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Mail to: ray@haptictyping.com
Haptotype is a tactile computer input device with keyboard functionality.
The advantages of the haptotype are its compact size, simplicity, and mobile capabilities.
Typing involves moving the four fingers of one hand in a touch-guided manner.
It's important to note that haptotype is not a chording device. Chording keyboards are one-handed keyboards where several keys must be pressed simultaneously to type a symbol, which is challenging and inefficient. Haptotype, on the other hand, is a single-action encoder, meaning it only requires a quick and straightforward finger movement to produce a symbol. It makes typing much faster and simpler than on a chording keyboard.
By placing keypads and a pointing device, such as a touchpad, next to each other, the haptotype combines keyboard and screen navigation.
Users can type by sight using Haptotype keys, labeled with character indices for easy reference.
Haptotype is a compact and sturdy device that occupies less space than traditional computer keyboards, making it highly portable and suitable for autonomous and mobile use.
Haptotype is a versatile tool that enables you to write, send messages, and browse the web from anywhere. Haptotype is a device that can control various household appliances, audio and television sets, car locks, and home security systems. It can also securely store personal data such as bank legal IDs and complicated passwords. With Haptotype, you can manage business matters remotely, process payments, conduct other business transactions, and safely store sensitive personal and business documents. The device ensures that only the owner can access and use these resources.
The operation is blind.
The procedure is completed without visual aids, relying on a tactile "fence" to locate and produce characters.
The operation may be guided by the eyes.
In certain situations, using eye-guided operation, such as when learning to use a device, can be helpful. While anyone can use a standard keyboard, only some people are familiar with the haptotype. However, the haptotype has an advantage: even those unfamiliar with the device can operate it by looking at the alphanumeric indices displayed around the keys. With sight-assist operation, someone new to the device can gradually learn how to use it, making the transition from a sighted to a sightless mode easier.
Security
Ensuring security is of utmost importance. The haptotype device has a significant security feature that allows it to function only for its rightful owner. While the user's hand is close to the haptotype device, biometric measurements can be collected. These measurements include fingerprints, palm prints, the
shape and size of the owner's hand, their grip pattern, and unique behavioral oddities such as how their fingers move over the keyboard. These identification measures are user-specific and cannot be falsified. When the owner first grasps the device and starts typing, their hand is recognized, and all resources become accessible. Any unauthorized attempts are rejected. Changes in security parameters can cause the device to lock up or sound an alarm during operation. The owner's presence and action are necessary to access any data stored on the device. Therefore, sensitive documents can be stored on the device, and passwords can be verified instantly. All data transmitted by the device can also be encrypted for added security.
The functionality of the device can be greatly expanded.
The Haptotype technology is similar to computer keyboards and can be used for various applications. This keyboard can be equipped with an onboard processor and display screen, making it an ideal device to integrate with smartphones. Combining the Haptotype with a smartphone creates a pocket-sized communication device that offers text, voice, and screen functionality. It would be even better if device-specific applications were added to enhance its utility. Fusing these technologies could develop a mobile personal hub for various digital applications. Users can experience a Mind-Machine Interface with this device.
The video demonstrates how haptic typing can be easy, fast, and precise. The speed at which you type depends on your skill and experience. Hardware refinements and software enhancements can further improve it.
Voice vs. text.
Voice communication has some limitations that make it less convenient than text-based communication. Haptotype, a new technology, is expected to supplement or replace voice communication because of its portability and convenience. Text-based approaches do not require voice recognition complexity or cost, and fingers can quickly move between the keypads and the onboard screen-navigating device, combining typing and pointing.
Summary
Haptotype is beneficial for typing and as a universal controller for the "Internet of Things." Text-based control commands can be generated with finger swipes, and receiving devices can easily understand such alphanumeric commands. Unlike voice communication, haptotype offers discretion and unsurpassed security and is unaffected by ambient noise. A text command can be easily impervious to interception and tampering since it is discrete and unambiguous (unlike a voice command). Haptotype will eliminate the inconveniences associated with touch screens and voice-activated devices. When the voice fails, the text will work. By promoting text-based communication, haptotype will revitalize old keyboard technology for those who miss it.
Work in progress.
Currently, haptotype is a work in progress. Although the device is demonstrably helpful and easy to build, there have only been a few devices manufactured, and the project has yet to start. Any advice or assistance in moving this forward would be greatly appreciated.
The image contrasts the HaptoTYPE device with a standard keyboard. The red palm rest is at the back of the device, and on the top are four separate red keypads, each designated for a specific finger. A flexible fabric barrier encircles each of the keypads. A touchpad is positioned between the palm rest and the keypad, allowing for efficient screen navigation.
HaptoType is not only capable of connecting to other devices remotely, but it also functions independently as a straightforward text recorder. It liberates the operator from being confined to their desk, allowing them to work from any comfortable position, whether at work or outdoors. HaptoType maintains its reliability even during activities such as walking or cycling.
The haptotype presents a compelling alternative to the traditional keyboard in the workplace due to its diminished weight, reduced dimensions, and enhanced user-friendliness. Haptotype is an ideal complement to any wearable computing device. As depicted in the accompanying illustration, the haptotype, denoted by its red color, is affixed to the blue fanny pack. It possesses the versatility to be situated within easy reach and may be operated from the confines of a pocket. With the exception of its keypads, the device displayed in the illustration is entirely concealed by a hand.
Moreover, it has been empirically established that training one hand automatically conditions the other. Training the untrained hand requires significantly diminished time and exertion when keys are arranged in a mirror fashion. Alternating between hands represents a beneficial strategy for mitigating fatigue.
In comparison to traditional keyboards, haptoType does not necessitate visual attention to its keys and keypads during operation. Its versatility allows for utilization in various environments, such as in darkness, while in a recumbent position, or in intermediate settings. Notably, a significant portion of the presented writings were composed using haptoType from bed, resulting in alleviation of symptoms commonly associated with prolonged use of technology devices, such as tech-neck.
By virtue of the reduced travel distance and diminished force required for the key actuation compared to traditional keyboard typing, along with the ability to alternate fatigued hands at will, this device presents a compelling solution for individuals engaged in intensive keyboard utilization.
Additionally, a finger flick can be utilized to operate the haptotype keys displayed on the computer monitor.
Individuals experiencing visual or auditory impairment, or who have sustained a unilateral loss of manual dexterity, may derive utility from the HaptoType system.
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