40results about How to "Sufficient humidity" patented technology

The invention discloses a method for drying ceramic blank. The method comprises the steps of leading a thermal medium to a drying kiln, mixing the thermal medium with steam, and mixing the steam with the thermal medium before the thermal medium enters the drying kiln. After optimization, humidity of the thermal medium is adjustable; and the humidity of the thermal medium is decreased progressively along with the drying degree of the ceramic blank. The invention further discloses the energy-saving rapid drying kiln used in the method.

The invention discloses a storage device for ion exchange resin. The storage device comprises a storage body for storing the ion exchange resin. The storage body comprises side walls, a bottom and spray devices on the side walls of the storage body. The interiors of the side walls or the upper portion of the bottom of the storage body are at least connected with a vibration screen. The vibration faces of the vibration screens are curved faces bent towards the center of the storage body. The storage body is connected with a control device, and the control device is connected with the start and stop states of the spray devices and the vibration screens. The storage device for the ion exchange resin is high in automation degree, low in use cost and suitable for storing the ion exchange resin on a large scale for a long time; the humidity evenness of the ion exchange resin in the storage process is improved, and is automatically controlled; no manual guarantee is needed; the storage automation degree is improved, and therefore the quality of the ion exchange resin is improved, and the service life of the ion exchange resin is prolonged.

The invention provides a method for cultivating smallanthus sonchifolius. The method comprises the following steps: firstly, seedball segmentation, wherein the seed bud weight is 30-50g; secondly, seed bud treatment, wherein a seed bud is soaked in whitewash for 5 min and subjected to seed soaking after drying; thirdly, seedling culture, wherein the seed bud after treated in the second step is planted in a nutrition pot which is sequentially filled with 30 parts of ceramic granules, 40 parts of composite soil and 30 parts of sandy soil from bottom to top, the composite soil is formed by mixing humus with sandy soil in a weight ratio of 1 to 3, the nutrition pot is placed in a greenhouse for culture, and a seedling is obtained for spare when 6-8 leaves grow out; fourthly, transplanting in a field, wherein the seedling obtained in the step three is placed in a seed pit together with the nutrition pot; fifthly, field management, wherein field planting water is watered on the very day of transplanting and comprises bitter melon juice and clean water in a weight part proportion of 1 to 50. The method for cultivating smallanthus sonchifolius is directed at characteristics of smallanthus sonchifolius and has the advantages that steps are simple, operation is facilitated, manpower and material resources are saved, and yield and fruit quality of the northern planted smallanthus sonchifolius are improved.

The invention discloses a combined multifunctional flowerpot. An upper cover (1) is fixedly arranged on an outer barrel (7); a preserved hole (13) is formed in the middle of the upper cover; the outer edge of the upper cover and the preserved hole (13) are both of geometrical shapes; an inner barrel (3) is arranged in the preserved hole (13) and is placed on a lug boss (73) on the bottom of the outer barrel; a water-sucking component is arranged at the bottom of the inner barrel; a vent (33) is formed in the bottom of the inner barrel; a water filling nozzle cover (4) covers a water filling nozzle (12); a flower tray (8) is arranged on a flower tray placing table (34) on the side wall of the inner barrel; a water-drawing component (A) is arranged on the flower tray; a sealing component (C) seals the water-sucking component and the vent (33). The combined multifunctional flowerpot is simple in structure, and a user can plant a big plant or a small plant at pleasure because of the arrangement of the flower tray; the flower tray is placed to place the small plant, water in the barrel slowly flows to soil because of a water-sucking device, and flower and grass can also be guaranteed to well grow without frequently watering; the combined multifunctional flowerpot is easy to assemble and transport and convenient to store; each part of the combined multifunctional flowerpot can be replaced independently, so that the cost is reduced.

The invention discloses a maintenance device for foam in inner-layer well wall concrete of a freezing shaft. The maintenance device for the foam in the inner-layer well wall concrete of the freezing shaft comprises a liquid foam layer, a foam maintenance drum, a foam original solution storage vessel, a foam generator and a warm water pipe. The foam maintenance drum comprises a drum wall and a drum bottom. The drum bottom is located at the outer side of the drum wall and is fixedly connected with the drum wall. The liquid foam layer is formed between the concrete inner-layer well wall and the drum wall of the foam maintenance drum. The foam maintenance drum is arranged at the inner side of the concrete inner-layer well wall and is hung at the lower portion of a form stripping disk. A liquid inlet of the foam generator is communicated with a liquid outlet of the foam original solution storage vessel and fluid in a water outlet of the warm water pipe. According to the maintenance device for the foam in the inner-layer well wall concrete of the freezing shaft, a good maintenance condition is provided for the inner-layer well wall concrete of the freezing shaft, a plenty of water can be saved, and at the same time, temperature cracking caused by different temperatures of the inside and the surface of the concrete inner-layer well wall, so that the quality of the shaft is guaranteed.

