57results about How to "Life and Property Safety Guarantee" patented technology

The invention discloses a driving fatigue detection system and identification method based on eye movement index data. A data acquisition module collects four kinds of eye movement data according to a frequency of 200HZ; a data analysis processing module transmits the eye movement data into a computer program to carry out preprocessing; the eye movement index data of a driver and a driver fatigue degree corresponding to each data are collected to be original data to establish a random forest model, the classification judgment of the eye movement data of the driver is carried out through each decision tree in the random forest model, and a result is outputted; finally the classification results of decision trees are integrated, voting is carried out by using the random forest model, and a result with a highest integrated voting probability is the final result of the classification. The random forest model of machine learning is employed, the training speed is fast, the classification and prediction performance is excellent, whether the driver is fatigue at present can be identified quickly, the random forest model is continuously increased and updated with data amount, and the discrimination performance is continuously optimized and improved.

The invention relates to a method for promoting the positioning precision of a PDT base station. The method is divided into two modes: one is a network RTD mode comprising the following steps: a PDT core network periodically sends initial satellite positioning information of each base station at local area to a CORS data center, and then a base station satellite positioning module computes an accurate position in combination with pseudo-range differential information sent by the CORS data center; the second mode is a network RTK mode comprising the following steps: the PDT core network periodically sends satellite observation information of each base station at local area to the CORS data center, and the CORS data center directly computes the accurate position of each base station according to an area differential data model, and then sends the position to each base station. The method disclosed by the invention has the advantages that the positioning precision of the PDT base station in single satellite positioning is 10m; through the adoption of the method disclosed by the invention, with the CORS network, the satellite positioning module supporting the RTD technology is built in the base station, the positioning precision can be improved to sub-meter level by adopting the RTD mode; the satellite positioning module supporting the RTK technology is built in the base station, the positioning precision can be improved to centimeter-level by adopting the network RTK mode.

The invention relates to a formula and a manufacturing method of a corrosion resistant concrete tubular pile. The formula comprises the following components in percentage by mass: 8% to 12% of alkali silicate, 30% to 35% of sand, 25% to 30% of stone, 10% to 15% of cement, 8% to 12% of coal ash, 2% to 4% of corrosion resistant oil and 8% to 10% of water. The concrete tubular pile manufactured according to the formula and the manufacturing method has the advantages that the material collocation is reasonable, the concrete tubular pile is convenient to manufacture, the cost is low and the like; the corrosion resistance of the concrete tubular pipe can be enhanced, the service life of the tubular pile is prolonged, the quality of the tubular pile is guaranteed, and consequently, the safety of life and property of the people are guaranteed.

The embodiment of the invention provides a system of firefighting controlled by an unmanned aerial vehicle (UAV). The system comprises the firefighting UAV and a dispatching control center, wherein the firefighting UAV carries firefighting rocket projectiles; the dispatching control center is used for controlling the firefighting UAV; when receiving a fire behavior detection instruction of the dispatching control center, the firefighting UAV flies to a target location and detects the fire behavior of the target location; and when receiving a firefighting instruction which is sent by the dispatching control center according to the fire behavior of the target location, the firefighting UAV fires the firefighting rocket projectiles towards the target location, thereby achieving the firefighting operation. The system provided by the invention is high in firefighting intensity and firefighting efficiency, can provide fire protection for a high-rise building, and can provide guarantee for the life and property safety of residents.

The invention provides a driving assisting and driver behavior detecting method. The method includes the following steps of S1, presetting a first camera assembly for conducting early warning and video recording on behaviors in a front area of a vehicle body and transmitting obtained image data information to a main controller for real-time analyzing and a second camera assembly for conducting early warning and video recording on behaviors of a driver or passengers in the vehicle body and transmitting obtained image data information to a main controller for real-time analyzing. Early warning or warning reminding is conducted for lane departure and the like through videos taken with the first camera assembly, and early warning or warning reminding is conducted for other people interfering with the normal driving of the driver through videos taken with the second camera assembly; in the actual application process, due to the design, multifunctionality and intelligence can be well realized, the driver is effectively detected and reminded, traffic accidents are reduced to a certain extent, and certain guarantees are realized for life and property safety of people.

