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69 results about "Local operator" patented technology

Method and system for providing remote access to baggage scanned images

A remote access security network is provided that comprises a local terminal receiving scan data representative of objects scanned during a security check. An enterprise server communicates with the local terminal. The enterprise server processes the scan data to form a displayable image and provides remote access to the displayable image upon request. A remote terminal located remote from the enterprise server and remote from the local terminal communicates with the enterprise server over a high-speed connection to provide remote review of the displayable image at the remote terminal associated with the scan data obtained at the local terminal. The enterprise server may include a passenger information interface configured to access a passenger information database having passenger information. The enterprise server may include a conferencing module for establishing a video conference between multiple remote terminals to permit operators of the multiple remote terminals to view simultaneously an individual, common scan image. The local terminal may include an instant-messaging module that, upon a command from a local operator, generates a review request that the enterprise server automatically routes from the local terminal to the remote terminal. The enterprise server may include an electronic unpacking module that, upon request from one of the local and remote terminal, removes portions of the scan image to expose interior items within the scan data.
Owner:TELESECURITY SCI

Intelligent logistics distribution and delivery based on discrete particle swarm optimization algorithm

The invention discloses intelligent logistics distribution and delivery based on a discrete particle swarm optimization algorithm and aims at scheduling the path of a transportation vehicle so as to save the transportation cost. A coding mode and an operator based on the set and the probability are introduced on the basis of a framework of a standard particle swarm optimization algorithm, the particle swarm optimization algorithm which is originally suitable for a continuous space can be introduced into a discrete combined optimized space, so that the problem that the path of the vehicle is scheduled is solved and the advantages of high operation efficiency, strong optimization capacity, strong robustness, and the like endowed by the traditional particle swarm algorithm can be maintained. In addition, by using heuristic information to construct the positions of particles and introduce a local operator search, features of the problem and information contained in the data are utilized, and thereby the solving result of the algorithm is further enhanced. By adopting normalization weighting and decision idea to deal with the target, the transportation path is strived to be shortest while the number of transportation vehicles are required to be minimum, therefore, the transportation cost of logistics distribution and delivery businessmen can be reduced to the maximum extent.
Owner:SUN YAT SEN UNIV

Obstacle avoidance aiding method based on teleoperation mobile robot

The invention discloses an obstacle avoidance aiding method based on teleoperation mobile robot. The teleoperation mobile robot in the invention enters a work field under long-distance wireless control of an operator, and transmits information of the work field back to a local operating platform via wireless transmission; the mobile robot is provided with ultrasonic and infrared distance-measuring equipment to measure the distance between the robot and the surrounding obstacles; the mobile robot is also provided with a camera for monitoring field situation and transmitting the field picture to the local operating platform. When encountering an obstacle, the mobile robot firstly sets a motion speed according to the distance from the obstacle and alarms the local operating platform; a local operator can analyze the obstacle according to the field picture information and the vehicle-borne sensor information, and decides to take obstacle avoidance measures or compel the robot to break the obstacle. The invention has the advantages of human-robot cooperation and flexible obstacle avoidance, and can be applied for a mobile robot working in on a complex work field to perform automatic local avoidance aid.
Owner:JIANGSU SHUANGSHUANG TECH CO LTD +1

Apparatus for controlling a pressure control assembly in a hazardous area

An apparatus operable is a hazardous area for controlling a choke assembly includes an air source, an air purge system in fluid communication with the air source, a remote operating panel receiving data from at least one remotely located wellbore sensor, a local operating panel in electronic communication with the remote operating panel, and an actuator coupled to the assembly to control pressure within the wellbore. The remote operating panel includes an airtight housing in fluid communication with the air purge system, wherein air from the air purge system is circulated through the housing, a plurality of operator controls for manually controlling operation of the pressure control assembly, and a display for visually displaying values of data received from the wellbore sensor. The local operating panel includes an airtight panel housing in fluid communication with the air purge system, wherein air from the air purge system is circulated through the panel housing, and a local operator controller having an operator interface for receiving operator instruction input into the local panel, and operable to receive operator instructions from the remote panel and transmit operator instructions. The actuator includes a motor in an explosion-proof housing coupled to the choke plate and operable to adjust the orifice through the choke plate, wherein the motor receives electronic communication of the operator instructions transmitted by the local operator controller, and a position indicator coupled to the choke plate for sensing the orifice opening and providing feedback of the choke plate position to the motor.
Owner:MI
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