262 results about "Sunlight irradiation" patented technology

The invention discloses a driving sunscreen cooling control method based on sun illumination tracking, and the main design concept of the method is that the recognition precision of the relation between dynamic light and a dynamic vehicle is improved through sun vector space modeling. Specifically, accurate measurement and calculation of the sun angle is matched with dynamic response of a vehicle system to realize a sunlight tracking type sunscreen mode, and the method mainly comprises the following steps: acquiring data such as longitude and latitude, date time, advancing direction and the like of a current vehicle, calculating an irradiation angle of sunlight irradiated to the vehicle, and combining a real-time measurement value of a light sensor to obtain a sunlight tracking type sunscreen mode. And deciding whether the vehicle enters the sunscreen mode at the current moment. On the basis of real-time tracking of the sun position and by means of intelligent cooperative control of devices such as an electric sun shield curtain, electrochromic glass and air conditioner directional blowing, dynamic and accurate automatic non-inductive sun protection and cooling are achieved, and comfortable driving and riding experience is brought to drivers and passengers.

This invention relates to a path planning method for homotopy classes in planar mobile robots, based on sunlight sampling. The method includes dividing a two-dimensional planar map to be searched into a topological map composed of obstacle modules and free convex polygon modules using convex decomposition. Simultaneously, it records the relationships between convex polygon modules and their vertices, as well as the datasets of convex polygon modules and their adjacent convex polygon modules. A heuristic function is set to expand from the starting block, continuously recording the blocks traversed by the path and excluding parent and ancestor blocks to prevent path looping when advancing an adjacent block. Upon reaching the target block, the method stops and records a set of non-repeating path blocks as a path homotopy class. Sunlight sampling is performed on each path homotopy class to obtain the intra-class shortest path. This invention can quickly search for path homotopy classes in the topological map and uses the sunlight principle to search for intra-class shortest paths, achieving rapid partitioning of path homotopy classes and significantly improving the search efficiency for intra-class shortest paths.

Seawater desalination or deionization of water by sunlight and the use of piping systems, characterized in that, in addition to the open pipe with forward-flowing liquid that becomes increasingly salty due to sunlight and evaporation, and the pipe for freshwater, a return piping system for water with a high salt content is present.

The utility model discloses a building outer wall construction hanging basket which comprises a hanging basket body, a blocking cover is arranged above the hanging basket body, positive pole magnetic attraction blocks are arranged at the corners of the bottom end of the blocking cover, negative pole magnetic attraction blocks are arranged on the outer wall of the hanging basket body below the positive pole magnetic attraction blocks, and the top ends of the negative pole magnetic attraction blocks are attracted to the bottom ends of the positive pole magnetic attraction blocks. Second transverse reinforcing ribs and second longitudinal reinforcing ribs are arranged on the outer walls of the two sides of the hanging basket body in a staggered mode, a plurality of second kidney-shaped holes are formed in the positions, on the outer sides of the second transverse reinforcing ribs and the second longitudinal reinforcing ribs, of the outer wall of the hanging basket body, and first transverse reinforcing ribs and first longitudinal reinforcing ribs are arranged on the outer surfaces of the two sides of the hanging basket body in a staggered mode. According to the hanging basket, the phenomenon that objects on the inner side of the hanging basket body are eroded and damaged due to sunlight irradiation is reduced, the structural strength of the hanging basket body is improved, and the stability of the hanging basket body during hanging is guaranteed.

The invention provides a plush fabric invisible anti-counterfeiting method based on an optically variable material, and belongs to the technical field of textile anti-counterfeiting. The method comprises the following steps: providing a plush fabric with a final style; preparing anti-counterfeiting slurry containing photochromic microcapsules, a low-temperature crosslinking adhesive, a flatting agent and deionized water; applying the slurry to the base cloth of the fabric or the root of fluff through screen printing or digital ink-jet printing; and carrying out low-temperature fixation at 80-120 DEG C. The obtained fabric has the same appearance and handfeel under natural light, an anti-counterfeiting pattern is shown under ultraviolet light or sunlight irradiation, and the pattern disappears after a light source is removed. According to the method, complete invisibility of anti-counterfeiting is achieved, the soft hand feeling of the plush fabric is not damaged, the anti-counterfeiting threshold is high, and the method is suitable for the fields of high-end plush toys, home textiles and the like.

