85results about How to "Achieve glow" patented technology

The invention discloses a thermal activation delayed fluorescence material based on a dibenzophenazine derivative as well as a preparation method and application of the thermal activation delayed fluorescence material, and belongs to the technical field of organic photoelectric materials and devices. The structural formula of the material is shown as a formula (I), in the formula (I), R1 is phenoxazinyl, phenothiazinyl or dimethyl acridinyl, R1' is phenoxazinyl, phenothiazinyl or dimethyl acridinyl, R1 '' is phenoxazinyl, phenothiazinyl or dimethyl acridinyl, and R2 is H, phenoxazinyl, phenothiazinyl or dimethyl acridinyl. The material provided by the invention has the advantages that the electron acceptor and the electron donor unit show a highly distorted rigid structure, 100% theoretical internal quantum efficiency can be realized, the fluorescence quantum yield is high, a guarantee is provided for a high-efficiency long-waveband OLED device, and the like. And a polysubstitution mode is adopted, so that red shift of molecular emission wavelength is facilitated, long-waveband luminescence is realized, and a guarantee is provided for an efficient long-waveband OLED device.

The invention provides an LED substrate and an LED light bar using the LED substrate. Light-pervious holes are formed in the side face of each crystal fixing position of the LED substrate, when encapsulation is carried out, LED crystals are fixed to the crystal fixing positions, fixing glue is applied on the crystal fixing positions in a point injection mode at the same time, and the light-pervious holes are filled with the fixing glue. Due to the fact that light rays emitted by the LED crystals pass through the fixing glue first and are then emitted into air, part of the light rays can be refracted at the interface of the fixing glue and the air and then directly emitted into the air, part of the light rays are reflected back into the fixing glue, are transmitted to the other side of the substrate through the light-pervious holes and are emitted from the other side of the substrate, restriction of the substrate on the light rays emitted by the LED crystals is reduced greatly, even if the substrate is made of nontransparent materials, the light rays emitted by the LED crystals can be emitted through the substrate, and light emitting by 360 degrees is achieved.

The invention discloses an LED street lamp, aiming at providing a high power LED aluminum base plate integrated module with excellent heat elimination performance and effectively prolonged service life. The high power LED aluminum base plate integrated module comprises an LED (1) and an aluminum base plate (2). The aluminum base plate (2) comprises an aluminum plate (20); an insulated oxidization layer (25) is covered on the upper surface of the aluminum plate (20); a basement film (21) and a conducting film (22) are arranged on the insulated oxidization layer (25) in sequence; the conducting film (22) forms a circuitous pattern; the basement film (21) is matched with the contour of the conducting film (22); a plurality of welding films (23) are arranged on the conducting film (22); the chip of the LED (1) is stuck to the insulated oxidization layer (25); and a lead foot of the LED (1) is welded on the welding film (23). The LED street lamp can be widely applied to the lighting field.

The invention discloses a one-step preparation method for white light-emitting carbon dots, and relates to the field of luminescent nanomaterials. The white light-emitting carbon dots are prepared byusing the following method: in a constant temperature oven, dissolving o-phenylenediamine and catechol at different ratios in an alcohol solvent which includes methanol, ethanol, propyl alcohol, butylalcohol, pentanol and other alcohol, packaging the mixture into a reaction kettle, controlling the temperature of the oven at 140-240 DEG C, and performing a solvothermal reaction for 4-48 hours so as to obtain fluorescent carbon dots with luminescent peaks covering 400-700 nm, wherein the obtained fluorescent carbon dots includes the white light-emitting carbon dots which have CIE chromaticity coordinates of (0.33, 0.33). The white light-emitting carbon dots prepared by using the method has excellent optical properties, a simple preparation method, easily available materials and low cost, and can be directly added to epoxy resin as an encapsulating material of diodes so as to prepare a white light LED device.

The invention provides a micro LED device and a manufacturing method thereof. According to the invention, a micron-scale LED element is manufactured with plasmas directly etched on an epitaxial wafer so that the LED element does not need to be transferred and that the substrate does not need to be stripped, and the inner part of the substrate is provided with a hole directly to form a through hole with the result that a metal back plate serving as a negative electrode penetrates through the through hole to be directly in contact with the epitaxial wafer; and when the through hole is manufactured on the substrate, a method combining the longitudinal multi-time invisible cutting and the laser scribing is utilized, which is simple and convenient to operate. In the invention, a metal contact located on the periphery of a transparent upper cover plate is designed as a positive electrode, and the direct connection of the positive electrode to the negative electrode is able to realize the illumination of the point-controlled LED element, so that a micro-scale small-size LED element does not need to be subjected to wire marking and transferring operation.

