27results about How to "Guaranteed throughput" patented technology

The invention relates to a lake and warehouse integrated data processing method, device and equipment, a medium and a program product. The method comprises the following steps: collecting heterogeneous data from a data source in batches and / or in real time; cleaning is carried out according to the types of the heterogeneous data, and the cleaned data are stored in a constructed real-time lake bin; constructing an ETL (Extract-Transform-Load) link for the data in the real-time lake and warehouse, and processing the data through the ETL link to obtain processed data; wherein the ETL link is an extraction, conversion and loading link; and querying the processed data from the real-time lake cabin through a calculation engine, and providing corresponding data service. Therefore, the timeliness of data entering the lake can be improved as much as possible under the condition that the throughput rate is guaranteed, the stability of the whole processing process is high, the intelligence of ETL link processing is well improved, and the lake-warehouse integrated data management efficiency is remarkably improved.

The invention belongs to the technical field of airport flight scheduling and information, and discloses a flight reduction and timing method and system based on an airport transportation and management committee mode. The method comprises the following steps: acquiring flight adjustment information, and establishing a flight operation adjustment information set; the bureau side confirms a next-day flight scheduling and reducing target set according to the flight operation adjusting information set; after the airport operation command center obtains the next-day flight adjustment and reduction target, consultation participated by the airport, the airline and the bureau is carried out, the influenced next-day flight is evaluated, and a flight adjustment scheme is negotiated; and for the flight adjustment scheme, each airline confirms and is consistent with an airport and a bureau, and a final flight adjustment and reduction scheme is formed. The airport flight cooperation capability can be effectively improved. Information sharing is carried out by establishing multi-party information channels, and flight adjustment information can be obtained in time; flight adjustment gives consideration to flight reduction and time adjustment, and airport flight throughput can be ensured as much as possible under the condition of maximum capacity.

The invention belongs to the field of RDMA and cloud memory pooling, and provides a cloud memory pool priority flow control method and system based on RDMA, a cloud server is used as a cloud cloud memory pool of a plurality of local nodes, the local nodes read and write memories in a cloud memory pool server through RDMA, the memory capacity of the local nodes is logically expanded, and the priority flow control of the cloud memory pool is realized. The memory demand and the memory utilization rate of each local node on the cloud memory pool are monitored through a dynamic regulation and control algorithm, the memory capacity allocated to each local node by the cloud memory pool is dynamically regulated and controlled, the memory utilization rate is improved, and meanwhile, by maintaining a table containing the priority of each local node, when network congestion occurs, the network congestion rate is improved through priority scheduling. Network congestion control is realized, high-speed and stable data transmission and remote memory access are provided for high-priority nodes while the network throughput is ensured, and the processing speed of important transactions is ensured.

The invention discloses a message processing method, which is applied to VPP protocol equipment, the VPP protocol equipment comprises a fast path node and a common path node, and the method comprises the following steps: when a target message is received, extracting target message information from the target message; determining a processing mode of the target message according to the target message information; if the processing mode is a fast processing mode, sending the target message to a fast path node, so that the fast path node calls a historical processing parameter corresponding to the target message from a historical message record, and processes the target message by using the historical processing parameter; and if the processing mode is a common processing mode, sending the target message to a common path node, so that the common path node processes the target message. According to the scheme, rapid and efficient message forwarding processing can be realized, and the message throughput performance in the VPP is ensured. The invention further provides a message processing device, electronic equipment and a computer readable storage medium which all have the above technical effects.

The invention belongs to the field of computer hardware resource management, and discloses a computer hardware resource intelligent management method; the method comprises: collecting task data of users and comprehensive monitoring data of computers at the same time point, and constructing a structural association diagram; establishing a resource pool, allocating each user's task to the resource pool according to the structural association diagram, and dynamically updating the tasks in the resource pool; using a hybrid scheduling algorithm to adaptively update the task priority and time slice length of each user in the resource pool, and dynamically queuing the user's tasks; executing each user's task according to the dynamic queue, and realizing efficient and high-quality intelligent management of computer hardware resources through comprehensive processing and hybrid algorithms.