The utility model relates to a wall seat structure for installing and fixing a sunshade, which belongs to the technical field of the sunshade and comprises an arm seat frame connecting piece, a transition connecting block is arranged at the front end of the arm seat frame connecting piece, and a bolt through hole connected with the arm seat frame connecting piece through a screw and nut structure is arranged on the transition connecting block. The arm seat frame connecting piece comprises an inserting block, an adjusting connecting block integrated with the inserting block is arranged at the front end of the inserting block, and a U-shaped fixing groove penetrating through the bolt is formed in the adjusting connecting block. The device has the characteristics of simple structure, convenience in installation and high structural strength. The wall body fixing part and the sunshade arm connecting part are connected through the movable transition pivot, so that angle fine adjustment after installation is achieved, and different sunlight irradiation angles or storage requirements are met.

The utility model relates to the technical field of lighting equipment, in particular to a lantern. The barn lantern comprises a lantern cover, an installation assembly and four solar panels, wherein the installation assembly and the four solar panels are arranged on the upper surface of the lantern cover, and the distance between the two solar panels close to the installation assembly is at least 2-3 cm. According to the barn lantern, the solar panel is installed on the upper surface of the lantern cover to receive direct sunlight; and meanwhile, the solar panel avoids the sunlight irradiation projection range of the mounting assembly, so that the mounting assembly can be prevented from shielding sunlight irradiated on the solar panel, and the charging efficiency is improved.

The invention discloses a tung oil-based non-isocyanate polyurethane photo-thermal anti-icing coating as well as a preparation method and application thereof, and belongs to the field of functional polymer materials. The method comprises the following steps: taking tung oil-based epoxy resin as a raw material, reacting with carbon dioxide to prepare tung oil-based cyclic carbonate, and reacting amino-terminated polydimethylsiloxane with terephthalaldehyde to obtain modified polydimethylsiloxane. And mixing tung oil-based cyclic carbonate, modified polydimethylsiloxane and a specific sulfur-containing aromatic diamine curing agent, spraying, and carrying out programmed heating curing to form the coating on the surface of the base material. A stable liquid-like layer can be formed on the surface of the coating, and the coating has extremely low surface energy and can obviously delay icing time. Meanwhile, the coating is endowed with efficient photo-thermal conversion capability through a D-pi-A molecular structure constructed by sulfur-containing diamine, and quick and active deicing can be realized under the irradiation of sunlight.

The utility model discloses a flower tissue culture device with sunshade structure belongs to flower tissue culture related technical field to solve the prior art in the need of sunlight irradiation, generally can only through the external device shielding or will tissue culture device to be carried to the position that sunlight cannot irradiate, but when the flower needs part sunlight when tissue culture, and the flower tissue culture device can not make a part of sunlight irradiation on the device, this reduces the working effect problem of flower tissue culture device, including frame, the top surface and two lateral surfaces of frame are seted up with the sliding slot, a plurality of sliding slot are linked with corresponding frame body sliding respectively, a plurality of sliding slot are linked with corresponding baffle sliding respectively, and the surface of a plurality of baffles is contacted with corresponding frame body respectively.

