376results about How to "Extend the light time" patented technology

A heterojunction composite material consisting of one-dimensional In₂O₃ hollow nanotube and two-dimensional ZnFe₂O₄ nanosheets and its application are disclosed. When using this material for catalytic reactions, the hollow cavity and two-dimensional nanosheets of hollow nanomaterials can not only reduce the migration distance to accelerate the electron-hole separation, but also provide a large surface area and rich active sites to promote pollution adsorption and surface catalysis. At the same time, multiple light scattering or reflection in the hollow cavity of the hollow nanomaterials can increase light absorption and utilization. In addition, the heterojunction photocatalyst constructed by growing two-dimensional semiconductor nanosheets on a tubular substrate can promote the effective separation of photogenerated electrons and photogenerated holes, thereby improving the catalytic efficiency. In terms of catalytic performance, In₂O₃ @ ZnFe₂O₄ shows effective degradation of tetracycline, and due to its ferromagnetism, it shows convenient and good separation effect and has good recycling performance.

A color sequential liquid crystal display and a pixel circuit thereof are provided. The pixel circuit includes a first and a second sampling switches, a first and a second voltage registers, a first and a second output switches, a liquid crystal (LC) capacitor, and a reset switch. The first voltage register is coupled to the first sampling and the first output switches to register a first sampling voltage during a first sub-frame, and output the first sampling voltage to the LC capacitor during a second sub-frame. The second voltage register is coupled to the second sampling and the second output switches to register a second sampling voltage during the second sub-frame, and output the second sampling voltage to the LC capacitor during the first sub-frame. The reset switch is coupled to the LC capacitor to transmit a reset voltage to the LC capacitor between the first and second sub-frame periods.

A back-light arrangement for providing back-light to a display panel such as a liquid crystal video display panel, includes a plurality of light emitting devices arranged and distributed for providing back-light to the display panel, and electronic circuitry arranged for driving the plurality of light emitting devices to produce the back-light. The electronic circuitry contains a plurality of drivers, each of which is arranged to individually drive a corresponding one of the plurality of light emitting devices to emit light upon receipt of an actuating signal. A controller is arranged to multiplex an intensity signal to each one of the plurality of drivers for individually driving each one of the plurality of light emitting devices.

The invention relates to a self-generation intelligent street lamp, which comprises a power generating plate provided with an edge optical collector, an intelligent control device, a storage device, a ballast incentive device, a low-voltage switching power supply, a power source and a street lamp auxiliary device, wherein, the power generating plate is provided with the edge optical collector; the intelligent control device consists of an inverter module and an intelligent control module; as the invention adopts the edge condenser technology, the inverter technology and the intelligent control technology, therefore the invention can effectively improve the generating capacity while reducing the power consumption of streetlights, and prolong the lighting time of street lamps.

The invention discloses a method for retaining a trunk and molding a green date tree, and belongs to the technical field of fruit growing and management. The method comprises the steps of retaining the trunk and molding, wherein the step of retaining the trunk comprises the steps of: during cutting back of branches, cutting a branch, retaining 1.5 to 2.0m of the branch to serve as the trunk, cutting out the rest branches, and respectively grafting a green date bud on a cut section of each of four to six cut branches on the periphery of the trunk; and the step of molding comprises the step of respectively binding each first-level branch with the trunk on any part of the first-level branches between 0.5 to 1.5 m from the ground to form a mushroom tree structure, wherein the trunk becomes a natural and powerful support of the green date tree. Through the method, a single green date weighs 72 to 76g, which is improved by 41 to 48 percent than a contrast; the yield of a single plant is improved by 71 to 80 percent than a contrast; the sugar content is improved by 34 to 42 percent than a contrast; the tree shape of the green date tree has a reasonable structure; the illumination on flower and fruit branches is increased; and the fruit bearing rate and the yield of the green dates are greatly increased.

