11results about How to "Reduce running power consumption" patented technology

The invention discloses a factory water pressure regulation and control method and system for multi-pump combined water supply and a medium, and relates to the technical field of water pressure regulation and control. Establishing a water demand model of the target water supply area based on the hydraulic distribution data, and constructing an optimal pressure interval model of the target water supply area according to the pressure monitoring data; reversely calculating factory water pressure of the target water supply area according to the water demand model and the optimal pressure interval model; the optimal working frequency of each pump is calculated by taking factory water pressure as a target and taking the optimal multi-pump combination efficiency as a constraint condition; according to the scheme, the method is improved on the basis of the traditional water pressure regulation and control technology, the water consumption characteristics of the water supply area are simulated by using the pressure and hydraulic distribution data of the terminal nodes, and the optimal pressure interval model of the target water supply area is constructed according to the pressure monitoring data, so that the energy consumption of the water supply pump house is reduced; the water pump always operates in the optimal efficiency interval, the operation power consumption of the pump station is reduced, and the tap water supply cost is reduced.

A steam powder tail gas waste heat recovery refrigeration coupling DTB crystallization system comprises steam powder process equipment for conducting steam flow crushing on titanium dioxide materials through steam, crystallization process equipment for crystallizing titanium liquid and a refrigerating unit. The refrigerating unit is externally connected with a cooling circulation mechanism, and a generator, an absorber, a condenser and an evaporator are arranged in the refrigerating unit. And the absorber, the condenser and the cooling circulation mechanism are circularly connected to form a second circulation. And a second cooling medium is filled in the second circulation. The steam powder process equipment comprises a steam flow crusher and a steam powder tail gas spray tower, and the steam powder tail gas spray tower is circularly connected with the generator to form a first cycle. And a third cycle is arranged in the crystallization process equipment, and a third cooling medium is filled in the third cycle. According to the utility model, the refrigerating unit is matched with the three-stage DTB crystallization process, so that the efficient utilization of energy is realized, and the retention time and the crystal growth time in the crystallization process are effectively controlled.

The invention relates to a video super-resolution processing method and device, a storage medium and a chip. The method comprises the steps of obtaining a to-be-processed video frame; performing video super-division on the brightness component of the video frame to be processed through a video super-division model deployed on a neural network accelerator, and performing interpolation processing on the chrominance component of the video frame to be processed; and integrating the brightness component obtained after super-division and the chrominance component obtained after interpolation. The interpolation operation of the U and V channel data and the super-division of the Y channel data are solidified in the video super-division model at the same time, so that the super-division of the Y channel data and the interpolation operation of the U and V channel data can be executed in parallel on the APU, the interpolation of the U and V channel data can be executed in parallel on the APU on the basis that only the calculation amount of the super-division of the Y channel data is reduced, and the calculation amount of the super-division of the Y channel data is reduced. According to the invention, faster video super-component speed and lower power consumption can be obtained, the video is smooth and not blocked, the operation power consumption is low, the heating phenomenon is reduced, and the user experience is improved.

The utility model belongs to the technical field of thermal power equipment, and relates to a high-efficiency combined preheater system of a thermal power plant boiler, which comprises a tubular air preheater arranged at the tail part of the boiler and used for heating primary air and a rotary air preheater used for heating secondary air, flue gas inlets of the tubular air preheater and the rotary air preheater are connected with a flue outlet of the denitration system, flue gas outlets of the tubular air preheater and the rotary air preheater are connected with the dust remover, and a water supply heat exchanger is further arranged between the flue gas inlet of the tubular air preheater and the flue outlet of the denitration system. The rotary preheater can further improve the operation efficiency of a coal power plant, solves the problems of high air leakage, loss and catalyst blockage of a traditional rotary preheater, has the advantages of energy conservation, economy and reliability, and meets the technical requirements of efficient and clean operation of a thermal power plant.

The present invention discloses an automatic control method and system for a dust removal fan for iron tapping based on the weight change of a molten iron ladle, which relates to the field of ore-blasting furnaces, and includes a molten iron ladle, a weighing sensor, a fan parameter intelligent control module, a fan control cabinet and a fan; the steps include: judging whether there is a molten iron ladle under the current iron tapping hole according to the signal value of the weighing sensor; the fan enters a pre-working mode and starts low-power parameter operation, and whether the electric signal value G after continuous conversion by the fan parameter intelligent control module increases over time; the fan enters a working mode, and the fan parameter intelligent control module continuously judges the weighing signal value; the molten iron ladle begins to move away after being filled with molten iron, and the fan parameter intelligent control module judges the size of the electric signal value G. The present invention can monitor the iron tapping amount in real time by setting a weighing sensor, and at the same time, accurately judge the iron tapping state of the iron tapping hole in real time according to the weight of the molten iron ladle through the fan parameter intelligent control module and corresponding judgment conditions.