This invention discloses a method and system for converting waste plastics into hydrogen based on microwave pretreatment and solar photocatalytic reforming, belonging to the field of solid waste resource utilization and clean energy technology. The method includes: mixing waste plastics with water for microwave pretreatment to destroy their macromolecular structure and generate a liquid-phase product rich in small-molecule organic matter; performing solid-liquid separation on the liquid-phase product; and conveying the separated liquid to a flat-plate photocatalytic reactor for photocatalytic reforming under sunlight irradiation and the action of a catalyst supported on a 3D-printed substrate to produce hydrogen and high-value chemicals. The system includes a microwave pretreatment unit, a filtration unit, and a flat-plate photocatalytic reaction unit connected in sequence. This invention achieves efficient, low-carbon, and high-value conversion of waste plastics through the synergy of microwave pretreatment and solar photocatalytic reforming, effectively overcoming the problems of high energy consumption, poor product selectivity, and low photocatalytic efficiency in existing technologies.

The application discloses a kind of wind power generation inspection auxiliary equipment, belong to power generation equipment inspection technical field.It includes: cabin, inside hollowly and form equipment cavity, baffle, set in cabin top, connecting component, set between cabin and baffle, inspection channel, vertically through cabin and baffle, blocking cover, set on baffle and block inspection channel.This application sets baffle on cabin, when baffle is not used, it is closely attached with cabin, when when encountering external wind is smaller and sunlight is strong when inspecting, baffle is raised upward by connecting component, so that inspection personnel is between baffle and cabin to carry out inspection, it can make inspection personnel avoid being directly irradiated by sunlight, and optimize the working environment of inspection personnel.

The invention relates to a planar robot global path planning method based on a sunlight irradiation principle, which comprises the following steps: dividing a search map into an obstacle area and a free area, and determining a path node dynamic update data set and a directed graph set; firstly, a sunshine point is selected from a data set, then path tangency points of an obstacle are searched by taking the sunshine point as a center and using a tangency point search function, the path tangency points are added into the set, nodes in the data set are screened by using a data set screening mechanism, and then the path tangency points in the data set are screened; adding all the screened path tangency points into a data set as an alternative of a next sunshine point; and calculating the path cost of all the feasible paths and sorting the path cost, and selecting the feasible path with the minimum path cost to carry out back-end optimization to generate an optimal feasible path. According to the method, the path tangency point located at the edge of the obstacle can be quickly searched, the feasible path can be quickly constructed, and the convergence speed of the algorithm is improved while the shortest path planning is realized.

The utility model relates to the technical field of solar LED lamp equipment, in particular to a solar outdoor candle lamp. Comprising a base and an auxiliary mechanism, the auxiliary mechanism comprises a mounting table, an integrated control circuit board, an operation switch, a solar wafer, a battery pack, a transparent protective cover, a limiting ring, an adjusting device and a light emitting device, the device is placed outdoors in the daytime, sunlight irradiates on the solar wafer, and the solar wafer absorbs solar energy; the integrated control circuit board converts solar energy into electric energy, the battery pack stores and releases the electric energy, the light-emitting device emits light under the action of the electric energy to achieve illumination when used at night, the transparent protective cover serves as the appearance modeling of the lamp and can be arranged into different sizes and shapes according to needs, and further the using height of the lamp can be adjusted through the adjusting device. Therefore, the problems that an existing outdoor lamp is high in cost due to the fact that electric energy of a power grid is utilized, energy waste is easily caused, the appearance of a lamp body is single, and the modern diversity requirement cannot be met can be solved.

The application relates to the technical field of space remote sensing, and specifically provides a three-dimensional radiance calculation method and application of a high-resolution remote sensing scene. First, a surface cell grid of a three-dimensional space is created, spontaneous radiation of all triangular surface cells under sunlight irradiation is calculated, a traditional RGM model is improved, a plurality of threads of a GPU are used to perform parallel calculation of a visibility factor under an OpenACC parallel framework, a successive over-relaxation method is used to iteratively calculate radiation flux density of the surface cells, after the radiation flux density of each surface cell is obtained, bidirectional reflectivity BRF under different observation angles is calculated, efficient simulation of bidirectional reflectivity and radiation transmission of a complex scene is realized. The application significantly improves the calculation speed of an original RGM model, the calculation speed is improved by nearly 70 times through testing, and when a large-scale scene is simulated, ten million small surface pieces can be processed without sacrificing precision.

