8results about How to "Reduce excess" patented technology

The application belongs to the technical field of water treatment, and discloses a water plant raw water turbidity fluctuation pretreatment method and system considering mountainous rainstorm confluence process, which can adaptively process the problems of raw water turbidity sudden rise, instantaneous flow impact and water quality rapid fluctuation in the mountainous rainstorm confluence process. The rainstorm confluence state is judged through the inlet water turbidity data, the high-turbidity water at the initial stage of rainstorm can be identified in time, and the system is prevented from being passively operated according to the fixed process. When the inlet water turbidity meets the initial rainstorm confluence condition, the initial high-turbidity raw water is diverted to the initial water collection tank and temporarily settled, which can reduce the direct entry of silt, suspended matter and sundries into the subsequent treatment unit, and reduce the risk of filter screen blockage, sudden increase of sedimentation load and system impact.

The application discloses a kind of automatic smearing equipment for lubricating grease of speed reducer, including installation base, setting in the receiving cavity of installation base top, limit mechanism is installed in receiving cavity inside and is set in the auxiliary cleaning mechanism and lubricating mechanism of receiving cavity both sides, receiving cavity top is equipped with locating cover, locating cover is located just above limit mechanism, sliding groove is opened in the both ends of installation base, auxiliary cleaning mechanism and lubricating mechanism are all set in sliding groove inside;Compared with prior art, when the gear gap is smeared with lubricating grease, the discharge plate and one side of the gear can be staggered, and the angle of the extrusion piece can be adjusted according to actual use requirements during the movement, so that the extrusion piece can be cross-set on one side of the discharge plate, so that the included angle is less than the angle of the gear side gap, and the lubricating grease can be attached to the gear during subsequent lubrication process, to ensure uniform feeding of the equipment and reduce excess or insufficient conditions.

The invention discloses a wind hydrogen storage collaborative digital real-time management and control platform and method, and relates to the technical field of power grids, and the platform comprises a time calculation module which calculates the structure propagation time based on the effective length of a blind branch pipe; the segmentation module is used for obtaining a plurality of continuous time periods based on the structure propagation time; an amplification module that calculates a first statistical value based on the continuous time period, and calculates a structure amplification factor based on the first statistical value; the coupling module is used for defining a tank opening pipe section and calculating the three-way parallel coupling amount according to the tank opening pressure time sequence and the structure amplification factor of the tank opening pipe section; and the correction module obtains a corrected hydrogen production power adjustment amount according to the three-way parallel coupling amount. According to the invention, invalid charging and discharging times of the energy storage system can be effectively reduced, and grid-connected power fluctuation amplitude is reduced.

This invention provides a method and system for zoned ventilation control of ventilated curtain walls, relating to the field of air conditioning and ventilation control technology. The invention divides the ventilated curtain wall area into several monitoring zones, collecting real-time data on air temperature, humidity, carbon dioxide concentration, temperature difference, wind speed, air volume, solar irradiance, fan power, and energy consumption parameters. It calculates air quality index, air-temperature synergy optimization index, and energy efficiency index. For unqualified or abnormal zones, it automatically generates ventilation enhancement strategies, adaptive ventilation adjustment strategies, and fan optimization strategies. Through multi-parameter correlation analysis, it establishes zoned temperature field and airflow models, identifies abnormal zones, and generates optimized operation and maintenance strategies, achieving balanced air quality, optimized ventilation effect, and energy consumption control. This system can be used in applications involving air conditioning, humidification, ventilation, and airflow as a shield, improving indoor environmental comfort and energy efficiency.

The present application relates to the technical field of radiotherapy control, and discloses a treatment control method and system for AB-BNCT. The method comprises the following steps: sending a beam-out condition verification request and a beam-out safety verification request in response to a beam-out request; sending a beam-out button display instruction after receiving the pass results, so that the beam-out button is displayed based on a preset state; monitoring main real-time beam data in real time in response to a state change of the beam-out button; determining a main real-time neutron absorption dose based on the main real-time beam data; and sending a beam control instruction to an accelerator based on the main real-time neutron absorption dose and a target neutron absorption dose, so that the accelerator controls the beam in response to the beam control instruction. By comparing the real-time dose with the target dose, the treatment is continued or stopped, and the accuracy of the treatment and the safety of the patient are ensured. The present application solves the technical problems of low safety and dose verification lag in the existing AB-BNCT treatment, and improves the safety and efficiency of AB-BNCT treatment.

Embodiments of the present disclosure disclose a replenishment device, a replenishment system, a replenishment control method and a controller. A specific embodiment of the replenishment device comprises: a goods channel assembly comprising a bottom plate and two side plates, the two side plates being spaced apart on the upper surface of the bottom plate to form a goods channel for accommodating goods; a pressure roller assembly comprising a pressure roller, a lifting driving mechanism and a rotating driving mechanism, the pressure roller being arranged above the goods channel at a position close to a goods outlet, the lifting driving mechanism being used to control the height of the pressure roller from the goods channel, and the rotating driving mechanism being used to control the rotation of the pressure roller; a stopper being arranged at the goods outlet and used to block the goods outlet to keep the goods in the goods channel; wherein, during the goods outlet process, the stopper stops blocking, the pressure roller is in contact with the surface of the goods in the goods channel and rotates to move the goods in the goods channel out of the goods outlet. The embodiment is related to warehouse technology, and the pressure roller assembly can accurately control the replenishment rhythm and reduce or avoid the phenomena of multiple goods and goods jamming.

This utility model discloses a carbon fiber sizing mechanism, relating to carbon fiber processing, including a coating component and a homogenizing component. The coating component has combined columns installed at both ends, and the homogenizing component is connected to the lower side of the combined columns. A guide rail is horizontally connected to the bottom of the combined columns. The homogenizing component includes a stabilizing seat, an electric push rod, a support frame, and a scraper. This carbon fiber sizing mechanism, by horizontally mounting homogenizing components on one side of each of two symmetrically arranged combined columns, allows for appropriate adjustments based on the thickness of the carbon fiber sheet. It also ensures uniform coating of the sizing material according to the sizing requirements, avoiding over-coating and material waste. The structural arrangement of the coating component, combined columns, and guide rail ensures structural flexibility to meet the processing needs of different thicknesses.

The application discloses adipic acid tail gas recovery and preparation of electronic grade nitrous oxide, and belongs to the technical field of industrial tail gas resource recovery and electronic special gas preparation. Step one: introducing the nitrous oxide-containing tail gas generated by nitric acid oxidation of cyclohexanol and / or cyclohexanone in the adipic acid production process into a tail gas buffer tank, carrying out heat exchange and temperature reduction, gas-liquid separation and mist removal treatment, and then introducing the tail gas into an alkali washing tower to remove nitric acid mist drops and acidic components, so that first-stage purified gas is obtained; in view of the characteristics that the content of nitrous oxide in the adipic acid tail gas is relatively high but the impurities are complex, a combined process of "front-end mist removal alkali washing, low-temperature oxidation absorption, adsorption pre-purification, pressure swing adsorption enrichment, low-temperature condensation rectification, terminal purification and clean filling" is adopted, so that efficient recovery of nitrous oxide and preparation of electronic grade products are realized.