Data Gloves CaptoGlove Successfully Crowded at Kickstarter
A few weeks ago, Xiaobian reported that CaptoGlove launched the Kickstarter crowdfunding project for data gloves. Now that CaptoGlove has completed a $50,000 crowdfunding goal, they hope to complete the only extension goal in the remaining 19 days: adding a thumb pressure sensor.
Adding a pressure sensor will extend the capabilities of the data glove. In addition to future customization options, the sensor's touch sensitivity can be greatly increased to sense various pressure levels from less than 100 grams to more than 10 kilograms.
Paolo Trotta, CaptoGlove’s executive director, said: “Our supporter community has always been our biggest communicator, helping us to quickly achieve our crowdfunding goals and providing valuable CaptoGlove extra features and capabilities. For this reason, we decided to add an extension goal and add a pressure sensor on the thumb, which will pave the way for the future integration of the CaptoHaptic Kit."
The CaptoGlove project began five years ago and was originally designed to help stroke patients recover their athletic ability. After early success, developers adjusted the device and used it in the military field. Then CaptoGlove teamed with Reusch, a sports glove company, to develop wearable wireless controllers for various uses, including games and VR.
CaptoGlove supports Bluetooth and is compatible with most VR headsets. The device integrates Flexpoint's bend sensor and the Attitude Heading Reference System, which enables 10 degrees of freedom in motion.
The current Kickstarter crowdfunding project still offers the Super Early Bird option (a glove) for $160, while the Early Bird option (a pair of gloves) costs $440.
What is a fiber optic slip ring?
A fiber optic slip ring is a device that allows for the transfer of data, power, and signals between two rotating objects. The ring is made up of one or more optical fibers that are used to transmit light signals. These signals can be used to send power, data, or other signals between the two objects. The fiber optic slip ring is a newer technology that has many benefits over traditional slip rings.
How do fiber optic slip rings work?
A fiber optic slip ring is a device that allows electric current and optical signals to pass through a rotating joint. This is often used in applications where it is necessary to transfer data or power between two stationary points while the object rotates. The fiber optic slip ring uses light rather than metal to conduct these signals, which makes it ideal for use in high-speed or hazardous environments.
Types of fiber optic slip rings
When it comes to telecommunications, fiber optics are king. They're the backbone of almost every network today, and they're getting faster and more reliable all the time. That's thanks in part to a technology called fiber optic slip rings.
Advantages of fiber optic slip rings
A fiber optic slip ring is a device used in optical communication. It is a component of many fiber optic networks and it allows for the transmission of data over long distances without losing signal quality. Fiber optic slip rings are also used to improve the performance of other optical systems.
Disadvantages of fiber optic slip rings
Fiber optic slip rings are growing in popularity for rotating applications. Fiber optic slip rings provide many advantages over traditional electrical slip rings, including much smaller size, weight, and power consumption. However, fiber optic slip rings also have a few disadvantages. One disadvantage is that they can be more expensive than traditional electrical slip rings. Additionally, fiber optic cables are more fragile than electrical cables, so they can be more susceptible to damage.
Conclusion: What are the benefits and drawbacks of fiber optic slip rings?
When it comes to fiber optic slip rings, there are both benefits and drawbacks to consider. On the one hand, fiber optic slip rings offer a number of advantages over traditional metal contact slip rings. They are lighter in weight, which makes them easier to install and transport. They also generate less heat, making them safer to use in hazardous environments. Additionally, they provide superior performance in terms of electrical noise and signal integrity.
However, fiber optic slip rings also have some drawbacks. They are more expensive than traditional metal contact slip rings, and they can be more difficult to repair if they malfunction. Additionally, they may not be suitable for some applications due to their limited range of motion.
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