The utility model discloses a heat collector supporting structure which comprises a supporting column, the bottom of the outer surface of the supporting column is fixedly connected with a photosensitive sensor, the middle of the inner side face of the supporting column is fixedly connected with a motor, the output end of the motor is fixedly connected with a rotating rod, and one end of the rotating rod is fixedly connected with a gear. According to the heat collector supporting structure, through the arrangement of a photosensitive sensor, a motor, a gear, a gear ring, a supporting arm and a hydraulic rod, the photosensitive sensor monitors the degree of sunlight brightness, the motor drives a rotating rod to rotate, the gear drives a supporting piece to rotate through the gear ring, and the orientation of a heat collector is changed; the heat collector is driven by the supporting plate and the supporting arm to rotate by a certain angle, the included angle between the heat collector and sunlight is adjusted, the adjusting function is achieved, sunlight irradiation in different time periods can be conveniently adapted, the heat collector can more fully utilize solar energy and better collect heat, and the application range is wide.

The invention relates to the technical field of pharmaceutical wastewater treatment, in particular to a treatment method of cefuroxime sodium production wastewater. The method comprises the following steps: firstly, pretreating the cefuroxime sodium production wastewater, and adjusting the pH value to 5.0-7.5; putting the porous magnetic catalytic aerogel into the pretreated wastewater, and performing mixed treatment while performing sunlight irradiation; and taking out the porous magnetic catalytic aerogel to obtain the treated water. The 24-hour degradation rate of the cefuroxime sodium and the cefuroxime axetil can reach 95% or above, and the COD removal rate exceeds 90%. According to the method disclosed by the invention, efficient degradation treatment of antibiotics and organic matters in the cefuroxime sodium production wastewater is realized by utilizing visible light catalysis and a synergistic mechanism of adsorption, enrichment and degradation.

The utility model discloses an overwater photovoltaic device, relates to the field of photovoltaic equipment, and aims to solve the problems that the existing overwater power station is suitable for natural water areas or seas, and the sightseeing range is reduced when the existing overwater power station is arranged in landscape water areas. Single bodies are designed, hexagonal-prism-shaped buoyancy tanks are arranged for the single bodies, the bearing surfaces are expanded by splicing the different single bodies through the buoyancy tanks, photovoltaic modules are installed on the buoyancy tanks, the power generation function is achieved, meanwhile, the power generation device can be reasonably arranged in a landscape water area, and compared with a traditional water power generation station, the power generation device provides a space for tourists to play in a hydrophilic mode; the shape can be changed by adjusting the included angle of the photovoltaic panel, the attractiveness is improved, meanwhile, the orientation of the photovoltaic panel can be adjusted according to needs, the sunlight irradiation duration is prolonged, and the power generation efficiency is improved.

The present application belongs to the field of automobile head-up display technology, and relates to a vehicle-mounted head-up display optical film with light scattering function and a preparation method thereof. The present application adopts a heat-sensitive shape memory idea, utilizes the light-sensitive characteristics and shape memory function of a light-heat effect type shape memory material, and sets a dynamic scattering layer scattering part. When the front sunlight is irradiated, the scattering part is raised, so that the sunlight is scattered to other directions through the scattering effect of light. Further, the scattering layer substrate is set as an encapsulated scattering solution. The shape memory material in the scattering solution is deformed and curled when irradiated by sunlight, absorbs and reflects part of the light, thereby further reducing the penetration of sunlight into the display film into the driver's line of sight. Moreover, reflective particles and light-absorbing particles are added in the scattering solution, further reducing the penetration of sunlight into the display film, thereby preventing or reducing sunlight from directly entering the driver's eyes from multiple aspects, and further improving the safety of driving.

