52results about How to "Wide recognition" patented technology

A virtual simulator method and system via a communication network with possible physics law respect is used to create a virtual skill training environment for dexterity fulfillment of physical activities such as professional work, labor or craft activities, sport or even physical rehabilitation requirements where the skills or neuromuscular ability is required to be performed in a precise environment. All information required insuring a code of conduct, state-of-the-art, physic laws, technical code and technique for physical activities training certification for a member are managed and maintained in a database by an online processor. This database is maintained for continuous neuromuscular training improvement updates. Access to a third party witness in this training program is allowed to ensure code, law and state-of-the-art integrity when certification is required.

The invention discloses a high-accuracy optical imaging device based on quantum statistics. The high-accuracy optical imaging device comprises a laser confocal microscopic device (1), a single-photon counting statistical unit (2) and a master control device (3), wherein the laser confocal microscopic device (1) is used for stimulating a sample, collecting fluorescence emitted by the sample and guiding the fluorescence into the single-photon counting statistical unit (2); the single-photon counting statistical unit (2) is used for receiving a fluorescence signal from the laser confocal microscopic device (1), generating a plurality of single-photon counting signals and multiphoton coincidence counting signals and outputting the plurality of single-photon counting signals and the multiphoton coincidence counting signals to the master control device (3); and the master control device (3) is respectively connected with the laser confocal microscopic device (1) and the single-photon counting statistical unit (2) and used for generating control signals and respectively outputting the control signals to the laser confocal microscopic device (1) and the single-photon counting statistical unit (2) so as to control confocal scanning of the laser confocal microscopic device (1) to be synchronous with data collection of the single-photon counting statistical unit (2). The high-accuracy optical imaging device based on quantum statistics can provide high-accuracy imaging and resolution of adjacent objects, and the accuracy of the high-accuracy optical imaging device based on quantum statistics is not limited by the Rayleigh limit.