The application relates to the technical field of motor control and discloses a servo drive control system based on DSP, ARM and FPGA multi-platform cooperation, which comprises FPGA, DSP and ARM modules connected through a parallel data bus, a dual-port storage module, an analog-digital conversion module and an inverter module, the FPGA is connected with the DSP and the ARM through a hardware control bus, the maximum transmission delay window is calculated by the DSP based on motor electrical angular velocity, bus arbitration is performed by the FPGA according to the window and burst access prediction duration, sampling data and carrier relative time stamps are encapsulated and stored into the dual-port storage module, phase dynamic compensation is performed by the DSP by reading data in combination with real total delay time, space vector pulse width modulation duty cycle parameters are generated, and the FPGA outputs a plurality of switch tube driving signals based on the parameters. The application eliminates rotor magnetic field phase deviation caused by bus competition suspension, guarantees closed-loop current decoupling accuracy and maintains communication throughput.

The invention discloses lifting transfer equipment and a standing line body, and relates to the technical field of intelligent glasses machining, the lifting transfer equipment is used for transferring a pressure maintaining tool with multiple layers of standing carriers distributed in the standing equipment in the vertical direction, and the lifting transfer equipment comprises an operation platform, a first conveying device and a first transfer device; the working platform is provided with a first station; the first conveying device is configured to convey a pressure maintaining tool loaded with a dispensing part, and a conveying path passes through the first station; the first transfer device is provided with a first picking piece, the first picking piece moves in the vertical direction so as to be provided with a first handover position close to the first station and a plurality of second handover positions away from the first station, and the first picking piece can be in butt joint with the multiple layers of standing carriers at the multiple second handover positions. According to the technical scheme provided by the invention, automatic transfer from the pressure maintaining tool to the standing equipment or automatic transfer from the pressure maintaining tool to the standing equipment is realized, and the transfer efficiency of the standing equipment is improved.

The present invention discloses a desulfurization and decarburization rotating bed apparatus and method, the apparatus is a spherical reactor structure, and the apparatus comprises: a decarburization unit, which comprises a rotating shaft and a tree-shaped baffle plate, and the rotating shaft is vertically arranged in a spherical reactor in a penetrating manner; the whole tree-shaped baffles are tree-shaped and are arranged in a layered mode in the circumferential direction of the rotating shaft, the number of the baffles in each layer is multiple, the baffles are evenly arranged at intervals, and deviation angles are formed in the baffles of the adjacent layers in the radial direction. The connecting rod of the lower-layer baffle is longer than that of the upper-layer baffle; in the rotating process of the rotating shaft, the CO2 absorbent impacts the baffle plate from top to bottom, the baffle plate crushes liquid into fine fog drops and makes the fog drops descend spirally, and gas-liquid mass transfer is performed between the fog drops and flue gas from bottom to top while the fog drops descend; and the desulfurization unit is positioned below the decarburization unit and is used for forming contact mixing of the spirally ascending flue gas and the spirally descending SO2 absorbent. Desulfurization and decarburization processes are integrated in the same spherical reactor, so that the integration of desulfurization and decarburization is realized.

The utility model discloses a test circuit, which relates to the technical field of communication, and comprises an antenna port for accessing an antenna, a radio frequency transceiver, a change-over switch circuit and a filter circuit, the change-over switch circuit is electrically connected with the radio frequency transceiver and the filter circuit, and the filter circuit is electrically connected with the antenna port. The change-over switch circuit is used for switching and outputting a transmitting signal to the filter circuit when interference exists between a receiving signal and the transmitting signal of the radio frequency transceiver; and the filter circuit is electrically connected with the change-over switch circuit and the antenna port, and the filter circuit is used for filtering the transmitting signal and outputting the filtered transmitting signal to the antenna port. The utility model aims to optimize the sensitivity index of the SCC, ensure the throughput and networking quality of the CA combined signal in actual use, and further improve the user experience.