The invention discloses an enhancement-mode HEMT (High Electron Mobility Transistor) device capable of inhibiting a current collapse effect, and a preparation method thereof. The HEMT device comprises a heterostructure, a source electrode, a drain electrode and a grid electrode, wherein the source electrode, the drain electrode and the grid electrode are connected with the heterostructure; the heterostructure comprises a first semiconductor used as a channel layer, and a second semiconductor used as a barrier layer, wherein the second semiconductor is formed on the first semiconductor; two-dimensional electron gas is formed in the heterostructure; a quantum well layer and a third semiconductor are formed on the second semiconductor in sequence; the third semiconductor and the second semiconductor have different conduction types; and the grid electrode and the third semiconductor are in electric contact. By use of the device, a quantum well structure is independently directly integrated in a grid electrode area and a non-grid electrode area in the enhancement-mode HEMT device, so that luminescence can be realized when the device is on, the luminescence can be effectively radiated in a surface area between a grid-drain and grid-source and can be deepened into materials, and a releasing process of electrons captured by various types of defect modes can be quickened so as to effectively inhibit a device current collapse effect.

The invention relates to the field of decorative lamps, in particular to an alternating-current input side luminescent LED (light-emitting diode) module used for a double-sided luminescent lamp box. The alternating-current input side luminescent LED module is characterized by comprising LED light sources, electronic components, a PCB (printed circuit board), secondary optical lenses, pouring sealant, a section bar housing, an end cap, a sealing cover and guide wires, wherein the LED light sources and the electronic components are adhered on the PCB printed circuit board; the bottoms of the secondary optical lenses are provided with the positioning posts; the corresponding position of the PCB is provided with positioning holes; long-strip-shaped saw-tooth grains are arranged inside light outlet surfaces of the secondary optical lenses; the pouring sealant is used for encapsulating the electronic components, the PCB, the bottoms of the secondary optical lenses, a bonding pad and the guide wires; and the section bar housing is mutually assembled with the end cap and the sealing cover. After adopting the technical scheme, a power supply converter can be cancelled, electric supply can be directly connected, and quantity of modules in single-serial connection is increased, mounting program is simplified, and maintenance cost is reduced.

The invention discloses an electrochromic intelligent display curtain wall. The electrochromic intelligent display curtain wall is characterized in that a reflecting layer is arranged on the electrochromic intelligent display curtain wall, external light penetrating an electrochromic layer is reflected outwardly by the reflecting layer, curtain wall light emitting is achieved, and pattern change and information display on the curtain wall are achieved by regulating the light transmittance of the curtain wall. The design-optimized electrochromic intelligent display curtain wall has the advantages that the structural design of the curtain wall is optimized and reasonable, vertical-face pattern and information display of the building curtain wall are achieved by reflecting sunlight or other environment light, the weak-current-controlled electrochromic layer is used to replace a strong-current-supply light source, and energy consumption is lowered greatly. The invention further provides an electrochromic intelligent display system for a mansion. The electrochromic intelligent display system comprises the electrochromic intelligent display curtain wall, and display performance of the outer wall of the mansion can be achieved by unit modularized control.

The invention discloses a phototherapy device for the newborn. The device comprises a light source box, a light guide assembly and a fiber blanket. The fiber blanket is formed by coupling of a plurality of fibers. The light guide assembly is connected with the light source box and the fiber blanket. The light source box includes a box body assembly and an internal assembly installed inside the box body assembly. The internal assembly includes a light source module group including a light source panel and a jack panel; a plurality of LED light sources with peak bands of 440 to 460 nm are installed on the light source panel. According to the invention, on the basis of the fiber conduction and macrobend loss characteristics, treatment light in the light source box is transmitted to the surface of the fiber blanket, thereby realizing light emitting of the blanket surface and thus realizing treatment on the newborn with jaundice. The LED light source emits blue light and a few of ultraviolet and infrared rays are outputted, thereby preventing side effects on patients by phototherapy. On the basis of the fiber blanket surface design, zero-distance contact with the newborn by the light source is realized, so that energy attenuation is avoided; the blanket surface is soft; and the irradiation area increases. Therefore, the newborn with jaundice can be treated well and recover quickly.

