I believe there are a lot of children to play music high toys, and I am just a child's toy in the eyes of ordinary people, but in the US Massachusetts Institute of Technology, Jose - Gmez Marques, these Lego toys plus DIY Arduino boards can make medical technology that can bear even economic poverty-stricken areas.
In the vision of the inventor of the Massachusetts Institute of Technology, in the eyes of the medical technology in developing countries, the future of the medical technology in Lego is cheap and mobile phone and a dollar. Within a brick building, he is using Lego Robot Set and Diy Arduino board to develop non-traditional and economic surprising medical technologies, "copying" hundreds of thousands of dollars manufactured laboratory robots. Marques is called "supply chain arbitrage" in the image, which is transformed to existing materials to improve people's lives. He firmly believes that Simple measures such as transforming a bottle and help locals can become a strong way to subvert the basic principles of health care.
Gmez Marcy's laboratory is located in the International Design Center of the Massachusetts Institute of Technology, which is the small device laboratory. This laboratory is equipped with the latest generation of 3D printers and laser cutters. In 2012, Gmez Marcy came to the International Design Center. Experimental mold made from magnetic beads purchased from a toy store. In the small device laboratory, you can see the toy (most of which have been dismantled), pregnancy testing devices (after disassembly, understand the internal structure), engagers and soldering iron, in addition to this, you can see a height Robot made of toys.
Massachuseti, MA, General Hospital, said that when I was mentioned by Gmez Marques: "He is a real innovator, which is committed to sending the gospel for those who can't enjoy medical services, especially It is a backward area. "
Gremez-Marques student design and assembled robots, which took a few days before and after. 1 foot (about 30 cm) high Lego tower is used to secure the syringe, and the syringe is controlled by several plastic gears, next to a homemade data automatic drawing, using the motor from the old computer printer. This device has a high degree of accuracy, which is responsible for transferring a chemical reagent to filter paper, which can be used for on-site blood detection to determine if a pathogen is present. Its cost is only a few hundred dollars, which means that the clinic in any region in the world can perform high levels of disease diagnosis, such as malaria and dengue fever. In contrast, the cost of an automated pipette is up to $ 100,000.
Gmetz-Marquis is handed by a portable solar high-pressure sterilizer SolarClave, which is used in the surgical instrument of rural clinics. A prototype of SolarClave is installed on the roof of the construction of the laboratory.
A simple tuberculosis is designed manufactured by Gmez Marques and Olsen. This device uses a low-power private freezer for refrigerating patients. Its wireless module is connected to the mobile network. If the patient fails to take medicine on time, the freezer will remind the medical staff through the mobile phone. In 2011, they came to Ethiopia with a prototype, but the result is a mess - the Arduino board of the system is burned, and the local mobile network is not compatible with their device, and the red LED used to display the normal operation of the device must also be replaced. Other colors, because the red makes the locals are uneasy. Gmez Marquis said: "We have to conduct local transformation. Only after things go wrong, you only know which places need to be improved."
Gmez - Marquis and Abyier Maden, Abye. Gmez Miz is called the "public agency's hacker space". He hopes that his design can go out of the laboratory, bring the gospel to people who need help. In addition, he is willing to share our resources with others.
Gmez-Marquis believes that the biggest challenge is "Yuan Designer." However, the potential impact that Yuan designer can produce is the largest. He said: "What we have to do is not becoming the best designers of these devices, but designed and manufactured a complete set of parts, allowing people to assemble it."
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