59results about How to "Speed up promotion" patented technology

The invention discloses a rapid tissue culture and propagation method of curcuma alsimatifolia, belonging to the technical field of plant tissue culture. The method comprises the following steps of: firstly, preparation of a culture medium; secondly, culture and sterilization of earthnut budlet; thirdly, culture of explant sterile seedling; fourthly, induction culture of adventitious bud; fifthly, propagation culture of adventitious bud; sixthly, root growing culture of plantlet; and seventhly, seedling adaptation, acclimation and transplanting of tissue culture seedling. The method disclosedby the invention has the advantages that propagation culture period is short (14-20 days), propagation coefficient is high (improved to 5-8 times from 2-4 times), the consistency of the adventitious bud is good, tissue culture breeding cycle is short (50-60 days), seedling quality is good, and transplanting survival rate can reach up to more than 95%, and is a method for efficiently and rapidly providing high-quality curcuma alsimatifolia seedlings. The method disclosed by the invention can be popularized and applied to landscaping and tissue culture seedling enterprises.

The invention relates to a technical method for high-efficient breeding of wheat, which comprises low-temperature vernalization, south breeding and generation adding, shuttle breeding, multi-point combined identification and the like. In particular, the technical method comprises the following steps of: treating the seeds obtained after the strong-winterness wheat blossoms for 15 to 20 days by hydrogen peroxide, washing the seeds by pure water, sprouting the seeds at the room temperature, putting the seedlings growing to 1 to 2 centimeters in an artificial weather room, performing the green-body vernalization of the seedlings for 45 and 50 days at a temperature of between 3 and 5 DEG C and a relative humidity of 70 percent and under a light intensity of 15001x; hardening the seedlings of the winter wheat undergoing the vernalization treatment at the normal temperature for 1 to 2 days, and transporting the seedlings to Yuanmou in Yunnan province; and preparing a rice seedling bed, watering and soaking the rice seedling bed, discharging visible water before transplanting, and transplanting the seedlings in mud at dusk. The disease resistance, stress resistance, adaptability and yieldstability selections of breeding materials are carried out by shuttle breeding and multi-point combined identification and the like. The technical method for breeding provides rich reserve of raw materials for the rapid improvement of the wheat variety, and also lays a sold foundation for demonstration and popularization of a new variety in large areas.

The invention discloses a cuttage propagation method for survived seedlings by tissue culture and transplantation of catalpa bungei, and is characterized by comprising the following steps of: 1), preparing a cuttage substrate and a root growth promoting agent; 2) scissoring 30 to 50cm of twigs when the survived seedlings obtained through the tissue culture and transplantation of the selected good singleplant tissue grow to a height between 50 and 80cm, shearing the twigs into 5 to 15cm of small segments and reserving 1 / 3 blades, dipping the small segments into the prepared root growth promoting agent for 5 to 8 s, and inserting the dipped small segments into the prepared substrate; and 3) inserting cuttingwood into a potted tray containing the substrate, then totally sealing the potted tray with a plastic film, and keeping the relative humidity between 85 and 95 percent, and the temperature between 20 and 30 DEG C, wherein a cuttingwood base starts generating callus after 10 to 13 days, the callus grows a root system after 18 to 21 days, the root system grows buds after 25 to 30 days, and the seedlings are transplanted after 40 days. The method can keep the original good properties of a catalpa bungei stock plant, and has over 95 percent of cuttage survival rate, low cost and high efficiency.

The invention belongs to the technical field of tree grafting, and particularly relates to a Chinese honey locust bud seedling twig grafting method. The method comprises the steps that Chinese honey locust seeds are cultivated for budding, bud seedlings growing to the height ranging from 7 cm to 10 cm are stock, Chinese honey locust fine breed trees with the diameter ranging from 0.2 cm to 0.5 cm are used as annual half lignification robust twigs and used as scions after tender thorns and tender thin twig ends are removed,; a cleft grafting method is adopted for grafting and enabling the twigs to grow into a new plant. The experiment proves that the survival rate can reach 90%, the cost is reduced by 50%, the fine breed seedling cultivation age limit is shortened, seedling sowing, grafting and outplanting can be easily achieved in the same year, and the method can be developed to be a large-scale Chinese honey locust fine breed breeding method and has application and popularization value.

The invention discloses a culture medium and a propagation method for tissue culture rapid propagation of leaves of heuchera micrantha. Through selection on an explants, selection on a basic culture medium and hormone combination in proper dosage, high-effective regeneration of a plant of the heuchera micrantha during the tissue culture is achieved. The propagation method is simple operation and low pollution rate, is high in success rate of regeneration of the plant, and is short in production period of grown-up seedlings.

