43results about How to "Timely watering" patented technology

The embodiment of the invention discloses a basin vegetation drought occurrence remote sensing early warning and water shortage estimation method, which comprises the following steps: step 1, spatialdata processing and information extraction: extracting multi-scale basin information, vegetation type information, runoff information, rainfall information and soil moisture information; step 2, carrying out drought stress early warning, calculating a water resource quantity variable quantity and a same-period vegetation variable quantity, and carrying out drought early warning according to the instantaneous evapotranspiration index; and step 3, estimating the drought and water shortage of the vegetation, estimating the water consumption in the specific time period of the monitoring year according to the historical average water consumption for many years in the specific time period, and estimating the water shortage in the specific time period of the monitoring year. According to the method, the problems that stress early warning cannot be carried out on existing watershed vegetation drought, and the multi-scale watershed water shortage estimation precision is not high are solved.

The invention discloses an intelligent greenhouse planting device capable of achieving cloud monitoring. The intelligent greenhouse planting device comprises a greenhouse planted with plants, a remote management terminal, a water storage mechanism, a watering mechanism, a humidity sensor, a sunscreen mechanism, a light replenishing mechanism, a light intensity sensor and a controller, wherein the remote management terminal is connected with the controller through a wireless network, the remote management terminal receives the humidity and light intensity data received by the controller and transmits signals to the controller to control the on and off of the watering mechanism, the sunscreen mechanism and the light replenishing mechanism, and the controller can also control the on and off of the watering mechanism, the sunscreen mechanism and the light replenishing mechanism according to preset programs. The intelligent greenhouse planting device has the advantages that the growth cycle of the plants can be shortened, the situation that the plants are damaged and killed by sunlight is reduced, plant yield is increased, and water resources are saved at the same time.

The invention relates to the technical field of rainwater collection and purification of sponge cities, in particular to an intelligent biological retention tank and a construction method thereof. Theretention tank makes up for the shortage of the existing facilities to the back-use and self-control of rain water. According to the technical scheme: the two sides of the detention tank are providedwith an inflow notch and a perforated spray irrigation pipe along the stone, the retention groove comprises a surface water storage layer, a filling layer, a middle sand permeable layer and a water storage module layer from top to bottom, and also comprises an automatic control system, a back-use water pump and an inspection well are arranged at the bottom of the water storage module layer, a recharge water pipeline is arranged in the inspection well, the recharge water cloth pipeline is connected with the back-use water pump, the inspection well extends out of the filling layer, the surfacelayer of the filling layer is provided with a soil moisture sensor, an automatic control system is connected with the soil moisture sensor and the back-use water pump, the recharge water pipeline extends out of the filling layer and is connected with the perforated spray irrigation pipe, an overflow well is arranged in the filling layer, and the wellhead of the overflow well is higher than the surface of the filling layer. The retention tank is constructed by using a special method.

The invention discloses a strawberry planting and picking platform and relates to strawberry planting and picking agricultural machinery. The platform comprises a lifting platform body, a lifting cylinder and rollers, wherein the lifting platform body and the rollers are connected through the lifting cylinder, an upper supporting base and a lower supporting base are correspondingly arranged between a cylinder block of the lifting cylinder and the lifting platform body, and a threaded supporting rod is arranged between the supporting bases; a guiding hole of the threaded supporting rod is formed in the upper supporting base, the lower supporting base is a threaded supporting rod supporting base, adjusting nuts are arranged on the two sides of the portion, penetrating through the guiding hole, of the threaded supporting rod respectively, and the distance between the rollers is larger than the width of cultivated land. By the adoption of the strawberry planting and picking platform, strawberry planting and picking can be conducted on the same platform by multiple persons at the same time, and the problem of high energy consumption when vapor-liquid supporting is adopted is solved. Meanwhile, the strawberry planting and picking platform is simple in structure and convenient to use.

