1588 results about "Lightning rod" patented technology

The invention discloses a method for assessing the lightning flashover risks of regional power grid lines, which comprises the following steps that: through calculating the lightning-resistant level of each base rod tower and combining with a probability distribution function of lightning current amplitudes of a region, the lightning trip-out rate of each rod tower is obtained, and the average lightning trip-out rate of a line is calculated; then, through combining with an automatic reclosing failure rate and a failure rate of manual forced energization, a permanent failure rate of the line is obtained; and through considering the weight coefficient of the line in a power grid structure, the permanent failure load loss coefficient of the line at the specific time of a power grid and in an specific operation mode of the power grid, and the risk occurrence probability of other influencing factors, a lightning flashover risk assessment model of a regional power transmission grid is established. According to the invention, the shortcoming that the absolute numerical value of the lightning trip-out rate can not really reflect the lightning disaster risk level of each line is overcome, and the lightning flashover risk level of each rod tower of lines is assessed through comprehensively considering the differences among the lightning motions, topographical features, line structures, insulation configuration, lightning protection measures and the like of each line corridor in the power grid, so that more comprehensive and thorough assessment results are obtained.

A wind turbine rotor including a rotor hub (3) and a plurality of blades (4), and where each blade root (16) is connected to said rotor hub through a pitch bearing (5) in such a manner that the pitch angle of the blade is adjustable by a turning of the blade about its longitudinal axis relative to the rotor hub. The blade is provided with at least one electrically conducting lightening down-conductor (6) extending in the longitudinal direction of the blade to the blade root and being electrically isolated from the pitch bearing (5). A spark gap (15) is provided between the lightning down-conductor and the rotor hub, said spark gap (15) being adapted to conduct a lightning current passing through the lightning down-conductor. A sliding contact connection (7, 12) is provided parallel to the spark gap (15) between the lightning down-conductor (6) and the rotor hub (3), said sliding contact connection ensuring electrical contact between said lightening down-conductor (6) and said rotor hub (3) irrespective of the pitch angle of the blade. The invention also relates to a wind turbine including such a rotor.

The invention discloses an automatic observation device for crop development and growth. The device comprises an image acquisition part, a communication transmission system and a data processing centre, wherein the image acquisition part comprises a CCD camera, a video monitor and a lightning conductor which are fixed with a bracket; the bracket is arranged in a crop planting area; an antenna fixed to the top end of the bracket is in wireless connection with a computer which receives and processes the data of the crop development and growth and is arranged in a data processing centre through a wireless network; the communication transmission system comprises antennae and encoders respectively positioned on the image acquisition part and the two ends of the data processing centre; and the computer in the data processing centre comprises an image database, an image feature algorithm library and a product library. The device performs real-time automatic acquisition and identification on crop growth information, performs long-term observation, analysis and measurement remotely through a network, automatically measures aiming at the crop growth, has a simple measurement principle and an accurate measurement result, is convenient to popularize and use, and has significance to promote the modernization and the automation of agricultural meteorological observation.

The invention discloses an annular and stereoscopic ecological cycle pig raising system, which comprises a hog house and a waste circulating system, wherein the hog house comprises a house body, a round patio and a house top, the hog house is of an all-steel columnar structure, the interior of the house body is divided into three layers of hog houses, each layer of hog house is divided into a plurality of colony hours by a through fence, and stairs are all arranged among the three layers of hog houses; the round patio is vertically and oppositely embedded in the middle part of the house body, and a lightning rod higher than the hop house is vertically arranged at the center of the patio; an arc-shaped all transparent glass steel tile annually covers the house top. The annular and stereoscopic ecological cycle pig raising system has the advantages of small land occupation and beautiful appearance design, the aesthetic requirements of people are met, the comprehensive construction cost is lower than the comprehensive cost of land levelling, three supplies and one levelling and cultivation body infrastructures of standardized farms, and assorted roads, pipelines, electric power construction, functional limiting cast iron high bed facilities, closed water-linked cooling facilities and gas pipeline warm floor heating facilities, and the annular and stereoscopic ecological cycle pig raising system has very high economic promotion value.

A wind turbine rotor blade includes: a rotor blade root; a rotor blade tip; an electrical heating device; a first lightning receptor disposed in the region of the rotor blade tip; precisely two lightning conductors leading from the lightning receptor to the rotor blade root; a second lightning receptor arranged at a distance to the rotor blade tip and connected to one of the lightning conductors; and, each one of the two lightning conductors being electrically conductively connected to the electrical heating device at a multiplicity of points between the rotor blade root and the rotor blade tip so as to cause equipotential bonding between the two lightning conductors via the electrical heating device in response to a lightning strike to the rotor blade.