The invention discloses a culture method of a virus-free test-tube corm of Fanhong No.1 crocus sativus l. The culture method comprises the following steps: soaking a crocus sativus l. corm with warm water, then carrying out water culture germination acceleration, taking a lateral bud of the corm, culturing, stripping to take a shoot tip meristem on the obtained aseptic seedling, culturing, taking the seedling as a plant I when the seedling grows to the height of 1.5 cm-2.0 cm, carrying out bean yellow mosaic virus particle detection on the plant I, if virus particles are detected, stripping to take a shoot tip meristem from the plant I to replace the shoot tip meristem stripped from the aseptic seedling in the former step, and repeating the steps until the plant I containing no bean yellow mosaic virus particles is obtained; culturing the plant I containing no bean yellow mosaic virus particles; and inoculating a corm induced expansion culture medium with induced cluster buds, and culturing until the buds grow to required size. The method can produce a large amount of high-quality virus-free healthy seedlings with the same genetic background in a short time.

The invention provides a planting method for Pinellia ternate, and relates to the technical field of agricultural plantation. The method comprises: selecting land and preparing land; selecting seeds; planting; performing field management; harvesting; and controlling insect diseases. The method is convenient and simple in process, easy in operation, low in cost, and is suitable for large-area popularization. Obtained Pinellia ternate is good in consistency, quality of products is high, and composite economic benefits of the Pinellia ternate are improved. The method has good value and wide market prospect.

The invention provides a quick peanut propagation method, which comprises the following steps of: (1) preparation before sowing: selecting a plot convenient for drainage and irrigation and fertile, deeply tilling the plot before winter, deeply turning the plot in the first ten days of next March, applying a base fertilizer, ridging, raking the ridge surface, forming two ditches on the ridge surface, watering, raking, spraying herbicide, and covering a film to increase the temperature; (2) sowing of a first season: drilling holes for sowing on the original two ditch lines of the ridge surface in the middle ten days of March, sowing single seeds, releasing seedlings in time when the seedlings just come out of the soil in the last ten days of March, harvesting and drying the peanut serving as seeds of a second season when the peanut is 80 percent mature in the last or middle ten days of June; and (3) sowing of the second season: covering a film for cultivating the peanut from the last ten days of June to the first ten days of July in a plot where wheat is just harvested, sowing the seeds in the same mode as that in the first season, and harvesting and drying the peanut in the first or middle ten days of October. The propagation coefficient of the peanut seeds can reach over 50 times, and is improved by 250 percent compared with a traditional method; and the method has remarkable economic benefit and social benefit.

The invention discloses a culture medium for tissue culture and quick reproduction of Ficus pumia 'Variegata' and a reproduction method. A basic culture medium adopts a WPM (woody plant medium) suitable for woody plants; high-efficiency regeneration of plants in Ficus pumia 'Variegata' tissue culture is realized through continuous subculture and a proper amount of hormone combination; furthermore, explant germfree treatment, culture of explant germfree seedlings and the like are improved. The culture medium is easy to operate, low in pollution rate and high in plant regeneration success rate.

The invention discloses a network data distribution method, comprising the following steps that: a major node data server establishes a corresponding relationship between IP addresses and areas, composing the IP addresses with the same area relationships into different areas; the super router obtains the IP address of the node, and meanwhile the super router with the unique equipment identification number, namely equipment ID number, sends a node register message to the major node data server; the major node data server obtains the area information and transmits the corresponding area business data to the super router according to the equipment ID of the super router and the corresponding IP address which indicates the specific area; and the major node data server also can allow the super router to obtain the related super router equipment ID and the IP address, and obtains related business content data from the super router. According to the network data distribution method for the super router provided by the invention, the local area network data server is established on the router, so that a user can obtain high-speed and stable data within the specific local area network.

The invention discloses an integral lighting tube of light emitting diodes, which comprises a casing, a printed circuit board, a plurality of light emitting diodes and a universal electric socket, wherein the printed circuit board is arranged in the casing, the plurality of light emitting diodes are arrayed and mounted on the printed circuit board, and the printed circuit board is connected with the universal electric socket. The integral lighting tube integrally uses the plurality of light emitting diodes, and has the advantages of high lighting brightness, uniformly light and the like, and the integral light tube utilizes the universal electric socket, can be engaged with various lamps, and is extremely convenient in use. The integral lighting tube can be designed into variously beautiful shapes, and has well viewing value and decorative action. The integral lighting tube is in dismountable engagement with the lamps, and the body of the lighting tube is also a dismountable structure, when the light emitting diodes are burnt out, the lighting tube can be used again only with needing to change new light emitting diodes but the integral lighting tube of light emitting diodes or the overall lighting fitting, thereby largely saving the using cost for consumers.

