![]() ![]() ![]() Want to find out where it is? Step 1: Become a member to get on their list (and to have the exact location revealed to you). (But don’t forget the password…) Le 4e Mur keeps their address strictly under wraps. See and be seen at one of Montréal’s best kept secrets. Secret location in Quartier des spectacles | Website Its rooftop patio is one of the city’s nicest-and most popular-in summer. Located up on the top floor of the Société des Arts Technologiques, Labo Culinaire offers a seasonal menu centred on local ingredients and a list of natural wines. Complementing the laid-back vibe is the eclectic variety of hip-hop/funk, jazz, blues and soul musicians who often take to the stage.Ī view every bit as good as the food – and what a view it is. Or sample the special selection of hundreds of brands of scotch, Irish, rye and bourbon whisky. Nestled on the second floor of 3481 boulevard Saint-Laurent, Bootlegger L'Authentique offers a warm and mellow atmosphere in which to savour primarily whisky-based signature cocktails. Local DJs set the beat to blissful evenings complemented by succulent cocktails, sparkling wines and champagnes. For real!Īn elegant bar with a chill, laid-back vibe, Le Rouge Gorge in the Plateau-Mont-Royal district offers two distinct experiences: upstairs on display to see and be seen, and downstairs away from prying eyes in an intimate, 1920s-style decor. Wondering what makes it really unique? You can bring your own food or even order from a nearby restaurant. Set slightly back on Rachel Street, Le A Bar is one of those casual and affordable nooks that you and your friends will want to keep coming back to. The definition of a neighbourhood spot: cheap, cheerful, and self-catering. It’s a subdued spot that’s perfect for a romantic rendez-vous. Carefully hidden at the corner of Rachel Street and Saint-Laurent Boulevard, Big in Japan serves up a tasteful ambiance and tasty cocktails made from Japanese spirits. Safety release to prevent a person or object being caught in the closing doors.The big tastes of Japan tucked into a hidden hotspot right off the high street.Emergency exit feature in case of power or system failure.Motor with low electric power consumption when in standby mode.Automatically close bookcase doors after 2 hours of inactivity.Manual switches to open and close the doors inside the secret room.Hidden switch on the outside of the bookcase.A reliable automatic mechanism to open and close both doors.The Arduino Uno control board and PA-14 actuators were selected based on the following functional design requirements: The power source for the four linear actuator motors was a RobotPower Multimoto high power quad motor shield. He never has to worry about closing the bookcase door. A motion sensor automatically closes the bookcase doors after 2 hours of inactivity.įor the inputs, motor control, and outputs, Bruce employed the services of only a single Arduino Uno. Pictured left to right: power supply, a cluster of wires, arduino control board, motion sensor, open/close switch.īruce added another special feature to his bookcase doors. The PA-14 can supply both adequate force and speed to move the bookcase. ![]() To accomplish this, he used the Arduino open-source electronics prototyping platform to control them. To handle the weight of a full bookcase, Bruce used four Progressive Automation PA-14 linear actuators per door carefully triggered to work together. Two linear actuators connected to an arduino control system. His bookcase doors are real wooden bookcases full of really heavy books. He didn’t want a fake bookcase with hollow books and other lightweight objects. Bruce’s bookcase is noteworthy because it’s real. Building A Secret Bookcase Doorĭo you have a closet or room that you want to conceal with a moveable bookcase? Maybe hide your office, valuables or guns from an intruder or guests? Maybe this DIY secret bookcase door project will inspire you.īruce McArdle designed and built the secret bookcase doors featured below using linear actuators. For example, our cars’ cruise control, the brakes and the driver’s seat adjustment mechanism are all controlled by actuators. Almost all devices that involve motion are integrated with a linear actuator. We are surrounded by linear actuators in our everyday lives. They can be triggered in a variety of ways ranging from a light switch to a motion sensor. Actuators work by transferring energy into motion. In case you’ve never heard of them before, an actuator is a mechanism that initiates movement. I’m a huge fan of actuators and this is my second article on MethodShop praising their applications. You just need the secret ingredients: linear actuators and an Arduino. Building a door concealing a hidden passage isn’t as complicated as it might sound. ![]()
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