SHARCOS

Scientific apparatus and equipment, namely laboratory robots and computer peripherals therefor; robots for scientific use, robots for personal or hobby use; robots for laboratory use; electric actuators, namely sphincter seal based electric actuators, twist/bend electric actuators, electric rotary actuators; electric sphincter seal-based actuators; electric multi-seal actuators; electric band actuators; electric valve actuators; computers and computer peripherals for presenting virtual reality by simulating a visual, auditory and/or tactile environment to a human being; robot mounted cameras; computer hardware system comprised of computer monitors, audio speakers, electronic controls in the nature of foot pads and computer software, all for creating images and sounds to simulate movement by foot in settings such as combat; portable power supplies; computers and computer peripherals for presenting virtual reality by simulating and/or presenting a visual auditory and/or tactile environment to a human being; computer hardware, virtual reality computer software, and computer peripherals for use in training military personnel and civilian personnel; electric and/or electronic sensors for detecting, measuring and responding to forces and position changes by user, for causing forces applied to user and causing position changes to user for use in training military personnel and civilian personnel; computer hardware, computer peripherals, and electric or electronic sensors, all used as an interface between individual user and global or local computer network; graphical user interface software; unmanned mobile robots for personal and laboratory use; unmanned mobile robots for use in transporting and moving objects such as bombs and other hazardous devices in military and/or combat zones; unmanned mobile robots for use in surveillance and performing inspections in military and/or combat zones to ensure the safety of a designated location prior to entry by humans; micro sensing, rotary displacement electric, electronic, and electro-acoustic transducers; electronic and electric sensors for sensing and measuring displacement, force, sound, acceleration, pressure, strain, rotation and vibration; computer software for conditioning, storing and displaying signals for use with displacement sensors; wireless data transmission devices, namely transmitters and receivers that send and receive signals in the electromagnetic spectrum; antagonistic power controllers; digital robotic power controllers; digital gravity compensation software, namely computer software for computing the dynamic weight distribution of a robotic system and for computing the forces required to compensate for gravity and other forces applied to the robotic system; digital monitoring software, namely computer software for monitoring and measuring all sensor inputs and comparing the inputs against a desired value for purposes of monitoring and measuring robot self diagnosis and self assessment; robotic analog power controllers; custom load fuel cells; proximity sensors; walking robots for laboratory use; laboratory automated robots for testing suits in the field of spacesuits and chemical-biological warfare suits; computer system comprised of a computer, display screen, keyboard, touch pad, and an audio/sound generator with loud speakers for simulating visual, auditory and or tactile environments; robots in the shapes of arms, and hands and for grasping for laboratory use, personal and hobby use; plate-based covers for laboratory and personal robots; robotic figures, namely, robots in the shape of humans, animals and other animated creatures for use in marketing products for others and in other promotional settings; micro-cameras for use in inspection, surveillance and with web interfaces; robots in the shape of human and animal heads designed to move in a manner consistent with the corresponding live person or animal for entertainment use in theme park attractions, restaurants, and hotels; advance robotic systems consisting of robots for laboratory use; robots in the shape of human faces for laboratory, personal or hobby use; wearable device comprising a collection of electric or electronic sensors that track movements and measure the position and location of the person wearing the device; environmental test chamber, namely temperature simulation equipment that recreates real-world environments, nuclear environments, radioactive environments, chemical environments and biological environments; portable combustion power systems for use in converting one form of energy into other forms of energy, including electric, hydraulic, pneumatic and mechanical energy; robotic man amplifier systems, namely robotic exoskeleton devices worn by humans for the purpose of enhancing the strength and endurance of the person wearing the device; personal and individual amplification systems, namely robotic exoskeleton devices worn by persons in hazardous and dangerous environments for enhancing the endurance and strength of the person wearing the device, and providing protection from chemical, biological and nuclear threats; wearable device for measuring position of joints of humans, for lab use and research, and for tracking movements and determining body motion and position; apparatus for attachment to a person's body, namely electric and electronic sensors for use in connection with computer hardware and software, all for detecting and monitoring the physical condition of the person wearing the apparatus, for detecting and monitoring the location of the person, for detecting, monitoring and measuring variables in a person's environment and communicating physical condition, environment and location information to interested third parties; integrated low, medium and high figure control systems consisting of computer hardware, computer operating programs, and power distribution panels for use in controlling robots; micro-fluid systems consisting primarily of electric or electronic sensors for conducting on-chip chemical and other tests; custom-made reconfigurable modular themed attractions, namely automated robots in the shape of humans, animals and other animated characters for use in theme parks and the like

Automatic guided unmanned ground vehicles; automatic guided unmanned ground vehicles for use in transporting and moving objects, and performing inspections and other useful tasks