FREE Shipping on ALL Orders + $1 Samples Add A Frame® from Frame My Mirror Give your bathroom instant designer style with a custom bathroom mirror frame! Add A Frames® adhere directly to the surface of your mirror, so they will install easily if your mirror is against a wall or is resting on a backsplash. Frame My Mirror offers a wide variety of Add A Frame® styles and colors so you get the exact look you want. Browse our many Add A Frame® options, then follow the simple measuring instructions to begin your bathroom mirror makeover! Placing a commercial order? Pro buyers can take advantage of special pricing! Add A Frame® is quick and easy to install when you follow our step-by-step instructions. Get a sample of your favorite frame design for just $1. This is my second order with you. Loved my Humbolt Reverse order. The Latest from The Blog A Realtor’s 5 Tips to Sell Your Home Faster in the Fall Framing a Dining Room Mirror Customer Photos: Framing a Builder Basic Mirror

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Extractor Fans & Ducting Kits Towel Radiator Electrical Elements Bathroom Wall & Floor Tiles Wall sconces provide indirect lighting for hallways or stairways or work as wall accents. Place them just above eye level. Use a ceiling box and wire just as you would a ceiling light. Most sconces mount with a center stud so you can level the fixture even if the box is not level. Install fixtures on both sides of a mirror. A strip of lights over a bathroom mirror or medicine chest calls for a similar method. Such fixtures use low-wattage bulbs to reduce glare while providing plenty of light. About 3 hours to run cable and install a switch and two sconces (not including cutting a pathway for the cable and patching walls) Voltage tester, drill, saw, fish tape, screwdriver, strippers, long-nose pliers, lineman's pliers Stripping, splicing, and connecting wires to terminals; running cable through walls and ceilings Find power source and make sure the new lights do not overload the circuit.

Spread a drop cloth on the floor below. Sconce(s), ceiling boxes and a switch box with clamps, cable, switch, wire nuts, electrician's tape Shut off power to the circuit. Cut wall holes for the sconce boxes and the switch. Run cable from the power source to the switch, then to the sconces. Clamp cable to a wall box and install the box. Most sconces come with all the necessary hardware -- usually a strap with a center stud. The strap also helps carry heat away from the fixture. To wire a sconce, splice the white fixture lead to the white wire and the black lead to the black wire. Slip the sconce over the center stud and start to tighten the nut. Stand back and check that the base is plumb and then tighten the base. Install the lightbulb, making sure it does not exceed the manufacturer's recommended wattage. Clip the lens into place. "It's hard to believe when a company gets all 5 star reviews but Michael and Matt really deserve it. They call when they say they will and they show up on time.

They replaced a window quickly and cleaned up…" Frame-less Glass Showers Enclosures Semi Frame-less Glass Shower Enclosures Repair Shower Doors Repair Store Fronts Custom Mirrors Frame Mirrors Glass Table Tops Glass Desk Tops Store Fronts Beveled Mirrors "About a year ago we had a massive flood at our house, I called Servepro and they had guys to our house dealing with the aftermath that afternoon. They dealt with all the insurance stuff for us and helped…" "We can't recommend Roni and his company highly enough: they did a fantastic job on a tight timeline: a large Victorian with original trim and intricate mantles, kitchen cabinets and built ins. At Build 2016, we demoed a Magic Mirror project powered by a Hosted Web App on Windows 10 IoT Core. This project builds on the inspiration of projects like Michael Teeuw’s open-source Magic Mirror and Nathan Patrick’s Smart Mirror, enhancing the concept with a personalized experience that recognizes each user with facial recognition.

This demo illustrates how Hosted Web Apps in Windows 10 can leverage familiar web technologies to deliver powerful app experiences to all devices, including the Internet of Things. In this post, we’ll walk you through how we went about developing the mirror and how to build one for yourself! Our magic mirror is basically a one-way mirror (like you might have seen in Hollywood depictions of interrogation rooms), made “smart” by a simple LCD display which sits behind the mirror and displays white UI elements with a black background. When the display is on, you can see both your reflection and the white elements, allowing software to present relevant information while you get ready for the day. We designed the Magic Mirror to be low-cost and simple, so anyone could build it in a couple of hours. We’ve also open-sourced the web app and shared our bill of materials and assembly instructions on our GitHub repository. To power the mirror, we chose a Raspberry Pi because of its popularity, price point, support, and hardware specs.

Our web app, which provides the interface and basic functionality, is a simple Hosted Web App that runs on Windows 10 IoT Core. We designed the mirror user interface (UI) to be as functional as possible, as both a mirror and an info hub. There are some practical implications to this.  The UI should be simple and easy to visually digest, so we kept adornment light and typography clear. The screen needs to be readable through the mirrored surface, so we used a high contrast ratio of pure white on pure black. Lastly and most importantly, the user needs to see their reflection, so we kept the central area of the mirror clear when the user is logged in. The mirror is built to be useful to a person getting ready in the morning. This person is likely on a time crunch, wants to be well-prepared for the day, and is interested in updates, but possibly doesn’t want to be barraged with info before they’re fully awake. With that in mind, we placed more-pressing information (weather, time, and a space reserved for alerts) at the top of the mirror near eye-level, and pushed less-urgent information down at the bottom, where it can be ignored or consciously consumed.

Every user will have a slightly different idea about what’s most important, so this is a great project for exploring personalization through tech. There are multiple pieces at play here. First is what you see displayed behind the mirror: This is a web app created in HTML, CSS, and JavaScript and served from a Node instance hosted on Azure. Using the Hosted Web apps bridge, we turned our web app into a Universal Windows App, which not only give us access to Windows Native APIs but can also run across Windows devices, such as the Raspberry Pi 3 in our case. All the HTML, CSS, and JavaScript comes directly from the server, hence the term hosted. The most important part of the app and the most delightful experience for the user is the facial recognition capability, which personalizes the mirror’s display based on the individual in front of it. In the past, this was complex technology out of the reach of most web apps, but, with APIs provided by Microsoft’s Cognitive Services, we’re able to build it into our mirror with minimal effort.

Magic Mirror leverages Microsoft’s Cognitive Services Face API to match the user’s face to their profile. The user creates a profile by adding some personal info and taking a selfie, which is then sent to Cognitive Services to get a unique identifier (a face_id) which is then stored in the Magic Mirror’s database. Once they’ve created a profile, the user can stand in front of the magic mirror, which will take a picture and request Cognitive Services for the user’s face_id. This id is then used to find the user’s profile so the mirror can present the user with relevant info. Below you can see how our Node instance sends an image as an octet-stream to Microsoft Cognitive Services through their REST API. The Cognitive Services’ cloud then sends back a face_id, which we bind to our user object. We were very conscious about not wasting resources (CPU cycles, bandwidth, etc). For example, we didn’t want to send every frame to the Cognitive Services API, since most frames don’t have a person in them.