89 results about "Lunar calendar" patented technology

A “milestone bar calendar” is displayed on a user's display screen of a computer, PDA, cell phone, etc. In a typical arrangement, the bar calendar will be displayed horizontally across the top of the screen, integrated with toolbars that are typically found on most graphical user interfaces. In a preferred embodiment, twelve months, starting with the current month, will be displayed in the milestone bar calendar, and markers for upcoming milestones / events will be displayed within the bar, associated with the appropriate month. Designating a marker with a pointing device provides details regarding the milestone / event.

The present invention discloses therapeutic equipment that adopts the concentrated multi-point fine magnetic field to perform the physical therapy, and comprises a hardware part and a software part, wherein, the hardware part is mainly composed of a magnetic therapeutic head, a host machine and a circuit that is arranged inside the host machine; an electromagnetic skeleton is arranged inside the magnetic therapeutic head; coil is wounded on the electromagnetic skeleton; the magnetic field that is generated inside the coil is outputted after being led and collected by a plurality of high magnetic-conducting material iron pins, and is characterized in that the software part is solidified in an main-controlled CPU circuit that is arranged inside the host machine; the software part contains a dual-precision floating-point calculation device that can directly calculate the conversion between the Julian calendar and the lunar calendar; an IGBT protective controlling circuit and a transformer circuit are arranged inside the host machine; the transformer circuit outputs direct-current electricity, so that the therapeutic head outputs a constant N-polar magnetic field. The therapeutic equipment is applied to magnetic therapeutic equipment, and has wide application range and good therapeutic effect, and can reasonably use the energy and reduce the loss and consumption, and has favorable popularization value.

The present invention discloses a watch comprising a mechanical or electromechanical horological movement, analogue time indicators (24, 25) indicating the lunar date on a scale (31) and driven by the horological movement so as to rotate one or two synodic months. A lunar calendar indicator (27) of the circle, and a lunar calendar indicator component actuated by a calendar mechanism (50) driven from the lunar calendar indicator (27). The month moving part (70) with the lunar month indicator (34) is driven via the rocker (60) to make one revolution every ordinary year with 12 months and every leap year with 13 months. Other lunar indicators are driven from the month movement and include a first year indicator (40) that rotates once in 12 years, a second year indicator (44) that rotates in 10 years, and a 19 year indicator and a third year indicator (37) associated with a long cycle cam (63) representing ordinary years and leap years. The watch may also include a Julian Perpetual Calendar.

The invention discloses a ganoderma undergrowth bionics wild cultivation method. The method comprises the steps of A, choosing a wild ganoderma variety in the South China area and separating a mother culture; B, choosing a cut-log; C, cutting the cut-log into wood sections with the length of 20-30 cm; D, putting the cut-log into fungus bags; E, putting the bagged fungus material into a sterilization room; F, putting strains on an inoculation shelf and conducting space sterilization; G, when inoculation is conducted, pinching the strains into small blocks of 2-4 cm<3> with hands; H, choosing a room with good thermal insulation performance as a cultivation room, wherein the room temperature is at 25-28 DEG C; I, choosing a Chinese fir forest, a weed tree forest or a bamboo forest with the canopy density of 0.6-0.8, good ventilation and drainage performance and loose and fertile soil texture as a ganoderma cultivation plot; J, choosing Spring Festival to the end of the second month in lunar calendar as cultivation time; K, removing the bags and burying fungus sticks, wherein the burying density is 1500-3000 sticks / mu (a Chinese area unit and is equal to 666.67 m<3>). The ganoderma undergrowth bionics wild cultivation method mainly aims at undergrowth planting of ganoderma fungus sticks in the South China area, according to the method, no facilities and manual watering are needed, continuous harvest for many years can be achieved, and the ganoderma is high in yield and good in quality.