The invention discloses a self energy supply lightning current detection system, which is used for being matched with a lightning rod device for use to realize the defection on relevant parameters of lightning current. The self energy supply lightning current detection system comprises a signal sampling maintaining device, an energy taking device, a single chip control unit, a hardware clock unit and a data storage unit, wherein the signal sampling maintaining device comprises a current sensing unit, a first voltage limiting protection unit and a positive / negative peak value maintaining unit which are connected in sequence, and the energy taking device comprises an energy taking coil, a front end protector, a rectifying and wave-filtering unit, a second voltage limiting protection unit, a voltage stabilizing unit and a DC / DC unit which are connected in sequence. The self energy supply lightning current detection system of the invention can continuously realize the monitoring on whether a transmission line or a building lightning rod suffers with the lightning strike or not, and can accurately record the time, the amplitude value in the occurrence of the lightning strike and the polarity, a special triggering circuit is not needed, and the invention has the characteristics of high precision, simple structure, small size, low cost, high safety and the like.

The invention provides a blade of a wind-driven generator. The blade comprises a housing, a web and a root flange, wherein the housing is divided into an upper housing and a lower housing which respectively comprise main beams, prefabricated components, root preformed parts and paving layers; each paving layer comprises a glass fabric, a balsa core and a foam core; the webs are positioned between the upper housing and the lower housing of the blade; and the root flange is adopted to connect the blade and a main body of the wind-driven generator. The invention also provides a manufacturing method of the blade of the wind-driven generator. The manufacture method comprises the following steps: preparing the root preformed parts, the main beams and the prefabricated components in individual dies; paving the root flanges, the root prefabricated parts, the main beams and the prefabricated components in a housing die together with the glass fabrics, the balsa cores, the foam cores and lightning rods; pouring resin into the housing die through a vacuum pouring technology so as to form the upper housing and the lower housing of the blade; integrally adhering the upper housing and the webs, and overturning the same for 180 degrees to adhere with the lower housing by closing the dies; and then removing the dies to obtain the blade of the wind-driven generator. The blade of the wind-driven generator manufactured by the method provided by the invention has the advantages of high stressing intensity and long service life.

Disclosed therein is an electric dipole streamer discharge type lightning conductor, which can gather electric charges in the atmospheric air at one side thereof and generate an electric discharge due to a dielectric breakdown when a potential difference is formed between the electric charges gathered by an electric dipole and the electric charges of the earth so as to emit a great deal of electric charges of the earth toward thunderclouds to thereby induce a thunderbolt.

The invention discloses a multifunctional solar wind power communication advertisement climbing-free maintenance tower. The maintenance tower comprises a base, a stand column, rainproof umbrella hat, a lightning rod, a moving frame and functional equipment. The stand column is an eight-side conical body, and two symmetric sides at the upper end of the stand column are each fixedly provided with a fixed pulley; the stand column is in sliding connection with the moving frame, and the functional equipment is mounted on the moving frame; and the functional equipment comprises solar photovoltaic panels, LED lighting reflector lamps, electric signal projectors, wind driven generators and network monitoring cameras. A lifting mechanism, a control cabinet and a storage battery are arranged at the bottom end of the stand column, and the lifting mechanism comprises a high-speed motor, a speed reducer, a steel wire rope winding drum and a steel wire rope. One end of the steel wire rope is arranged on the steel wire rope winding drum, and the other end of the steel wire rope is in sliding connection with the two fixed pulleys. The multifunctional solar wind power communication advertisement climbing-free maintenance tower is compact in structure and environmentally friendly, and saves energy; the solar photovoltaic panels and the wind driven generators supply power constantly, and when the tower fails, a person does not need to climb, maintenance is convenient.

