72 results about "Storage pool" patented technology

The application relates to a cooling system of long-time high-power airborne electronic equipment, and belongs to the technical field of aircraft equipment heat dissipation, and solves the problem of insufficient heat dissipation efficiency of high-power electronic equipment of a subsonic aircraft. The cooling system comprises a heat dissipation structural member, a driving pump, a heat storage pool and an aircraft skin; the electronic equipment is in contact with the heat dissipation structural member, the heat dissipation structural member is heated and the electronic equipment is cooled at the same time through heat conduction; the heat dissipation structural member is internally provided with a cooling liquid internal flow channel for circulating cooling liquid; the driving pump is used for driving the cooling liquid to circulate between the heat dissipation structural member and the heat storage pool; the heat storage pool internally stores the cooling liquid; the cooling liquid can circulate between the heat storage pool and the aircraft skin and conduct heat to the external environment. The application can transfer heat to the external environment by driving the cooling liquid to circulate between the heat dissipation structural member, the heat storage pool and the aircraft skin, so that effective and rapid heat dissipation of the electronic equipment is realized.

The application discloses a GC mechanism processing method and device and medium, and is suitable for the technical field of solid state disks. When the RGW service is started, a GC main thread, a queue and a work thread are created, wherein the GC main thread starts the GC mechanism; garbage data obtained by the GC main thread traversing a storage pool is stored in the queue; and the queue sends the garbage data to the work thread in a de-queue mode so that the work thread deletes the garbage data. The method uses the thread division mode, the GC main thread starts the GC mechanism, when the GC mechanism is started, garbage collection is processed, the main thread is responsible for traversing the garbage data, and the work thread deletes the garbage data, thereby effectively improving the processing speed of the GC mechanism, relieving the pressure of only executing garbage collection through a single thread at present, and guaranteeing the stability of the system. Meanwhile, the multiple threads execute the deletion of the garbage data, high concurrency is realized, and available disk space is released.

The application provides a cold coke water treatment process and system. The cold coke water treatment process comprises the following steps: step one: after being collected by a coke storage pool, the cold coke water is filtered by a flat ceramic membrane to obtain concentrated coke water and dilute coke water, and the concentrated coke water is returned to the coke storage pool; step two: after being stored by a cold coke water tank, the dilute coke water is divided into dilute coke water I and dilute coke water II, the dilute coke water I is sequentially treated by a first-stage electro-catalytic oxidation unit, a second-stage electro-catalytic oxidation unit and a reverse osmosis unit to obtain purified water; and the dilute coke water II is used as cold coke water makeup water and recycled; the first-stage electro-catalytic oxidation unit is provided with an electro-catalytic oxidation reaction tank, the electro-catalytic oxidation reaction tank is provided with a cathode and an anode, the cathode is a titanium electrode, and the anode is a titanium-based metal oxide coating electrode; the second-stage electro-catalytic oxidation unit is provided with an electro-catalytic oxidation reaction tank, the electro-catalytic oxidation reaction tank is provided with a cathode and an anode, the cathode is a titanium electrode, and the anode is a boron-doped diamond electrode. The treatment process has good treatment effect and is environmentally friendly and economical.

The application discloses the technical field of soil and water loss protection devices and relates to a soil and water conservation device for reducing river sediment accumulation, which comprises a mounting seat and symmetrically arranged sand taking pool groups, the sand taking pool groups comprise sand storage pools and sand setting pools arranged in sequence, and conveying belts are arranged between the sand storage pools and the sand setting pools; an upwardly protruding and downwardly inclined drainage table towards the two side sand setting pools is fixedly arranged at the top of the mounting seat, a drainage groove downwards inclined towards the two side sand setting pools is arranged in the middle of the drainage table, the drainage groove is communicated with the sand setting pools, and the drainage table and the drainage groove are arranged in sequence according to the flowing direction of the river.

The application provides an automatic control system for household garbage storage pool, which comprises a garbage storage pool and a leachate collection pool, a visible control chamber is arranged on the garbage storage pool, an automatic garbage transfer device is arranged in the garbage storage pool, the automatic garbage transfer device comprises a control terminal, a pair of electric control sealing doors, a travelling crane with mechanical claws, a sealing discharge mechanism and an odor circulation recovery mechanism, the sealing discharge mechanism comprises a pair of rotating motors, an internal switch baffle, an external switch baffle, a buffer baffle, a connecting pile and a connecting rotating shaft.