The invention provides a preparation method of a gel-supported inorganic achiral quantum dot. The preparation method comprises the following steps: mixing water with an achiral quantum dot or aqueous solution of the achiral quantum dot, adding a solvent, and mixing again, so that mixed liquor is obtained; and mixing the obtained mixed liquor with a gel factor, heating, and cooling, so that the gel-supported inorganic achiral quantum dot is obtained. The preparation method provided by the invention has the advantages that the achiral quantum dot has circular polarization luminous property, full-wave band adjustable CPL luminescence of the achiral quantum dot is realized, and CPL luminescence containing white light emitting is realized.

The invention relates to an LED lamp with the adjustable light color. The LED lamp comprises a lamp holder. A lamp shell is arranged on the lower portion of the lamp holder. Limiting plates are arranged on one inner side wall of the lamp holder. A circuit board is arranged between the limiting plates. A plurality of full-color LED lamp bodies are arranged on the circuit board. The circuit board is provided with a plurality of dimming seats. The full-color LED lamp bodies are arranged between the dimming seats. The circuit board is connected with an outgoing line. A plurality of positioning shafts are arranged in the lamp holder. The two ends of the positioning shafts are installed between the inner side walls of the lamp holder. The outer peripheral face of each positioning shaft is sleeved with a cyclophon. Dimming sheets are arranged under the cyclophons. A dimming plate is arranged in the lamp holder. The dimming sheets are installed on the dimming plate. A plurality of dimming grooves are formed in the dimming plate and between the dimming sheets. According to the LED lamp with the adjustable light color, the full-color LED lamp bodies can be controlled to emit light, the light range of the full-color LED lamp bodies can be adjusted, and adjustment is more flexible.

The invention relates to an InP-based intermediate infrared InAsBi quantum well structure. InAsBi serves as a potential well layer of the quantum well structure, and In0.53Ga0.47As matched with InP or InxGa1-xAs (x is greater than 0 and less than 0.53) with a lattice constant less than that of InP serves as a barrier layer of the quantum well structure. An InP substrate adopted by the quantum well structure has excellent substrate quality compared with a GaSb substrate, so that the preparation cost of a device can be lowered; a quantum well adopts InAsBi as the potential well layer, so that middle infrared band light emitting can be achieved due to a narrow band gap; and compared with a quantum cascade laser prepared by utilizing sub-interband transition, a semiconductor light source prepared by utilizing quantum well interband transition has the advantages of low threshold current and high electro-optical conversion efficiency.

The invention relates to the field of streetlamps for municipal construction, in particular to an LED streetlamp for municipal construction. The LED streetlamp comprises a supporting rod, a lifting mechanism, an illuminating mechanism, a power supply mechanism, a fixing mechanism, a closing mechanism, a resisting mechanism and a connecting mechanism. The lifting mechanism used for driving the illuminating streetlamp to ascend and descend is arranged in the supporting rod; the illuminating mechanism used for illuminating the road surface is connected to a lifting block; the power supply mechanism used for supplying power to the illuminating mechanism is connected to the supporting rod; the connecting mechanism used for connecting the illuminating mechanism with the power supply mechanism isarranged in the supporting rod; the resisting mechanism used for resisting and fixing the lifting block is arranged in the supporting rod; and the closing mechanism used for protecting a control button and a rocker handle is arranged on one side of the bottom end of the supporting rod. According to the LED streetlamp for municipal construction, the illuminating device can descend to the low position to be maintained, and the situation that a safety accident is caused by the fact that a person climbs a streetlamp pole and falls down is avoided while maintenance is convenient.

The invention discloses an oxide-based up-conversion fluorescent material. The chemical formula of the oxide-based up-conversion fluorescent material is shown in a formula (I): A2SnB2O9: xM, yN (I); wherein, A is one or a combination of more than two of Ca, Sr or Ba; B is Al and / or Ga; and M is an activator ion, N is a sensitizer ion, x and y are molar doping amounts of M and N respectively, 0 < x< / = 0.6, and 0 < / = y < / = 0.6. The oxide of the formula (I) is used for the up-conversion fluorescent material for the first time, and the oxide-based up-conversion fluorescent material is doped withrare earth ions with rich energy levels and long energy level service life and the sensitizer ions, so that anti-Stokes luminescence is realized, and visible light emission can be realized by using near infrared light as an excitation light source. In addition, the preparation raw materials are low in price, low in equipment requirements, simple and feasible in preparation process, good in repeatability, and high in stability of obtained products, so that the material is easy to popularize and produce and apply on a large scale.