The invention belongs to the technical field of pneumatic shield gate dams and relates to a pneumatic shield gate dam. The pneumatic shield gate dam comprises a shield plate, the bottom of the shieldplate is fixed to a foundation bottom plate, an air bag and an ornamental curtain for shielding the air bag are sequentially arranged on the back surface of the shield plate from front to back, and the air bag is used for driving the shield plate to move up and down. Wall protecting plates are arranged on left and right sides of the shield plate respectively, bidirectional side wall water-stop body groups are arranged between left and right sides of the shield plate and the corresponding wall protecting plates, the bottom of the shield plate is connected with the foundation bottom plate through a foundation soft connection belt, and a turbulence device is mounted at the top of the shield plate. The pneumatic shield gate dam is high in strength and abrasion resistance, great in water-stop effect and firm in connection with a concrete side wall, and vacuum formed in operation of the pneumatic shield gate dam in water can be prevented. In addition, the pneumatic shield gate dam has a damheight control function and is high in flexibility, less prone to breakage, long in service life and high in stability, the aging speed is reduced, an ornamental effect is achieved, flow breaking andturbulence can be realized while resonance is avoided, and accordingly high safety coefficient is achieved.

The invention relates to a material formula for an insulating layer of a fireproof cable. The formula contains the following ingredients in percentage by mass: 8-14% of urea-formaldehyde resin, 10-15% of pentabromo ethylbenzene, 15-18% of liquid acid anhydride, 12-15% of mica powder, 16-20% of barite powder and 30-35% of asbestos. The formula has the advantages of reasonable material proportion, low cost and the like and has a fireproof function, and a guarantee is provided for the life and property safety of people.

The present invention is to provide a building intercom alarm system which is characterized in that the building intercom alarm system comprises intercom devices, alarm buttons, alarm input wires, processors, first decoders, microphones, loudspeakers, cameras, indoor units, floor distributors, connection network cables, a network switch, a center management main machine, a monitoring server, a second decoder, an alarm device, a visual intercom and doorway management machines. Each indoor unit is internally provided with the intercom device; the lower end of each intercom device is provided with the processor; the intercom device is electrically connected with the processor; the lower end of each processor is provided with the first decoder; and the processors are electrically connected with the first decoders respectively. The beneficial effects of the building intercom alarm system are that the system can be in wired or wireless communication with a residence community property management center or community guards through the center management main machine, thereby achieving the safety protection functions of preventing thefts, disasters and coal gas leakage and the like, and providing maximum guarantee for life and property safety of a house owner.

The invention provides a highway passenger transport overspeed early warning system based on a block chain. The system comprises a data storage server, a driver mobile terminal, a vehicle-mounted GPS,a plurality of passenger mobile terminals, a mobile terminal wireless communication module, a block chain data storage server and a block chain data processing server. The passenger mobile terminalsand the vehicle-mounted GPS collect driving data respectively, the block chain data processing server performs average optimization processing on the driving data, an optimization result and a road section speed limit value are subjected to consensus identification, and a consensus result is transmitted to the block chain data processing server to predict the vehicle driving speed; a smart contract 1 is used judge whether an overspeed behavior is about to occur or not and makes a corresponding response; and whether a driver decelerates within a specified time or not is determined through the smart contract 2, if not, a violation behavior forming block is transmitted into a block chain for storage, and data is transmitted to a traffic control department to punish the driver. According to the invention, effective early warning is carried out on passenger car overspeed, and the passenger traffic accident rate is reduced.

The invention discloses a switch locking device for a shutter, which comprises a rocker arm (2) and a ratchet-gear wheel (3), a blocking piece (9), a lock tongue (4), a sliding slot (10), a rotary connecting bar (5), and a sash frame groove (6), wherein the rocker arm (2) and the ratchet-gear wheel (3) are fixedly connected with a window shaft, the blocking piece (9) is used for blocking the ratchet-gear wheel (3), the lock tongue (4) is arranged at the inner side of the window frame bar, and the sliding slot (10) correspond to the lock tongue and is used for the sliding of the lock tongue, one end of the rotary connecting bar (5) is rotatably and pivotably supported at the bottom of the window frame, and the other end of the rotary connecting bar (5) is connected with the lock tongue (4), and the sash frame groove (6) is correspondingly arranged at the same side with the sliding slot (10) used for the sliding of the lock tongue of the window frame; the lock tongue ascends or descends by means of the rotation of the rotary connecting bar in the vicinity of a position which is perpendicular to the window frame, therefore, the shutter can be opened, closed and locked at any opening status. The switch locking device can be used as a 120-degree horizontal or vertical rotary switch for a middle shaft axis rotary shutter. Therefore, the opening space is large, the switch locking device has excellent ventilation, permeation, lighting performance, permeability, high sealing performance, sound insulation and anti-theft performance. Furthermore, the outer side of the window sash of the shutter is convenient to clean.

