33results about How to "Ensure air humidity" patented technology

The invention discloses an intensive roasting and precise roasting process for a biomass burner, which includes four roasting stages: ignition stage, yellowing stage, color fixing stage and gluten drying stage. The yellow stage controls 3 key temperature and humidity points, the color fixing stage controls 4 key temperature and humidity points, and the dry rib stage controls 2 key temperature and humidity points. The whole roasting process adopts the flue-cured tobacco temperature and humidity automatic control system, and the temperature and humidity sensors are placed. The high temperature table of the intensive baking room is 2 meters away from the heat insulation wall and 1 meter away from the wall of the smoke chamber. Based on the biomass burner, the present invention develops the traditional three-stage baking process into a ten-stage precision baking process. The technology is common to all tobacco leaves, which is convenient for farmers to master.

The invention discloses a self-lifting combined cabinet for a fresh food logistics area, which includes a cabinet body, a plurality of refrigerated boxes are arranged on the cabinet body, and the refrigerated box includes a shell, and a semiconductor assembly mechanism, a heat exchange mechanism, an evaporator mechanism, The air guiding mechanism and the circuit mechanism; the semiconductor assembly mechanism includes a TEC element, and the cold end and the hot end of the TEC element are respectively provided with a cold cavity part and a hot cavity part; one side of the hot cavity part is provided with a heat exchange mechanism; the heat exchange mechanism includes an internal heat exchange The inner heat exchange part includes an inner cavity, and the inner cavity is provided with a first S-shaped pipeline, a hot cavity part and an evaporator mechanism; the evaporator mechanism is connected to the cold cavity part. The invention can control the temperature inside each refrigerating box, ensure that the freshness and quality of the food placed in the refrigerating box are not affected, bring the best eating experience to the user, effectively reduce the loss of electric energy, and make the heat generated in the refrigerating box effective Dispersed, the local cooling effect is obvious, and it has the advantages of energy saving, environmental protection, convenience, speed, safety and reliability.

The invention discloses a humidity control method for a dehumidifying and anti-seepage device, and belongs to the technical field of dehumidifying and anti-seepage equipment control. In view of the fact that the control precision of the existing dehumidifying and anti-seepage equipment is not high and the flexibility of control is insufficient, the method obtains comprehensive and accurate data through using the grid optimization arrangement method and reasonably arranging collection points, takes the desired humidity, i.e., Hum wall 0, Hum air 0, as a target center, and performs optimized andintegrated calculation of collected data. Through the fuzzy control, the output voltage of main control equipment under the stable working state is obtained, and multiple output voltage switching selections of the desired humidity can be realized, which can improve the control accuracy and the control flexibility. Considering the impedance effect of the actual wall, the closed-loop voltage regulation is performed, so that the stable state that the wall voltage and the output voltage of the main control equipment under the stable working state are the same is achieved in a short time.

The invention discloses an automatic moisturizing device for a greenhouse. The automatic moisturizing device for the greenhouse comprises a water storage tank, wherein the water storage tank is provided with a water supplying pipe and a water vapor generating device; a water feeding pipe of the water vapor generating device is connected with the water storage tank; a water vapor discharging pipe of the water vapor generating device is connected with at least one water vapor sprayer; a float switch is arranged on a portion, which is positioned on a water outlet of the water storage tank, of the water supplying pipe; and the water vapor sprayers are positioned in the top of the greenhouse. According to the scheme, on one hand, water vapor can be generated at any time, air humidity in the greenhouse is kept, and on the other hand, the labor cost can be saved.

The invention discloses a method for improving the transplanting survival rate of peach embryo culture seedlings. The method comprises the following steps: (1) building an arched shed, ensuring that the air humidity in the arched shed is 95% or above, arranging a plurality of planting grooves in the arched shed, and filling and covering the planting grooves with a substrate with proper humidity; (2) selecting embryo seedlings with 3-5 pieces of true leaves as embryo seedlings of a transplanting group and carrying out transplanting; (3) keeping the air humidity in the arched shed to be 95% or above for 5-7 days, then carrying out thorough watering for one time when new roots and new leaves of the embryo seedlings grow out, and carrying out watering when the substrate is dry; and (4) transplanting the seedlings: transplanting the survival peach embryo culture seedlings 7-9 days after the transplanting into a seedling field when the sunlight is weak or in a cloudy day, and carrying out normal growth and management. The method remarkably improves the transplanting survival rate of the peach tree embryo seedlings to 99.3% or above, the process is simple and convenient, the workload of the seedling transplanting is obviously reduced, and a growth adaptation period of the seedlings in the seedling field environment is obviously shortened, so that the seedlings are strong and the rootsystem is developed.

The invention provides a refrigerator. The refrigerator comprises a refrigerator body and a cooler. At least one storage room and an air channel are arranged in the refrigerator body. The cooler is arranged in the air channel, so that the cooler and air flowing through the cooler carry out heat exchange. Specially, the air channel is configured to allow part or all of air from the interior of one or more storage rooms in the storage rooms to flow around the cooler and be mixed with air flowing through the cooler at the downstream position of the cooler. Due to the special structure of the air channel, the refrigerator enables part of air for circulation not to be cooled by the cooler, the air is mixed with the air flowing through the cooler at the downstream position of the cooler so that refrigeration temperature can be achieved, and moisture in air which is not cooled by the cooler can continue to return to the corresponding storage rooms. Therefore, moisture in a refrigeration room can be prevented from being lost or being lost too fast in the refrigeration process, air humidity of the refrigeration room is guaranteed, and food freshness retaining is facilitated.

The invention discloses a method for efficiently transferring bougainvillea tissue-cultured seedlings, which includes training seedlings, seedbed preparation, washing seedlings, planting, rooting, covering and lifting the film; a method for preparing bougainvillea efficient transfer substrates, including raw material preparation, Raw material crushing, raw material stacking and retting; a method for configuring a bougainvillea highly efficient transfer nutrient solution, including raw material preparation, adding a corresponding amount of water to form a solution to form an aqueous solution. The method of the invention has simple steps, reasonable preparation of matrix and nutrient solution, and can greatly improve the transplanted survival rate of bougainvillea tissue culture seedlings, up to 85%.

The invention relates to a dripping arrow irrigation automatic control system, a manufacturing method of the dripping arrow irrigation automatic control system and a dripping arrow irrigation method. The dripping arrow irrigation automatic control system consists of a reservoir, a water pump, a water level sensor, a conveying main pipeline, a fertilization pipeline, a conveying branch pipeline, a temperature sensor, a main controller, a start controller, a water taking pressure gauge, an electromagnetic valve, a suction and exhaust valve, a fertilization control valve, a filter and a water conveying pressure gauge; the reservoir is arranged at the initial end of the conveying main pipeline; the water level sensor is arranged in the reservoir; the water level sensor is connected with the main controller; the water pump is arranged on the reservoir and is used for drawing a water source in the reservoir; the water taking pressure gauge, the electromagnetic valve, the suction and exhaust valve, the fertilization control valve, the filter and the water conveying pressure gauge are sequentially arranged on the initial section of the conveying main pipeline; the fertilization control valve is mounted on the initial section of the conveying main pipeline; a fertilizer is uniformly conveyed into the conveying main pipeline by the fertilization conveying pipeline. The dripping arrow irrigation automatic control system is scientifically designed, has a reasonable structure and uniform flow, is reasonable in system arrangement, is stable in pressure in the pipelines, has wide applicability and has a wide application range; a dripping arrow takes effects of a water dropper and an insertion arrow, has a small size and high intensity, has powerful use functionality and is convenient to mount and use.