For managing the removal of tools and inventory! RFID asset management system _rafis

Due to the declaration of a state of emergency, the event has been canceled. We were scheduled to exhibit the "RFID Test Bed Project*" related to the development and demonstration of RFID tag radio wave propagation characteristics at the 22nd Automatic Identification Comprehensive Exhibition, and to introduce it through videos and RFID measurement data. *This project is funded by a grant related to the 6th IoT Test Bed Utilization Project of the National Institute of Information and Communications Technology (NICT), which is set to open and start operation in January 2021. ■ 22nd Automatic Identification Comprehensive Exhibition Date: February 17 (Wednesday) - February 19 (Friday), 2021 Time: 10:00 AM - 5:00 PM Location: Tokyo Big Sight, Aomi Exhibition Hall Exhibited Products: (1) RFID Test Bed: Introduction video, RFID tag measurement data, etc. (2) Our own RFID products: Reader/writer (TAG Lancer) and RFID antennas, etc. Organizer: Japan Automatic Identification System Association (JAISA) ☆ For more details, please see below. URL: https://www.autoid-expo.com/tokyo/

We will showcase the current status of efficiency improvements in asset management that can support operations in fields where labor shortages are becoming serious, centered around our expertise in RFID control and wireless communication technologies. (1) Attaching UHF RFID tags to merchandise, keys for warehouses, loaded items, and various forms to achieve inbound and outbound management through combinations with shelves and gates. (2) Utilizing our uniquely developed vehicle-compatible RFID reader/writer device (TAG-Lancer) to manage the location of loaded items in sales vehicles, etc. ■ Logistics Solution Fair 2019 Date: Tuesday, August 27, 2019 - Wednesday, August 28, 2019 Time: 10:00 AM - 5:00 PM Location: Tokyo Big Sight, West Hall 3, Booth #24 Exhibited Products: (1) Inbound and outbound management support system using gates (2) Vehicle-compatible RFID reader/writer device (TAG-Lancer) (3) Video presentation (management of loaded equipment in vehicles)

"Revision of ARIB Standard Specifications" - High-output (1W) type readers can now be used in land mobile stations. This is expected to expand their applications in vehicles and other uses. ★ Benefits of the Revision The restrictions on the mobility of high-output passive electronic tag systems will be relaxed, allowing for expanded applications and usage locations, including mobile use (in vehicles, portable), use at events and exhibitions, and on roads and railways. ★ Overview of the Revision To allow the high-output passive electronic tag system, which is institutionalized as a campus radio station, to be used outside the campus, new land mobile stations (licensed and registered stations) will be established under the same technical standards. *For more details, please check the ARIB website. ★ We have developed an RFID reader (1W output, vehicle-compatible) that is ideal for land mobile stations. https://www.msk.co.jp/solution_product/rfid/pdf/catalog_tag_lancer.pdf == For more information, please contact us at the following: == Miyagawa Manufacturing Co., Ltd. Sales Headquarters e-mail: support@msk.co.jp TEL: 045-542-1150

Nikkei Sangyo Shimbun 2019/6/13 ■NTT East Chiba Implements IC Tags for Tool Management to Prevent Forgetting - NTT East Japan's Chiba division has introduced a system to manage tools carried by construction workers using IC tags (electronic tags) and wireless technology at all service centers responsible for repairing communication equipment (a total of 7 locations). Previously, human errors such as forgetting tools were managed manually, but the new system automates everything. This is expected to reduce the burden on the field and improve overall workplace productivity by streamlining management tasks. - In the new system, RFID (Radio Frequency Identification) IC tags from the electronic equipment manufacturer Miyakawa Seisakusho (Tokyo, Meguro) are attached to all tools, and information is read at gates installed within the workplace. By comparing the information for each entry and exit, the system can prevent forgetting tools.