The invention provides ZnSe quantum dot-doped glass and a preparation method thereof. The ZnSe quantum dot-doped glass comprises the following components according to the molar percentage: 35-50 percent of SiO2, 0-15 percent of B2O3, 5-20 percent of Na2O, 0-10 percent of Li2O, 6-25 percent of ZnO and 4-9 percent of ZnSe. The preparation method of the ZnSe quantum dot-doped glass comprises the following steps: weighing a certain amount of raw materials according to the above molar percentage, fully and uniformly mixing, melting for 30-60 minutes at a temperature of 1300-1450 DEG C and then forming. The ZnSe quantum dot-doped glass and the preparation method thereof provided by the invention have the beneficial effects that a ZnSe quantum dot is successfully prepared in borosilicate for thefirst time, and the intrinsic luminescence wavelength of the ZnSe quantum dot is continuously adjustable within the range of 400-450 nm; the ZnSe quantum dot-doped glass prepared by the invention hasgood chemical stability and higher intrinsic luminescence and is a very promising luminescent material.

The invention discloses a force-induced discoloring asphalt material for an asphalt pavement in a tunnel. The force-induced discoloring asphalt material is prepared from discoloring asphalt, a force-sensing material and a reinforcing agent. The force-induced discoloring asphalt material has the advantages that by adding the force-sensing material and the reinforcing agent into the discoloring asphalt, the road pavement is yellow under the condition of no automobile driving on the road pavement; the road pavement is blue under the condition of automobile driving on the road pavement; the road pavement can emit light for a long time; the problems of poor light emitting efficiency and short duration in the existing light-emitting asphalt road pavement in the tunnel.

The invention relates to a ventilation type semiconductor lighting lamp. The ventilation type semiconductor lighting lamp comprises a ventilation shell. A plurality of ventilation holes are formed in the front face of the ventilation shell. A circuit board is arranged on the inner bottom of the ventilation shell. A plurality of semiconductor LEDs are arranged at the lower portion of the circuit board. One side of the ventilation shell is arranged on a supporting shell. A plurality of ventilation openings are formed in the inner side wall of the supporting shell. An air conveying box is arranged on one side of the ventilation shell. An air conveying hole is formed between the air conveying box and the ventilation shell. An electric air pump is arranged on the top of the air conveying box. The air conveying box and the supporting shell are connected through an air conveying pipe. A supporting frame is arranged on one side of the ventilation shell. Installing shafts are arranged at the end portions of the supporting frame and sleeved with supporting rollers. A solar film battery is arranged between the supporting rollers and connected with the circuit board through a cable. The solar film battery can provide electric energy for the circuit board, and accordingly the semiconductor LEDs can be instructed to achieve light emitting and shining; and the heat dissipation function can be achieved as well.

The invention discloses a city tunnel automatic starting and stopping LED illumination lamp. The city tunnel automatic starting and stopping LED illumination lamp comprises a shell. A telescopic device is arranged in the shell. A transverse rod is fixedly connected to the bottom end of the telescopic device. The two ends of the transverse rod penetrate through rectangular holes formed in both the two side faces of the inner wall of the shell correspondingly and are fixedly connected with two driving devices arranged outside the shell, and a rotary shaft is fixedly connected with the lower surface of the part, located in the shell, of the transverse rod. The surface of the rotary shaft is sleeved with a bearing. Two vertical rods are fixedly connected to the surface of the bearing and are arranged symmetrically. According to the city tunnel automatic starting and stopping LED illumination lamp, through matching of the telescopic device, the transverse rod, the rectangular holes, the rotary shaft, the bearing, the vertical rods, a threaded barrel, a threaded column and a sliding plate, the LED lamp is installed, thus installation of the LED lamp can be achieved without the need for a wrench used by an installation worker, the workload of the installation worker is reduced, and convenience is brought to the work of the installation worker.

The invention discloses an antibacterial wound dressing based on a visible light up-conversion material and a preparation method of the antibacterial wound dressing. The dressing takes a chitosan filmas a carrier, a large number of Y2SiO5: Pr < 3 + > and Li < + > particles are embedded in the chitosan film. The dressing utilizes a large number of amino groups on a natural polymer material chitosan (CTS) to kill bacteria, and a rare earth up-conversion material is added on the basis. As a unique optical material, the rare earth up-conversion material can realize anti-Stokes luminescence, continuously absorb two or more low-energy photons to transition to a higher energy level, and when the photons return to the ground state, they can emit short-wavelength visible or ultraviolet light.