The invention discloses a planting method for pinellia ternate, and belongs to the technical field of cultivation techniques of traditional Chinese medicinal materials. The planting method includes a, selecting seeds; b, ditching on a field surface to complete soil preparation; c, seeding around spring equinox in the lunar calendar, bedding fabrics or cloth-shaped materials at the bottom and on two lateral surfaces of the filed surface, placing seed stems or germination-accelerated seed stems on screens of ditches at the intervals of 3-8cm, and covering the seed stems with mixed fat soil with 4-5cm thickness; d, managing the field; and e, during harvesting, drawing back the fabrics or the cloth-shaped materials which contact with the bottoms and two lateral surfaces of the ditches and turn out from the upper edges of the ditches from one side, raking earthnuts, substantial fibres and pinellia ternate tubers with soil into containers, screening, sorting out, classifying, processing and storing the tubers, the earthnuts and the fibres. The width of the fabrics or the cloth-shaped materials can meet the requirement that the fabrics and the cloth-shaped materials can contact with the bottoms and the lateral sides of the ditches and turn out 2-6cm respectively from the two upper edges of the ditches. The planting method has the advantages that growth of weeds around the pinellia ternata plants can be prevented, and the pinellia ternata is convenient to harvest; and especially, the earthnuts can be sorted out, so that yield and income can be increased.

The invention discloses a W90221X-based global positioning system (GPS) electronic marine map navigator, and belongs to the field of application of computer embedded electronic marine map navigators. The home-made electronic marine map navigator with GPS navigation function used in inland seas is researched and produced. The electronic marine map navigator is designed by adopting full-automatic embedded software and hardware; and a global coordinate system, self-made regional charts of China and partial inland charts of the Yangtze River channel, the water area of Taihu Lake and the like are adopted in the electronic marine map navigator. Main information capable of being displayed by a host screen comprises real-time Gregorian calendar, lunar calendar date and Beijing time, real-time position (longitude and latitude), speed and direction of a ship, longitude and latitude of a cursor point, distance between the cursor point and the ship, direction of the cursor point, marine topographic maps (which can be zoomed in and out and can display the information such as marine area names, navigation marks, water depth and the like) around the ship, and other comprehensive information (such as sweater temperature, power supply voltage, satellite state and the like). A host has the main functions of determining a navigation mode, recording ship positions, a man-overboard boat (MOB), way points, marks and ship routes, editing the ship positions, the way points, the marks, the ship routes and courses, viewing the MOB, calling the way points, the ship positions, the ship routes and anchor points, setting display, parameters, delivery and positioning, measuring the distance, displaying the calendar, data and front views and the like.

The invention relates to a lunar calendar date based holiday load predication method and belongs to the technical field of electric power system short-term load predication. The lunar calendar date based holiday load predication method comprises the steps of S1 selecting a festival in n year and m working days before the festival to form into history data, predicating a festival load curve according to the selected history data, wherein the working days does no comprise rest days and the festival is a traditional lunar calendar festival in China; S2 selecting a holiday which is relevant to the history data and is not the festival date and predicating the holiday load curve, wherein the holiday is a rest day which is adjacent to the festival and selection of the holiday in history is according to the same date interval between the to-be-predicated holiday and the festival; S3 connecting the festival load curve and the holiday load curve, smoothing an overlapping region and obtaining a holiday and festival predication result.

The invention provides a method for cultivating Lunar New Year Curcuma alismatifolia Gagnep. The method comprises the following steps: (1) screening seed bulbs: screening robust seed bulbs from seed bulbs propagated last year; (2) accelerating germination of the seed bulbs: accelerating germination of the seed bulbs screened in the step (1) in an environment of 30-35 DEG C from September 20 to October 5 in lunar calendar, burying the seed bulbs in a substrate having moisture retaining capacity, and accelerating germination for 30-40 days till buds can be exposed out of soil; and (3) growing seedlings and blooming: transferring the seed bulbs germinating in the step (2) into the environment of 30-35 DEG C together with the substrate, and supplementing light according to different development stages, wherein light with the light intensity of 6,000-8,000lux is supplemented for 12 hours from germination to full expansion of a first true leaf; light with the light intensity of 8,000-10,000lux is supplemented for 14-16 hours from full expansion of the first true leaf to full expansion of a third true leaf; light with the light intensity of 10,000-12,000lux is supplemented for 16-20 hours from full expansion of the third true leaf to blooming; conventional water and fertilizer management is performed; a blooming stage can be entered 40-45 days later; and the leaf age is 5-6 leaves. Through adoption of the method, the blank of domestic use of the Curcuma alismatifolia Gagnep on Spring Festival is filled up.

