Your blood oxygen level is a measurement how much oxygen is reaching your muscles. It is important because low levels mean that you will become easily fatigued during exercise. The more exercise you do, the better your blood oxygen levels will become. An accelerometer is a sensor used to measure the linear acceleration of a device.
A common application is detecting when a device changes between vertical and horizontal positions. A compass is useful for gaming, maps, and navigation software. This measures barometric air pressure. It can predict weather changes, for example a sudden drop in air pressure could mean a storm is coming. When calibrated correctly it can be used to determine altitude, which helps GPS devices to lock on quicker and with greater accuracy.
With a temperature sensor you can monitor changes in temperature to measure your exertion levels and avoid hyperthermia. A gyroscope is a sensor that tracks the orientation of a device, more specifically by measuring the angular rotational velocity.
Initially, they were built using a spinning rotor to detect changes in orientation, like twisting or rotation. A cadence sensor measures the number of pedal revolutions per minute when you are cycling. It enables you to monitor how fast you are pedaling. Activity tracking 1. It can track your sleep, such as how long you sleep for and the quality.
It tracks how many steps you take throughout the day, allowing you to see how active you have been. This is useful if you are on a strict training diet or if you are trying to lose weight. It can also help to boost your motivation.
Measuring pace shows how much time it takes to travel one kilometer or one mile. For example, in running, a 4 minute kilometer would be a very good pace. Your activity data is analysed to give you reports, available to view through the app or website. This allows you to see how active you have been and to help you make improvements. Your sleep data is analysed to give you a report, available to view through the app or website.
This allows you to see the quality of your sleep and to help you make improvements. The device automatically detects when you start an activity such as jogging, saving you from entering it manually at a later time. It can detect changes in elevation, such as when you are climbing stairs.
Connectivity 1. NFC near-field communication allows a device to perform simple wireless transactions, such as mobile payments. Note: this feature may not be available in all markets. It is compatible with a range of Android devices such as smartphones and tablets. The device syncs all of your data wirelessly, without the need for cables. The device automatically syncs your data when in range of your computer or smartphone.
Bluetooth version 4. Bluetooth is a wireless technology standard that allows data transfers between devices placed in close proximity, using short-wavelength, ultra-high frequency radio waves.
Newer versions provide faster data transfers. Devices that use cellular technology can connect to mobile networks. Cellular networks have much wider signal coverage than Wi-Fi. Wi-Fi 4 It has faster transfer rates and improved security compared to its predecessors — a, b, and g. Battery 1. Battery power, or battery capacity, represents the amount of electrical energy that a battery can store. More battery power can be an indication of longer battery life. An indicator shows you when the device has low battery.
The battery can be recharged and used over again. The manufacturer offers a branded wireless charging kit. To charge the device, you simply put it down on its charging base. There is less chance that you will run out of battery during an adventure.
In power save mode you can still check what time it is and other basic functions. A long battery life is good if you wear the device day to day. With a long battery life, you can train for several hours a week and only have to recharge the device every few weeks. Features 1. The device has a speaker and microphone that allow you to answer calls made to your smartphone.
The device has a feature that allows you to find your smartphone if you have misplaced it. In order to avoid the hazard of explosions, we performed a special anti-static treatment on the ETFE jacket. So far so good. But for this application the cables need to be quite flexible since the robot is moving around in all directions. The only problem we could think of was that ETFE is not flexible. It's hard, stiff and rigid. To solve that problem was quite a challenge. Flexible AND robust: best of both worlds and ready for petrol diving.
Our client is currently developing the next generation of this robot and now that we know how to make cables work in this environment, we are ready for whatever challenges lie ahead. Remember, it only takes a spark …. This cable is just one of the many tailor-made solutions we create at Habia. In fact, we create over 8, unique products every year. Contact us today to see how we can help you improve your cable and harness solutions.
The right insulation is just the beginning We decided to use a fluorine based plastic material called ETFE for the cables on the robots. Solve one problem and say hello to the next In order to avoid the hazard of explosions, we performed a special anti-static treatment on the ETFE jacket.
ETFE is not flexible. At all.
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