The present invention discloses a high-efficiency and low-energy consumption industrial waste gas purification device, including a shell, and a filter assembly and an absorption assembly arranged in the shell, one side of the shell is open and welded with a gas collecting hood, the end face of the gas collecting hood is provided with a through hole, the filter assembly includes a separation cylinder, one side of the separation cylinder is open and movably connected to the first side plate bearing, the other side of the separation cylinder is welded and connected with a first sleeve at the center, the first side plate is welded and connected with a second sleeve at the center, a plurality of slag collecting assemblies distributed in an annular shape are arranged on the inner wall of the separation cylinder, the absorption assembly includes an inner treatment cylinder and an outer treatment cylinder, and the inner treatment cylinder is provided with an outer treatment cylinder. The overall structure of the present invention is simple, will not interfere with the flow of waste gas, ensures the treatment capacity of waste gas, and the cleaning of the separation cylinder and the collection of solid particles can be carried out synchronously with the operation of the equipment, without stopping the equipment for processing, ensuring the operation efficiency of the equipment.

The application discloses a kind of human in loop multi-agent microservice system AgentInn design and construction method, including human in loop control module, multi-agent cooperation module, dynamic capability expansion module and task arrangement module.Human in loop control module realizes the control, participation and observation of human to agent by starting confirmation, running intervention, abnormal recovery, human agent registration, cooperation routing and experience feedback;Multi-agent cooperation module realizes cooperation arrangement and load balancing by cooperation space, role load balancing and agent discovery;Dynamic capability expansion module supports on-demand creation and hierarchical exposure of tool service and intelligent service;Task arrangement module manages progress using Cycle-Sprint-Phase three-layer time abstraction, and realizes task flow by combining flow decision and context transmission.The application solves the problems of lack of human participation in multi-agent cooperation, high complexity of cooperation arrangement and limited capability expansion, and realizes multi-agent microservice cooperation.

The present disclosure provides a load balancing method and device, a terminal, a storage medium and an electronic device, and relates to the field of wireless communication technology. The method includes sending a broadcast message to users in a service cell shared by multiple network operators for each network operator, wherein the broadcast message includes a migration indication field corresponding to each network operator; receiving the migration indication field extracted by the user from the broadcast message as a response message; determining a target user according to the response message sent by the user; and performing load balancing on the target user. The method can improve the success rate of load balancing in the service cell and improve user experience.

The invention discloses a novel ion transition transmission device, and belongs to the technical field of ion transmission. The inlet electrode and the outlet electrode are arranged on the two end faces of the loading cavity respectively, and a vacuum differential chamber is formed; the flight path is arranged in the vacuum differential chamber, and the octupole rod assembly is arranged on the flight path in an array mode. The octopole rod assembly is sleeved with an annular electrode assembly. The ion transmission device provided by the invention is simple in structure, high in ion transmission efficiency and capable of realizing kinetic energy modulation. Specifically, the octopole uninterruptedly transmits ions, so that the transmission quantity of the ions is ensured, and the ion transmission efficiency is ensured to the greatest extent. And an electrostatic ring electrode group is adopted to form an electric field gradient, so that the modulation effect of increasing and reducing the axial kinetic energy of charged ions is achieved.

This application discloses a group-opening sludge filter press, relating to the field of sludge and wastewater treatment. It includes a frame and a filter press assembly mounted on the frame. The frame includes side beams, and along the side beams from one end to the other, an end frame, a movable frame, an extrusion end plate, and another end frame are sequentially arranged. The filter press assembly includes several filter press components disposed between the extrusion end plate and the end frame at the other end. A central push plate, dividing the filter press components, is disposed between the extrusion end plate and the end frame at the other end. The extrusion end plate and the end frame at the other end are connected by a connecting chain, and the central push plate and the filter press components are all connected to the connecting chain. A power mechanism A drives the extrusion end plate to slide along the length of the side beams. A power mechanism B drives the movable frame and the central push plate to move along the length of the side beams. This design solves the problems of existing filter presses, achieves group-opening and closing of the plates twice, reduces equipment length and floor space, and improves production efficiency.