The present invention provides a Chinese lunar calendar-based tidal prediction system and method that generate tidal predictions using empirical prediction models, wherein the empirical prediction models are generated using Genetic Algorithms-based regression analysis for a given set of observed tidal data collected at a water level station during a period of one year which is referred as reference year. In one aspect of the present invention, there is provided a tidal prediction system comprising an electronic device having a memory capacity as a storage medium for storing input, intermediate, and output information, and a processing capacity for executing embedded programs; a regression model creator program; and a tidal height predictor program; wherein both of programs are implemented in the electronic device. In another aspect of the present invention, there is provided a Chinese lunar calendar-based tidal prediction method comprising the steps of inputting a prediction date of which the tidal prediction is requested for a location; selecting a reference year from which the tidal prediction for the prediction date will be made; obtaining actual tidal data in the reference year near the location, wherein the actual tidal data is formatted according to Chinese lunar calendar; generating a regression prediction model for the actual tidal data of the reference year by performing genetic algorithm evolution of the actual tidal data; and predicting the tidal heights for the requested prediction date in accordance with the regression prediction model.

The invention discloses a processing method of dried persimmons. The method comprises the following steps: artificially picking fruits after Chinese lunar calendar first frost; fumigating persimmons with hot steam for 48-72 hours; directly transferring the persimmons into a closed container by a tray, evenly spraying baijiu which has the alcoholic strength of 56-70 degrees and is brewed by pure grains onto the persimmons, and baking in a baking furnace at the temperature of 210-225 DEG C for no more than 1 hour; filling the closed container with edible carbon dioxide gas for 68-72 hours to enable the persimmons to completely synthesize nature sugar; peeling, and quick-freezing for shaping; after that, carrying out baking dehydration on the persimmons for 13 hours by hot air with the constant temperature of 45-50 DEG C to enable the water content to be not lower than 22% and not higher than 24%; and grading and classifying the dried persimmons in a sterile workshop, weighing every persimmon, and carrying out vacuum packaging by transparent films to obtain commercially available goods. According to the method, the naturally ripe fruits are adopted and are high in sugar content; the original flavor of the fresh persimmons is maintained; the dried persimmons are bright, tender and beautiful in color as well as fine and smooth in mouth feel, and taste like jam to improve the appetite since natural fruit juice flows in the mouth during biting and chewing.

The invention discloses a method of super-long term reservoir inflow forecasting. The method adopts multiple indexes and comprehensively takes the indexes into account, so accuracy is greatly improved, and the method can be effectively applied to reservoir scheduling for beneficial use and flood control scheduling and creates great power benefits for enterprises and huge flood control and disaster reduction benefits for the society. The method of super-long term reservoir inflow forecasting includes the steps that firstly, factors for reservoir inflow forecasting are determined, 28 astronomical and related indexes such as lunar calendar time when 24 solar terms happen, the Beginning Day of Spring, an intercalary month in the lunar calendar, the relative sunspot number and the declination of the moon are selected based on the sun, earth, moon moving trajectory characters, the solar radiation energy and the lunar tide-generating force; secondly, a 24 solar term process similarity comparison model is established; thirdly, a calendar aid decision making model is established; fourthly, an astronomy factor aid decision making model is established.