The invention provides a 'solar photovoltaic power generation device', which adopts an optical superposition method, three groups of reflecting mirrors (ordinary plate glass mirrors) are used for causing the sunlight to be fully superposed on a silicon chip on different levels, a 24-hour computer is matched to automatically track the sun, namely, longitude tracking, latitude tracking and earth revolution angle tracking, therefore, the effect that the power generation capacity of an ordinary solar chip is improved by more than 6.6 times is obtained. The power generation efficiency of the current silicon chip is 16 percent, while the power generation efficiency of the invention reaches more than 105.6 percent. The invention utilizes the equilibrium principle and puts the point of strength on the overcoming of the damping of a bracket instead of the self weight of the bracket, therefore, a gear is not easy to be damaged and power consumption is saved. By repeatedly testing, power consumption needed by the tracking device is only 3 percent to 5 percent of the self power generation (the power consumption includes electric energy consumed during the heat dissipation of the chip).

The invention provides an integrated light following solar street lamp, and relates to the field of street lamps. The integrated light following solar street lamp comprises a lamp pole, a lamp holder, a clamping ring and a push-pull rod. The lamp holder is rotatably connected to the top end of the lamp pole. When the lamp holder rotates, the inclination angle formed by the lamp holder and the horizontal plane changes, a solar cell panel is installed on the upper surface of the lamp holder, and a stepping motor is arranged in the lamp holder. The clamping ring is fixedly connected to the lamp pole. The first end of the push-pull rod is hinged to the lower surface of the lamp holder, and the second end of the push-pull rod is hinged to the outer surface of the clamping ring. When the stepping motor works, the push-pull rod is driven to stretch out and draw back, and therefore the lamp holder is made to rotate. According to the integrated light following solar street lamp, the sunlight receiving area of the solar cell panel arranged on the lamp holder can be changed, the inclination angle of the lamp holder can be adjusted at night, and the optimal illuminating effect is achieved.

The invention discloses an intelligent remote control method of solar LED lamps, which comprises the following steps of: (1) setting the full electric quantity of a storage battery and the corresponding maximal illuminating brightness of a lamp in a remote control mode; (2) detecting the residual electric quantity of the storage battery in the solar LED lamp, and regulating the illuminating brightness of the lamp to the corresponding ratio according to the ratio of the residual electric quantity of the storage battery to the full electric quantity of the storage battery; (3) setting the electronic number of the lamp in a remote control mode; (4) setting the light control sensitivity of the lamp in a remote control mode; (5) lowering the illuminating brightness of the solar LED lamp at midnight in a remote control mode, and setting the brightness changing time; and (6) repeating the step (1) to the step (5) until all lamps are set. The method can effectively regulate the illuminating brightness of the LED lamps, can prolong the illuminating time of the LED lamps, can realize the purposes of long-distance remote control regulation, setting and detection, and is convenient in operation. The invention also discloses an intelligent remote control system of the solar LED lamps.

The invention relates to a light-storable self luminous transparent film, which comprises a transparent organic resin film, light-storable self luminous transparent granules, and accessional materials, wherein the light-storable self luminous transparent granules of which the diameter range is between 5 nanometers and 300 meshes are evenly distributed in the transparent organic resin film.

The invention relates to a control system and a control method of a lithium cell type solar LED street lamp. The control system comprises a solar cell panel, a power supply lithium cell assembly, a brightness-adjustable LED lamp, a constant-current dimmer and an intelligent controller. The solar cell panel, the power supply lithium cell assembly and the constant-current dimmer are connected with the intelligent controller. The brightness-adjustable LED lamp is connected with the constant-current dimmer. The intelligent controller comprises a control mainboard, a cell panel management module, a lithium cell management module and an LED lighting driving module. The LED lighting driving module is connected with the control mainboard. The power supply lithium cell assembly comprises a lithium cell set, a cell protecting board, a constant-temperature control board and a heating board. The lithium cell set, the constant-temperature control board and the heating board are connected with the cell protecting board. The cell protecting board is connected with the intelligent controller. According to the control method, one or a set of lighting curves is generated through the intelligent controller according to a user decision table, and furthermore a certain lighting curve is selected for performing dimming on the brightness-adjustable LED lamp, thereby satisfying a road requirement of a user.

The invention relates to a modern agricultural planting technology and in particular to a method for planting spinaches in an artificial light type plant factory. According to the method for planting the spinaches in the artificial light type plant factory, high-quality spinaches are highly efficiently obtained via synergistic effects of synergizing the light quality, light intensity, light period at each growth stage with environmental factors, such as temperature, humidity and fertilizers , based on the growth habits of the spinaches. In the method for planting the spinaches in the artificial light type plant factory, the growth habits of the spinaches are fully utilized, not only are leaf areas, fresh weight and plant height of the spinaches increased, but also the content of protein in the spinaches is increased, so that the spinaches are high in nutritional value, the content of tannin in the spinaches is increased, the astringency of the spinaches during eating is effectively reduced, and the content of nitrate in the spinaches is also reduced; furthermore, influence of seasons on spinach planting is avoided, and the method for planting the spinaches in the artificial light type plant factory is significant to large-scale indoor production of edible spinaches.

