5 results about "Atmospheric humidity" patented technology

A kind of lidar technology for atmospheric waveguide fast measurement, temperature and humidity profile, the key factor of atmospheric waveguide, can be measured simultaneously, the device includes laser emission module: 822nm online seed laser, 822nm offline seed laser, 1064nm pump laser, laser frequency locking module, optical parametric oscillator, acoustooptic modulator, frequency doubling module and emission optical assembly;Echo receiving module: optical receiving telescope and optical lens assembly, F-P filter, polarization light splitting prism, iodine molecular absorption cell, Fizeau interferometer and photodetector;Data acquisition and processing module.The present application fuses differential absorption lidar and two detection systems based on interferometer high spectral lidar, adopts seed injection optical parametric oscillator laser technology, obtains high frequency stability 822nm laser to realize atmospheric humidity profile fast measurement, remaining 532nm laser realizes atmospheric temperature profile fast measurement, finally inverts atmospheric waveguide parameter, realizes atmospheric waveguide efficient and accurate measurement.

The application discloses a kind of blast furnace humidity automatic regulating method, device, equipment and storage medium.The method is executed by the blast furnace equipment with first humidification steam pipeline and second humidification steam pipeline, comprising: obtaining preset humidity information, and judging whether the current target blast furnace exists furnace changing operation;According to the blast pressure difference and current atmospheric humidity, determine the current air humidity adjustment value, and obtain the adjustment dead zone width according to the current air humidity adjustment value;According to the current atmospheric humidity, target blast humidity and current blast humidity, obtain air humidity difference value;According to the size relationship of air humidity difference value and adjustment dead zone width, the opening of first humidification steam pipeline and / or second humidification steam pipeline is adjusted, to automatically regulate the blast furnace humidity.Through the technical scheme of the application, the automatic regulation of blast furnace humidity can be realized, and the control precision and regulation speed of blast furnace humidity are improved.

The application relates to a control method, device and equipment for preventing overloading of a discharging motor of a dryer, which comprises the following steps: determining an initial discharging interval of to-be-discharged grains according to the grain type, initial moisture of the to-be-discharged grains, target moisture, atmospheric humidity and working temperature of a burner of the dryer; if the initial discharging interval meets preset time conditions corresponding to the to-be-discharged grains, the initial discharging interval is determined as a target discharging interval; if the initial discharging interval is less than a grain drying moisture time, the initial discharging interval is adjusted until the adjusted discharging interval meets the time conditions, and the adjusted discharging interval is determined as the target discharging interval; and discharging of a discharging gate of a discharging bin to the dryer for drying is controlled according to the target discharging interval. Through the method, the time required for determining the target discharging interval is shortened, and the method has good applicability for long-time continuous operation or short-time operation.

The water harvesting system includes: an air processing subassembly; a moisture harvesting subassembly; a collection subassembly; and a water tank interface. The air processing subassembly includes: an air inlet; and a blower. The moisture harvesting subassembly includes an adsorption chamber containing a sorbent configured to: during an adsorption phase, capture water from the outdoor air flow; and during a desorption phase, release water to generate a humidified desorption flow. The collection subassembly includes: a refrigeration subsystem configured to condense harvested water from the humidified desorption flow; an air exhaust; and a water outlet. The water tank interface: is disposed within a through-bore of a water tank of the water dispenser; fluidically couples the water outlet to an internal volume of the water tank; and is configured to direct the harvested water from the water outlet into the internal volume of the water tank.

This utility model discloses a centipede breeding incubator, including a breeding room, breeding units, and a moisturizing drip system. Several breeding units are arranged on the floor of the breeding room. The moisturizing drip system is located above the breeding units and includes a water supply pipe and a drip pipe. The water supply pipe is laid in a mesh pattern above the breeding room, and its inlet is connected to a water tank. Several outlets are arranged above each breeding unit, and a drip pipe is installed at each outlet. A flow regulator is provided on the drip pipe. This utility model, by setting up a moisturizing drip system above the breeding units, controls the indoor humidity while simultaneously moisturizing the breeding substrate through the drip system. Under human intervention, it maintains suitable atmospheric and substrate humidity, significantly reducing infighting among centipedes and improving survival rates during the growth process.