The invention provides a megawatt-stage vertical shaft wind power generator with an adjustable attack angle. The vertical axis wind power generator comprises an electric power conversion device, a speed increasing box, a power generator, a variable pitch motor, a main vertical shaft, a cantilever cylinder, blade crossbeams, and blades with airfoils, wherein the cantilever cylinder is sleeved on the outer side of the main vertical shaft; the main vertical shaft is connected with the cantilever cylinder through a bearing; one end of each blade crossbeam is fixed on the cantilever cylinder, and blade autorotation devices are mounted at the other end of each blade crossbeam; a lightning rod is mounted at the top end of the main vertical shaft; an anemoscope is connected with an electronic control device; and the electronic control device controls the blade autorotation devices on each cantilever crossbeam, so as to enable the blades to adjust the windward angles according to a preset program and enable the power generator to be throughout in a state capable of producing the maximum torque. The starting wind speed is effectively reduced, and the wind energy utilization rate is increased.

The invention provides a device which can judge the round hit and the back hit of lightning. The device comprises two current sensors (1) and (2), a data transmission module (4), a data processing module (3), a signal transmission device and a display unit, wherein the current sensors are respectively arranged on a vertical rod (a main material) part (A part) arranged under a rod tower crossarm and an insulator hanging hardware fitting part (or near the crossarm) (B and C parts), and the current directions of the two parts are collected by the current sensors so as to judge the round hit or the back hit, lightning charge varieties and lightning current sizes. Compared with the invention with the patent number of 200610089771.8, the lightning round and back hit discriminator adopts the two current sensors to compare current phases so as to omit a controversial voltage sensor. The lightning round and back hit discriminator of an electric transmission line has the advantages that: firstly, the shunt current of rod tower grounded lightning current is measured; secondly, two collected current signals do not have additional phase displacement property and just have same and opposite relations; thirdly, signals can be stably and reliably collected and are not influenced by atmospheric humidity; and fourthly, the cost is low.

The invention belongs to communication equipment manufacture technical field, especially relates to a triangle communication tower including tower boots, a tower body, an antenna bracket and a lightning rod, the tower boots are fixed on the ground, the tower body is composed of a tower column, a cross bar and a brace which are connected by the screw thread, the tower column is arranged with triangle shape, the cross bar of lever shape is connected by the screw thread between the tower columns, the brace is connected by the screw thread between the tower columns with acute angle to the lever surface; the tower body is fixed on tower boots, an operating platform is fixed on the top of the tower body, the lightning rod protrudes from the top of the tower body, the tower column is equal slope or one time changing slope, adopting 90 degrees angle iron, the two ends of the cross bar and the brace after being bent are fixed with the tower column. No folding point connection or one folding point connection is existed between the tower bodies of the triangle communication tower, the invention has stable structure and strong windproof capability, adopting 90 degrees angle iron, not only with low cost, simple taking materials, convenience, materials saving, but also with simplifying structure.

Disclosed is an electric power wire stringing apparatus. The electric power wire stringing apparatus comprises a stand column, wherein dovetail-shaped sliding grooves are longitudinally formed in the two sides of the upper end of the stand column; dovetail-shaped sliding strips are embedded in the sliding grooves; supporting arms are arranged on the edges of the sliding strips; two nicks are formed in the top ends of the supporting arms in the length direction; threading holes are formed in the side walls, corresponding to the positions of the nicks, of the supporting arms; the nicks are communicated with the threading holes; blind holes are formed in the inner walls of the nicks; clamping blocks are connected in the blind holes through springs; clamping grooves matched with the clamping blocks are formed in the inner walls on the other sides of the nicks; and the top end of the stand column is connected with a lightning rod through a fixed frame. According to the electric power wire stringing apparatus, the supporting arms can be adjusted to the required height by sliding the sliding strips in the sliding grooves; the cables can be mounted conveniently and the height requirements of the cables can be satisfied as well; the cables are arranged in the threading holes through the nicks, so that the trouble of slowly pouring out the cable ends inserted in the threading holes is avoided; the cables on the stand column can be prevented from suffering from lightning stroke due to the lightning rod, and accidents can be prevented; and in addition, the electric power wire stringing apparatus is simple in structure and convenient to use.

The invention provides a shake-proof type communication tower which comprises a base, a tower body, a flange plate, an antenna holding rod, a lightning rod, a first shake-proof mechanism, a second shake-proof mechanism and a tower body connecting rod, wherein the first shake-proof mechanism comprises a supporting base, a supporting rib and a supporting belleville spring; the second shake-proof mechanism comprises a supporting disc, a supporting oblique rod, an upright column, buffer arc springs and a buffer straight spring; the supporting disc is connected with the tower body in a sleeving manner; the lower end surface of the supporting disc is fixed on the upper end surface of the upright column; the supporting disc is provided with grooves; each of the grooves is provided with an arc baffle plate and an arc spring column; one end of the tower body connecting rod is fixedly connected with the tower body, and a hoop is arranged at the other end of the tower body connecting rod; one buffer arc spring is arranged on each of the two sides of the hoop; and the buffer straight spring is connected with the tower body connecting rod in a sleeving manner and is arranged between the tower body and the arc baffle plates. According to the shake-proof type communication tower, with adoption of dual shake-proof measures, when an earthquake occurs or strong wind is encountered, the acting force on the tower body can be blocked or obviously reduced, and the shake-proof capability of the tower body is improved, and therefore, the reliability performance of the tower body is improved.