The invention relates to a cauliflower planting method, and belongs to the technical field of vegetable planting. The cauliflower planting method includes the steps: (1) performing land preparation and basal dressing; (2) performing field planting; (3) performing field management including water, fertilizer, temperature and illumination intensity management in a growth period and disease and insect pest prevention and diseased residual leaf treatment. According to the cauliflower planting method, nutrition supply in the cauliflower growth period is ensured by a reasonable field management mode including control of temperature, illumination, humidity and nutrition elements such as nitrogen phosphorus potassium content in different periods, obtained cauliflowers have large, solid and fresh ball-flowers with attractive appearance, cauliflower yield and quality are greatly improved, and the overall production yield of the cauliflowers is improved.

The invention discloses a kiwi fruit detoxification tissue culture seedling transplanting method, relating to the technical field of fruit tree facility cultivation. The method comprises the following steps: (1) tissue culture seedling treating: adjusting the photoperiod of tissue culture seedlings with a seedling age of 3-4 weeks to be 12 hours with illumination and 12 hours in darkness, and meanwhile increasing the illumination intensity during illumination to 3000-5000lux; (2) cultivation seedling preparation: after treating the tissue culture seedlings for 10-15 days, taking out the tissue culture seedlings in a tissue culture bottle, and flushing a stem base culture medium with clear water, until the stem base culture medium is cleaned thoroughly; soaking stem bases into rooting solution, uniformly spraying water on leaf surfaces, and keeping stem leaves wet; (3) transplanting; (4) outdoor seedling hardening. According to the kiwi fruit detoxification tissue culture seedling transplanting method, the illumination time in a later rapid propagation period of the tissue culture seedlings is increased, the illumination intensity is enhanced, the plant stress resistance is enhanced, and the survival rate is ensured; a hole transplanting link is omitted, and manpower and material resources are saved; greenhouse facilities are adopted for cultivation, and the quality of the kiwi fruit tissue culture seedlings is ensured; a soil-free cultivation mode is adopted, the soil-borne disease propagation is reduced, and the nutrition requirements in a kiwi fruit seedling period are met.

Provided are a solar greenhouse volume curtain machine intelligent temperature control method and system with the temperature prediction function. The method comprises the steps of according to the photosynthesis light demand situation of crops, importing indoor temperature to a time sequence analysis method wavelet neural network temperature prediction model as an input quantity to obtain a precise temperature prediction value; embedding the prediction model into a control platform of the volume curtain machine intelligent control system, comparing the prediction value with temperature thresholds within which the crops in a greenhouse grow well, conducting decision-making through the control platform with the man-machine interactive function and sending a corresponding control instruction to a control node, and achieving the control over the volume curtain machine through the control node. According to the solar greenhouse volume curtain machine intelligent temperature control method and system with the temperature prediction function, the illumination time when the indoor crops are on an appropriate temperature condition is prolonged on the premise that the economic benefit is ensured, a method in which a user manually control the volume curtain machine on the basis of experience is replaced, the photosynthesis time of the crops is prolonged and the yield is ensured, and meanwhile the degree of automation of volume curtain machine control is greatly improved; besides, overwinding accidents of the volume curtain machine are reduced.

The invention discloses an emergency illumination management system. The emergency illumination management system comprises a central processor, a display screen and more than one emergency illumination lamps; each emergency illumination lamp comprises a lamp holder (1) with an external power supply joint; a large lamp (2), more than one small lamps (3), a control circuit (5), an information card, a transmitting circuit and a battery (4) are disposed in each lamp holder (1); each control circuit (5) is connected with the corresponding battery (4), the corresponding small lamps (3) and a corresponding external power supply; each information card is used to store position information of the corresponding lamp holder (1), and transmits the position information to the central processor through the corresponding transmitting circuit; and the central processor performs position locating according to the position information sent by each transmitting circuit, and sends a located position to the display screen so that the position is displayed. The emergency illumination management system has the advantages of the less consumed electric quantity and long illumination time, and can manage a power-off lamp holder at the same time.

