaces include point-of-sale devices, data terminals, ATMs, large home appliances, home automation systems, as well as industrial manufacturing machinery. Generally, these applications have control panels that provide visual and/or audible feedback. This can be a problem for individuals that are hearing impaired or individuals that are not used to using touch interfaces. |
Type of haptics: button replacement, touch screen
- Touch on Metal Buttons With Integrated Haptic Feedback Reference Design
- Advanced Haptic Simplifies Tactile Feedback Design in Consumer and Industrial
- Reference Design for Industry's Most Highly Integrated Piezo Haptic Driver
- ERM/LRA Haptic Evaluation
- ERM for Piezo Haptic with Boost, Digital Front End, and Internal Waveform Memory
- Multi Board for ERM and LRA Haptic Feedback
- ERM/LRA Haptic Driver Evaluation
- Evaluation Module
- Haptics Smart Loop Algorithm and Immersion TouchSense 2200 Effects Library Breakout Board
- Haptic for ERM/LRA with Built-In Library and Smart Loop Architecture
- Haptic with Auto Resonance Tracking for LRA and Optimized Drive for ERM
- Piezo Haptic with Integrated Boost Converter
- Piezo Haptic with Boost, Digital Front End, and Internal Waveform Memory
By introducing tactile feedback to touch interfaces in these applications, users gain extra confidence and task completion times are reduced. This ultimately increases the user's overall experience and the HMI system's efficiency.
NFP-motor offers a complete line of haptic feedback solutions which have the ability to offer eccentric rotating mass (ERM), linear resonant actuator (LRA), and piezoelectric actuators. NFP's haptic feedback motors have the ability to provide high quality haptic feedback that is consistent across time, environmental conditions and unit variations. This allows for maximum impact to the user.
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