A concentric-circle vacuum photo-thermal photoelectric conversion glass tube comprises an outer glass tube, an inner glass tube, two layers of anti-reflection films, a photoelectric conversion layer, a photo-thermal conversion layer, a heat conduction layer, a sealing solder, a support, a getter and the like. The transparent photoelectric conversion layer in a vacuum chamber converts sunlight into electric energy. The photo-thermal conversion layer converts the sunlight transmitted through the photoelectric conversion layer into heat energy. The heat conduction layer rapidly transmits the heat. Therefore, photoelectric and photo-thermal comprehensive utilization can be completed. The getter is placed on a bottom of the glass tube. When the getter is heated, influence of the getter on the coating film can be reduced to be minimal. The sealing solder is finally sealed and is located on an edge of the vacuum glass. A normal of a sealing surface is parallel to an axis of a concentric circle tube and an electrode is guaranteed to be fixed completely. The structure of the glass tube of the invention is simple and reasonable. Production and manufacturing are easy. Cost is low. Photo-thermal and photoelectric conversion efficiency is high. The glass tube is easy to be widely used. The shape of the concentric-circle vacuum photo-thermal photoelectric conversion glass tube is similar with the shape of a common solar energy glass tube. During a transportation and storage process, various kinds of damages can be effectively avoided.

The invention discloses the implantation method of the rhizoma corydalis tuber, which includes the following steps: (1) imbedding the strong and plump rhizoma corydalis tuber of non-disease spot and non-cecidum in the biochemical incubator and sprouting; (2) cutting the rhizoma corydalis tuber with buds into the required tubers with the buds, inoculating to the MS culture medium which contains the active carbon and culturing after regular sterilization; (3) when the buds on the tuber grow into the seedlings, cutting the seedlings; (4) incubating the seedlings to the tuber inducing culture medium and culturing; (5) when the seedlings grow into the small quasi-spherical tubers, incubating the small tubers to the tuber proliferating culture medium and culturing the small tubers to required standard; (6) When the obtained buds on the tuber again grow into seedlings in Step (3), cutting the seedlings and sequentially repeating Steps (4) and (5). Through the method, a great quantity of rhizoma corydalis tubers can be harvested.

The invention discloses a plant seedling cultivation medium and a preparation method thereof. The medium consists of a dry basic raw material and a controlled-release fertilizer. The dry basic raw material includes, by weight percentage, 5-10% of pine scales, 5-10% of walnut scales, 5-10% of rice chaff, 5-10% of vermiculite, 5-10% of perlite, 10-25% of yellow mud, 25-50% of northeast peat. The controlled-release fertilizer accounts for 0.3-0.5% of the total weight of the dry basic raw material. The optimal plant seedling cultivation medium formula is selected according to contrast test research; a favorable root system growth condition is created for seedlings; the conventional quick-acting fertilizer application mode is changed, the controlled-release fertilizer is directly mixed in the cultivation medium, the evenness of fertilization is improved, the fertilizer desired by growth is effectively provided for the seedlings, the growth speed of the seedlings is accelerated, and the quality of the seedlings is improved.

The invention discloses a distributed power station system which comprises a remote control management system, a plurality of space freely distributed generating monomers and an electric power circuit which is connected with all generating monomers and used for collecting electric energy into the control management system, wherein the generating monomers are provided with energy bodies and energy body controllers one to one, the energy body controllers are connected between the electric power circuit and the output ends of the energy bodies, facing to the electric power circuit; and the energy bodies are energy collecting and converting equipment of one type of wind power, air power, photovoltaic, methane, geotherm, waterpower power generation, electrothermic and the like. Through energy transmission of the energy body controllers and the electric power circuit, the new energy popularization is especially suitable for implementation and deployment in a developed area, can greatly reduce energy system loss, reduce transmission line investment and line loss, achieves high utilization rate and increases the redundancy rate of the system. Through implementation of the invention, the application and popularization speeds of new energies are greatly increased.

