CJK Fly Vision Part 3

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III. METHODOLOGY

This section tells us the procedures and techniques used to identify, select, process and analyze information about eyeglasses as inspired by fly. It follows with the following subtopics: design process, materials selection, assembly and performance evaluation that will give us an explanation below.

Design process of CJK FLY VISION

The design consideration of CJK FLY VISION were made through reviews of some related literature, studies and articles that can be found in the internet. The researchers’ searched for the reliable sources such as google scholar, science direct and scholarpedia using the keywords eyeglasses, lenses, frames, remote controls and compound eyes that can be used as basis for the design of the product. The related literature, studies and articles that were searched were published from the year 2000. The materials were easily determined as it was shown on the related studies and articles. Through incorporating the logic of science mechanism and technological advancement, the proposed design of the device will definitely work.

Material selection

Table 1. List of materials to be used for eyeglasses

Table 2. List of materials used for ring (accessory incorporated to eyeglasses)

Assembly of CJK FLY VISION

The eyeglasses inspired by a fly is an all-around device where it can be used as a protective gear to your eyes and an aid for one’s eye impairment. This device was composed of remote controls, frames, lenses, Nano-engineered material (camera) that is attached to the frame and using smart technologies (program incorporated inside the lenses) for data processing.

Performance Evaluation of CJK FLY VISION

CJK Fly Vision is a device that helps, not only to improve one’s vision but more importantly helps one on occasional circumstances such as emergency situations, high security missions and even in combat. It is a specific eyeglass with the most unique feature, a fly’s vision or point of view. It is not literally a fly’s vision that you can see while wearing this, although it is the concept of this Specs, some characteristics of the fly’s vision were eliminated because they’redeemed not really helpful. There were still the main characteristics that remain intact and were studied and altered to meet the human standards. You can also use this on a daily basis but it is still up to you since the design is more likelya sunglass and not a correction eyeglass but since its lenses have adjusting grades so it is fit for daily usage. The eyeglass lenses were made up of glycerin, a thick clear liquid, enclosed in flexible membranes. The membranes can be mechanically moved back and forth, changing the curvature of the glycerin lens. The lenses are set in frames containing a distance meter on the bridge, which measures the distance from the wearer’s face to nearby objects using infrared light. The meter then sends a signal to adjust the curve of the lens. This adjustment can happen quickly, letting the user focus from one object to another in 14 milliseconds. It is also scratch-resistant due to its scratch-resistant coating on the front and back part of the lenses as well as the capability to reduce the amount of internal and external reflections on a lens. Another thing was that it can display images or scenes on the line of sight of the camera connected to it. Both right and left lenses were connected to a camera on its connecting arm which when activated enables it to have an almost 360 degree view of the entire field just how a fly can see. Not only has that it portrayed a fly’s vision, it also helps in keeping your guard up specially when worn in combat. When the cameras on both the left and right arm were activated not only it has an approximately 120 degree view, it also has weapon sensors that can identify an explosive, blunt, sharp or pointed weapon at range and it even identifies a gun when it enters its line of sight. The best thing about its lenses was its slow motion perception not that it literally slows down movements but rather sees swift movements slower than what it really is enabling a man to some extent, “predict” an opponent’s attack. This command was only activated after tapping the metal detector on the right side of the CJK Fly Vision. The reason behind this breakthrough lies on the super advanced microchip installed on the CJK Fly Vision and the fiber optic cables. Fiber optic cables on Figure 1 allow for a faster and clearer transmission of signals. Fiber optics works by transmitting signals through light waves. It is either created from glass or plastic fiber where light passes through. At the end of every fiber optics cable is a transmitter. Fiber-optic cables transmit data via fast-traveling pulses of light. Another layer of glass, called “cladding,” is wrapped around the central fiber and causes light to repeatedly bounce off the walls of the cable rather than leak out at the edges, enabling the single to go farther without attenuation. Some impurities are added to fiber optics to control the speed and aid in channeling the signal effectively. Fiber optic cable is still far faster than copper wire, and isn't as susceptible to electromagnetic interference. Fiber can achieve speeds of hundreds of Gigabits per second or even Terabits.

Chemical compounds that make the whole systematic functions work of a fly’s vision were changed to mechanical receptor-like powered by electricity where fiber optic cables pick up a signal from the environment and thus serve as ion channels that delivers certain messages or signals to a microchip that was installed within the spectacle and brings it back to the whole system five times faster until it reaches the lenses where the person can see what has been detected or spotted by the ultra-sensitive sensors built within the eyeglasses.

The main frame of the CJK Fly Vision was made from Monel which is composed of about two-thirds nickel and one-third copper. This highly-yielding alloy can be hammered into a variety of different shapes without losing strength. Its ability to resist stress well makes Monel an excellent choice for stabilizing frame bridges and end pieces. Monel is corrosion-resistant and durable, but may cause problems for people with allergic reactions to nickel. The scanner and detector of the specs were connected to the microchip in Figure 2 installed within the glasses that stores information for up to 1 TB. It also has a wide range of data and information stored there so that it could identify many forms of attacks, danger and weapons. The detector on all the cameras could detect hazards for as far as 5 meters away from the person wearing the specs. As it spots something suspicious, it picks up information then sends it to the microchip then classifies it as danger then the information was sent back to the whole system alerting the person wearing the glasses by slightly vibrating on the side where the danger is.

OPERATION OF THE DEVICE

Since the main goal of this device was to make the best use out of a fly’s vision, the operation of the CJK Fly Vision follows very simple procedures to operate per command:

Motion Detection or Slow Motion Perception

1. Wear the CJK Fly Vision and make sure to take note of the different buttons or sections on your spectacles.

2. In times of combat, just tap on the nearest portion of the right arm of the eyeglass (see Figure 3) to activate the command. You will right away see movements actually slower which makes you process information five times faster than normal.

3. Double tap on the same spot for deactivation.

Center Camera (Figure 4)/ Video and Picture Command

1. If you wish to capture scenes, just press the button below shown on Figure 4.1 the nearest portion of the right arm once like clicking a camera to capture the scene in front of you.

2. If you wish to shoot a video or record what’s in front of you, just press the same button a little longer until you feel a slight vibration then release as it starts recording.

3. To stop recording videos, just press the same button once again. It will automatically be saved on a physical or cloud storage whichever you prefer.

360 degree Field View (Figure 5)

This command helps you to have a wider view of your surroundings. The cameras on the right and left arm serves as the ‘eyes’ for your 360 degree field of view. Here are the steps on how you could activate or enable to see the views on those cameras:

1. Make sure that the cameras on both sides of the arm were activated or on the “ON Mode”.

Since this spec was mostly for guarding yourself from any attacks, once you wear this, it would automatically alert itself or ON the cameras and the sensors on all three (3) sides.

As the spec detects your pulse it will automatically be turned on.

2. If you wish to view the cameras field of view or display it in front of you, you can press the button on the ring accompanying the specs. There will be labels on it for the right and left camera.

3. If the sensors on the cameras detect something dangerous for example a weapon pointed at you in that particular direction, it would vibrate when the danger enters the field of view for as far as 5 meters wide within that range.