The utility model discloses an electric power facility safe operation active protection alarm device, which comprises a power transformation cabinet, a cyclone separator and a pressure sensor, a power transformation facility is arranged in the power transformation cabinet, an air inlet and an air outlet are arranged on the power transformation cabinet, an exhaust fan is arranged at the air outlet, the cyclone separator is arranged in the power transformation cabinet, and the pressure sensor is arranged on the cyclone separator. An inlet of the cyclone separator is communicated with the air inlet through a communicating pipeline, a discharging port of the cyclone separator is communicated with the material storage box, a filter screen is arranged in an air outlet pipe of the cyclone separator, and the two pressure sensors are arranged on the two sides of the filter screen respectively; the active protection device is additionally arranged in an existing box-type power transformation cabinet, sundries entering the box-type power transformation cabinet are filtered and removed in advance, ventilation and heat dissipation are achieved, meanwhile, safety of electric power facilities is guaranteed, whether the filter screen is blocked or not is determined through the pressure difference between the two pressure sensors, then personnel are reminded of cleaning through the alarm device, and the safety of the box-type power transformation cabinet is improved. And the hidden danger of over-high temperature in the box-type substation caused by unsmooth ventilation is prevented.

The application discloses an atmospheric pressure plasma jet device for continuous treatment of grains, which comprises a shell, one end of the shell is provided with a feeding port, the other end is provided with a discharging port and an air outlet; a grain conveying and impurity removing unit, an atmospheric pressure plasma jet unit and a grain collecting unit are sequentially arranged in the shell; the atmospheric pressure plasma jet unit comprises two atmospheric pressure plasma jet devices which are identical in structure and can alternately operate, the top of the atmospheric pressure plasma jet unit is communicated with the outside, and a conveying belt is arranged below the two atmospheric pressure plasma jet devices; one end of the grain conveying and impurity removing unit is connected with the bottom discharging end of the feeding port, the other end is connected with one end of the conveying belt, and the other end of the conveying belt is connected with the discharging port. The application has reasonable structure, and can effectively solve the technical problems that the existing device is not uniform and stable in plasma discharge, is complicated in operation, is poor in treatment safety and cannot realize integrated continuous treatment.

The utility model discloses a naphtha dehydration system, and relates to the field of naphtha dehydration, the naphtha dehydration system comprises a dirty oil filter, the dirty oil filter is internally provided with a cavity, the cavity is internally provided with a filter screen, the center of the top of the filter screen is provided with a rotating shaft, and the surface of the rotating shaft is uniformly provided with a plurality of arc-shaped scrapers; a water pump and a circulating water tank are installed on the surface of one side of the dirty oil filter, a refrigerator is installed in the circulating water tank, a cooling pipeline is installed at the position, below the filter screen, in the cavity, and the cooling pipeline, the water pump and the circulating water tank are communicated through pipelines. By means of the arc-shaped scraping plate, when the scraping plate rotates along with the rotating shaft, the end, tangent to the cavity, of the scraping plate continuously conveys particles on the filter screen to the edge of the filter screen, the particles enter the waste discharge groove more easily, and then the cleaning speed is increased.

The invention discloses a honeycomb-free large-scale MIMO unmanned aerial vehicle associated power control method and equipment based on reinforcement learning, and a medium, and relates to the technical field of wireless communication. The method comprises the following steps: acquiring parameters of a communication system containing multiple unmanned aerial vehicles and access points; a cellular-free large-scale MIMO transmission model is constructed; the method comprises the following steps: determining a state space, an action space and a reward function based on a cellular-free large-scale MIMO transmission model, and respectively constructing intelligent agents for an uplink power control coefficient optimization problem of an unmanned aerial vehicle in a system and an access point unmanned aerial vehicle clustering optimization problem; training the intelligent agent by using a depth deterministic strategy gradient reinforcement learning algorithm; and obtaining an uplink power control coefficient of the unmanned aerial vehicle in the system and an unmanned aerial vehicle clustering result of each access point by using the intelligent agent based on an optimized uplink power distribution strategy and an access point unmanned aerial vehicle clustering strategy. According to the method, efficient joint optimization of unmanned aerial vehicle access point association and uplink power control can be realized under a rapidly changing channel condition, and the method has relatively high practical practicability under a low-altitude economic background.