The invention relates to a mode of arranging and building main, auxiliary and intercropping host forests for herba cistanches, namely shelter forests against wind and for fixing sand, and belongs to the field of forestry and ecological environment. The forests consist of a main host forest, an auxiliary host forest and an intercropping host forest. The main hosts of haloxylon ammondendrons are arranged in diamonds, wherein an included angle of each two opposite angles of each diamond are 60 degrees; the distance between each two opposite angular vertexes is the tree shadow length of a 2-meter haloxylon ammondendron during sunrise and sunset on the summer solstice in the lunar calendar; one haloxylon ammondendron is planted at each opposite angular vertex; every three adjacent haloxylon ammondendrons form an equilateral triangle; and every four haloxylon ammondendrons form a diamond. The auxiliary hosts of caragana and Chinese wolfberry are respectively planted on two opposite sides of each diamond; and no trees are planted on the other opposite sides. A 0.5-meter periphery of each main host of haloxylon ammondendron is a blank area. Intercropping hosts of nanophyton erinaceum and artemisia stelleriana are intercropped at the blank area of each two adjacent diamonds. Herba cistanche is planted at the roots of haloxylon ammondendrons. The mode has the effects of blocking off and filtering sand wind, reducing a wind speed, retaining sand storm and preventing the generation of cyclones. The mode can be used for effectively controlling desertization expansion, improving the ecological environment and developing a herba cistanches industry.

A timepiece comprises a travel-time system and a calendar system. The calendar system comprises a first independent motor, a Gregorian calendar driving wheel system connected to an output end of the first independent motor, a Gregorian calendar disk engaged with the Gregorian calendar driving wheel system, a second independent motor, a lunar calendar driving wheel system connected to an output end of the second independent motor, and a lunar calendar disk engaged with the lunar calendar driving wheel system. The timepiece has a function of displaying the Gregorian calendar and the lunar calendar at the same time. The Gregorian calendar and the lunar calendar are driven by two independent motors, which helps adjust date of each calendar, and avoids a problem that the displayed Gregorian calendar and lunar calendar are inconsistent with the actual date. In the case of inconsistency, the wrong date can be adjusted, and during the adjustment, the correct date does not change.

Disclosed is a driving system capable of playing Chinese ancient culture and art content. The driving system comprises a vehicle driving state acquiring unit so as to acquire vehicle driving state data, once the acquiring unit judges that a car frequently brakes and starts, the state is indicated as traffic jam, and the Chinese ancient culture and art content can be automatically played, especially the Chinese ancient knowledge relevant to the date. If the current date happens to the solar term of the lunar calendar, knowledge relevant to the solar term, relevant cultural works and figures and the like can be introduced, or figures born or passed away in the same day and works of the figures can be introduced. During driving, the driving system can play proper the Chinese ancient culture and art content at proper time, and the Chinese ancient culture and art content can be played especially when in the traffic jam.

A timepiece includes a Chinese calendar display device indicating lunar date and lunar month, taking account of bissextile months, and: a control lever actuated each day by a drive wheel of the timepiece movement; a lunar month indicator associated with a month star-wheel; a lunar date indicator associated with a date wheel set including a date wheel moved forward one step each day by the control lever, a lunar month length indicator coupled to a selector, having two positions manually controlled and alternately defining two different stop positions for the lever, respectively corresponding to a long month and to a short month, the control lever moves the date wheel forward one extra step at the end of short months; and a month indicator coupled to a bissextile month selector, having two positions manually controlled and that moves the month star-wheel back one step at the start of bissextile months.

A novel gastrodia elata planting and cultivating method comprises the following steps of (1) site selection, (2) soil removal and replacement, (3) preprocessing of seeds, (4) preparation of new materials, (5) cultivation, (6) film mulching, and (7) harvesting. According to the step of cultivation, the cultivation time is the last ten-day period of October to the first ten-day period of December and February to March in the early spring, and gastrodia elata is planted when the air temperature is 0-15 DEG C. According to the step of film mulching, a mulching film with holes is used for mulching soil no matter in autumn and winter or the early spring, the mulching film can be removed at the beginning of April of the next year according to the lunar calendar, the mulching film is put aside, green grass and tree branches are used for covering soil, then a mulching film is used for mulching soil again in the middle ten-day period of August according to the lunar calendar, and the ground temperature can be prolonged by three months; during the film mulching period, the film removing and mulching method is novel, and pest control and water management are identical with traditional methods. According to the step of harvesting, gastrodia elata is harvested at the end of September according to the lunar calendar. The method is reasonable in step, a traditional gastrodia elata cultivating method is creatively modified, yield of gastrodia elata is increased, and benefits are improved.