The starting method of the extruder for producing the polypropylene thin-wall injection molding product comprises the following steps: step 1, selecting a ZSK type double-screw extruder, and setting various initial working parameters of the extruder; step 2, starting an extruding machine, and carrying out material pulling on the template; 3, after template material pulling is completed, template seepage materials are cleaned, and after cleaning is completed, die assembly is conducted on the granulator; step 4, observing the shape of the granules at the sampling port, and if the granules are large and many, lifting the load of the extruding machine to adjust; according to the method, only the process parameters of the ZSK type double-screw extruder are adjusted, operation is easy, modification does not need to be added, and universality is good; meanwhile, by determining the optimal process parameters, the finally obtained polypropylene thin-wall injection molding product particles are regular in appearance, the operation power consumption of an extruder granulator is effectively reduced, and the wear of a cutter of the granulator is reduced.

The invention discloses a low-carbon and energy-saving sludge culture method and device of an aerobic granular sludge technology, the device is mainly used for sewage treatment, and the device comprises a reaction tank (1), an aeration mechanism, a sludge discharge mechanism, a water distribution system and a control system (2); the reaction tank is used for accommodating a mixed solution containing activated sludge; the aeration mechanism is configured to supplement oxygen into the mixed liquid; the sludge discharge mechanism is configured to discharge the mixed liquid in the reaction tank; the water distribution system is configured to add water into the reaction tank (1) and has a first water adding state and a second water adding state, the first water flow speed of the first water adding state is V1, the second water flow speed of the second water adding state is V2, and V2 is greater than V1; the control system is configured to control the working state of the water distribution system according to the sludge volume index (SII30) and the concentration of the mixed liquid suspended solids (MLSS), and the running time and the water flow speed in the corresponding working state.

The invention provides a desalting water device transformation process, and relates to the technical field of desalting water device transformation. According to the transformation process, on-site wastewater discharge is reduced, and the water treatment capacity of companies is reduced; the mixed bed regeneration frequency is reduced, the water production rate of the system is improved, the industrial water consumption is reduced, the concentrated water reverse osmosis membrane chemical cleaning frequency is reduced, the cleaning wastewater discharge amount is reduced, the device operation life is prolonged, the reverse osmosis membrane desalination rate attenuation is delayed, the first-stage process and turbine condensation pump operation power consumption is reduced, the system pollution and blockage are reduced, and the field leakage points are reduced. And the transformation process can ensure the production safety, the devices can be mutually standby, the water production safety is ensured, the normal supply of desalted water of a company is ensured, the transformation cost is low, and the return period is short.

The utility model discloses an auxiliary machine cooling water system and a power plant. The auxiliary machine cooling water system comprises a first cooling module, a second cooling module, a first connecting pipe, a first control valve, a second connecting pipe and a second control valve. The other end of the first connecting pipe is communicated with the end, away from the second water tank, of the second water supply pipe. And the other end of the second connecting pipe is communicated with one end, far away from the second water tank, of the second water return pipe. According to the auxiliary machine cooling water system, when one of the first unit and the second unit is shut down and the other one is operated, one of the first water pump and the second water pump is correspondingly shut down, and cooling water is supplied through the other one of the first water pump and the second water pump, so that the requirements of the first unit and the second unit for the cooling water are met at the same time; the operation power consumption of the auxiliary machine cooling water system is reduced, and the energy-saving and consumption-reducing effects are achieved.

The escalator energy-saving system comprises a first escalator and a second escalator which are opposite in running direction, are driven by a first frequency converter and a second frequency converter respectively and are provided with an energy-saving device. The energy-saving device comprises a first connecting end and a second connecting end which are respectively connected with DC buses of two frequency converters, an energy storage unit, and a first power conversion unit and a second power conversion unit which are connected between the connecting ends and the energy storage unit. The control unit detects bus voltage at the two ends and the state of the energy storage unit in real time and controls the working mode of the power conversion unit according to the bus voltage, and when one escalator goes down for power generation and the bus voltage rises, the control unit controls the corresponding unit to store energy into the energy storage unit; and when the bus voltage is reduced due to the ascending power consumption of the other escalator, the corresponding unit is controlled to release the energy in the energy storage unit for compensation. Automatic cyclic utilization of energy between the two escalators is achieved, electric energy is effectively saved, energy waste is avoided, a power grid is not polluted, the structure is simple, and implementation is convenient.

The present invention discloses a waveform vibration membrane bioreactor, comprising: a reactor, a static horizontal membrane assembly, a vibrating waveform membrane assembly, a vibration assembly, a motor, a crankshaft connecting rod and a connecting rod arm; a static horizontal membrane assembly is vertically fixed in the reactor, and a vibrating waveform membrane assembly is respectively provided on both sides. The vibration assembly is used to connect two waveform membrane assemblies, the top of the vibration assembly is connected to the crankshaft connecting rod, the crankshaft connecting rod passes through the reactor cover and is connected to the connecting rod arm, and the motor is connected to the connecting rod arm and drives the crankshaft connecting rod to reciprocate up and down. The vibrating waveform membrane assembly is composed of a plurality of horizontally arranged hollow fiber membranes, and the side surfaces of the membranes are arranged in a sinusoidal shape. The advantages of the present invention are: the overall vibration of the membrane assembly is converted into a partial vibration mode, thereby reducing power consumption; the waveform arrangement of the vibrating membrane greatly improves the membrane pollution control effect, and can realize the self-cleaning effect of the membrane; the vibrating waveform membrane assembly has a high water production flux, which can realize the rapid concentration of pollutants in sewage.