|Home||Internet of Things||Aerospace||Apparel||Energy||Defense||Health Care||Logistics||Manufacturing||Retail|
Lipa Betoni Uses Bluetooth-Based RTLS to Manage Production
The Finnish precast-concrete manufacturer says 9Solutions' Indoor Positioning and Communication Solution is helping it to become more efficient.
Jan 23, 2012—Lipa Betoni, a Finnish producer of precast concrete structures, is using a Bluetooth-based real-time location system (RTLS) to manage the manufacturing of its concrete pieces. The company creates 30 to 50 elements—such as columns, retaining walls and balconies—for the construction of buildings and roadways, on a daily basis. Many of the structures it creates are unique, requiring a more flexible manufacturing process. The firm wanted to determine the exact production time for each step taken to produce a precast element, but prior to installing 9Solutions' Indoor Positioning and Communication Solution (IPCS), it could only estimate such times.
The IPCS RTLS employs Bluetooth battery-powered RFID tags and reader nodes that plug into power outlets, as well as a cloud-based hosted server running 9Solutions software. The IPCS is less expensive than most other RTLS solutions, says Jari Kylmänen, 9Solutions' cofounder and R&D manager, as well as easier to install. The system is used by businesses throughout Europe (primarily in the Nordic region of Scandinavia), such as hospitals and mines, in order to track assets and personnel.
The company offers several types of tags, some designed as ID badges, for applications involving the tracking of personnel, as well as for others designed to monitor equipment or other assets. All of 9Soutions' tags are battery-powered, and include a Bluetooth radio transceiver powered by a cell battery. The ID badge tags have a button that, when pressed, can be used, for example, to indicate a need for assistance. The nodes are powered by either a transformer that plugs into a power outlet or, in the event that power fails, a rechargeable 48-hour back-up battery. The nodes receive the tags' Bluetooth transmissions and forward them to a gateway device—known as a Cell Controller Unit (CCU)—that then transmits the data to the server via a Wi-Fi or wired network connection. The nodes, which act as a self-organizing Bluetooth mesh network, not only receive and send information, but also act as locators, since they transmit their own ID number, along with that of the tags, to the CCU. If a user required room-level accuracy, for example, a node would be plugged into an outlet within each room. The CCU can also store data in the event of a loss of Internet access, until such a time that a connection is restored. The system can accomplish a read range of 10 to 30 meters (33 to 98 feet) for tag-to-node, node-to-node or node-to-CCU transmissions within an enclosed environment, says River Boche, 9Solutions' sales and marketing manager, or up to 160 meters (525 feet) within an open environment.
Login and post your comment!
Not a member?
Signup for an account now to access all of the features of RFIDJournal.com!
SEND IT YOUR WAY
RFID JOURNAL EVENTS
ASK THE EXPERTS
Simply enter a question for our experts.
TAKE THE POLL
|RFID Journal LIVE!||RFID in Health Care||LIVE! LatAm||LIVE! Brasil||LIVE! Europe||RFID Connect||Virtual Events||RFID Journal Awards||Webinars||Presentations|