These are transparent glasses that can see through clothes. Works on the same principle as the camera described above, with the exception that these glasses can be worn and also records images if you have a portable recorder. Could these be real glasses to see through clothin. Real glasses to see through clothin « on: 01:04:50 » I found a crazy guy selling what appears to be infrared glasses and flourescent dye. I am sure I too have also seen a camera that can see through clothing but it's not the result you might be expecting ie.
While Google's augmented-reality glasses are receiving immense attention – – they're certainly not the first pieces of eyewear to include an integrated display. A company called Vuzix released its first pair of augmented-reality glasses, the, in 2009. The glasses contain two LCD displays that mimic a 62-inch screen sitting nine feet away.
An add-on camera routes real-time footage of the real world to the LCDs, overlaying augmented-reality elements powered by software. The Vuzix glasses were perhaps the first low-cost integrated-display glasses on the market. Nonetheless, that distinction hasn't translated into mass-market appeal and sales.
The same can be said for the that was released in 1997. And even the 3-D monochromatic with its powerhouse Nintendo pedigree couldn't entice gamers to shove over-sized glasses onto their faces for a more immersive experience. Photo: Recon Instruments Recon has been in the head-up display (HUD) game since 2010. The company's first product, the Transcend, was a partnership with Zeal Optics to bring a HUD to the eyes of skiers and snowboarders. The HUD goggles use a rider's GPS location to display elevation, speed, and time of day in a small screen that sits at the bottom-right of the user's field of vision – and it's all in real time. All the cumulative data from a day on the slopes can be downloaded to a computer, and the GPS information can be associated with interactive maps so users can chart their speeds against location.
Still, Vuzix was selling display glasses when Google with still trying to convince us that Google Wave was an awesome idea. The Vuzix Star 1200 augmented-reality glasses display 2-D and 3-D visuals on transparent lenses. Two cameras – a lightweight compact camera for general applications, and a 1080p HD camera for applications that require high-definition visuals – record the world at large, and transfer this video to augmented-reality software that identifies objects and environs for interactive use. But there's a serious downside to the system: The glasses need to be plugged into a Windows computer or an iPhone in order to work. It's not the self-contained unit Google is promising, but having an actual product on the market is arguably better than simply with a possibly working, possibly dummy prototype. Brother AiRScouter.
The glasses employ a monocular (single display) design with a translucent LCD that sits in front of the wearer's left eye. Brother says the resulting image is the equivalent of looking at a 16-inch monitor that's one meter away.
As a factory worker is operating machinery, the AiRScouter can overlay workflow instructions in real-time. In addition to helping employees build and maintain products, the system can be used for communication. With an optional camera and audio attachment, the wearer can transmit video back to support center staff – which can then direct the machine operator on better ways to fix problems in real-time. Everyone looks at the same work-in-progress, and from the same point of view.
The support staff can even take screen shots of the transmitted video, annotate an image, and beam the image back to the wearer for clarification of how to fix an issue. The entire system is pretty slick. Too bad it's only currently available for purchase by commercial entities in Japan. Like the Vuzix Star 1200, the AiRScouter needs to be plugged into a computer or smartphone to work. Epson Moverio BT-100. Epson's head gear fits into this category, purportedly recreating the viewing area of a 80-inch monitor that sits 16.4 feet away. Unlike other head-mounted displays that block the outside world from view, the Moverio displays images onto semi-transparent glass.
When the system's integrated projectors are turned off, the display can double as a less-than-fashionable pair of sunglasses. The system is managed by an Android-powered control module that connects directly to the glasses via two wires. It's better than connecting to a computer, but not as good as a self-contained unit. The control module's trackpad helps users navigate the system's interface.
It's WiFi-enabled, and supports Android apps from the Amazon App store, and plays video saved to the device and from sites like Vimeo, Netflix and YouTube. It's the mobile Android device your face always wanted. The HMZ T1 features dual 720p OLED displays that mimic a 750-inch screen that's 65 feet away.
To round out the personal theater experience, the headset features 5.1 surround sound audio. The headset attaches to a supplied processor unit that then connects to any device with an HDMI out port. This is not an on-the-go headset. Instead, Sony wants you to sit in your favorite chair and play video games or watch 3D movies without the distractions of text messages, Twitter feeds, and phone calls. Of course, $800 is a lot of money to watch The Lion King in 3D uninterrupted. Silicon Micro Display ST1080.
Photo: Silicon Micro Display A direct competitor to the Sony HMZ T1, the $800 headset also uses a controller box to view video content. But unlike the HMZ T1, the ST1080 displays video at 1080p and has a transparent display.