The invention relates to the technical field of power communication, in particular to a small adjustable 5G signal receiving tower. The small adjustable 5G signal receiving tower comprises a tower body, a lightning rod, an adjusting assembly, fixed seat assemblies, ground plug-in assemblies and antenna assemblies. The lightning rod is arranged at the upper end of the tower body, the adjusting assembly is fixedly connected to the middle end of the tower body, the adjusting assembly is in engaged transmission connection with the tower body, the fixed seat assemblies are arranged at the lower endof the tower body, the four ground plug-in assemblies evenly surround the lower ends of the fixed seat assemblies, and the antenna assemblies are arranged at the upper end of the tower body and located below the lightning rod. The small adjustable 5G signal receiving tower can be stored in the carrying and moving processes, the occupied space is small, the lightning protection function is achieved, high stability and safety are achieved, and meanwhile the small adjustable 5G signal receiving tower is convenient to adjust.

The invention discloses a novel base station communication signal launching tower, comprising a tower body, an antenna support and a lightning rod; the tower body comprises three tower columns, a plurality of cross bars, a plurality of slanting bars; the three tower columns are connected and combined by the cross bard to form an equilateral triangle, the side ends of the three tower columns in the same direction close towards the center point of the equilateral triangle; an inner flange structure comprises a first flange plate and a second flange plate, and each two adjacent sections of tower rods are connected by through holes with concave-convex groove structures formed in the first flange plate and the second flange plate; in addition, a variable slope structure is also arranged at the bottom of the tower body. The invention also discloses another novel base station communication signal launching tower, comprising a tower body, an antenna support and a lightning rod; the tower body comprises four tower columns, a plurality of cross bars, a plurality of slanting bars and crawling ladder. According to the novel base station communication signal launching tower, the technical problems that production and installation are inconvenient, the tower base and the tower foundation cannot be cooperatively connected and cannot integrate a plurality of operators into a whole are overcome.

A haze treating and lighting integrated device is characterized by mainly comprising a haze monitoring device (1), a city water supply pipeline (2), a branch water pipe (3), a maintenance control window (4), a pressurization pump (5), a valve (6), a spherical spray head (7), a lightning rod (8), a street lamp (9) and a street rod (10). The haze monitoring device is used for monitoring the PM2.5 concentration value, the pressurization pump (5) is started when the concentration value is larger than a set value, pumped high-pressure water enters the spherical spray head (7) through the valve (6), spherical water mist is sprayed, and then haze treatment is realized. The device has both the haze prevention and control function and the road lighting function, and automation of haze prevention and control and automation of sprinkling irrigation of greening trees on the two sides of the road are facilitated.

A lightning rod system including both methods and specific types of lightning rod protection apparatus, which address the need for lightning rod safety features to deter impalement and minimize injury when humans inadvertently fall upon or strike the projecting air terminal through use of a hebetative contagious impact surface (10) on an end cap(s). The system involves lightning rod system components such as humanized quantal rod (3) or coil spring coupler (13) engineered to be responsive within the range of forces achieved when a human of average size and weight falls onto the projecting air terminal from a standing surface level with that on which the lightning rod system is mounted to. The lightning rod system also involves a method and engineered components to retrofit existing lightning rod assemblies. Additionally, the system components address the need for a safety warning air terminal system to prevent impalement and injury from projecting air terminals that are not designed to be conducive to a lightning strike.