The invention discloses an electronic voice memo with the voice recognizing, inputting and playing functions. The memo comprises a voice recognizing, inputting and playing module, a perpetual calendar control module and a key input display output module, wherein the perpetual calendar control module can accurately control time, lunar calendar, gregorian calendar and weeks; the voice recognizing, inputting and playing module receives voice and recognizes the voice content, the perpetual calendar control module calibrates time; the system records a memo event by pressing a record key, automatically records the event content and stores voice through recognizing the input time and prompts to play the input event in a set time when time is accurately calibrated by the perpetual calendar module, and the key input display output module controls key input and display output. The invention has the advantages that the electronic memo has simple operation and humanized prompt and is suitable for mass people through adding the unspecific human voice recognizing, inputting and playing functions and the perpetual calendar control module.

The invention discloses a planting method for root of kudzu vine. The method comprises the following steps: (1) selecting land; (2) growing seedlings; (3) transplanting; (4) checking and filling the gaps with seedlings; (5) weeding and applying fertilizer; (6) inserting a straight bar beside each plant of root of kudzu vine, height of the straight bar being 2.0-2.5 m; (7) performing field drainage; (8) reserving one main vine for each plant, and cutting other lateral branches and lateral buds; (9) cutting off cirrus after the ninth day of September in the lunar calendar each year, and uprooting. The planting method is scientific in land selecting, rational in base fertilizer and additional fertilizer applying, and is beneficial for absorption of the root of kudzu vine, and the method promotes the root of kudzu vine to grow rapidly and strongly. Rhizome shapes are good. Applying high-efficiency fertilizer and urea promotes the plants to germinate. Thus, the root of kudzu vine grows rapidly, and is excellent in quality and high in yield.

The invention discloses a large-sized Chinese ash transplanting method, and relates to the technical field of tree transplanting. The method comprises the following steps: (1) large-sized Chinese ash is selected; and transplanting is carried out during the Chinese ash dormant period in winter and spring; (2) pruning and root cutting treatments are carried out, wherein the root range is no smaller than twice the tree diameter; (3) water retention is carried out during long-distance transportation, wherein: a, all cuts after pruning and root cutting treatments are sterilized and disinfected; b, the cuts are sealed by smearing a smearing agent; and c, the entire Chinese ash trunk is sealed by spraying a liquid mulch film; (4) bond-rooting is carried out during a planting process; (5) watering is carried out, wherein first three times of watering after Chinese ash planting should be between the 15th and the 30th in the lunar calendar; and (6) aeration is carried out after watering, wherein pits with depth of 10-20cm are dug around the tree for aeration after 4-7 days of the first watering; hoeing and scarification are carried out after second watering; and deep-hoeing and scarification are carried out after third watering. The method is simple and easy. With the method, survival rate is high, investment is low, effect is good, and benefit is high.

The invention discloses a triphasic calendar tellurion, which comprises: globes of sun, earth and moon; a globe device with a base, revolution central axis, and a year-counting scale in Gregorian calendar; a drive device with a driver, a coupling, a counting scale in lunar calendar, a timing scale, an I-shaped member, and a tooth tube to drive the globe and output powder; a revolution device with a rotation rod, a power line, a carbon brush base and ring and frame, a solar term scale, and a Gregorian calendar pointer to rotate round the said revolution central axis; and a variable-speed gear to transfer the driver power to the revolution device and timing device and said moon rotation. This invention presents the effect of motion law of sun, earth and moon to human life with sufficient parameter and well reliability, and has wide application.