The invention discloses a schima superba cold-resistant strain tissue culture seedling twig short ear cutting propagation method. The method is characterized by including the following steps that 1) cutting media and root growth promoting agents are prepared; 2) when a schima superba cold-resistant strain tissue culture seedling twig grows to be 50-60cm high through breeding, a branch with the length of 20-30cm is cut into small sections with the length of 3-5cm, and all leaves are reserved, soaked in the prepared root growth promoting agents by 2-5s and then inserted into the prepared media; 3) cutting ears are cut in a hole plate with the media, then under the condition full of light and fog, the relative humidity is kept to be 85%-95%, the temperature is kept to be 20-30 DEG C, roots of the cutting ears begin to produce calluses within 12-15 days, root systems grow from the calluses with 20-25 days spent, new buds grow 30 days later, and transplanting is carried out after 45 days. Twig short ears are clipped from tissue culture transplanting survival seedlings to be cut, not only are good characters of original schima superba stock plants kept, but also the cutting survival rate exceeds 92%, operation is simple, cost is low, and efficiency is high.

The invention discloses an implementation method for building an intermediate service platform between a telephone line terminal and a service system application server based on a network B / S architecture. The method employing the structure with the unified line integrated with the service platform on the basis of the network B / S architecture is convenient to update and release, and can quickly adapt to integration with new service platforms, and reduces the cost and risk. Moreover, by utilizing the web service technology, the service platform achieves the interaction between the telephone line (client terminal) and the service system (server), thereby better solving problem of tightly coupling the telephone line and the service system, and greatly improving the efficiency of promotion and integration of new service systems.

The invention discloses an application system of a solar energy modular integration and a realization method thereof; and a plurality of groups of different buses, bus interfaces with different functions and a controller which is integrated on the back of a solar cell component are added based on the solar cell component. Electricity which is converted from solar photovoltaics is utilized, a direct supply power bus and a constant voltage power bus drive a steady or non-steady application module which is self integrated, and an application function is realized. According to the invention, an appropriate and matched solar photovoltaic power supply is selected based on a specific environment and scale required by solar application, so that the integration of the application module and the solar photovoltaic power supply can be realized in different application systems, the space utilization rate of the solar photovoltaic power supply is improved, energy is supplied through a direct supply line and a constant voltage line, and the compactness, the system stability and the maintainability of a solar application system are improved.

The invention relates to the field of electronic switch temperature rise testing, and particularly relates to an electronic switch temperature rise detection system and method. The electronic switch temperature rise detection system comprises a computer control terminal, a programmable logic controller, a temperature data collector, a thermocouple, a variable-frequency power supply, an electronic switch, an AC contactor and a load, and is characterized in that a user sets a test program and test parameters through the computer control terminal, output parameters of a test power supply are automatically controlled, and the AC contactor is automatically controlled to connect a corresponding test load through the programmable logic controller, thus automatic setting of parameters of the test power supply and automatic connection of the test load are realized, temperature data is collected through the temperature data collector, the temperature data is judged and processed by the program of the computer control terminal, a next test step is automatically joined when temperature values of all tested points reach a preset stability condition, and a test result form is generated automatically. The system and the method provided by the invention can improve the detection efficiency, shorten the detection period, reduce manpower resources and reduce the detection energy consumption.

The invention provides an indoor positioning method based on a space clutter signal. A positioning point space clutter signal, a space clutter signal and position information correlation database, an indoor positioning calculation module and a mobile terminal are included; the indoor positioning method is characterized in that when the space clutter signal shows that a user is at a current position, an intelligent cell phone and other mobile terminals can receive existing quantifiable signals; the space clutter signal and position information correlation database is composed of an indoor space position coordinate, indoor space layout and path information, indoor space clutter signal distribution information or a space clutter signal source position and radiation intensity information; the indoor positioning calculation module is mounted on the mobile terminal and is used for receiving a current space clutter signal, filtering the positioning point space clutter signal from the current space clutter signal, and analyzing and calculating a current user indoor position coordinate; the mobile terminal is provided with the indoor positioning calculation module and has a function of receiving the current space clutter signal; and beacon equipment does not need to be arranged so that the indoor positioning covering cost is reduced.