This invention discloses an adaptive continuous mixing device for cementing mud, relating to the field of cementing equipment technology. It includes a mixing tank and a mixer. The mixing tank has a mud outlet, and a vertical mixing shaft assembly is installed inside the tank. The mixing shaft assembly is hollow, with its lower end sealed and its upper end open. The mixing shaft assembly is equipped with adaptive blades and lower-level blades that automatically adjust their diameter according to the mixing flow rate. A mud passage hole is provided at the connection between the adaptive blades and the mixing shaft assembly. The mixing shaft assembly is connected to a motor via a transmission component. The upper end of the mixing shaft assembly is connected to the lower outlet of the mixer. The mixer is equipped with an ash inlet pipe and a water inlet pipe. In this invention, the adaptive blades can automatically adjust their diameter according to the mixing flow rate. With a fixed motor speed, it has a wide range of applications and low energy consumption.

The invention discloses a dynamic pre-reading method for massive small directories in portable flash memory equipment, and belongs to the technical field of storage management of computer operating systems. Aiming at the problems of excessive invalid I / O (Input / Output) and overlong traversal time consumption caused by scattered storage of directory entries and preread aggressive of the portable flash memory equipment in a scene of traversing massive small directories, the invention provides a dynamic preread method, and by maintaining a preread prompt structure in a memory, when a directory entry read request is processed, the read request of the directory entries is processed, and the read request of the directory entries is read. Judging whether the current access sector and the historical record meet a continuity condition or not; if the continuity is satisfied, dynamically increasing the size of the pre-reading window to reward the sequential access; and if the access is not satisfied or the access is the first time, dynamically reducing the pre-reading window. According to the method, on the premise of not changing the disk layout of the file system, by optimizing the pre-reading strategy in the memory, invalid I / O operation is reduced, the traversal efficiency of massive small directories is improved by several times, and meanwhile, the sequential reading performance of large directories is considered.

The utility model provides a nut food sterilization detection device, which relates to the technical field of food sterilization and comprises a discharging mechanism, and a sterilization mechanism is fixedly mounted at the bottom of the discharging mechanism and comprises a workbench. According to the nut feeding device, under the cooperation of the sterilization mechanism and the discharging mechanism, firstly, the baffle is aligned with the discharging opening, the telescopic rod can drive the baffle to move up and down, and the nut feeding amount can be controlled every time through repeated operation; the quantity-controlled feeding can ensure the treatment capacity, improve the treatment uniformity, reduce the treatment cost, improve the treatment safety and facilitate operation and maintenance, and the food is conveyed to the ultraviolet lamp and the ultraviolet sterilization instrument by the conveying belt, so that the food can be continuously moved in the sterilization process, the sterilization efficiency is improved, the treatment time is shortened, and the product quality is improved. Therefore, the device is stronger in sterilization effect, and the working efficiency is improved.

The invention discloses a grouped plate opening sludge filter press, and relates to the field of sludge and sewage treatment, the grouped plate opening sludge filter press comprises a rack and a filter pressing device arranged on the rack, the rack comprises a side beam, and an end rack, a movable rack, an extrusion end plate and an end rack are sequentially arranged from the head end to the tail end of the side beam; the filter pressing device comprises a plurality of filter pressing assemblies arranged between the extrusion end plate and the end rack at the tail end, and a middle push plate for dividing the filter pressing assemblies is arranged between the extrusion end plate and the end rack at the tail end; the extrusion end plate is connected with the end rack at the tail end through a connecting chain, and the middle push plate and the plurality of filter pressing assemblies are connected with the connecting chain; the power mechanism A is used for driving the extrusion end plate to slide along the length direction of the side beam; the power mechanism B is used for driving the movable rack and the middle push plate to move in the length direction of the side beams. Therefore, the problems of the existing filter press are solved, the plates are opened and closed twice in groups, the equipment length and the occupied area are reduced, and the production efficiency is improved.

The present invention provides a performance evaluation method for an MEC task offloading strategy based on a double-layer edge structure, which includes: solving the average delay and average battery power of delayed tasks in the local and edge layers respectively; using the full probability formula to calculate the average battery power of delayed tasks in the MEC system, and then obtaining the average battery power of the MEC system; weighing the average delay of delayed tasks and the average battery power of the MEC system, and constructing a MEC system evaluation function with multiple inequality constraints; using the general constraint multiplier method PHR based on Lagrange multipliers, using MATLAB to solve the strategy optimization result that makes the MEC system evaluation function reach the minimum value, and obtaining the optimal task offloading probability combination, and the delayed tasks include real-time tasks and non-real-time tasks. The present invention is oriented to real-time tasks and non-real-time tasks, and makes reasonable allocation decisions on the tasks of the MEC system based on the double-layer edge structure, and has the characteristics of low delay, low battery power and efficient offloading performance.

