44results about How to "Ensure safe development" patented technology

Typical inventive practice allocates functions between human and robot, interacting in an unmanned system. Analyses are performed of: mission system; function allocation; and, human-robot interaction automation allocation. Mission system analysis includes: identification of mission system needs, mission system integration parameters, and mission capability configuration; and, mission system report creation (at least partially based on these identifications). Function allocation analysis includes: mission activity analysis; functional allocation report creation (at least partially based on the mission activity analysis); unmanned system safety analysis; and, unmanned system safety report creation (at least partially based on the unmanned system safety analysis). Human-robot interaction automation allocation analysis includes: identification of unmanned system capabilities, unmanned system mission safety considerations, and human-robot interaction configuration; human-robot interaction test-and-evaluation plan creation (at least partially based on these identifications); human-robot interaction performance evaluation; and, human-robot interaction configuration final report creation (at least partially based on the human-robot interaction performance evaluation).

The invention discloses a support method used in passing a water guide fracture structure in mine exploration, belonging to an underground mining method. The support method comprises the following steps: a working roadway is tunneled along a vertical fault direction, temporary support is carried out once when tunneling forwards for 1-2 m, when the working roadway is dug to be at a distance of 5-10 m from the fault, tunneling is stopped, the working roadway is expanded and brushed, a grouting device roadway with the length of 3 m is expanded and brushed, a grouting device is provided, multiple pipe shed holes are formed from the tail end of the grouting device roadway to the fault, the pipe shed holes are located above the top wall of the working roadway, a pipe shed support is arranged in each pipe shed hole, and a grouting pipe is connected with each pipe shed hole, so that cement mortar flows into underground water of a fracture zone; the working roadway is tunneled, when the working roadway is tunneled to be at a distance of 2 m from the fault surface, tunneling is stopped, and multiple anchor rows are driven to a direction of the water guide fracture structure from a place at a distance of 2 m from the fault surface; at last, multiple drainage holes are formed from the tail end face of the working roadway to the fault direction. According to the invention, when the roadway is dug to pass the fracture structure, collapse cannot happen, a digging process is safe, and larger economic benefit can be obtained.

The invention provides a campus laboratory safety management system which comprises a central control unit, a server, an integrated management system, a monitoring system, a communication system and a power supply system for providing power for whole monitoring system, the server comprises a local server and a network server, and the central control unit is separately connected with the server and the systems; the integrated management system comprises a basic information module, an information query module, an application module, a navigation module and a user terminal; the information query module is used for querying matched information; the monitoring system comprises a fixed monitoring device and a movable monitoring device, and the fixed monitoring device comprises a camera, an infrared sensor, a temperature sensor, a smog detector and a warning device. The campus laboratory safety management system performs all-around safety monitoring and management on a laboratory and strengthens monitoring and management on experiment with hazardous material and overnight experiment, once an abnormal condition occurs, the alarm raises in time, the safety of the experiment is ensured, and the economic loss is avoided.

The invention discloses a finger like slug flow dissipation and separation device. The device mainly comprises an inlet dividing pipe, finger like branch pipes, a gas collecting confluence pipe and a liquid collecting confluence pipe. In the inlet dividing pipe, a liquid slug is evenly divided into multiple streams of two-phase flow which flow downstream, and the speed and the momentum are reduced; one part of the two-phase flow which flows into the finger like branch pipes directly flows into a gas-phase jacking pipe, so that the work load of a declination pipe is relieved, and the other part of the two-phase flow flows into the declination pipe and layered dissipation is completed; in a liquid-phase bottom pipe with the diameter expanded, the flow velocity of the two-phase flow further decreases; in a standing pipe, a space exchange is conducted between the liquid phase of the gas-phase jacking pipe and the gas phase of the liquid-phase bottom pipe; finally, both the gas phase and the liquid phase after separation are conveyed downstream in a single-phase flow state through the gas collecting confluence pipe and the liquid collecting confluence pipe respectively. According to the device, the pipe structure is compact, the separation efficiency is high, the pressure bearing capacity is high, impact resistance is high, and the cost is low, so that it is ensured that a deepwater gas field is safely employed and the economic benefit is improved.

The invention relates to a fingerprint encryption template protection method and system based on orthogonal decomposition. In the process of registration, fingerprint acquisition, preprocessing and fingerprint feature extraction based on orthogonal decomposition are included, and dividing orthogonal codes in an orthogonal decomposition domain to obtain a fingerprint feature encryption operation domain and a feature matching operation domain independent of each other and then merging ciphertext features and matching features by orthogonal synthesis are included; a fingerprint encryption template is stored, and an orthogonally synthesized ciphertext template is stored into a library. In the process of authentication, after fingerprint acquisition and corresponding preprocessing operation are carried out, fingerprint feature extraction based on orthogonal decomposition is also carried out, feature matching is then carried out, and extracting fingerprint feature s in the feature matching operation domain by orthogonal decomposition and comparing with a feature matching domain of a stored template to carry out identity authentication. The invention can effectively protect fingerprint data privacy, has high security, and also has high safety and universality.

