RENTAL ROBOTS USE

Brand Owner (click to sort) Address Description
ARBEITROID Harmonic Drive Systems Inc. 25-3, Minamioi 6-chome Shinagawa-ku, Tokyo 140-0013 Japan Rental of robots for use in assembly; rental of robotic arms for use in assembly; rental of metalworking robots; rental of metalworking robotic arms; rental of robots for wood-working; rental of robotic arms for wood-working; rental of robots for use in testing of assembled goods; rental of robotic arms for use in testing of assembled goods; rental of robots for processing foods and beverages; rental of robotic arms for processing foods and beverages; rental of robots for use in chemical processing; rental of robotic arms for use in chemical processing;Computer hardware and software for robotic devices; computer software for controlling and operating robots;Industrial robots; robotic arms for industrial purposes;Rental of robots for handling loads; rental of robotic arms for handling loads; rental of robots for packing; rental of robotic arms for packing; rental of robots for conveying freight; rental of robotic arms for conveying freight; rental of robots for sorting conveyed goods; rental of robotic arms for sorting conveyed goods;Repair and maintenance of industrial robots; repair and maintenance of robotic arms for industrial purposes;Rental of robots for medical purposes; rental of robotic arms for medical purposes;Design of robotic devices; design of computer hardware for robotic devices; design, programming and maintenance of computer software for robotic devices; providing on-line non-downloadable computer software for robotic devices; design, programming and maintenance of computer software for controlling and operating robots; providing on-line non-downloadable computer software for controlling and operating robots;
ROBOT JOBS Harmonic Drive Systems Inc. 25-3, Minamioi 6-chome Shinagawa-ku, Tokyo 140-0013 Japan Rental of robots for use in assembly; rental of robotic arms for use in assembly; rental of metalworking robots; rental of metalworking robotic arms; rental of robots for wood-working; rental of robotic arms for wood-working; rental of robots for use in testing of assembled goods; rental of robotic arms for use in testing of assembled goods; rental of robots for processing foods and beverages; rental of robotic arms for processing foods and beverages; rental of robots for use in chemical processing; rental of robotic arms for use in chemical processing;Computer hardware and software for robotic devices; computer software for controlling and operating robots;Industrial robots; robotic arms for industrial purposes;Rental of robots for handling loads; rental of robotic arms for handling loads; rental of robots for packing; rental of robotic arms for packing; rental of robots for conveying freight; rental of robotic arms for conveying freight; rental of robots for sorting conveyed goods; rental of robotic arms for sorting conveyed goods;Repair and maintenance of industrial robots; repair and maintenance of robotic arms for industrial purposes;Rental of robots for medical purposes; rental of robotic arms for medical purposes;Design of robotic devices; design of computer hardware for robotic devices; design, programming and maintenance of computer software for robotic devices; providing computer software for robotic devices; design, programming and maintenance of computer software for controlling and operating robots; providing computer software for controlling and operating robots;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. The invention concerns a method (300, 400) and system (100) for tracking content rental. The method includes the steps of-from a portable electronic device (112)-requesting (312, 416) multimedia content for a rental session, determining (314, 418) whether the request for the rental session is authorized, receiving (320, 422) at the portable electronic device the multimedia content for the rental session if the request is authorized and terminating (324, 426) the rental session based on a predetermined power condition of the portable electronic device.