The invention discloses an automatic watering flowerpot which comprises a pot body (10). The pot body (10) is provided with a plurality of water conveying pipes (1). The end of each water conveying pipe (1) is provided with a downward nozzle (11). The multiple water conveying pipes are connected with a main water pipe (4). The main water pipe (4) is connected with a liquid storage box (5). A water pump (3) is arranged on the main water pipe (4). The water pump (3) is connected with a humidity sensor (2) arranged inside the pot body (10). The automatic watering flowerpot can perform automatic watering according to the humidity inside soil; meanwhile, due to the fact that fed water can be evenly distributed at positions of the soil, flowers and plants can obtain enough water, and normal growth is ensured.

The invention discloses a method for automatically regulating and controlling temperature and humidity of a storage cabinet. The method comprises the following steps that after a microprocessor receives temperature and humidity signals and when the temperature is lower than a set value, the microprocessor controls a heating sheet to perform heating; when the temperature is higher than the set value, the microprocessor controls a compressor to start to begin to perform refrigerating to enable the interior of a storage cabinet body to be rapidly cooled; when the humidity is higher than a presetnumerical value, the microprocessor controls a circulation fan to operate and blow air for dehumidifying from a position close to a top plate to the lower portion; when the humidity is lower than thepreset numerical value, the microprocessor controls an evaporator to evaporate water inside the evaporator into water vapor through microwaves and release the water vapor into the storage cabinet body, and the humidity inside the storage cabinet body is improved by combining the circulation fan. According to the method, the microprocessor is utilized to automatically control all the internal components to rapidly regulate and control the temperature and humidity, so that the storage environment of articles is stable and reliable, the situation that medicine loses efficacy or yogurt exceeds thetime limit does not need to be worried, the internal temperature difference can be controlled to fluctuate within a small range, and the interior can be kept to have enough humidity so as to meet thestorage requirements of vegetables.

The present invention relates to complexes of beepollen and clay, as well as to their preparation methods and to their therapeutic uses or as a food supplement, a functional food, in human and animal healthcare.

The invention belongs to the field of lead-acid storage batteries and particularly relates to a process for quickly curing and drying a negative electrode plate. The process at least comprises the following program steps of (1) a curing constant-temperature high-humidity maintaining stage, (2) a curing heating constant-speed dehumidifying stage, (3) a curing heating rapid dehumidifying stage, (4)a drying heating rapid dehumidifying stage, (5) a drying high-temperature rapid enhancing stage and (6) a drying cooling rapid strength stabilizing stage. According to the green polar plate cured anddried according to the process, the content of basic lead carbonate of the green polar plate is increased, the falling strength of the green polar plate is further improved, lead plaster looseness isreduced after falling, and the floating powder amount on a surface of the green polar plate is reduced, improvement of the strength of the green plate reduces a reject ratio of subsequent slicing andwrapping of the green plate. The process is advantaged in that the floating powder amount is small, lead powder flying dust in the subsequent polar plate production process is reduced, and environmental pollution is reduced, and the rapid curing and drying process can reduce the use amount of steam and electricity in the process, reduce curing and drying energy consumption and reduce manufacturingcost.

The invention discloses a method for collecting winged adult termites. The method comprises the following steps: arranging kraft paper tubes neatly, making the paper tubes into paper barrels of whichthe openings of the paper tubes are exposed and gummed paper wraps the side walls or making the paper tubes into paper barrels of which the openings of one sides of the paper tubes are exposed, the openings of the other sides of the paper tubes are sealed and gummed paper wraps the side walls; then fully wetting the paper barrels before the termites fly, placing the paper barrels in soil under trees beside street lamps around wheel the termites fly or placing the paper barrels on sides of walls of buildings, and enabling the paper barrels to be close to tree trunks or wall sides, wherein 2-6 paper barrels are placed under each street lamp around which the termites fly; after flying of the termites is finished, collecting the paper barrels, and directly feeding the paper tubes with paired winged adult termites in a feeding container. The provided method is simple and speedy to operate, a large number of winged adult termites can be collected, injury of adult termites in a collecting process is avoided completely, the pairing success rate is greatly increased, materials are taken conveniently, and the cost is low.