The invention discloses an intelligent lamp control system, and the system comprises a touch control circuit, a lighting circuit, a negative ion generation circuit, a wireless communication circuit and a mobile client; the on / off of the lighting circuit can be controlled through the touch control circuit, the lighting or extinguishing of the lighting circuit is realized, and the on / off of the negative ion generation circuit can be controlled through the touch control circuit; when the negative ion generating circuit works, negative ion components in air can be increased, the air quality is improved, the lighting circuit and the negative ion generating circuit are controlled by the mobile client through the wireless communication circuit, lighting and negative ion functions can be intelligently started through the mobile client, so the lighting requirement can be met, and the effect of improving the air quality can be achieved. Besides, the invention also discloses an intelligent lamp,which can realize integration of intelligent lighting and negative ion functions, realizes multifunction of the lamp, and meanwhile, can intelligently start the lighting and negative ion functions through the mobile client, so the use experience of a user on the intelligent lamp is improved.

The invention discloses a colorful flower toy for children. The colorful flower toy for the children comprises a flower rod made of transparent plastic materials. The end of the flower rod is provided with a flower ball made of transparent plastic materials. The flower ball is connected with a plurality of petal bodies made of transparent plastic materials. The interior of each petal body is of a cavity structure. The interior of the flower ball is of a cavity structure. The petal bodies are communicated with the flower ball. The bottom of the flower rod is provided with a bottom cover. The interior of the flower rod is of a cavity structure. A dry battery is arranged in the flower rod. The bottom of the bottom cover is provided with a control button. A colorful LED lamp set is arranged in the flower ball. The colorful LED lamp set is composed of a plurality of colorful SMD LEDs. The control button, the dry battery and the colorful LED lamp set are electrically connected with one another. The colorful flower toy for the children has the light emitting function, can shine as a whole and is more attractive in appearance.

The invention discloses an LED lamp bead rotating shell which comprises a shell body. A plurality of mounting holes are formed in the outer surface of the shell, each mounting hole is round, an inner ring body is arranged in the shell body which is provided with a top barrel, the top barrel is provided with a neck which is connected in the shell body in an inserted manner, the neck is connected with the shell body through a connecting ring which is provided with a clamping bin, and the clamping bin is connected at a position of the inner ring body in a clamped manner. LED lamp beads can be mounted in the mounting holes, a lighting function can be realized through the shell body, light emitting and lightening of the whole shell can be realized, and convenience is brought to docking of the shell body and the top barrel.

The invention discloses a color panel display film with a function of concentration regulation of carbon quantum dots and a manufacturing method of the color panel display film. According to a wavelength dependence excitation photoluminescence characteristic of the carbon quantum dots, the carbon quantum dot film is enabled to emit light in different colors by regulation of dosage concentration of the carbon quantum dots. By taking the carbon quantum dots as materials of a luminescent layer and taking an ultraviolet light source as an excitation source, the carbon quantum dot panel display film variable in concentration distribution is prepared by means of adjustment of concentration of the carbon quantum dots on a polymethyl methacrylate hybrid layer to realize patterned and colored luminescence. The color panel display film has the advantages of high light saturation, long service life, nontoxicity, low preparation cost and environment friendliness. In addition, the color panel display film is simple in structure, the manufacturing method of the color panel display film is convenient to operate, shapes, depths and quantity of grooves in organic transparent glass can be adjusted according to colors, quantity and patterns in actual needs, multi-color luminescence can be realized, and application range is extremely wide.

The invention relates to an LED lamp bead with the characteristic of 360-degree light emitting. The LED lamp bead comprises a transparent bracket. A reflecting cup consists of a first crystal cup anda second crystal cup that are provided with a forward LED chip and a reverse LED chip respectively. The transparent bracket is equipped with bracket electrodes; electrodes of the forward LED chip andthe reverse LED chip are respectively connected with the bracket electrodes on the transparent bracket by gold wires; and the forward LED chip, the reverse LED chip, and the gold wires are packaged with transparent epoxy resin and silica gel mixed layers. According to the invention, the bracket is made of a transparent PPA material that is resistant to the high temperature that can reach 250 DEG C; the LED lamp bead including the transparent bracket is capable of realizing 360-degree light emitting for illumination; the double crystal cups can be made into audio-colorful non-polar ones, so that multiple LED lamp beads not only can match any color randomly like a blue color or a white color or warm white light or white light but also can be used for making a two-wire RGB point-control marquee lamp or a three-wire RGB point-control marquee lamp.

