12results about How to "Long life cycle" patented technology

The invention discloses a fluid pulsation accelerator architecture for reinforcement learning of a large language model, and belongs to the technical field of artificial intelligence hardware acceleration. The system aims at solving the problems that when a current universal processor executes an RLHF working load, an instruction driving normal form is not matched with data flow calculation, fixed parallel granularity cannot adapt to a dynamic load, and the efficiency is low due to the fact that a framework does not sense data statistical characteristics. The core of the system is a liquid systolic array calculation fabric capable of being dynamically reconstructed, execution is triggered through data flow, and kernel boundaries and instruction overhead are eliminated. According to the system, a global lookup table subsystem is fused, and nonlinear calculation is optimized through merging query and parallel lookup by using data distribution prior; and a dynamic scheduling unit is configured, and elastic parallelism is realized by adopting a resource allocation algorithm supporting work stealing. According to the method, the throughput and the energy efficiency of RLHF training and a large language model reasoning stage can be remarkably improved, and a new design normal form is provided for a next-generation AI special computing architecture.

This application discloses a method and system for predictive maintenance of ferroalloy exhaust gas purification, relating to the field of exhaust gas purification. The method includes acquiring and preprocessing real-time operating condition data and real-time performance data of a ferroalloy exhaust gas purification system to obtain preprocessed data; establishing an operating condition-performance correlation model based on historical operating condition data and historical performance data from a pre-set historical database, and extracting degradation characteristic parameters reflecting changes in the health status of the purification unit from the preprocessed data based on the operating condition-performance correlation model; using a time series prediction algorithm to predict the remaining effective operating time of the purification unit based on the degradation characteristic parameters; triggering graded early warnings based on the remaining effective operating time and outputting performance optimization instructions corresponding to the graded early warnings; adjusting real-time performance data based on the performance optimization instructions, and optimizing the operating condition-performance correlation model based on the adjusted real-time performance data. This application has the effect of predicting and identifying the performance degradation of the purification unit and enabling forward-looking control.

The application relates to a linear sweep frequency laser generating device, which comprises a semiconductor laser, a driving circuit, a laser beam splitter, a laser frequency discriminator unit, a radio frequency signal generating unit and a laser frequency shift unit; the semiconductor laser is controlled by the driving circuit to generate sweep frequency laser, and is divided into two beams by the laser beam splitter and enters the laser frequency discriminator unit and the laser frequency shift unit respectively; the laser frequency discriminator unit extracts a nonlinear sweep frequency component of the sweep frequency laser and generates a control signal to control the radio frequency signal generating unit; the radio frequency signal generating unit generates a radio frequency signal with a frequency opposite to that of the nonlinear sweep frequency component according to the control signal to drive the laser frequency shift unit; the laser frequency shift unit modulates the frequency of the radio frequency signal on the input light frequency to offset the nonlinear sweep frequency component of the sweep frequency laser and output linear sweep frequency laser. Compared with the prior art, the application has the advantages of high sweep frequency rate, large sweep frequency range and linear sweep frequency laser.

A vehicle-stopping component includes a hydraulic cylinder. The piston portion of the hydraulic cylinder is connected to an assembly shaft via a coupling. I-shaped rails and vehicle-stopping blocks are spaced apart on the assembly shaft. The I-shaped rails and vehicle-stopping blocks are of equal width and parallel in direction. The assembly shaft is movably positioned within a slotted section of the mine car's running track, and the width of the I-shaped rails and vehicle-stopping blocks is smaller than that of the slotted section of the mine car's running track. This invention provides a novel vehicle-stopping mechanism, particularly suitable for vehicle-stopping applications in underground non-gradient locations. Its structure is simpler, its manufacturing and maintenance costs are lower, and its service life and maintenance cycle are longer.

The application discloses a black start power supply system and a running method for a compressed air energy storage power station, and relates to the technical field of compressed air energy storage. The system comprises a compression subsystem, a turbine power generation subsystem, a gas storage unit, a molten salt heat storage subsystem, a high-temperature water heat storage subsystem and a self-driven black start turbine power generation system. The self-driven black start turbine power generation system utilizes high-pressure air and high-temperature water of the power station as a power source, realizes full-mechanical pressure self-driving through power-off valve opening and self-force valve group, and can be automatically started when the whole power station loses power. The high-pressure turbine and the low-pressure turbine coaxially drive a permanent magnet generator to generate power, and the permanent magnet generator preferentially supplies power to auxiliary machines of the power station to complete the start of a main turbine unit, thereby abandoning a traditional battery type UPS, reducing initial investment and operation and maintenance costs, avoiding the risk of battery thermal runaway, prolonging the service life of the equipment and being the same as the service life of the power station, and fundamentally solving the problems of high cost of the existing black start power supply and short service life of the battery core.

The utility model discloses a kind of bulldozing shovel structure and small excavator for small excavator, bulldozing shovel includes left bulldozing arm, right bulldozing arm, crossbeam, shovel body, the crossbeam is connected between left bulldozing arm, right bulldozing arm, left bulldozing arm, right bulldozing arm tip connects shovel body, left hinge point seat is welded and connected to the end of left bulldozing arm away from shovel body;Right hinge point seat is welded and connected to the end of right bulldozing arm away from shovel body, the crossbeam is provided with hinge lug plate;Left bulldozing arm, right bulldozing arm are rectangular steel tube structure.The utility model is to the present situation that small hydraulic excavator bulldozing shovel structure is not good, optimization innovation design is carried out, manufacturing cost is reduced, structural strength is optimized, structural deformation is reduced, the purpose of reducing cost and increasing efficiency is achieved, improve bulldozing shovel performance, improve bulldozing shovel quality, extend its service life cycle.