The invention discloses a watch with a lunar calendar indication mechanism. The watch comprises a movement, a dial plate and the lunar calendar indication mechanism. The dial plate is provided with a plurality of display windows, the movement provides bearing power for the lunar calendar indication mechanism, the lunar calendar indication mechanism comprises a plurality of command wheels, a command rod for controlling each command wheel and a controlled part, the command wheels interact with the command rod and generate variables, and a plurality of the variables interact with the controlled part and are displayed through the windows. Beneficial effects of the watch are that because the leap month identification is completed by a year calendar cam and monthly calendar together, the structure of a single cam is simplified, the size of parts is reduced, and the processing difficulty degree is reduced; the structure is capable of calculating the lunar calendar leap month in a machinery manner, and the watch can automatically display the lunar calendar leap month without manual regulation; furthermore, the cams can dial a moon phase display device, an intermediate wheel dialing head dials a celestial stem wheel and a terrestrial branch wheel, thus a plurality of functions included in the lunar calendar can be displayed through corresponding windows.

The invention discloses a method for realizing a mobile terminal lunar calendar information searching system, comprising the following steps: selecting a Gregorian calendar date to be searched on a man-machine interaction interface, and sending a search request to a mobile terminal; calculating the number of days spaced between the date to be searched and a reference date by the mobile terminal based on the reference date; calculating the lunar calendar date by the mobile terminal based on the number of the spaced days and a lunar calendar moth information database, and storing in a lunar calendar information result; calculating the solar term by the mobile terminal based on the date to be searched and a solar term database, and storing in the lunar information result; calculating the information about week, animal, heavenly stem and earthly branch by the mobile terminal based on the date to be searched, and storing in the lunar calendar information result; calculating the five elements by the mobile terminal based on the heavenly stem and the earthly branch acquired by calculation and a the-five-element database, and storing in the lunar calendar information result; and returning the lunar calendar information result to the man-machine interaction interface by the mobile terminal. The method in the invention facilitates lunar calendar information search.

The invention discloses a moonrise and moonset predictor which comprises a base plate, wherein the base plate is a circular plate marked with the horizon, the sun, moon phase and the lunar calendar date, the geographical position and the time number; a rotating disk rotating around the center of the circular plate is arranged on the circular plate, the middle part of the rotating disk is fixedly connected with a rotating shaft, and the center part of the circular plate is provided with a shaft hole matching with the rotating shaft. The rotating disk is provided with a window which is opposite to the moon phase and the lunar calendar on the circular plate. When the moonrise and moonset predictor is in use, the lunar calendar is known, and then the rising moon phase and the rising time at night can be predicted; when in sunset, the moon is searched, and the calendar date of that day and the time predicting the moon are determined.

The invention relates to a detoxifying vinegar which can balance the organism and the preparation method, the components are 5000ml of the edible vinegar, 50 to 150ml of the rhizoma gastrodiae wine, 500 to 1000 g of the garlic and 100 to 200 g of the rock sugar; the preparation method is shown as the following: firstly, the rhizoma gastrodiae is cleaned with the wine, the rhizoma gastrodiae of 200 to 400 g is weighed to immerse in the pure grain white wine with 45 DEG C of the temperature, after being immersed for 100 days, and the rhizoma gastrodiae wine is finished; then, the garlic husks are peeled off; finally, the garlic, the rock sugar and the rhizoma gastrodiae wine are added in the edible vinegar, which are immersed for 45 to 50 days by using the cold extraction method, the preparation time of the detoxifying vinegar is generally around the eighth day of the twelfth lunar month in the lunar calendar, if the preparation is performed in spring and summer, the single clove garlic should be put in the cold storage room of the refrigerator, which can be taken out after the storage of 30 days, and the preparation is performed according to the above proportion and the method. The detoxifying vinegar has the advantages that the detoxifying vinegar is provided with the functions of sterilization, lowering the blood sugar, reducing the blood pressure, decreasing the blood fat and improving the detoxifying effect of the liver, enhancing the immunity of the human body, and also has the functions that the disease can be prevented, the body constitution can be strengthened, the preparation is simple, the feeling in the mouth is unique, the nutrition is rich, and the organism can be balanced.

