![]() ![]() ![]() So far, it is only licensed to test with a safety driver on board. ![]() In California, in order to charge a fee for autonomous delivery, Motional would have to obtain a deployment permit from the Department of Motor Vehicles. However, this area is not entirely clear how Uber and Motional will change that. Charging ProcessĪccording to Uber, customers will be charged for deliveries with both Serve and Motional, including the cost of the food. Users will get an access code on their phone that will allow them to unlock the vehicle and take the food, whether it is in one of Serve’s cooler-like robots or in the backseat of one of Motional’s cars. If they subscribe, the customer can track the meal as they normally would and, when it arrives, will receive a notification to meet the autonomous car outside. Motional, meanwhile, will handle longer-distance deliveries in Santa Monica, an Uber spokesperson said.Ĭustomers residing within one of the two test zones will see an option at checkout to have an autonomous vehicle deliver their food. Serve’s program will focus on shorter trips in West Hollywood. The process will be conducted with the help of Serve Robotics, a robotic delivery startup, and Motional, an autonomous vehicle technology company.īoth entities are starting small and delivering food from just a few merchants, including an organic coffee and juice store called Kreation. In that sense, the Uber platform began tests of home food delivery through its “Uber Eats” service with autonomous driving in the city of Los Angeles. Of particular importance for the Brazilian factory at Santa Luzia – where SACMI, in addition to supplying the first complete line, also carried out revamping of the two existing lines in 2016 – is the ability to develop the production process with personalized solutions specially designed to meet the high production requirements whilst maintaining the quality and repeatability of the sanitaryware glazing process.Driverless and robotized transportation has arrived to shape a new form of mobility, aiming to achieve efficiency and reduce operating costs. ![]() This supply is the latest of tens of other SACMI RobotGlaze solutions installed around the world at the various production plants of the Roca Group, from South America to Europe and Russia. This is achieved thanks to more efficient handling of any alarm signals ( in fact it is the spraying system which picks up in advance any deviations from the pre-set parameters) identifying, for example, insufficient glaze flow or variations in the glaze characteristics, thus simplifying the control process for the operators.Īmong the additional equipment supplied by SACMI is the coding bench where each piece is entered with a unique code allowing the robot to recognize it and call up the specific glazing program. Furthermore, the supply also included 5 GDA80 spray-guns, the SACMI zero maintenance solution which is ideal for the high production output required.Ĭontrol in real time of the density, flow-rate and temperature of the glaze guarantees maximum repeatability of the process ensuring it is not affected by environmental factors and/or operator error. Both the GA2000 and the additional robots are, in fact, equipped with the SACMI mass control system for controlling the quantity of glaze applied. Mainly dedicated to the glazing of WC bowls – but also suitable to handle any piece, shape and size – the new line is designed to reach very high levels of production output, potentially equal to more than 2000 pieces per day produced in three workshifts (for each glazed piece not more than 35-40 seconds are required).Īll the glaze spraying equipment is supplied by SACMI. The entire carousel is made up of 41 positions, corresponding to the same number of different pieces which can be glazed on this line. The pieces are then moved on to the next two stations, provided with robots for external finishing. For example, as before, this new line is provided with an overhead conveyor system whereby the pieces are moved along by overhead carriers and taken to the various inspection/glazing stations.Īfter loading (carried out by a pneumatic handling device) and the initial inspection, the piece is transferred to the first cell equipped with a GA2000 robot for glazing inside the WC bowl and under the rim. In terms of set-up and features, the line supplied is a duplicate of the same project developed by Roca Brasil and SACMI in 2012. The most recent supply to Roca Sanitarios Brasil is a complete line for robotized glazing of sanitaryware to be started up at the Santa Luzia factory (in the state of Minas Gerais), one of the Roca Group’s five production plants in Brazil. The Roca Group continues to invest in SACMI RobotGlaze technology. ![]()
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