The invention discloses an MQTT protocol-based smart door lock management system for a college student dormitory. According to the system, a mobile terminal of a mobile phone transmits human face information to a server through app, the server verifies the identity and transmits an unlocking instruction to the corresponding door lock through MQTT Broker, then the door lock is opened, and the student dormitory door lock cases can be monitored in real time by a background page. The MQTT protocol-based smart door lock management system greatly reduces the loss of student life and property causedby the artificial management of the access control system and can provide a help to manage the dormitory door lock by managers.

The invention relates to the technical field of underground comprehensive pipe gallery auxiliary maintenance, and provides an underground comprehensive pipe gallery auxiliary operation and maintenance system based on a mobile terminal, which comprises underground comprehensive pipe gallery equipment, an underground comprehensive pipe gallery server and the mobile terminal. The invention also provides an underground comprehensive pipe gallery auxiliary operation and maintenance method based on the mobile terminal, and the method comprises the following steps: S1, carrying out the video monitoring of the interior of the pipe gallery through employing the underground comprehensive pipe gallery equipment, S2, obtaining the monitoring data of the underground comprehensive pipe gallery equipment in real time through the data collection module of the underground comprehensive pipe gallery server, and S3, carrying out the operation and maintenance of the underground comprehensive pipe gallery after the data is obtained. And the underground comprehensive pipe gallery server pushes the data to the mobile terminal. The portable characteristic and the positioning function of the mobile terminal are utilized, accurate positioning can be provided for the equipment, when the equipment breaks down, it is not needed to spend a large amount of time to position the equipment, follow-up maintenance work can be conveniently carried out by equipment maintenance personnel, and the equipment maintenance efficiency is greatly improved.

The invention discloses an industrial flame-retardant cable material, comprising following raw materials in parts by weight: 66-70 parts of polyvinyl chloride resin, 35-40 parts of an environment-friendly plasticizer, 18-20 parts of high-density polyethylene HDPE, 14-15 parts of epoxy acrylate, 19-21 parts of liquid anhydride, 16-18 parts of mica powder, 21-25 parts of barite powder, 3-4 parts ofa lubricant and 3-5 parts of an antioxidant. The invention provides the industrial flame-retardant cable material with good weather resistance and fire resistance.

The invention discloses a multifunctional fireproof express vehicle, which comprises a chassis and a cargo compartment, the cargo compartment is fixed above the chassis, the cargo compartment is a double-layer metal skeleton structure, the outer wall of the cargo compartment is made of cold-rolled steel plates, and the inner wall of the cargo compartment is made of aluminum alloy There is a fire-proof interlayer between the inner wall and the outer wall of the cargo compartment, and the fire-proof interlayer is filled with heat-insulating and flame-retardant materials. The front and side of the cargo compartment are equipped with fixed pull rings. Smoke alarm, the anti-theft alarm is installed above the door frame of the cargo compartment, the bottom of the cargo compartment is covered with a flame-retardant conductive static rubber sheet, and a buzzer is installed in the cab of the chassis, and the buzzer is connected with the smoke alarm and the anti-theft alarm respectively. electrical connection. The invention has high safety, good fire prevention effect, can reduce the probability of fire occurrence, and can remind delivery personnel before the fire expands, thereby greatly guaranteeing the safety of people's life and property.

The invention discloses a road geological disaster early warning broadcasting method and an auxiliary system. The method comprises the following specific steps: investigating and analyzing geologicaldisasters along a road in the earlier stage; determining a geological disaster dangerous area range indoors by utilizing existing data and experimental data, and marking the geological disaster dangerous area range on a map; importing existing data into an accessory system, and adding and deleting geological disaster points according to needs. querying geological disaster point distribution alongthe channel through an accessory system, and selecting an optimal route; and enabling the accessory system to broadcast at fixed time and fixed point in the vehicle driving process to remind the vehicle to quickly pass. Compared with the prior art, the method has the advantages that the steps are reasonable and simple, the applicability of an affiliated system is wider, the actual requirement is met, the use is convenient, the geological disasters along the road are comprehensively evaluated, and a provincial and even national road geological disaster network is effectively established; and the life and property safety of vehicles and people running on the road can be guaranteed.