63 results about "Port security" patented technology

The port security barrier includes multiple barrier float assemblies connected to one another to form a barrier to stop, delay and discourage attacks by high speed boats of sixty five feet or less in length on high valued waterfront assets such as ports and docking facilities. The port security barrier includes multiple barrier floats coupled to one another by flange connectors. Each barrier float assembly also has a capture nylon net which is used to capture the high speeds and prevent an intrusion into restricted waters.

A port security system comprising a continuous modular, floating barrier that is installed in lengths ranging from a few hundred feet to over a mile. The port security system is designed to stop high speed explosive laden waterborne craft traveling at speeds of fifty knots or greater from penetrating a military or commercial port. Each module of the port security system includes a capture net and net support structure which operates to stop the waterborne craft and prevent entry into the port.

The invention relates to a dangerous cargo container stockpiling early warning method and system. The method comprises the steps of obtaining stockpiling site data of a container; establishing a stockpiling rule according to the container dangerous cargo stockpiling standard specification; establishing a container stockpiling model according to the stockpiling dangerous goods of the container; matching the stockpiling rules of the containers according to the container stockpiling site; substituting the stockpiling rule into the stockpiling model; and judging whether to send out early warning or not according to the stockpiling rule and the calculation result of the stockpiling model. The invention discloses a real-time analysis and early warning system for port dangerous cargo container stockpiling. Functions of container yard visualization, dynamic stockpiling early warning management, dangerous cargo information integration, information inquiry and the like are realized. Real-time efficient calculation can be achieved, early warning prompt can be conducted on containers which do not meet the stockpiling requirement in the forms of highlight, marks, pop-up windows and the like, apowerful auxiliary tool is provided for port safety management departments and port enterprises to analyze and display the stockpiling condition of the containers, and remarkable effects are achievedin the aspect of guaranteeing the operation safety of port dangerous cargos.

The invention provides a berth supervision system and method based on satellite positioning and video monitoring technology. The berth supervision system based on the satellite positioning and video monitoring technology comprises real scenes of port ships, high-end dome cameras, a media process server, media storage servers, a dispatch service server, an AIS system, a dispatch large screen, and alaw enforcement terminal. The real scenes of port ships refer to the scenes that the high-end dome cameras can monitor, and are the input content of the system. The high-end dome cameras are used forcollecting the real scenes of the berth and ships in the port in real time and sending to the media process server, and have characteristics of high pixel, wide field of view and high stability. Theberth supervision system and the method based on the satellite positioning and video monitoring technology can well liberate the manpower and material resources of the berth supervision, can timely discovery the private, illegal and overtime berth behavior of the port, and notify a port security to reach the purpose of the intelligent berth.

The invention discloses a computer network information security monitoring system comprising a central processing unit, a CPU, a network information security module, a virus real time scanning module, a timed inspection tour module and a port security control module; the central processing unit and the CPU are arranged in a computer; the network information security module, the virus real time scanning module, the timed inspection tour module and the port security control module are used for network information monitoring; an input end of the central processing unit is connected with output ends of the network information security module, an identity verification unit, an information tracking module, the virus real time scanning module and a network abnormity assessment module. Via the computer network information security monitoring system, information of a computer information security system is monitored and protected from a plurality of angles and aspects; security of use and transmission of computer information can be greatly improved; security of classified information of government departments, enterprises and the like can be improved; stable network operation can be maintained, data protection capability can be realized, and information loss can be prevented when a user is away from a computer.

The invention discloses a port protection method of power sourcing equipment (PSE) and a PSE. The method comprises: the PSE detects port state information of a port; the PSE uses the port state information to determine a security level of the port; the PSE determines a port protection strategy corresponding to the security level; and the PSE uses the port protection strategy to carry out security protection on the port. According to the embodiment of the invention, the port data can be effectively protected; the port security is enhanced; and a phenomenon that an illegal user obtains legal powered device (PD) data can be prevented.