This invention relates to the field of resource recycling technology, specifically disclosing a system and method for extracting and recovering metals from etching waste liquid. The extractant combination of this invention can minimize the loss of etching aids, preserve the original composition of the etching liquid, and allow the etching liquid to be completely reused after reducing copper, molybdenum, and other metal ions. The extractant of this invention has a long effective life cycle of extraction-back-extraction, minimal loss of extractant aids in the extraction-back-extraction cycle, and no emulsification / flocculation of the extract phase during the extraction process. The extraction rate of copper and molybdenum in the etching liquid is high. By using a specific three-phase extractant combination, more than 98% of copper and molybdenum in the waste liquid can be recovered. The copper extraction process has a good retention effect on nitrogen azole etching aids, such as 5-aminotetrazole, thereby forming a closed loop in the extraction-back-extraction cycle of the etching liquid, reducing material input and pollution.

The invention discloses an energy storage equipment lease capacity adjustment method, and relates to the technical field of energy storage equipment. The method comprises the steps of obtaining business data of energy storage equipment and peak and valley electricity prices of an area where the energy storage equipment is located, inputting the business data and the peak and valley electricity prices into a first economic benefit model and a second economic benefit model, outputting to obtain a first economic benefit and a second economic benefit, and executing capacity leasing if the second economic benefit is larger; after renting, net load power and residual electric quantity are collected in real time, a dynamic weight equation is constructed, and charging and discharging power and electricity purchasing and selling power are obtained through threshold analysis. And a cost objective function is constructed based on the charging and discharging power and the electricity purchasing and selling power, and a differential evolution algorithm is used for solving to obtain the optimal capacity configuration and the lowest operation cost. After the capacity is distributed according to the optimal configuration, the independent operation cost is obtained, the difference between the minimum operation cost and the independent operation cost is calculated through a Nash bargaining model, the independent operation cost is updated and fed back to the two models, re-evaluation is carried out to decide next lease, and lease capacity adjustment is achieved.

The invention belongs to the technical field of chemical cleaning, and particularly relates to an environment-friendly efficient cleaning agent for a membrane material based on an environment-degradable material, which comprises a stimuli-responsive cleavable surfactant, a biogenic polycarboxylic acid chelating system, an environment-induced degradation accelerator, a modified biopolymer membrane layer protective agent and a permeation enhancement cofactor, the controlled extinguishing of interfacial activity is realized by utilizing the acid-induced fracture characteristic of an acetal bond of a surfactant, and active induced degradation is realized through a microcapsule packaging oxidation catalysis system; while efficient decontamination and membrane protection are realized, the medicament degradation period is remarkably shortened, and the foam impact of waste liquid on a biochemical system is thoroughly eliminated.

The utility model relates to a track sliding pipe device with a permanent magnet eddy current braking mechanism, which comprises a track, a permanent magnet eddy current braking mechanism, a permanent magnet eddy current braking mechanism, a permanent magnet eddy current braking mechanism and a permanent magnet eddy current braking mechanism, and the permanent magnet eddy current braking mechanism is arranged on the permanent magnet eddy current braking mechanism. The tackle comprises a tackle body and tackle braking assemblies arranged on the two sides of the tackle body, each tackle braking assembly comprises mounting seats which are oppositely arranged, the mounting seats are sunken inwards from the opposite faces to form mounting grooves, magnets are fixed in the mounting grooves, a distance is formed between the magnets, and the distance is larger than the thickness of the braking plate; based on electromagnetic induction and the Lenz's law, eddy current is generated through relative movement of the magnet and the aluminum brake plate to achieve braking, kinetic energy is converted into heat energy, and compared with traditional schemes such as rubber sheet friction braking and spring pressurization braking, the non-contact characteristic eliminates mechanical abrasion, and the service life of equipment is remarkably prolonged.

A wear resistant cap (100) is securable to a surface of a bit holder (400), the wear resistant cap (100) comprising a top panel (101) and a side panel (102), wherein the top panel (101) comprises a peripheral section (103) enclosing an opening (105); wherein the forward extension (e1) the top panel (101) or together with an extension (e3) of a side wall at the front is larger than the rearward extension (e2) the top panel (101). A bit holder arrangement is also disclosed, which comprises a bit holder and a wear resistant cap releasably attached to the upper surface of the bit holder.

The present application relates to the technical field of vehicle control, and discloses a TCU low-speed lock system and method, which preliminarily predicts the deceleration expectation of a driver when downhill driving by sensing different brake strokes and brake forces, fuses the slope + wheel speed / rotation speed signals detected by an IMU in real time, dynamically calculates a target gear by a TCU according to various sensors and other vehicle information, automatically calculates an optimal lock point, and synchronously adjusts fuel injection quantity, ignition angle and other electronic injection parameters by a joint ECU during the collaborative action of an electric control clutch and a gear shifting motor, so as to realize multi-system collaborative control, reduce brake load, reduce brake disc temperature rising speed, prolong the service life of the brake disc, greatly improve the engine braking efficiency, smooth the downshift and lock processes, improve the driving stability of the vehicle on a curve, improve the fuel economy of the vehicle and optimize the driving experience.