The invention provides a planting method for transplanting phoebe bournei seedlings which is characterized by comprising the following steps: 1, digging of planting holes; 2, planting time; 3, seedling selection: selecting big seedlings with strong tree vigor, developed root systems and no disease and pest damage for transplanting; 4, root cutting: performing lateral root cutting on the plants in winter 2-3 years before transplanting; 5, seedling taking; 6, pruning and leaf removal: after the nursery stock is taken out, cutting off redundant branches; and 7, transplanting. According to the method, the root system of big phoebe bournei seedlings is effectively ensured to be developed before transplanting by performing annual root cutting on different sides of the seedling, the seedlings can absorb nutritional ingredients in soil in time through newly born root hairs after transplanting, the requirement of the seedlings on nutrition is effectively ensured, and the survival rate of transplanting big phoebe bournei seedlings can be ensured to be 93% or above. The planting efficiency is effectively improved, the production cost is reduced, and the endangered phoebe bournei can be effectively avoided.

The invention discloses a flower pot. The flower pot comprises a pot body and is characterized in that a round bottom basin which can be used for containing water is arranged at the bottom of the pot body. A transparent glass window is arranged on the pot body. The flower pot has the advantages that the bottom basin is arranged at the bottom of the pot body, if too much water is consumed, the bottom basin can contain the excessive water, and it is avoided that a flower pot is placed inside a room and wets or dirties the place; meanwhile the glass window is arranged on the upper portion of the pot body, the soil humidification condition can be observed through the glass window, and if internal soil is too dry, watering can be performed in time.

The invention relates to a field management method of high-end kiwi fruits in a seedling stage, namely a field management method of kiwi fruits from grating to a fruiting peroid. According to the field management method, the whole seedling-stage management is finished by bud picking, seedling guiding for racking, pinching, draught resisting, drainage of stagnant water, fertilizing and topdressing, base fertilizer application, reshaping and tendrils binding, winter pruning and winter orchard cleaning and sterilizing. The field management method disclosed by the invention has the beneficial effects of reducing unnecessary moisture and nutrient consumption, promoting branches and tendrils on main trucks and frame surfaces to form favorable frame and branch group distribution rapidly, reasonably distributing all levels of root hairs underground, adjusting a relationship between branch and leaf growth and fruiting and the nutrient distribution of plants by sufficiently utilizing space, air, sunlight, soil and nutrients, erecting the fruiting capability of the kiwi fruits as far as possible, realizing no decrease of soil fertility and ensuring that the kiwi fruit products have high quality, high yield, stabilized yield and fruiting age limit prolonging.

The invention discloses an energy-saving type planting system capable of recycling rainwater, and relates to the technical field of new-generation information. The system comprises a rainwater collecting device and a controller; the rainwater collecting device comprises a rainwater collecting pond, a liquid level detector is arranged in the rainwater collecting pond, and a water pump is arranged at the bottom of the rainwater collecting pond; a main pipeline is arranged on the outer portion of the rainwater collecting pond, penetrates through the side wall of the rainwater collecting pond, andis connected with an output port of the water pump, several water draining pipes are arranged on the main pipeline, and flow dividing devices are arranged at the joints between the water draining pipes and the main pipeline; the water draining pipes are buried in the soil layer, dripping holes uniformly distributed are formed in the outer portions of the water draining pipes, and a humidity detecting device is arranged in the soil layer; electromagnetic control valves are arranged on the main pipeline and the water draining pipes, and electromagnetic one-way valves are arranged in the dripping holes; the water pump, the liquid level detector, the flow dividing devices, the electromagnetic control valves and the electromagnetic one-way valves are connected with the controller; the system collects rainwater and irrigates plants according to the soil monitoring conditions, not only can healthy growth of the plants be promoted, but also rainwater is recycled, and the system is energy-saving and environment-friendly.

The invention belongs to an agricultural machine tool, and particular relates to a full-automatic electric-induction garlic cusp distinguishing seeder. The full-automatic electric-induction garlic cusp distinguishing seeder comprises a rack, a screening and seed fetching device, a seed sending device, a garlic cusp distinguishing device, a hole digging device, a vertical sowing device, a mulching device and a transmission device, wherein the rack can be connected with a power plant; the screening and seed fetching device, the seed sending device, the garlic cusp distinguishing device, the hole digging device, the vertical sowing device, the mulching device and the transmission device are arranged on the rack. The full-automatic electric-induction garlic cusp distinguishing seeder has the beneficial effect on automatically screening, automatically fetching seeds, automatically distinguishing the garlic cusp to cause the garlic seed cusp to be upwards sown into soil, automatically digging the hole, automatically throwing seeds and automatically mulching. The full-automatic electric-induction garlic cusp distinguishing seeder has the advantages of good use effect, service life and low cost and convenience; the income of garlic famers is improved, planting time limit is lowered, and the ground can be conveniently watered in time because the ground is flat; an electric-induction garlic cusp distinguishing function and an automatic mulching function are especially set aiming at the vertical garlic cusp; and the sowing mode of sowing by one machine and one person can be realized.

