36results about How to "Warming up fast" patented technology

The invention relates to the field of crop planting, and particularly to a method for planting potatoes, which comprises the following steps: preparing land, fertilizing, and ditching; putting the potato seedlings into ditches, ridging, covering soil, covering parts on ridges, where the potato seedlings are planted, with colorless and transparent film, and covering two sides of the colorless and transparent film with black film; conducting field management, and harvesting potatoes. The method adopts the colorless and transparent film and the black film, which are in a matched manner, to plant the potatoes, the colorless and transparent film has good light transmittance and increases temperature quickly at the early stage, so the potatoes can root early; the black film has low visible light transmittance and can restrain weeds from growing, and the weeding rate can reach about 90 percent; during the middle and later periods of growth, the root systems enter below the black film, high temperature below the film, caused by strong sunlight, is prevented, and the premature senility of the root systems is avoided; the method can create a good environment for potato tuber growth in the period of tuberization, and has a ground temperature adjusting function that other film does not have; not only is the labor intensity of weeding reduced, but also the yield is increased by a large margin.

The invention belongs to the technical field of greenhouses and relates to a greenhouse utilizing heat of underwater to achieve heat preservation, in particular to a geothermal greenhouse. The geothermal greenhouse comprises a closed heat-preservation greenhouse body which adopts a combined frame structure. A wall body on one side of the greenhouse is a water curtain radiation wall which comprises a wall foundation and geothermal water curtain radiators, a wall body opposite to the water curtain radiation wall is a fan wall where a plurality of fans are arranged side by side, and the ground of the greenhouse adopts a floor heating system with built-in radiation pipes. The geothermal greenhouse fully utilizes heat of the underwater, is high in heat exchange efficiency, achieves environment-friendly and pollution-free heating, and has excellent environment-friendly effect.

The invention discloses a flat-plate type roofed solar bathroom, which is composed of a solar greenhouse, a pressure-bearing double-cycle solar water heater and connecting pipes thereof. The space jointly enclosed by heat insulation wallboards, a concentrator, a heat insulation water tank, a bilayer toothed transparent plate, a door, windows and the ground is the solar greenhouse. In the invention, one part of the water tank wall also serves as one part of a collector pipe, and the water tank wall is a heat exchanger, thus saving the raw materials and improving the heat transfer efficiency. In the invention, the pressure-bearing double-cycle solar water heater and the solar greenhouse are integrally designed, thus being capable of providing a great quantity of domestic hot water as well as a bathing space with the room temperature of 25-45 DEG C, therefore, a bathroom can be rapidly heated and is maintained at a constant temperature by adopting hot water in the water tank even in a cold winter night. The balcony of the bathroom not only serves as a balcony with all intrinsic functions, but also can be used as a bathroom or a toilet as well as a ventilation channel between adjacent rooms.

The invention discloses an aerobic fermentation-sorting recycling method for household garbage, and the aerobic fermentation-sorting recycling method comprising: spraying an aerobic fermentation promoter in the household garbage, carrying out aerobic fermentation, sorting fermented composted materials, and finally carrying out post-treatment on the sorted different materials. According to the process system disclosed by the invention, full-recycling of the household garbage is realized, totally-closed purification of the waste gas of a treatment field is realized, the wastewater is subjected to full-circulation treatment, the zero emission of the wastewater is realized, and the odor of the household garbage treatment field is eliminated; and an aerobic fermentation bin or the whole treatment field is in a semi-underground mode or even an all-underground mode, so that the situation that the garbage treatment field is dirty and smelly is completely changed.