You'll still be sitting in your living room tethered to a media device, but you'll be using new display technology while you're doing it. The ST1080 uses LCoS (liquid crystal on silicon) display technology to bring 1080p to a wearer's eyes. This micro-projection technology uses highly reflective liquid crystals that either reflect light or block it entirely.
It is about the time of going to the beach and with that the best time to test the x-ray lenses. The materials left over to spend the IR and the naked eye can not see anything are synthetic fabrics such as lycra in dark colors. The cameras with night vision, also called night shot, or have lux sensors. In particular if you want to buy a camera or filters of this type. Already on the market these cameras with night vision or to achieve the so-called effect of x-ray lenses. For example, the Kaya-optics company has been selling cameras and infrared night vision filters. But you can also achieve this effect in a home. The presence of bright light is definitely an advantage. The wet clothes also favor the capture of IR to achieve the effect of X-rays see through clothing. The Easter holidays are definitely one of the best options. At the beach or pool, the opportunities are greater. Keep in mind that as a rule, nobody likes to see through clothing. I advise you to do with consent. If not so, do the tests with responsibility and at your own risk. Here we are not responsible. Having said this, and all clear, good luck. If you want to share your tests with x-ray lenses filter x-ray home we have built here, will be welcome. Already started a collection pequenia photos and videos with x-ray lenses. Will be available soon.
Homemade night vision lenses Putting a camera with night vision is simple. The first thing to do is measure the lens of the camera that we use. I recommend a standard digital camera. This filter also works for home phones with digital camera. So you can take pictures with x-ray videos with your phone. It is important to try several filters to achieve different effects with different types of light and sensitivity of your digital camera.That will depend on the quality of your photos. The materials you need are: Several negative, the dark after their disclosure. The cardboard center of a diameter tape similar to a camera lens that you put the filter. Glue Insulating tape Correct or scissors Marker or black paint and brush.
First see if the digital camera (photographic or cell) captures infrared. For this take a picture in the darkness of some remote control directed toward the infrared diode while pressing any button.It is important not to activate the camera flash when taking this picture. If you can see in the photo diode, it means that if your camera sees infrared. We are on track. Ring filter: Now to make this homemade infrared filter, you need to measure the outside diameter of the lens of your digital camera.That's where we will adapt the home infrared filter. One end of the ring should be partially covered, you can put a piece of black construction paper. Filter: Cut the negative and dark revealed. Cut two of them and put them inside the filter ring. So that they are covered by black cardboard except for the area in front of the camera lens. Once the filters are fixed on the rim of the filter and filter the entire home is painted black, place it on the camera lens. This type of filter home should pass only the infrared spectrum and only part of the visible light.
See through clothes Interestingly, after starting this blog for several weeks, the way that people find this blog. The main idea of this blog is to explore and learn how to achieve the effect called x-ray. We have explained that this effect is actually way to capture infrared filters adapted with video cameras, photo phones. Most visitors have come to this blog and see sample photos in the first post on x-ray lenses. Many people are convinced of the effect of x-rays and the ability to see through clothing. In fact, hacinedo research for this blog, I check in several photography forums. Many users did not believe that you could see under your clothes with these filters. In fact, in several forums told me that see through clothing was just a story of the 80's. However, since I made my first test with infrared filters on my phone.Result, it works but I need a good sunny day. I've only tested fabrics that I have put myself in front of my cell. X-ray cell phone Most cell phones come with cameras. This gives them a great advantage is small and portable. With many phones can now be achieved very good pictures, in some, the quality of the lens and the resolution are very good. Sunlight may be sufficient to reflect infrared rays to be filtered and captured by a simple cell phone can be enough to create the effect of x-rays. If you choose correctly the filter, you can use a cell phone camera to see through clothing.
As x-rays put my camera The x-ray lenses (or x-ray glasses) and x-ray cameras that both have become fashionable, they are actually infrared. Now sell infrared filters to bring them to the video cameras and see in the dark or see through clothing. What you have to do is find the measure of your lens and make sure your camera has night shot on video cameras sony. In other video cameras this option is known as 0 lux. For example, video cameras panasonic. Or the option on any other night vision video camera from any manufacturer.
There are also ways to do this with cameras but you have to adapt.To achieve the effect of x rays in cameras, infrared diodes must be put in the chamber. This is totally amateur and requires some knowledge. It easier to see through clothing to see with a camera, is saving for a video camera with nightshot, 0 lux and buy a infrared lens. You have to know how big is the camera lens before buying the filter. If you want to know what size is the lens of your camcorder, see specifications in front of the lens.