The invention discloses an intelligent household balcony vegetable garden system, belongs to the field of Internet of things and vertical planting, and relates to interactive design, green design and Internet-of-thing remote control, in particular to remote control over an intelligent household balcony vegetable garden through the public account of mobile phone wechat and design of the vertical planting mode of the vegetable garden. The vegetable garden is composed of a vertical planting device and an internal circuit, and is a set of intelligent balcony vertical planting device. The space of a balcony can be better utilized. A water pump, a temperature and humidity sensor and the like are arranged inside the system, the temperature and humidity of soil can be detected, data are uploaded to a cloud terminal through the Internet-of-thing technology, and remote control can be realized so that operations such as watering can be conducted. Meanwhile, the intelligent vegetable garden is connected into a hardware platform of the wechat, the vegetable garden can be intelligently managed through the public account of the wechat, and a user can share the vegetable growing interest with good friends.

The invention discloses a domestic irrigation device capable of automatically controlling startup / shutdown based on solar energy. The domestic irrigation device comprises a sealed water-storing device capable of replenishing water, wherein the water-storing device is communicated with a solar boosting system, a shunting irrigation system and a single-direction air replenishing system respectively; the solar boosting system is used for converting sunlight into thermal energy to heat internal sealed air for expanding and boosting to drive water in the water-storing device to irrigate along the shunting irrigation system; the shunting irrigation system is used for distributing and balancing the water yield of each irrigation area in an adjustable way; the single-direction air replenishing system is used for introducing air through the water-storing device to balance negative pressure in the solar boosting system when the pressure of the sealed air in the solar boosting system is lower than the external ambient air pressure and negative pressure is generated, so that the function of automatically irrigating along with weather change is realized. The domestic irrigation device is convenient to use, contributes to saving energy and protecting the environment, allows automatic adjustment of the watering time and watering amount along with the weather change, has the characteristics of high practicability, adjusting flexibility and convenience in installing, and can meet the irrigation demands of household flower plants.

The invention relates to a plant noise barrier, which comprises a bracket upright column (4), wherein one or more plant cultivation boxes (2) are fixed on the bracket upright column (4); a plurality of sound insulation fins (3) are arranged outside the plant cultivation boxes (2); and an inclined angle is formed between each sound insulation fin (3) and the horizontal plane. The plant noise barrier has the effects of beautifying roads, preventing visual fatigue and absorbing carbon dioxide and harmful gases, can insulate sound and reduce noise by coacting the sound insulation fins and complexoverlapped plant stems and leaves, greatly reduces automobile and other noise pollution, and has better sound insulation and noise reduction effects than the traditional single noise barrier. Moreover, because each sound insulation fin has a noise reduction structure and is more effective than a wall which insulates sound and reduces noise through plants singly, the defects that the wall hardly has sound insulation and noise reduction effects in the absence of plants are overcome.

The invention relates to a planting frame, in particular to an ornamental plant planting frame. According to the technical problem, the ornamental plant planting frame capable of making plants receive sunlight better and watering the plants in time. The ornamental plant planting frame includes a support plate, a supporting rod, a telescopic device, a hollow tube, a fixing plate, a first support rod, a control box, a control panel, a start key, a first motor and the like; and the supporting rod is fixedly connected to the top of the support plate, the hollow tube is arranged on the upper part of the supporting rod, the top end of the hollow tube is connected with the fixing plate, and the telescopic device is arranged between the supporting rod and the hollow tube. According to the ornamental plant planting frame, through the control module, the first motor can be controlled to rotate clockwise and drive the plants to move to the right so that the plants can receive the sunlight better, a first sliding rod can prevent rotation of a rotary table, thereby preventing movement of the fixing plate, and through the action of a liquid level sensor and a water pump, the plants can be watered in time to avoid water shortage.