The utility model provides a brain natriuretic peptide detection reagent card, which belongs to the technical field of medical instruments, aims to solve the problem that the service life of test paper is affected due to the fact that sunlight irradiates the test paper, and comprises a reagent detection main body, a detection friction block, a detection groove, a reagent notch, a reagent inclined plane, reagent detection paper, a detection covering mechanism and a detection protection mechanism, the detection friction block is fixedly connected to the upper end surface of the reagent detection main body; the detection groove is formed in the upper end surface of the reagent detection main body; the reagent notch is formed in the upper end surface of the reagent detection main body; the reagent slope is positioned on the upper end surface of the reagent notch; the reagent detection paper is fixedly connected inside the reagent detection main body; the detection covering mechanism is arranged on the upper end surface of the reagent detection main body; the detection protection mechanism is arranged in the reagent detection main body. According to the utility model, the service life of the reagent card is ensured by adopting the detection covering mechanism, and the reagent card is ensured to be used smoothly by adopting the detection protection mechanism.

To provide a wireless tag with a temperature sensor function capable of suppressing a temperature rise of at least an inclusion part of a temperature sensor even when installed in a sunny place irradiated with sunlight.SOLUTION: A wireless tag 10 includes a semiconductor element 12 provided with a temperature sensor, an antenna 14 that receives a wireless instruction from a reader outside the wireless tag 10 or transmits a wireless signal to the reader, the semiconductor element 12 that wirelessly transmits temperature data measured by the temperature sensor from the antenna 14 to the reader according to the wireless instruction from the reader received by the antenna 14, and a conductive pattern 16 that electrically connects the semiconductor element 12 and the antenna 14. The outer peripheral surface of the inclusion part of the temperature sensors is covered with white resins containing white powder 24p so that the temperature rise of at least the inclusion part of the temperature sensors can be suppressed by reflecting sunlight when the wireless tag 10 is irradiated with the sunlight.SELECTED DRAWING: Figure 1

The utility model discloses a hillside algae cultivation device capable of saving land resources, which comprises an algae cultivation box body, four groups of telescopic foot nails are symmetrically mounted at the bottom of the algae cultivation box body, a box door is hinged to one side of the algae cultivation box body, and transparent toughened glass windows convenient for sunlight irradiation are arranged on two sides of the algae cultivation box body; through the arrangement of the spraying mechanism, water in a water tank can be pumped through a water pump in the spraying mechanism and conveyed into a conveying pipe, the water is conveyed into three groups of spraying pipes through the conveying pipe, and water needed by growth of algae in the algae breeding frame in the breeding period is supplemented through a plurality of groups of atomizing nozzles at the bottoms of the spraying pipes; the atomizing nozzle can atomize water into fine water drops, it is ensured that the water can be evenly and meticulously sprayed to the algae, the problem of uneven water distribution is avoided, the spraying mechanism can conduct automatic irrigation according to the preset spraying frequency and time interval, and it is ensured that the algae obtain stable and appropriate water supply in the growth cycle.

The present invention relates to a smooth, cylindrical stainless steel tube-shaped heat exchanger (Figure 1) consisting of three tubes (5-6-7) for vaporizing water (seawater, pure water, freshwater, or wastewater) to produce steam (3) by a concentrated solar thermal energy process, using geothermal heat and other forms of heat with cogeneration, and by extension, for producing steam and producing hydrogen and oxygen by electrolysis. For its process applications, it takes the form of a cylindrical tube with a variable diameter (8-9) depending on the quantity of water (2) to be vaporized, and with a length (8) and width (9) defined and modulated based on the flow parameters of a heat transfer fluid (1-4) heated by concentrated solar energy in situ.The stainless steel cylindrical tube heat exchanger is characterized by its unique process interaction capacity, whereby heat transfer occurs by convection and conduction through the tube (6), i.e., heat transfer from a hot body, the oil-carrying fluid (7), to a cooler body (5), which is a water-carrying fluid (2). This can be achieved through simple installations in areas exposed to sunlight, such as subsoil or a medium- or high-enthalpy geothermal well.Once the stainless steel cylindrical tube heat exchanger is installed and configured, piping systems carry water (2) into the designated space and then to the heat transfer system according to the invention. There, the fluid temperature is raised above its boiling point, and the water is then returned to the surface via the same piping system to be vaporized by venting it (3) outside the heat exchanger. The stainless steel cylindrical tube heat exchanger, by its method of use, relates in its functions to methods of vaporizing water (seawater, freshwater, and wastewater) by evaporation.