The invention relates to the technical field of intelligent control and provides a multi-sensor-based intelligent terminal control method and system. The control method comprises the steps as follows:an image acquisition device acquires image information in a preset space; a microcontroller analyzes feature information in collected images and judges whether the feature information is matched withpreset human body feature information or not; and if the feature information is matched with the preset human body feature information, the microcontroller sends out the information of executing a preset action to a controlled terminal. According to the multi-sensor-based intelligent terminal control method and system, the disadvantage that infrared sensors and/or ultrasonic human body motion sensors are susceptible to environmental interference to generate misjudgment is avoided; and compared with a traditional lamp control device employing the infrared sensors/or the ultrasonic human body motion sensors, an intelligent lamp control device has the advantages of being higher in recognition accuracy and higher in anti-jamming capability, and the intelligent level and the power-saving efficiency of the intelligent lamp control device are improved.

The invention discloses a tissue culture propagation method of pleionebulbocodioides. The tissue culture propagation method comprises the following steps: selecting an explant, disinfecting the explant, sowing seeds, carrying out subculture, carrying out rooting culture, carrying out seedling exercising, domesticating and transplanting. According to the tissue culture propagation method disclosedby the invention, a plant tissue culture technology is utilized, and the problems that traditional vegetative propagation of the pleionebulbocodioides is low, the development of seed embryos is not complete, the seeds are difficultly developed into complete plants under natural conditions and the like are overcome; meanwhile, the requirements on mass propagation are met, the harvesting of wild resources is reduced and the wild resources are protected.

The invention provides a power generation device for energy saving illumination, and aims to solve the problem that water flowing out from a traditional tap cannot generate electricity. The power generation device comprises a rotating wheel, a water pipe, a permanent magnet, a coil and an accumulator 1; the coil is arranged around the rotating wheel; the permanent magnet is strip-shaped or horseshoe-shaped, and is fixed on the rotating wheel; blades are uniformly distributed on the outer circle of the rotating wheel; water sprayed by the water pipe dashes to the blades so as to drive the rotating wheel to rotate; the coil cuts a magnetic induction line to generate electric energy; the the electric energy is stored in the accumulator 1. The water drained by the water pipe is used for driving the rotating wheel to rotate, and the rotating wheel drives the permanent magnet to rotate, so that the energy is saved. An illumination system comprises a circuit system connected with the accumulator; and the circuit system is provided with an illumination lamp and an adjusting switch for adjusting the brightness of the illumination lamp. The electric quantity in the accumulator is insufficient at times, the brightness adjusting switch can be used for reducing the power consumption, so that the illumination time is prolonged.

An emergency lighting circuit comprises a light-emitting diode (LED) lamp panel module, a regulating management module, a control module, a power supply module and a dimming module. The power supply module is used for converting external alternating current to direct current required by the emergency lighting circuit, and a power supply output end is connected with the control module. The regulating management module is connected with the control module and used for supplying stable control voltage to the control module when the external alternating current normally supplies electricity. The control module is connected with the LED lamp panel module and used for supplying working voltage to the LED lamp panel module. The input end of the dimming module is connected with the output end of the LED lamp panel module, the output end of the dimming module is connected with input end of the LED lamp panel module, and the dimming module is used for regulating brightness of the LED lamp panel module. The invention further discloses an emergency lighting system. In power failure, an emergency lamp of an embodiment of the emergency lighting circuit and the emergency lighting system responds immediately to give play to usage of emergency lighting, brightness of the lamp can be regulated according to application occasions, and use time of the emergency lamp is prolonged.

The invention discloses an intelligent pasture system which comprises pasture, a central processing unit, a temperature control device, a humidity device, a tracking device, a light supplementing device, and an energy source device. The pasture comprises a semi-closed feeding shed and a meadow, the light supplementing device comprises multiple LED lamps, an illuminance detector and a third controller, and the energy source device provides electricity to the central processing unit, the humidity device, the temperature control device, an excrement treatment device and the light supplementing device. By the intelligent pasture system, the environment-friendly organic modernized large pasture is built, the pasture is integrated with natural environment, and continuable development, environment-friendly development and intelligentized development of the pasture are realized.