The invention discloses a using method and device of an environment-friendly shopping bag made of an environment-friendly material. An environment-friendly shopping bag made of an environment-friendlymaterial is fused with an identification recognition carrier, the environment-friendly shopping bag has a unique identification code or a batch identification code capable of distinguishing batches,the identification device identifies and sends the identification code to the system after a user purchases, the system accumulates points after verifying that the identification code is valid, the integral capability value of the user using the environment-friendly shopping bag or the batch of environment-friendly shopping bags is adjusted, and the integral capability value is increased accordingto the number of times of use of the user; user registration success, obtaining a unique invitation code; the invitation code can be used for inviting other users to register; if invitation is successful, the system rewards the points generated by the invited user by a certain multiple to the user who owns the invitation code, the enthusiasm of the user for using the environment-friendly shoppingbag can be further aroused, and in order to facilitate use, the environment-friendly shopping bag identification code reading device is placed in a large supermarket store and a public place, or a designated person operates a mobile phone APP to serve as the reading device to be used in a distributed mode.

The invention belongs to the technical field of seedling vegetative propagation, and particularly relates to a method for raising ardisia violacea short sprouts by cutting.The method comprises the steps that 1, mother plants are selected and cultured; 2, a cutting medium and a rooting agent are prepared; 3, short sprout cuttings are dipped; 4, the short spout cuttings are cut into a seedling raising disc; 5, the seedling raising disc is placed under the full-exposure spray condition for culture.The method for raising the ardisia violacea short sprouts by cutting is easy and convenient to operate, low in cost, high in survival rate, efficient and rapid, and the problems that ardisia violacea tissue culture raising cost is relatively high, and conventional cutting seedling raising propagation coefficient is extremely low are solved.

The invention provides a U-shaped vacuum heat pipe type vacuum photo-thermal and photovoltaic conversion glass pipe, and belongs to the technical field of solar energy utilization. The U-shaped vacuum heat pipe type vacuum photo-thermal and photovoltaic conversion glass pipe is composed of a U-shaped vacuum heat pipe, a solar cell piece and the like, wherein the U-shaped vacuum heat pipe and the solar energy cell piece are arranged in a glass pipe body, the two pipe ends of the U-shaped vacuum heat pipe extend out of openings of the glass pipe body and are welded to an external positive wire and an electrode negative wire, welding opening sealing covers with kovar alloy serving as solder are arranged on the openings of the glass pipe body, the solar cell piece and the positive electrode and the negative electrode of the solar cell piece are fixed to the U-shaped vacuum heat pipe through fixing belts, and vacuum suction pipes and vacuum suction pipe plugs are arranged on the welding opening sealing covers on the openings of the glass pipe body. The U-shaped vacuum heat pipe type vacuum photo-thermal and photovoltaic conversion glass pipe is reasonable and simple in structure, easy to produce and manufacture and low in cost, comprehensive utilization of photoelectricity and optothermal can be achieved through the integral design, and the use efficiency of solar energy is improved; accordingly, the cost of solar energy application can be further reduced, and a new train of thought is provided in order to eliminate the influences caused by the high temperature of the photo-thermal and photovoltaic conversion system.

The invention discloses a methanol automobile self-adaptive starting method based on automatic fuel recognition. The method is characterized in that a vehicle methanol fuel type and air inlet pipe temperature are obtained through automatic acquisition, so that the injection quantity of a fuel injector is automatically adjusted. The method comprises the following steps that staring adjustment is conducted, specifically, a single-chip microcomputer judges the methanol fuel type according to a dielectric constant sensor, determines the starting mode of an engine according to the air inlet temperature of the engine and initializes an original oil injection control signal; and self-adaptive adjustment is conducted, specifically, after staring adjustment, the single-chip microcomputer adjusts the original fuel injection control signal in a self-adaptive mode according to the detected methanol fuel type and the frequency of the original fuel injection control signal, and a fuel injector drive circuit adjusts the injection amount of the fuel injector according to the adjusted fuel injection control signal. According to the method, the environment temperature and the methanol fuel type can be automatically recognized, then the fuel injection pulse width needed by engine starting is automatically judged according to the environment temperature and the methanol fuel type, and the rotating speed during engine starting is automatically adjusted to idling rotating speed.

The invention discloses a pear tree early-fruiting high-yield cultivation method, and belongs to the technical field of pear tree cultivation. The pear tree early-fruiting high-yield cultivation method comprises the following steps of step 1, rootstock seedling cultivation; 2, furrowing and fertilizing; 3, nutrition pot treatment; 4, scion selection; 5, grafting; 6, pear seedling treatment; 7, planting; 8, management in the first year of planting; 9, management in the second year of planting; and 10, management in the third year of planting. According to the pear tree early-fruiting high-yieldcultivation method, the time from stock seed sowing to grafting and fruiting is short, and farmer households can earn earnings in advance; the orchard production cost is reduced; and the orchard building difficulty of pear trees can be reduced, the new variety popularization speed can be increased, economic benefits are good, and market prospects are wide.