The invention relates to the field of molecular biology and particularly relates to a primer pair, a primer group and a kit for detecting feline leukosis viruses and application thereof. The primer pair is designed by taking 3'LTR nucleotide sequence conserved by the exogenous FeLVs as an amplification region. The primer pair has the advantages of high sensitivity, excellent specificity and convenience in detection; the primer group comprises the primer pair and a control primer pair for detecting the cat endogenous leukemia virus; the primer group is capable of rapidly, conveniently and efficiently detecting exogenous and endogenous FeLVs and is excellent in specificity and high in sensitivity. The primer pair, the primer group and the kit have guiding significance to development of clinical detection and epidemiological investigation, and can provide certain guarantee for safe development of the pet market.

The invention relates to an ocean platform oil-gas leakage explosion coupling experiment platform, which comprises an oil and gas leakage diffusion system, a wind generation system, a wave generationsystem, a deepwater semi-submersible platform simulation system and a data acquisition and control system; oil gas leakage diffusion occurs in the oil gas leakage diffusion system; the oil gas is distributed around the deepwater semi-submersible platform; a sea wind environment is simulated through the wind generation system; a sea wave environment is simulated through the wind generation system;diffusion data of oil gas on the platform are collected through a concentration measuring instrument and an oil gas sampling probe on a monitoring point; the control terminal can control the detonating device at the wellhead to carry out an oil gas burning explosion experiment; overpressure data and flame development images of oil gas burning explosion are obtained through the pressure sensors, the thermocouples, the concentration measuring instruments and the high-speed cameras on the monitoring points, and collected diffusion data and burning explosion data are processed through the information processor and displayed on the control terminal. The experiment platform considers the influence of platform congestion, sea wind and sea waves, and accords with engineering application. Meanwhile, the experiment platform is high in safety coefficient and easy to operate, and the experiment platform is provided for risk assessment of oil and gas leakage diffusion of the deepwater semi-submersible platform.

The invention discloses a three-dimensional super-long rigid connection pipeline system with buoyancy devices. The three-dimensional super-long rigid connection pipeline system is used for connecting a wellhead Christmas tree and a manifold, and comprises a connection pipeline body, quick connectors arranged on two end sides of the connection pipeline body, the multiple buoyancy devices arranged on the connection pipeline body and a plurality of vortex-induced vibration suppression devices arranged on the connection pipeline body. The two quick connectors are correspondingly connected with the wellhead Christmas tree and the manifold, and the connection pipeline body is formed by combining and changing a plurality of straight pipe nipples and a plurality of elbows at different positions in a three-dimensional space. According to the three-dimensional super-long rigid connection pipeline system, different assemblies of the whole system are designed, the requirements for various wellhead oil reservoir characteristics, spatial arrangement and the like are met, and the super-long rigid connection pipeline system which is provided with the vortex-induced vibration suppression devices and the buoyancy devices and is located in the three-dimensional space can greatly guarantee safe development and production of a deepwater oil and gas field; and the three-dimensional super-long rigid connection pipeline system with the buoyancy devices has the advantages of reliable structural strength and fatigue life, high cost performance and convenience in installation.

The invention discloses a remote control emergency brake valve for a railway propulsion vehicle. The remote control emergency brake valve comprises a valve body, a valve element, a coil, a control circuit board, a relay and a power source, an air duct penetrating through the two ends is formed in the valve body, one end of the air duct is used for being connected with a train main air pipe, and the other end of the air duct is used for exhausting air; the power supply is electrically connected with the control circuit board, the control circuit board is electrically connected with the relay, and the relay is electrically connected with the coil; and the coil is arranged on the upper end face of the valve body, one end of the valve element penetrates through the coil and extends into the air duct from the upper end face of the valve body to seal the air duct, one end of the valve element extends out of the coil, and when the coil is powered on, the coil can drive the valve element to move upwards to open the air duct. The control circuit board is used for receiving a control signal transmitted by the remote controller, controlling the relay to be closed according to the control signal and further controlling the coil to be powered on or off. The remote control emergency brake valve is convenient to operate, potential safety hazards are reduced, shunting operation safety and personal safety are guaranteed, safe development of companies is promoted, and great economic benefits are achieved.