The invention discloses a preparation method and device using microwave and gravity to extract natural plant essential oil and hydrolat. The method includes the steps of firstly, placing to-be-extracted fresh natural plant raw materials into a microwave reactor, and placing into a microwave generator; secondly, controlling microwave power to be 150-800W to perform extraction for 10-20 minutes; thirdly, allowing the natural plant essential oil and hydrolat to flow into an essential oil collecting device under the effect of gravity; fourthly, separating the essential oil and hydrolat through a piston valve after the extraction. The device comprises the microwave generator, the microwave reactor fixed in the microwave generator, a condenser pipe connected with the microwave reactor through a connecting pipe, the essential oil collecting device mounted at the bottom of the condenser pipe, and hydrolat receiving bottles placed on the lateral sides and below the essential oil collecting device. The raw materials are placed in the microwave reactor. The preparation method and device using the microwave and gravity to extract the natural plant essential oil and hydrolat is efficient and clean, and the obtained essential oil and hydrolat is good in quality.

The invention relates to a direct insertion pressure bearing double-circulation solar bathroom which consists of a solar green house, a pressure bearing double-circulation solar water heater and a connecting pipe of the pressure bearing double-circulation solar water heater, wherein a space jointly circulated by a heat insulation wall plate, a heat insulation water tank, a light transmission plate, a door, a window and a heating floor is the solar green house, a part of the water tank wall of the invention is a part of a collecting pipe, and the water tank wall per se is a heat exchanger, so raw materials are saved, and heat transfer efficiency is also improved. After being matched with a support frame, the direct insertion pressure bearing double-circulation solar water heater of the invention can be used as an independent solar water heating device for use. Through the integral design of the pressure bearing double-circulation solar water heater and the solar green house of the invention, the invention can provide a large amount of hot water for living and can also provide a bath space with the room temperature capable of achieving 25 to 45 DEG C at the same time, hot water in the water tank can also be used at night in winter with cold north wind, so the temperature of the bathroom can be quick raised and can maintain the constant state.

The invention provides a wide-narrow row alternate cultivation method for soybean in arid areas, which relates to the technical field of plant cultivation. The method includes the steps of soil preparation and fertilization, ridging before sowing, seed treatment, sowing, field management and harvesting. High and large ridges are constructed during the step of ridging before sowing, namely, the height, width and the like of the ridges are greater than those of traditional ridges for three-ridge cultivation. Through combination of reasonable close planting in a wide-narrow row alternate way during sowing, application of plant growth regulators during field management and other measures, the relationship between vegetative growth and reproductive growth is coordinated, and the growth and development period of soybeans is controlled, so that the yield of soybean is increased by above 15%, and ridge sealing is carried out 3-4 days earlier. The wide-narrow row alternate cultivation method for soybean in arid areas is suitable for large-scale mechanized operation, and thus, reduces the production cost.

The invention relates to a fermentation technology of biological organic bacterial manure, and belongs to the technical field of biological organic bacterial manure manufacturing. The technology includes the steps that the raw materials of chicken manure, tobacco waste and cereal, cotton and oil processing plant waste are piled at the normal temperature to be naturally dehydrated; then, a compound fermentation strain is added, and after two times of fermentation and ageing treatment, the biological organic bacterial manure is obtained. By means of the technology, escherichia coli, ascaris eggs and some infectious germs in the chicken manure can be killed in the decomposing process, worm eggs or harmful pathogens or weed seeds in the mixed materials can be thoroughly killed through ageing treatment, and thus the biological bacterial manure is deeply decomposed and has high fertilizer efficiency. The technology is environmentally friendly in production process, short in decomposing period and small in nutrient loss; experiments on the crops of rice, lactuca sativa L, cotton and the like show that the yield is greatly increased, and pest and disease damage is effectively controlled. The problems that in a traditional fermentation method, maturity is low, pathogens and weed seeds in raw materials can not be completely killed, the fermentation process pollutes the environment and fertilizer efficiency is low are solved.

