There’s no question that the PC is one of the most powerful platforms in the history of computing.
But what if you wanted to wear it as a helmet or on your wrist?
A new type of breastplate that looks more like a traditional helmet would allow you to do just that.
The new design is called the priestly helmet.
The breastplate can be fitted with an array of sensors that can monitor heart rate and body temperature, and also allow for the wearer to see the location of nearby enemies.
The Priestly Helmet is a head mounted display and a helmet for PCs.
The helmet uses a variety of sensors to monitor heart rates and body temperatures.
It has the ability to also display nearby enemies and other objects, like a map, and to automatically open doors, like the one shown here.
This is a good example of how a head-mounted display works, in that it can display images and text while the head is on.
The computer also has sensors for a variety and different types of things.
The sensors are all connected to a sensor network, which has sensors inside it, which are connected to the computer and are also able to receive data from the computer.
The data sent to the sensor network is stored on a hard disk and can be accessed with a USB device.
This design can also be used to monitor your heart rate, because the sensors are in fact sensors that measure the heart rate.
They are connected by a USB cable to a computer, and are able to read and write data to and from the hard disk.
The sensors can also monitor the temperature of your skin, which is connected to your sensors.
The skin temperature can also tell you how warm you are, and how your body is cooling itself.
It’s also connected to sensors that track your breathing, and it’s also possible to track your heart’s rhythm.
When a sensor detects something, like your breathing or the temperature, it will send a pulse to the heart.
When the heart is beating, it sends the pulse to sensors in the body that monitor the heart and monitor your body temperature.
The sensor network also includes sensors that read and transmit the temperature and breathing data to a data logger, which records the data and sends it to a central server.
This data logger is also connected by USB to a laptop or desktop computer and can read and store the data.
The computer then processes the data sent by the data logger and sends back the data to the head mounted screen.
The head mounted device is powered by USB and has two cameras, one for the head and one for your eyes.
This allows you to see your head as it changes from night to day and vice versa.
It also allows you see your own body temperature and heart rate while you’re wearing the helmet.
The head mounted monitor has a sensor array and a number of sensors, all connected by an Ethernet cable.
The Ethernet cable is connected by two USB 2.0 connectors, one on each end of the cable.
A sensor array can have sensors for sensors that detect the location, time, and temperature of objects or other sensors.
A camera sensor can have a camera that can see your eyes and other sensors that see your body.
The sensor array also has a microphone that can detect your voice.
The microphone can be used for voice recognition, which tells you what you’re saying when you’re speaking.
The microphone can also record your voice and other sounds.
This can be useful in case you’re on a call and need to remember what you said or who you’re talking to.
A sensor network has a lot of sensors.
It can send the temperature data from one sensor array to the other, and the other sensors can send data back to the data loggers to record the temperature in the sensors.
A smart helmet would look a lot like this.
The heart-rate sensors would be connected to one sensor, and a microphone would record the sounds from one of them, and so on.
A small camera would record what you were saying and record it to your helmet.
These sensors could be mounted in different places, or connected to different sensors, like one of those small cameras that are in the eyes of a child.
The idea behind a head mount is that you can wear the helmet on your head and the chestplate will provide a more natural looking helmet.
But how can you use a head helmet to control your PC?
There are a number ways to use a helmet to protect your PC.
The easiest way to wear a helmet is to attach the helmet to your computer and attach the heart-rates sensor to the helmet so that the helmet is attached to the PC.
Another way to use the helmet, which I will talk about in a bit, is to use it to connect your PC to your TV and monitor, and then to attach your PC’s USB hub to the TV and the monitor.
There are even other ways to attach a PC to a monitor.
I have a set of wired and wireless controllers for my PC, and one of these controllers