Disclosed is a greenhouse cultivating and managing method of spring peach trees. A greenhouse is 80 meters long and 9 meters wide. Inside the greenhouse, three rows of ridges are arranged and trees are cultivated by high-yield close planting. The row distance is 4 meters, the plant distance on two lateral rows is 1 meter and the plant distance of the middle row is 0.5 meter. Every year, spring peach trees have sixty days of hibernation period, and mulching film is set after Great Cold; in the very days of heavy snow, snow should be removed in time to protect the greenhouse; in the long days of cold and low temperature, the greenhouse should be covered with a straw mat to keep warm or heated; according to the weather of the very day, temperature is controlled at proper time, and doors and windows of the greenhouse can be opened and closed in time. According to thermometers and hydrometers in the greenhouse, opening degrees and height of the doors and the windows can be controlled, and weather conditions, wind direction and power level of the very day can be recorded. In the first fruiting period and the ripening period, aphid damage can be timely prevented by black-light lamp trapping instead of chemical pesticide. Microelements are added. By the end of April of the lunar calendar, the mulching film of the greenhouse is removed to receive sufficient sunlight and accelerate fruit ripening, and fruits can be harvested.

The invention relates to a novel method for making thyme tea, which comprises the following steps of: 1. collection: picking up wild thyme in May, June and July by the lunar calendar, wherein, the parts of the wild thyme, 4 to 10 blades above stems and leaves growing in the current year, or 4 to 6 blades below flowers, are picked up; 2. spreading and drying in the air: spreading and drying the wild thyme in the air for 3 to 4 hours; 3. water removing: removing water from the wild thyme which is spread and dried in the air until the edges of wild thyme are coked and stems cannot be broken after being bent; 4. spreading and drying in the air for the second time: spreading and drying the wild thyme subjected to the water removing in the air for 5 to 6 hours; and 5. baking: baking the wild thyme subjected to the spreading and drying in the air for the second time, picking out broken stems, removing crushed leaves, cooling the thyme to the room temperature and packing the thyme. The novel method has simple process and low cost, and the product prepared by the method has pure tea flavor, fresh juice and pure color.

The invention provides a high-efficiency planting mode of spring greenhouse arrowhead multi-cropping summer young garlic. The specific process comprises the following steps of: selecting a piece of land which is away from a pollution source and has an area of over 66.7 hm<2> as a production place for environment-friendly foods, i.e., arrowhead and young garlic, wherein the environment quality (atmosphere, soil and irrigation water) of the land is required to meet the standard formulated by China Green Food Development Center; performing tracking monitoring; plowing up and sunning the upturned soil before winter; mellowing the soil; applying sufficient basal fertilizer; performing soil preparation to form rectangular pieces of land; starting to raise seedlings of the early-matured arrowheads from the middle ten days and the last ten days of February (the middle of the first month according to lunar calendar); transplanting in the middle ten days and the last ten days of March (before Tomb-sweeping Day); draining accumulated water in the filed before June; harvesting in the first ten days of July to sell; after harvesting previous crops of early garlic, plowing up and sunning the upturned soil; mellowing the soil; applying sufficient basal fertilizer; seeding in the last ten days of July and at the beginning of August; and selling at the end of September and at the beginning of October. Since a high-efficiency three-dimensional cultivation method of the spring greenhouse arrowhead multi-cropping summer young garlic is adopted, and meanwhile, temperature and illumination adjustment are performed by adopting facilities, the natural space and temperature, light, water, air and fertilizer resources can be fully and rationally utilized, the land utilization rate is increased, the pest and disease damage is reduced, and high-grade and safe agricultural products are produced.

This invention relates to a method for setting schedules according to the lunar calendar in mobile telephones, which can let a user select said schedule table and input topics, places, dates and reminding time of matters to be processed and let CPU of the phone count time. A loud speaker rings to remind the time and the screen displays the topic, address and data, thus a user can process the related matter accordingly.