The invention discloses an optical fiber common point target used in a station-moving test process of an electronic theodolite and relates to the optical fiber public point target, which solves the problem that a measurement error is large because a hemisphere of the current common point target is needed to be rotated manually after the electronic theodolite is moved and the aiming difficulty of the electronic theodolite is high due to unavailable lamination. A luminous end of the optical fiber common point target used in the station-moving test process of the electronic theodolite is a spherical optical fiber; and the tail end of the optical fiber of which one end is spherical is contacted with a light output end of a luminous module. The optical fiber public point target is suitable for the station-moving test process of the electronic theodolite.

The invention discloses a light guide zipper. The light guide zipper comprises a zipper main body, one or more light guide strips and light sources are arranged on the zipper main body, and the light sources and the light guide strips are aligned end to end. When the light sources give out light, the overall zipper can give out light.

The invention discloses a buckle cap contact type switch which comprises a buckle cap and a lapping cap connected with the buckle cap. The buckle cap and the other side of the lapping cap are connected through a buckle, and a first control circuit board is arranged in the buckle cap. An LED lamp and a battery pack are arranged on the first control circuit board, the LED lamp is electrically connected with the first control circuit board, and the battery pack is electrically connected with the first control circuit board. The first control circuit board is connected with a first electric connecting piece, and a first protrusion is arranged on the outer side of the first electric connecting piece. A second control circuit board is arranged in the lapping cap, the second control circuit board is connected with a second electric connecting piece, and a second protrusion is arranged on the inner side of the second electric connecting piece. The first electric connecting piece and the second electric connecting piece are in contact connection, and the first protrusion and the second protrusion are buckled together. According to the buckle cap contact type switch, when the buckle cap and the lapping cap are buckled together, the first electric connecting piece and the second electric connecting piece are in contact, the first protrusion and the second protrusion are buckled together to achieve closing of circuits, the battery pack provides power, and the LED lamp can emit light.

The invention discloses an LED (Light Emitting Diode) module lamp tube. The LED module lamp tube comprises a plastic tube, wherein the plastic tube is a vacuum tube, the end part of the plastic tube is internally provided with an LED lamp, the LED lamp is arranged on a circuit board in the plastic tube, the end part of the plastic tube is provided with a transparent protection cover which is used for covering the LED lamp, the bottom part of the plastic tube is provided with a metal conductive piece, and the metal conductive piece and the circuit board are electrically connected. According to the LED module lamp tube disclosed by the invention, the structure is simple, the use is convenient, and the situation that plugging a large amount of LED module lamp tubes in a lamp holder for use can be realized.

The invention discloses an airflow control switch and a toy containing the airflow control switch. The toy containing the airflow control switch comprises at least one air bag and the control switch. An air in-out port which enables air to blow outwards when the air bag is squeezed is formed in the air bag, and the control switch comprises a microphone and a signal control panel. A main control chip is arranged on the signal control panel, the microphone is located at the position of the air in-out port and is connected with the signal control panel, and the microphone is used for obtaining acoustical signals produced when the air in-out port blows air outwards and turning the acoustical signals into electrical signals to send the electric signals to the main control chip. Compared with an existing toy, the toy can achieve starting and luminescence due to the fact that the air bag is squeezed, can bring pleasure to children when being opened, and greatly increases experience feeling and entertainment when being played by the children.

The invention relates to an intelligent traffic spacer bar which comprises a spacer bar body (1), a reflecting plate (6), a control module (2), a power source (3), a light-sensitive sensor (4) and a light source (5). The power source (3), the light-sensitive sensor (4) and the light source (5) are connected with the control module (2). The spacer bar body (1) is a column which is made of transparent materials and provided with an inner cavity (7). The reflecting plate (6) is arranged on the bottom face of the inner cavity (7) of the spacer bar body (1), and the reflecting face of the reflecting plate (6) is upward. The light source (5) is arranged on the top face of the inner cavity (7) of the spacer bar body (1), and the light source (5) carries out irradiation downwards. The control module (2), the power source (3) and the light-sensitive sensor (4) are arranged on the surface of the spacer bar body (1). According to the intelligent traffic spacer bar, overall light emitting of the spacer bar body (1) is achieved, and the visibility of the intelligent traffic spacer bar under the bad light environment can be effectively improved.