A flat-plate type solar balcony bathroom consists of a passive solar house, a pressure-bearing dual-cycling solar water heater and a connecting pipe thereof. The passive solar house is enclosed by walls, a window, a door, a roof and a base of the balcony. A heat exchanger consists of a spherical shell, a pipe on the spherical shell, and a heat exchange tube. Both the heat exchanger and a solar collector have an all-plastic structure, and scale is never formed on the heat exchanger and a solar collector. Therefore, the heat exchanger and the solar collector can keep higher efficiency of heat collection and heat exchange. The flat-plate type solar balcony bathroom is in an internal thermal type heating mode, and the system has higher heating efficiency. The flat-plate type solar balcony bathroom is fully integrated with the building body into a whole, can supply a large quantity of hot water for living and provide a warm bathing space, is practical in living, is environmentally-friendly and has mature technology and wide market space.

The invention provides an asparagus carpenter moth prevention method and belongs to the technical field of pest control. The technical scheme is that the prevention method works in the following steps; a ridge is leveled after a bamboo shoot is shoveled; enough rejuvenation fertilizer is applied; 80 cm wide black film with thickness of 0.08 to 0.1mm is placed over the asparagus; seedlings are released after asparagus immature stems grow out of soil (about one week later); black film with thickness of 0.08 to 0.1mm is paved on the asparagus during the growth period; and an area with the diameter of 17 to 22cm around the asparagus stems are not covered with black film.

A carbon-based auxiliary, a preparation method thereof and application in livestock manure composting are characterized in that the carbon-based auxiliary is a granular biomass homogeneous body which is obtained through incomplete splitting decomposition under an oxygen-free condition at a temperature of 650 DEG C to 750 DEG C, has granularity of 5 cm to 13 cm and is not completely carbonized. The application includes the following steps of firstly, mixing livestock manure, conventional auxiliary and the carbon-based auxiliary according to the volume ratio of 1:(0.33-0.5):(0.5-0.67) to obtain a first mixed material; secondly, conducting composting through a high-temperature aerobic fermentation mode, turning piles, and discharging materials 28-35 days later; thirdly, screening the carbon-based auxiliary out of the piles, air-drying the carbon-based auxiliary, and making the air-dried carbon-based auxiliary serve as a recycled carbon-based auxiliary; fourthly, when processing the next batch of piles, mixing the livestock manure, the conventional auxiliary, the recycled carbon-based auxiliary and the primarily-used carbon-based auxiliary according to the volume ratio of 1:(0.33-0.5):(0.25-0.34):(0.25-0.33) to obtain a second mixed material, and conducting composting. The effects on reducing the consumption of the conventional auxiliary, promoting temperature rise, shortening the cycle, recycling the carbon-based auxiliary and the like are achieved.

The invention discloses an electric-heating film greenhouse. The electric-heating film greenhouse comprises a greenhouse, wherein an electric-heating film with an upward heating surface is horizontally paved at the bottoms of cultivating ridges, and/or an electric-heating film with two heating surfaces is vertically paved at the bottom among the cultivating ridges. The electric-heating film greenhouse is heated by virtue of the electric-heating film and has the advantages that the heating speed is high, the heating is uniform, the heat efficiency is high, and the ground temperature can be rapidly increased. The technical equipment is simple and easy to implement, the labor cost can be greatly saved, the cost is relatively low, and good benefit can be achieved.

The invention discloses chemical equipment temperature control equipment with an alarm device, wherein the chemical equipment temperature control equipment comprises a chemical reaction kettle and a temperature control device arranged on the chemical reaction kettle; the bottom of the chemical reaction kettle is provided with a supporting base and is composed of a reaction kettle body, a driving motor, a driving shaft and a stirring rod; the driving motor is mounted on the reaction kettle body, the power output end of the driving motor is connected with the driving shaft, the driving shaft is arranged in the reaction kettle body, the stirring rod is mounted on the outer side of the driving shaft, and the temperature control device comprises a middle temperature detection mechanism and a side wall temperature detection mechanism; and the middle temperature detection mechanism is mounted on the driving shaft and consists of four groups of temperature sensors and an electric heating plate; and the temperature sensors are mounted on the driving shaft at equal intervals. The invention provides an installation specially used for temperature detection and control of a chemical reaction kettle, and a plurality of groups of temperature detection sensors are designed on the basis of an original reaction kettle and are matched with a control console to carry out temperature display and alarm.