The invention discloses a transformer substation lightning protection device convenient to detach, assemble and maintain. The transformer substation lightning protection device comprises a base, a supporting box body, an angle adjusting box body, a lightning protection ball and a lightning rod. A lifting plate is arranged in the supporting box body in a vertical sliding mode. The stands are symmetrically fixedly arranged on the upper surface of the middle of the lifting plate. The tops of the two stands are each provided with an inclined face. The ends of a telescopic rod on an electric push rod are each provided with a supporting column. The bottom end of each supporting column is provided with a guide slide wheel. The guide slide wheels are arranged on the inclined faces in a sliding mode. The bottom of the lifting plate is connected with an inner cavity bottom plate of the supporting box body through a plurality of springs. A hinge base is fixedly arranged on the right side wall ofan inner cavity of the angle adjusting box body. A supporting plate is rotationally arranged on the hinge base in a hinged mode. A guide column is fixedly installed on the outer end face of a rotatingplate. The supporting plate is arranged on the circumference of the guide column in a sliding and sleeving mode. The transformer substation lightning protection device is simple and reasonable in structure, convenient to move, convenient to detach, assemble and maintain, beneficial for angle adjustment, flexible to use and suitable for use and popularization.

Lightning rod system for wind turbine blades formed by various connections set up on carbon fiber laminates (2) on the blade (1), equipotentializing the surface of the flanges (4) of the beam (10) through the deviations of a primary cable (6) with the respective auxiliary cables (5), carried out with the use of a device (12) whose terminals are connected between the ends of the cited auxiliary cable (5).The use, given the elevated inductance of device (12) mounted on the connection between the carbon laminates (2) and the conductor cable or primary cable (6), is to reduce the passage of current across the carbon laminate and favor the conduction through the metal cable.

The invention relates to an electric iron tower mounted with an 4G antenna. The electric iron tower comprises an iron tower main body, wherein a first mounting bracket, a second mounting bracket, a lightning rod, a protecting sleeve and a grounding device are arranged on the iron tower main body; a base is arranged at the bottom end of the iron tower main body; the base comprises a soil layer, a thin sand layer, a concrete floor and a macadam layer; the protecting sleeve is inserted into the thin sand layer. The electric iron tower has the advantages that a radio frequency pulling unit RUU and the antenna are respectively fixed on a cross arm at the top of the top end of the iron tower through the first mounting bracket and the second mounting bracket, the lightning rod and the grounding device which are arranged on the iron tower are used for performing lightning protection treatment on the radio frequency pulling unit RUU and the antenna, and the radio frequency pulling unit RUU and the antenna are arranged in a protecting area of the lightning rod, so that the antenna and the radio frequency pulling unit RUU are protected from being damaged, the safety performance is high, the structure is simple, the mounting is convenient, and the base is provided with the soil layer, the thin sand layer, the concrete floor and the macadam layer so that the strength of the base is increased.

The invention relates to a patrol robot, comprising: a car body, a driving motor, a steering driver, a driving wheel, a camera mechanism and a control module; At the top, the camera is connected to the lifting assembly. The lifting assembly includes a lifting motor and a lifting rod. The lifting motor is set in the storage cavity. There is a lifting hole on the top of the car body. The lifting hole communicates with the storage cavity, and the lifting rod is movable through the lifting hole. Inside, the lifting motor is driven and connected with the lifting rod, and the lifting rod is connected with the camera. The lifting rod moves in the vertical direction under the drive of the lifting motor, so that the camera can shoot the platens of different heights, and the lifting rod is restricted by the lifting hole to avoid the horizontal deviation of the lifting rod, so that the movement of the lifting rod is more accurate. In order to be stable, improve the clarity of the image captured by the camera, and effectively reduce the misjudgment rate and missed judgment rate of false throwing and returning.

The invention discloses an adjustable lightning rod. The adjustable lightning rod comprises an installation disc, wherein no less than two installation holes are formed in the upper surface of the installation disc, a groove is formed in the middle part of the upper surface of the installation disc and fixedly connected with a bearing disc via a shock absorption device arranged in the groove, a motor is arranged on the upper surface of the bearing disc and engaged with a transmission device via a tooth disc sleeving a rotation shaft, the transmission device is fixedly arranged on the installation disc via a support, the top of the transmission device is further provided with a telescopic post, and the top of the telescopic post is movably connected with an angle modulation plate via the rotation shaft arranged at the bottom of the angle modulation plate. By arranging the transmission device and the telescopic post, the lightning rod and a lightning ball are more convenient and rapid to adjust and install, and the influence of an external environment on lightning rod installation is reduced; and moreover, with the arrangement of the shock absorption device, the adjustment of the lightning rod and the lightning ball is more firm, and the influence of shock on lightning rod adjustment is reduced.