The invention provides a quantitative evaluation method for post safety competence of port operators. The quantitative evaluation method comprises the following steps: A, determining a target operation post, a staff list and characteristic factors influencing the safety performance of the post operators; b, determining core elements of the post safety competency of the port operating personnel; c,constructing a port operator post safety competence nonlinear evaluation index system taking the core element as a target variable; d, constructing an AHP-entropy weight method calculation model of the index system to obtain the weight of each level index; and E, obtaining a post safety competence value of the port operator. The method has the advantages that based on target sample dynamic collection and big data analysis, the technical problem of quantitative evaluation of the job safety competence of operators is solved, optimal matching of the operators and the posts is achieved, the safety skills of the operators are improved, and the current situation of port safety production is improved.

The embodiment of the invention discloses a message processing method, device and equipment, relates to the field of data communication, and aims to realize the availability of a port security function and improve the reliability of network communication under the condition of not increasing hardware overhead. The method comprises the steps that a message sent by a switch chip is received and analyzed, wherein the message carries mode information of sending the message to a CPU, a message descriptor of the message is filled according to the mode information of uploading the message to the CPU,and the message is processed according to the message descriptor of the message and the protocol type of the message.

A system includes a first computing device and a second computing device. The first computing device includes a port. The second computing device is configured to communicate with the first computing device. The system also includes a port security device configured to restrict access to the port. The port security device includes a transceiver configured to communicate with a third computing device. The third computing device is configured to determine a status of the port security device. At least one of the port security device and the third computing device includes a user interface configured to provide an indication of the status of the port security device.

A boat gate system for controlling vessel access to a port or similar waterbody has a number of connected, floating Port Security Barrier (“PSB”) segments. A remote latching and unlatching mechanism, combined with a powered mover mounted on one or more PSB segments, permits remote unlatching of the PSB segments; moving the PSB segments to a desired location (whether rotating same about a point, or moving a longer section laterally) so as to open the PSB, then moving the PSBs back to a closed position and latching same. Both the unlatching, movement, and latching are remotely controlled. Positional indicators, for example Global Positioning Systems or similar systems, are provided to monitor and assist in controlling PSB segment movement and unlatching, and movement of the PSB segments in a desired direction to a desired location.

The communication guarantee device relates to a network communication device. The communication guarantee device is installed next to the network device and connected to the network through a network cable, and includes an alarm module, a storage module, a serial port communication module, a power supply circuit, a network module, an MCU part, and The external power supply control module is composed. The network port of the communication guarantee device, the relay output port, and the power input port; the relay output port is connected to the power line of the network device, and the control relay output terminal is connected to the power supply; the IO port of the chip computer is connected to the relay and the power supply. The invention is installed next to the device whose network communication needs to be guaranteed, so that it can discover the communication problem of the network device and control its restart to solve the communication failure of the network device. If it still fails to communicate normally after multiple restarts, it will send out an audible and visual alarm signal and record related events.

The invention provides a probe distribution method and device based on network asset interrogation, and the method comprises the steps: determining at least one probe carrier needed by the interrogation according to a previous asset interrogation result, and determining whether the probe carrier is in an active state or not; sending a container installation instruction to the probe carrier in the active state to enable the probe carrier in the active state to install a container; determining a scanning load according to a previous asset interrogation result, and determining a probe type corresponding to the probe carrier according to the scanning load; correspondingly sending a probe working module mirror image corresponding to the probe type to the probe carrier, so that the probe carrier is correspondingly provided with a quick-mounting probe working module; and receiving a scanning result returned by the probe carrier. Network asset interrogation and port security scanning can be rapidly and accurately carried out.

The invention discloses a marine port safety unmanned aerial vehicle detection system. The system comprises an undercarriage arranged at a marine port, a display screen, an alarm, an unmanned aerial vehicle and an upper computer; the unmanned aerial vehicle is in signal connection with the upper computer; the unmanned aerial vehicle comprises an LTE communication module, a UWB positioning module Band a detection unit; the upper computer comprises a central processing module, a state analysis module, an early warning module, a safety evaluation module, a UWB positioning module A and a signal transceiver. The unmanned aerial vehicle is arranged to detect the environment of a marine port, detected data signals are sent to the upper computer through the LTE communication module, the state analysis module in the upper computer analyzes the current state of the marine port, and analyzed data signals are sent to a safety evaluation module; the safety evaluation module evaluates the safety level of the current marine port environment state, gives an alarm to workers in advance, prevents mechanical equipment from being damaged, and protects the personal and production safety.