The application belongs to the field of optical functional composite material application, and discloses a preparation method of conjugated oligomer / gold nanocluster light energy conversion material. The preparation method is to synthesize conjugated oligomer material with main chain of fluorene and thiophene and side chain containing active groups, and to compound the conjugated oligomer material with gold nanocluster containing mercapto ligand through covalent connection to prepare conjugated oligomer / gold nanocluster compound. The preparation method is simple and easy to operate, and can effectively compound two kinds of semiconductor materials. The nanocomposite has a size of about 2 nanometers and has the ability to quickly enter photosynthetic organisms and structures. The conjugated oligomer / gold nanocluster heterojunction is cultured with photosynthetic organisms and structures, and under sunlight irradiation, high-efficiency photo-generated electrons are generated and quickly transferred to the electron transport chain of the photosynthetic organisms and structures, so as to improve the solar energy conversion efficiency, increase the biomass yield, and have practical application value in the field of energy conversion.

The utility model discloses a foundation pit construction operation platform, which relates to the technical field of foundation pit construction operation platforms and comprises a foundation pit side wall which is arranged through a fixed frame, a guide rail, a first pulley, a movable frame, a first motor, a double-shaft motor, a transmission rod, a winding shaft, a steel rope, a first lubricating column, a second lubricating column and a limiting frame. According to the foundation pit construction operation platform, the double-shaft motor drives the winding shaft through the transmission rod, the winding shaft winds and unwinds the steel rope to enable the operation platform to ascend and descend, then the first motor drives the second pulley to enable equipment to move, and the situation that a construction part is changed, and a scaffold needs to be built or dismantled is avoided; according to the foundation pit construction operation platform, the operation platform body, the supporting rods, the solar panel, the battery panel, the fan, the protective net and the sun shield are arranged, the sun shield is used for shielding sunlight, then the fan is used for blowing air to constructors, and the situation that the constructors are prone to heatstroke under long-time sunlight irradiation is avoided.

The invention provides a composite metal catalyst and application thereof in biological combined light treatment paper pulp bleaching. The method comprises the following steps: dividing and brooming cooked paper pulp fibers by adopting biological pretreatment, and then carrying out illumination bleaching under simulated sunlight irradiation by adopting a metal photocatalyst (ZnO, ZFO, ZAO, ZMO and the like). According to the mild treatment method, the whiteness of the paper pulp is improved, and meanwhile it is guaranteed that fibers are not damaged. Compared with traditional chemical bleaching, biological combined light treatment bleaching has the advantages that the content of pollutants in wastewater is greatly reduced, meanwhile, reacted metal oxides can be recycled, and the combined treatment method can be used as a novel paper pulp fiber bleaching mode.

This invention discloses a photothermal catalyst based on Ni supported on porous carbon derived from tea residue and its application in hydrogen production from waste natural biomass. The catalyst preparation method includes tea residue raw material pretreatment, preparation of tea residue-derived carbon materials, KOH chemical activation, acid washing and water washing followed by drying, then impregnation and loading with a nickel precursor, and finally reduction in a hydrogen atmosphere to obtain the catalyst. This catalyst can catalyze the biomass steam reforming hydrogen production reaction under focused sunlight irradiation. This invention organically couples the resource utilization of tea residue solid waste with the solar photothermal-driven biomass reforming hydrogen production process, achieving synergistic effects of high-value utilization of agricultural and forestry waste and clean solar hydrogen production. The process is simple, the raw materials are readily available, and it is environmentally friendly, possessing good prospects for industrial application.

