3D printing crooked nuts Raspberry Pi build a security system monitor head

For safety, many households choose to place surveillance cameras at home, especially in overseas people's acceptance of the monitoring camera. Recently, a US Corporate uses Raspberry Party and 3D printing, DIY has an outdoor security camera to protect his farm. This is called Toby Lankford's creation to: "The key to the project is the Raspberry Piva and a compatible RPI camera that makes it working properly and needs to load and set MotionPie (open source software developed by Calin Crisen). The function is strong and allows the user to set itself. The system has distributed processing and storage capabilities, while the Raspberry Pie can make you on-demand, emulator or other number of concurrent activities. " In fact, the monitor camera is in the 3D print camera housing, fill in the electronic components. Designed according to your needs, ensure that each electronic component is adjusted in its internal electronic components. In addition to 3D printing parts, just a Raspberry School Model B, a Sainsmart Noir flat cable, a WiFi adapter, a Micro USB power, Ethernet cable, and some screw nuts. As for the 3D print section, Lankford uses PETG, of course, you can also use other materials. The entire printing process is approximately 24 hours. Of course, the print speed depends on the 3D printer you choose. After all 3D printing is completed, you can start assembly parts. You need to prepare the screws before you need to pay attention to the mounting position of the Raspberry Party and the camera, and other relatively simple. After the installation is complete, the RPI Image software can be used to program. At this stage, Lankford is very satisfied with the security camera system, and it is installed at its own farm entrance, and more cameras will be installed in the future. Open source development board recommended: A high-cost naked metal plate for technical experts interested in parallel and wishing the board as a accelerator or independent device in the client / server configuration. Pandaboard ES A development board that uses dual-core ARM Cortex-A9 symmetrical structures and development boards supported by rich multimedia and 3D graphics. A20-Olinuxino-Micro development board A low-cost, open source, and compact android / Linux open source development board based on a Cortex-A7 dual-core processor. Related Reading: BBC "Children's Edition" Micro Bit programmable microcomputer delivery period has been jumped to Christmas 3D printing! Making retro raspberry playing machine Raspberry Pi has official screens: 7-inch support touch An obstacle that is unmanned cars can survey, it may not exist at all

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