The invention discloses a green, high-yield and high-efficiency wheat cultivation method, high quality seeds are used, subjected to ultrasonic oscillation soaking in self-prepared straw homogenate andthen subjected to coating treatment or seed dressing, the maize straw is smashed and then mixed and carbonized with dried fermented excrement and fine earth and scattered on the ground for soil preparation and field returning, the seeding rate is adjusted according to the seeding date, the soil preparation quality and the like, management is performed according to the season, timely harvesting and drying treatment are performed, and UV irradiation is used at appropriate time in the storage warehouse. According to the green, high-yield and high-efficiency wheat cultivation method, green and sustainable growth of the wheat can be realized through variety selection and pretreatment, returning crop stalks to the field, seeding and management, timely harvesting and drying treatment, the seedlings are full and uniform in the wheat planting processing, and the storage time after harvesting is long.

The invention relates to the technical field of plant cultivation and provides a soybean cultivation method for an arid area. The method comprises the steps of soil preparation and fertilization, ridging before sowing, seed treatment, sowing, field management and harvesting. High and large ridges are constructed during ridging before sowing, that is to say that the height, width and the like of the ridges are greater than those of traditional ridges for three-ridge cultivation, in combination with reasonable close planting during sowing, application of plant growth regulators during field management and other steps for cooperation, a relationship between vegetative growth and reproductive growth is coordinated, and the growth and development period of soybeans is controlled so that the yield of the soybeans can be increased by 15% or above; ridge sealing is carried out 3 to 4 days earlier, the method is suitable for large-scale mechanized operation, and therefore the production cost isreduced.

The invention discloses a pressure-bearing dual-cycle three-cavity tube solar bathroom, comprising a solar greenhouse, a pressure-bearing dual-cycle solar water heater and connecting pipes thereof. The space jointly enclosed by heat insulation wallboards, a heat insulation water tank, a transparent plate, a door, windows and a warming floor is the solar greenhouse. In the invention, one part of the water tank wall also serves as one part of a collector, and the water tank wall is a heat exchanger, thus saving the raw materials and improving the heat transfer efficiency. The straight pressure-bearing double-cycle three-cavity tube solar water heater can be used as an independent solar hot water device after being assembled with a bracket. In the invention, the pressure-bearing double-cycle three-cavity tube solar water heater and the solar greenhouse are integrally designed, thus being capable of providing a great amount of domestic hot water as well as a bathing space with the room temperature of 25-45 DEG C, therefore, a bathroom can be rapidly heated and is maintained at a constant temperature by adopting hot water in a water tank even in a cold winter night.

The invention relates to an efficient heat-increasing compost self-heating particle as well as a preparation method and application thereof, belongs to the technical field of garbage treatment, and solves the technical problems of short duration time of a high-temperature fermentation period and long fermentation period of a traditional aerobic composting method, and adopts the technical scheme that the self-heating particle sequentially comprises a core porous ceramic ball core, a shell layer and a film layer from inside to outside, the self-heating particles are composed of rubidium-iron-boron magnetic powder, charcoal, a cementing agent, a mesophilic microbial agent, a facultative thermophilic microbial agent, a modified pore-forming agent, a cross-linking agent, a coating material and a kaolin base material. Moreover, the invention also provides a preparation method and application of the self-heating particles, organic matters in garbage materials are fully utilized, the high-temperature period of garbage composting is prolonged, the self-heating particles are added in the beginning period of composting, the activity of thermophilic microorganisms in the self-heating particles is enhanced, the temperature loss speed is slowed down, and the high-temperature reaction time of the materials is maintained; decomposition and mineralization of organic matters in garbage materials are accelerated, the fermentation period is shortened, and a new thought is provided for garbage composting.