The invention provides a V10-coated FeCo-MIL / BiVO4 composite photo-anode based on dissociation reconstruction interface strengthening as well as a preparation method and application of the V10-coated FeCo-MIL / BiVO4 composite photo-anode. According to the photoanode, BiVO4 loaded on FTO conductive glass serves as a substrate, V10 nanoclusters and a FeCo bimetal organic framework (FeCo-MIL) are synchronously loaded on the surface of the BiVO4 through a one-step solvothermal reaction, and a ternary composite structure is formed. The core innovation of the invention lies in that the composite photoanode is subjected to electrochemical activation treatment by adopting cyclic voltammetry subsequently, and FeCo-MIL is induced to generate controllable dissociation and dynamic reconstruction, so that strong interface interaction is constructed between FeCo-MIL and V10 and BiVO4, and an efficient charge transfer channel is formed. The material is simple in preparation process and low in cost, and shows excellent performance in the field of photoelectrocatalytic water decomposition. Under the irradiation of AM 1.5 G simulated sunlight and the potential of 1.23 V vs. RHE, the initial photocurrent density can reach 5.0 mA cm <-2 >, after cyclic voltammetry activation treatment, the photocurrent density is further increased to 5.8 mA cm <-2 >, the operation stability is enhanced, and the photoelectrocatalytic activity is remarkably enhanced.

The invention relates to the technical field of xenon lamp test equipment, in particular to a flat plate type xenon lamp aging test box which comprises a machine box, a test box body is installed on the machine box, a carrier plate is installed on the test box body, and a first transferring assembly and / or a second transferring assembly for placing samples are / is installed on the carrier plate. A spraying assembly for spraying water, a ventilation assembly for ventilation and an illumination assembly for simulating sunlight irradiation are installed on the machine box. The flat plate type xenon lamp aging test box has the effect of improving the convenience of the flat plate type xenon lamp aging test box in the operation process.

Provided is a wireless tag with a temperature sensor function capable of suppressing temperature rise of at least a part including the temperature sensor even when the tag is installed in a sunny place irradiated with sunlight. A wireless tag 10 comprising a semiconductor element 12 equipped with a temperature sensor includes: an antenna 14 that receives a wireless instruction from an external reader of the wireless tag 10 or transmits wireless signals to the reader; the semiconductor element 12 that wirelessly transmits temperature data measured by the temperature sensor from the antenna 14 to the reader in response to the wireless instruction from the reader received by the antenna 14; and a conductive pattern 16 that electrically connects the semiconductor element 12 and the antenna 14. The wireless tag is characterized in that the outer peripheral surface of a part including the temperature sensor is covered with a white resin containing white powder 24p so that when the wireless tag 10 is irradiated with sunlight, the sunlight is reflected and the temperature rise of at least the part including the temperature sensor can be suppressed.

The utility model relates to a traditional Chinese medicine decoction piece processing and airing device, which belongs to the technical field of traditional Chinese medicine decoction pieces and comprises an airing box main body, a rotary drying mechanism is arranged in the airing box main body, and the rotary drying mechanism comprises a rotary motor fixedly mounted at the bottom of the airing box main body. And a rotating rod extending into the airing box main body is fixedly mounted on an output shaft of the rotating motor. According to the traditional Chinese medicine decoction piece processing and airing device, a rotating motor is started, an output shaft of the rotating motor drives a rotating rod to enable a driving gear to rotate, the driving gear is meshed with a driven gear to drive a rotating shaft and a containing disc to rotate, the positions of traditional Chinese medicine decoction pieces in a box are continuously changed, and uniform airing, sunlight lamp turning-on, sunlight irradiation simulation and moisture evaporation promotion are achieved; water and air enter from the left side through a filter plate through ventilation and drying, impurities such as dust are filtered out, the decoction pieces are prevented from being polluted, an operator can check the airing condition in real time through an observation window in a sealing door, adjustment is conducted in time, and it is ensured that the airing effect of the traditional Chinese medicine decoction pieces is ideal.