PERSONAL SERVICE ROBOTS ASSISTING

Brand Owner (click to sort) Address Description
AMBULATUS ROBOTICS Ambulatus Robotics, Inc. 382 Penn Road Wynnewood PA 19096 Personal service robots for assisting humans with athletic training in the nature of gait training through fully autonomous or semi-autonomous operation in non-industrial and non-medical private and public settings; Remote controlled robots for assisting humans with athletic training in the nature of gait training in non-industrial and non-medical private and public settings; Downloadable computer software for remote monitoring and control of robots; Downloadable communications software for connecting operators to remotely deployed robots;Technical support services for adaptive computer technology and robotic equipment used to rehabilitate disabled persons, namely, repair and maintenance of robots and robotic hardware;Providing business and commercial information in the field of adaptive computer technology and robotic equipment used to rehabilitate disabled persons; Medical device retail store services featuring adaptive computer technology and robotic equipment used to rehabilitate disabled persons;Providing medical information in the field of adaptive computer technology and robotic equipment used to rehabilitate disabled persons;Wearable walking assistive robots for medical purposes; Robotic exoskeleton suits for medical purposes; medical devices, namely, autonomous robotic platforms for assisting humans with post-surgical mobility; medical devices, namely, autonomous robotic platforms for aiding mobility in humans in assisted living or skilled nursing facilities; medical devices, namely, autonomous robotic platforms used to prevent falls; Personal service robots for ambulation assistance and gait training for physical therapy purposes through fully autonomous or semi-autonomous operation in non-industrial private and public settings; Personal service robots adapted for assisting the infirm, elderly, and disabled with personal, self-care tasks;ROBOTICS;Providing temporary use of online non-downloadable computer software for remote monitoring and control of robots; Providing temporary use of online non-downloadable communications software for connecting operators to remotely deployed robots; Technical support services for adaptive computer technology and robotic equipment used to rehabilitate disabled persons, namely, troubleshooting of robotic computer software problems and software maintenance and upgrading services; Providing technological information in the field of adaptive computer technology and robotic equipment used to rehabilitate disabled persons;
ARMSS Ambulatus Robotics, Inc. 382 Penn Road Wynnewood PA 19096 Personal service robots for assisting humans with athletic training in the nature of gait training through fully autonomous or semi-autonomous operation in non-industrial and non-medical private and public settings; Remote controlled robots for assisting humans with athletic training in the nature of gait training in non-industrial and non-medical private and public settings; Downloadable computer software for remote monitoring and control of robots; Downloadable communications software for connecting operators to remotely deployed robots;Technical support services for adaptive computer technology and robotic equipment used to rehabilitate disabled persons, namely, repair and maintenance of robots and robotic hardware;ARMS S;Providing business and commercial information in the field of adaptive computer technology and robotic equipment used to rehabilitate disabled persons; Medical device retail store services featuring adaptive computer technology and robotic equipment used to rehabilitate disabled persons;Providing medical information in the field of adaptive computer technology and robotic equipment used to rehabilitate disabled persons;Wearable walking assistive robots for medical purposes; Robotic exoskeleton suits for medical purposes; medical devices, namely, autonomous robotic platforms for assisting humans with post-surgical mobility; medical devices, namely, autonomous robotic platforms for aiding mobility in humans in assisted living or skilled nursing facilities; medical devices, namely, autonomous robotic platforms used to prevent falls; Personal service robots for ambulation assistance and gait training for physical therapy purposes through fully autonomous or semi-autonomous operation in non-industrial private and public settings; Personal service robots adapted for assisting the infirm, elderly, and disabled with personal, self-care tasks;Providing temporary use of online non-downloadable computer software for remote monitoring and control of robots; Providing temporary use of online non-downloadable communications software for connecting operators to remotely deployed robots; Technical support services for adaptive computer technology and robotic equipment used to rehabilitate disabled persons, namely, troubleshooting of robotic computer software problems and software maintenance and upgrading services; Providing technological information in the field of adaptive computer technology and robotic equipment used to rehabilitate disabled persons;
INVIA INVIA ROBOTICS, INC. 5701 Lindero Canyon Road #3-100 Westlake Village CA 91362 Personal service robots for assisting humans through fully autonomous or semi-autonomous operation in non-industrial and non-medical private and public settings; Personal service robots for assisting the infirm, elderly, and disabled with household or personal tasks; Remote controlled robots for personal use for non-industrial and non-medical private and public settings; Computer software for remote monitoring and control of robots; Communications software for connecting operators to remotely deployed robots;Industrial robots used to assist humans via fully autonomous and semi-autonomous operation; remote controlled robots for use in industrial settings;
 

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

   
Technical Examples
  1. A method and system for storing metadata related to Web service entities is disclosed. The method according to a preferred embodiment comprises browsing a Web service and storing metadata relating to an entity of the Web service as a binding description in a format for assisting in an inspection of a site for available services. Preferably, the Web Services Inspection Language, or other format for assisting in the inspection of a site for available services, may be used as a format for storing metadata related to Web service-related entities. Because WSIL is XML-based, the documents that store the metadata are human readable, platform independent and conform to an open standard.