The present invention provides an on-site treatment device for kitchen waste with multiple drying devices, comprising a feeding extrusion module, a spiral material distribution device, an oil-water separation device and multiple drying devices; the spiral material distribution device comprises a driving device, a material distribution barrel and a spiral pushing assembly; the driving device is arranged on one side of the material distribution barrel, one end of the spiral pushing assembly is connected to the driving device, and the other end is horizontally mounted in the material distribution barrel along the axial direction of the material distribution barrel; a feeding port and multiple material outlets are arranged on the material distribution barrel; the material outlet of the feeding extrusion module is connected to the feeding port of the material distribution barrel; the feeding ports of multiple drying devices are respectively connected to the multiple material outlets of the material distribution barrel; the drying chambers of the multiple drying devices are connected in sequence through gas pipelines; the inlet of the oil-water separation device is connected to the oil-water outlet of the feeding extrusion module; so as to provide an on-site treatment device for kitchen waste, which can reasonably distribute and treat a large amount of kitchen waste, increase treatment efficiency, reduce energy consumption and occupy a reasonable area.

This application provides a thermally-aware memory scheduling method and system for large language model inference, which can be applied to the field of integrated circuit chip thermal management technology. The method is applied to a logic chip, which includes a memory management module configured with a thermal-physical mapping table. The method includes: responding to a memory access request for a target key-value cache logic block, determining a first target physical storage unit corresponding to the target key-value cache logic block according to the thermal-physical mapping table, and obtaining a thermal state field of the first target physical storage unit according to the thermal-physical mapping table; performing a memory access operation on the target key-value cache logic block when the thermal state field is in a first state; and determining a second target physical storage unit from a three-dimensional stacked dynamic random access memory when the thermal state field is in a second state, and migrating the data corresponding to the target key-value cache logic block from the first target physical storage unit to the second target physical storage unit.

The application relates to an EUV process waste gas treatment device and method, wherein the EUV process waste gas treatment device comprises a water tank assembly, a reaction tower assembly and a washing tower assembly are connected to the water tank assembly; the reaction tower assembly comprises a gas inlet top cover located at the top, a plurality of gas inlet pipes are arranged on the gas inlet top cover, the gas inlet pipes are arranged in a central position in a direction inclined to the axial direction of the gas inlet top cover; the gas inlet top cover comprises an internal combustion air interlayer, the gas inlet pipe comprises a waste gas inlet pipe and an air inlet pipe which are arranged in a nested mode, the air inlet pipe is provided with a gas inlet gap at the position of the combustion air interlayer, the waste gas inlet pipe is closed at the inlet end, and a plurality of waste gas inlets are uniformly arranged in a ring shape at the closed position; a burner is installed at the central position of the gas inlet top cover, and the plurality of gas inlet pipes are arranged in a central position in a cross mode relative to the flame jet of the burner. The device can be suitable for uniform mixing and stable combustion of 600 SLM large-flow hydrogen, and the tail end meets the emission standard of less than 1% of the volume concentration.

The application discloses a sludge treatment device for water conservancy projects and belongs to the technical field of water conservancy projects, which comprises a treatment cylinder and a feeding hopper arranged on the top of the treatment cylinder, a separation mechanism arranged in the treatment cylinder, a rotating mechanism arranged in the treatment cylinder and the separation mechanism arranged in the rotating mechanism. The sludge treatment device for water conservancy projects can separate the stones in the sludge in advance through the cooperation of the separation mechanism and the rotating mechanism, specifically the cooperation of the inner cylinder and the spiral blade, and the stones stuck in the arc-shaped through hole can be removed through the cleaning block. The sludge treatment device can avoid the stones in the sludge from scratching the surface of the filter membrane, does not need to frequently replace the filter membrane, reduces the maintenance cost of the device, avoids the blockage of the through hole, ensures the sludge flow and guarantees the sludge treatment capacity of the device, thereby avoiding the paralysis of the whole device caused by the blockage.