This invention provides a method to open an account of long-range telephone for other phone-net user. It includes: The local intelligent net use its business of long-range telephone user to open an account, according to the user of local telephone net ask for carrying information for other net user to open an account. By this invention, the user dial the input number of long-range telephone accouter and input the number of other telephone net user, the local net SCP according to the number of other net user initiates to call, using this number as an account number to treat the long-range telephone open an account, then avoid the other net user to dial local intelligent net user's number would be held back by the connected input code, did not need the user handle new business of open an account go to business office by himself.

The invention discloses a method for tissue culture and rhizome expansion of turmeric turmeric. The steps include 1) germination acceleration of rhizomes; 2) preparation of explants; 3) aseptic seedling cultivation: the medium is MS; at a temperature of 25±2°C , light intensity 1500Lx, and light time 12h / d under tissue culture conditions for 7‑10d; 4) Adventitious bud induction culture: the medium is MS+6‑BA3.0mg / L+TDZ 0.2 mg / L; the temperature is 25± 2°C, the light intensity is 1500Lx, and the light time is 12h / d; 5) Proliferation culture and rhizome expansion: the medium is: MS+6‑BA 2.0 mg / L+NAA 0.3mg / L, and methyl jasmonate 2.0 mg / L: 6) rooting culture. The invention has a rooting rate of 100%, shortens the multiplication and rooting period, and makes the seedling production of "red torch" turmeric not limited by time and season.

The invention provides a quick peanut propagation method, which comprises the following steps of: (1) preparation before sowing: selecting a plot convenient for drainage and irrigation and fertile, deeply tilling the plot before winter, deeply turning the plot in the first ten days of next March, applying a base fertilizer, ridging, raking the ridge surface, forming two ditches on the ridge surface, watering, raking, spraying herbicide, and covering a film to increase the temperature; (2) sowing of a first season: drilling holes for sowing on the original two ditch lines of the ridge surface in the middle ten days of March, sowing single seeds, releasing seedlings in time when the seedlings just come out of the soil in the last ten days of March, harvesting and drying the peanut serving as seeds of a second season when the peanut is 80 percent mature in the last or middle ten days of June; and (3) sowing of the second season: covering a film for cultivating the peanut from the last ten days of June to the first ten days of July in a plot where wheat is just harvested, sowing the seeds in the same mode as that in the first season, and harvesting and drying the peanut in the first or middle ten days of October. The propagation coefficient of the peanut seeds can reach over 50 times, and is improved by 250 percent compared with a traditional method; and the method has remarkable economic benefit and social benefit.

The invention provides nanometer multifunctional composite paint. The paint is mainly prepared by mixing composite nanometer powder, a dispersant, a coupling agent, a solvent, thermal conducting powder, and common paint; the composite nanometer powder, the dispersant, the coupling agent, the solvent, and the thermal conducting powder are premixed into composite nanometer powder syrup, and then a mechanical method is used for mixing the syrup and the common paint. The multifunctional composite paint has a heat energy-far infrared transforming function, when the composite nanometer powder slurry and the common paint are uniformly mixed, paint with heat radiation is manufactured; when the mixed paint is brushed on housings of illuminating lamps and electronic instruments, and the brushed paint is dried, the coating has the heat energy-far infrared transforming function, heat on the surfaces of the illuminating lamps and electronic instruments is transformed to far infrared ray and radiated to the air, in order to realize the purposes for reducing temperature of surfaces of illuminating lamps and electronic instruments.

The invention discloses a network training education device. The network training education device comprises a shell, a processor, a storage slot, a loudspeaker and a power wire, wherein the processoris arranged in the shell; the storage slot is located above the processor; the loudspeaker is arranged on the shell above the storage slot; the power wire is arranged on the side surface of the shell; keys are arranged in a position, close to the loudspeaker, of the shell; a touch plate is arranged in a position, close to the keys, of the processor. The network training education device has the beneficial effects that the special information data transmission technology and the two-way interaction function of the Internet are reasonably used, the network training is more convenient, the structure design is more reasonable, the network training education device is more convenient to carry, the user can study and work at any place, a camera is arranged, students and teachers can communicatemore conveniently, the practicability is higher, the popularization speed of the network training education can be improved, and the network training education device is suitable for large-range popularization and application.