The invention provides a building lightning protection range determining method, comprising: determining ball radius of a lightning rod according to building lightning arrest level so as to determine a protection range for each lightning rod acting as an independent lightning rod; determining a surface independent protection range circle of each lightning rod and a building height level independent protection range circle of each lightning rod according to the protection range of each lightning rod acting as the independent lightning rod; determining a joint protection range envelope curves of all lightning rods around a building in the building height level; monitoring whether the current building lightning protection range is feasible or not according to whether the building height is within the joint protection range of any two lighting rods or not. Three-dimensional ball concept is simplified as two-dimensional planar drawing method, and drawing results are vivid, simple and clear.

A lightening conductor (10) for lightning protection of structures (37), particularly of mobile structures (37), comprises a conduit (18) connected to a mast (12) and provided for dissipation of a lightning current. The mast (12) is telescopable so that the height of the lightening conductor (10) can be individually adapted to local conditions and is transported conveniently.

The invention discloses an electric power grounding column for electric power engineering. The electric power grounding column for electric power engineering comprises a body, wherein a lower end of the body is provided with an insertion end, an outer ring of the insertion end is provided with more than four locking sheets, the outer ring of the insertion end is provided with through grooves opposite to the locking sheets, sides of the locking sheets close to the through grooves are provided with guide sheets, the body is internally provided with a supporting board, the board surface of the supporting board is provided with a threaded hole, a threaded rod is matched with the threaded hole, a lower end of the threaded rod is matched with a conic guide block, the top portion of the body is provided with an end portion, a side face of the body is provided with a first end portion, a lead is matched between the end portion and the first end portion, and one end of the lead extends outside the end portion and is matched with a lightning rod. During use, relatively excellent detachable connection between the electric power grounding column and the ground can be realized, and a theft phenomenon can be avoided.

An electrode bar of devices utilized in electric power distribution wire includes the bar body, the hammer safety guard setup at one end of the bar body and the drill safety pyramid at the other end of the bar. The outside diameters of the safety guard and the drill safety pyramid are larger than the outside diameter of the bar so as to protect the bar from scores caused in hammer processes passing through crushed stone layers. Thus, the grounding electrode bar is wholly installed under ground effectively, solving the problem happened in constructions. The electrode bars are also possible to be as lightning rods with good tightness in the head and tail parts so that water and gases would not enter the head and tail parts providing better corrosion preventive effects than traditional lightning rods.

The invention discloses an automatic flexible rainwater collection device. The automatic flexible rainwater collection device comprises a water storage pond, a fixed rod, a canopy bottom fixing device, a funnel-shaped rainwater collection canopy, a center control box, a conductive wire, a solar cell panel, a canopy top fixing device, steel wire pull ropes, a lightning rod, a rain sensor and supporting rods. The automatic flexible rainwater collection device can effectively increase the rainwater collection quantity, is small in occupied space, achieves the fact that the water storage pond can store water without depending on surface runoffs, and solves the problems that vast karst mountainous areas are affected by landforms, surface runoffs cannot be formed, water cannot be effectively stored in small pools and small cisterns, built pools are frequently dried up all year round and cannot play a role in fighting against a drought and protecting production and construction, the phenomenon that pools are used for containing the sun in the daytime and containing the moon at night occurs, manpower and material resources are wasted, precious cultivated land resources are occupied, and the water shortage problem seriously hinders economic development and social progress of karst regions.

The invention discloses a distribution network integrated lightning protection system comprising a transformer substation, and output lines led out of three phases of outlet ports of a transformer substation transformer. Each phase of line is connected in series with an overvoltage isolator. Overhead wires are formed through lead-out of the output ends of the voltage isolators to a pole tower. Pole tower insulating cross arms support the overhead wires, and power transmission wires are fixed via multifunctional wire clamps arranged on the insulating cross arms. A wave-resistant lightning rod is installed at the top end of the pole tower. A simple and rapid grounding device is embedded in the ground of the bottom part of the pole tower so that integrated lightning protection performed on the distribution network lines and the transformer substation is realized with pole tower protection acting as the center and prevention of distribution network lightning tripping and disconnection acting as the key points. Distribution network line dedicated lightning equipment like the wave-resistant lightning rod, the insulating cross arms, the multifunctional wire clamps and the simple grounding device are organically integrated by the system so that the multilayer and three-dimensional integrated lightning protection system is constructed and realized, lightning trip-out rate and disconnection rate can be substantially reduced, and maximum matching of distribution network lightning economical efficiency and effectiveness is realized.