Autonomous mobile measurement system that does not rely on external infrastructure such as GPS or monitoring cameras <powered vehicles and AGV measurement>
The Autonomous Mobile Measurement System (VDR) is a system that measures the relative movement of mobile entities based on sensing data from autonomous sensors (accelerometers, gyroscopes). By measuring the travel distance, stay area, and stay distribution of towing vehicles, powered vehicles, forklifts, and AGVs (automated guided vehicles), it enables the investigation and analysis of work conditions and the improvement of operations.
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basic information
【Data Acquisition Service】 At Sugihara S.E.I., we offer a "Data Acquisition Service" that measures the position of "powered vehicles and AGVs" using VDR and analyzes the data. The "Data Acquisition Service" involves analyzing data obtained from the use of VDR by our clients over a certain period and reporting results such as travel distance, stay distribution, and operating rate. By obtaining basic data without the need to learn how to use new hardware or software, clients can focus on analysis tasks, research, and improvement efforts. Additionally, since various tools can be implemented without capitalizing them as fixed assets, we can provide services as needed. 【Analysis Content】 ■Travel Distance ■Operating Rate ■Stay Distribution ■Stay Area (Time Series) ■Average Speed ■Stay Area (Total Duration) *Optional ■Round Trip Count *Optional
Price information
Please contact info@ssei.co.jp for your estimate.
Delivery Time
Applications/Examples of results
Factory/Plant (1) ■Target: Power vehicles within the factory ■Case: Analyzing the current operating rate of power vehicles and improving operations when changing the speed or moving routes of the power vehicles ■Effect: Understanding the actual work situation, such as the movement paths and operating rates of power vehicles through location information measurement Factory/Plant (2) ■Target: Forklifts ■Case: Installing VDRs on forklifts used in a food factory to analyze areas under work load ■Effect: Verifying the movement distance, stay distribution, and operating rates when unloading from trucks. Logistics/Warehouse ■Target: AGV (Automated Guided Vehicle) ■Case: Measuring the location information of automated transport following robots used in logistics warehouses for location management ■Effect: Managing nighttime operations to improve productivity.
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Company information
Our company operates as an independent EMS manufacturer, providing EMS services to customers who utilize outsourcing or incorporate suppliers for part of their operations. We undertake everything from design and development, purchasing, SMT, assembly, quality assurance, packaging and delivery, to after-sales service, using our unique technology and the industry's highest engineering standards to meet our customers' needs. <Achievements> ■ Telecommunications ■ Automotive ■ Industrial Equipment Since our establishment, we have focused on manufacturing communication equipment based on telecommunications carrier specifications. Through the process of producing electronic control boards for infrastructure equipment, which require long-term reliability, we have accumulated various know-how and achieved a high level of quality assurance by inheriting that technology.
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