The invention discloses a wearable flexible electric heating module. The wearable flexible electric heating module comprises a heating sheet for heating, a battery pack for supplying power to the heating sheet, and a conductive connecting piece for electrically connecting the heating sheet with the battery pack, wherein the conductive connecting piece is used for connecting the battery pack with the heating sheet and providing power for the heating sheet; and the conductive connecting piece comprises one or more groups of male heads and female bases which are matched with one another and electrically connected, the male heads are connected with the heating sheet, and the female bases are connected with the battery pack, so that the heating sheet is electrically connected with the battery pack after the male heads and the female bases are matched and connected; or, the male heads are connected with the battery pack, and the female bases are connected with the heating sheet, so that the heating sheet is electrically connected with the battery pack after the male heads and the female bases are connected in a matched manner. According to the wearable flexible electric heating module, through the uniquely-designed conductive connecting piece with the magnetic attraction structure, the heating sheet and the battery pack, the wearable flexible electric heating module has the characteristics of being safer and rapid in temperature increasing in the using process.

The invention discloses a temperature increasing device capable of simulating a drought environment based on energy conservation and environmental protection, and relates to the technical field of temperature increasing, the temperature increasing device comprises a temperature increasing cover and an adjusting assembly, one side of the temperature increasing cover is provided with an element box, the other end of the element box is connected with a 5TE sensor, and the inner wall of the temperature increasing cover is provided with a temperature increasing assembly; a collecting assembly is mounted in the temperature increasing cover, and the temperature increasing assembly comprises a storage box, a liquid outlet, a slag discharging box, an additional pipeline and an air outlet. According to the invention, a plurality of components are matched with each other, so that a temperature increasing device and a water reducing device can be integrated, unattended operation can be realized, the gravity action is utilized without using alternating current, the device is suitable for the field without a power supply, the use environment of the device is improved, rainwater can be collected as a water reducing source and a temperature increasing source, and the energy consumption is reduced. The energy-saving and environment-friendly performance of the equipment is achieved, the soil state can be tested in real time through the sensor, then the electromagnetic valve is controlled to be opened and closed, and then temperature increasing and water reducing control can be achieved.

The invention relates to a straight-insertion type pressure-bearing dual-circulation solar balcony bathroom which comprises a passive solar house, a pressure-bearing dual-circulation solar water heater and a connecting tube thereof. A wall, a window, a door, a roof and a bottom surface of a balcony are enclosed into the passive solar house; and a water tank, a hole in the wall of the water tank, an end cover and an annular hole together form a heat exchanger. The heat exchanger is in a full-plastic structure and never scales, which can ensure that the heat exchanger keeps higher heat exchange efficiency for a long time. The pressure-bearing dual-circulation solar water heater and the passive solar house are integrally designed, which can provide a large quantity of life hot water and provide a showing space with a room temperature of reaching 25-45 DEG C, thus even in a winter night with roaring north wind, hot water in the water tank can be used to ensure that the bathroom rapidly increases the temperature and keeps constant. The balcony has all functions of the balcony and can be used as the bathroom and a toilet as well as can also be used as a ventilation channel of an adjacent room.

The invention discloses an electric heating converter capable of adjusting heat. The electric heating converter comprises a machine body; a power cavity 65 is formed in the machine body 10; a first machine shell 20 is arranged in the machine body 10; an upper adjusting cavity 66 is formed in the first machine shell 20; a second machine shell 38 is arranged on the lower side of the machine body 10;a lower adjusting cavity 68 is formed in the second machine shell 3; two electric heating bodies 60 are arranged on the right side of the machine body 10; conversion cavities 67 are formed in the electric heating bodies 60; a power device 70 for providing power is arranged in the power cavity 65. The converter can adjust heat at will; after the heat is adjusted, it can be guaranteed that proper and stable heat is generated; a heat preservation effect can be achieved; and objects can be rapidly heated and warmed.