The invention discloses a multifunctional respiratory recovery device for intensive medical care. The device comprises a shell; a mounting opening is formed in the side edge of the shell; a side box is fixedly mounted on the outer edge wall of the mounting opening; threaded rods are rotationally mounted on the inner box walls of the upper side and the lower side of the side box correspondingly; the two threaded rods are sleeved with an upper plate and a lower plate correspondingly in a threaded mode; the upper plate and the lower plate extend into the shell; a telescopic air bag is fixedly installed on the lower plate; the top end of the telescopic air bag is attached to the upper plate; a support is fixedly installed on the upper plate; a hydraulic cylinder is fixedly installed on the support; the output end of the hydraulic cylinder is fixedly sleeved with a pressure plate; and the bottom end of the telescopic air bag is communicates with an air inlet pipe. According to the multifunctional respiratory recovery device for intensive medical care, the telescopic air bag is arranged between the upper plate and the lower plate, and a telescopic space of the telescopic air bag is adjusted in advance by automatically adjusting the distance between the upper plate and the lower plate, so that adjustment can be conducted according to lung conditions of different patients while the amount of oxygen conveyed at the single frequency is controlled.

The invention relates to the technical field of vegetable preservation, and particularly provides a method for preserving vegetables by controlled atmosphere refrigeration, which comprises the following steps: (1) picking and selecting vegetables; (2) precooling; (3) the vegetables are put into a film bag meeting the ventilation requirement; (4) exhausting air; (5) filling O2 and/or CO2 gas into the film bag for modified atmosphere packaging; (6) sealing; and (7) refrigerating. According to the method for preserving the vegetables through controlled atmosphere refrigeration, field heat of the vegetables is removed through pre-cooling, and the respiration and transpiration of the harvested vegetables are slowed down; the film bag meeting the ventilation requirement is adopted, so that gas in the bag is in dynamic balance, the respiration rate of vegetables can be reduced, and the basic metabolism requirement can be met; by optimizing the thickness of the thin film bag and the proportion of gas in the thin film bag, the humidity in the bag is sufficient, and the fresh-keeping period of the vegetables is greatly prolonged; and the fresh-keeping effect is better ensured by storing under a proper refrigeration condition.

The invention discloses a saturated steam generator device which comprises main water tank and an auxiliary water tank. The main water tank is provided with a heating body, and the auxiliary water tank is connected with the main water tank. The auxiliary water tank is provided with a water inlet. The heating body in the main water tank comprises a direct steam heating pipe and a heat conductive oil heating pipe. The lower portion of the main water tank is provided with a direct steam inlet. The direct steam heating pipe is arranged at the bottom of the main water tank and made communicated with the direct steam inlet, and water in the main water tank is heated through direct steam to produce saturated steam. The heat conductive oil heating pipe is further arranged in the main water tank, one end of the heat conductive oil heating pipe is made communicated with a heat conductive oil inlet in the main water tank, the other end of the heat conducive oil heating pipe is made communicated with a heat conductive oil returning opening in the main water tank, and high-temperature heat conductive oil in the heat conductive oil heating pipe sufficiently heats the water in the main water tank to produce saturated steam. In this way, according to the saturated steam generator device, water stored in the water tank is heated through direct steam or high-temperature heat conductive oil so as to produce a large amount of saturated steam for a long loop rapid steamer activation technology.

The invention discloses an identification method of suitability for crop aerated irrigation. The identification method comprises the following steps: arranging at least three control samples, cultivating a first control sample in low-bulk density soil, cultivating a second control sample and a third control sample in high-bulk density soil and introducing air into the third control sample; introducing the air into the third control sample, thereby being capable of contrasting with the second control sample, and cultivating crops in the same other external environments by the three control samples; weighing after culturing the set time to obtain the yield decreasing range of the second control sample relative to the first control sample, and the yield increasing range of the third control sample relative to the second control sample; obtaining sensitivity indexes according to the yield decreasing range and the yield increasing range. The method compares the second control sample with the first control sample and the third control sample respectively, and combines two comparison results, so that a more accurate and reliable judgment result can be obtained. The invention further provides an identification system of the suitability for the crop aerated irrigation, therefore, a same technical effect can be reached.