The application discloses a high-pressure gas dispersion water-sodium-manganese-ore solid-bed type ceramic membrane bioreactor manganese removal device, which comprises a raw water storage pool, a raw water inlet pump, a raw water inlet valve, a tee pipe, an air inlet valve, an air compressor, a high-pressure air gun, ceramic granules, a solid-bed type ceramic membrane bioreactor, a pressure sensor, a computer, a ceramic membrane, a clean water outlet pump, a water outlet valve and a clean water storage tank, the ceramic granules are arranged above the top of the ceramic membrane, and the diameter of the ceramic granules is 1-3 mm; and the application further provides a manganese removal method, which prolongs the service life of the ceramic membrane through aeration, delays the pollution of the ceramic membrane, reduces energy consumption, reduces aeration pressure and reduces aeration time, and achieves a better cleaning effect.

The application provides an information processing method, device and equipment and a storage medium, the method comprising: receiving a plurality of task processing requests sent by a plurality of target objects, each task processing request carrying at least identification information of a corresponding target object; determining target task processing requests belonging to the same target object based on the identification information of the plurality of target objects; when the target task processing request is processed by a work thread, obtaining a target information storage block corresponding to the identification information carried in the target task processing request from a resource storage pool, the resource storage pool being determined based on serialization attribute information of services rented by the plurality of target objects; and performing a corresponding task operation in the target information storage block. In a serialization task processing scenario, the application allocates available resource quotas to each tenant according to the serialization capability of each tenant, ensures that each tenant uses at most one work thread for transaction processing, and effectively isolates the resources of multiple tenants.

This application relates to a method, apparatus, device, medium, and program product for super-redundancy processing. The super-redundancy processing method includes: identifying super-redundant data blocks in a storage device; determining the target metadata instance corresponding to the super-redundant data block; determining the service status of the target metadata instance in the corresponding target storage pool within the storage device based on the target type to which the target metadata instance belongs; and controlling the target storage pool to be in a service state. This method can maintain the availability and business continuity of the storage system to a certain extent, and improves the flexibility of the super-redundancy processing mechanism.

The utility model belongs to wastewater treatment technical field especially is a siphon type lime dispensing system. The utility model discloses the sedimentation tank that has collected wastewater, the dispensing pool for preparing lime emulsion and the storage pool of storing lime emulsion are connected gradually, the sedimentation tank is connected with the dispensing pool through siphon pipe, and the liquid level of sedimentation tank is higher than the liquid level of dispensing pool, the inlet of dispensing pool is connected with lime feeding device, and dispensing pool is located the upper portion of storage pool and is connected with storage pool through transfer pipe. The utility model utilizes siphon effect, realizes the mixing of lime and water with constant ratio through interlocking control, and prepares stable concentration lime emulsion, and saves water source.

This invention provides a persistent context cache storage method, apparatus, device, system, and medium, aiming to leverage SSDs to address the limitations of GPU memory and the low read / write efficiency of traditional offloading schemes in long context inference. The system constructs an asynchronous zero-copy read / write pipeline with a bypass kernel, aggregates physical SSDs into a unified logical storage pool, and loads the master snapshot object to restore historical indexes for fast startup. Based on this, the system implements concurrency control and read-priority scheduling for mixed loads through a native context cache concurrency control mechanism and a read-first read / write scheduler, prioritizing read requests and accelerating the inference process. A shadow object snapshot persistence mechanism periodically persists context cache metadata, ensuring the persistence and reusability of context cache data. This invention eliminates context switching and file system overhead in traditional offloading schemes, improves SSD bandwidth utilization, and reduces inference latency for large language models.

The application provides a kind of oxygen-enriched membrane reactor and membrane bioreactor coupling sewage treatment system, relating to domestic sewage technical field, including: coupling treatment pool, clear water pool, sludge storage pool, equipment room, guide wall, sewage inlet pipe, air supply fan, oxygen-enriched membrane reactor and inorganic membrane bioreactor;The upper portion of the coupling treatment pool is the equipment room, and the air supply fan and the control system are in the equipment room.The application integrates the oxygen-enriched membrane reactor and the inorganic membrane bioreactor by modularization reinforcement treatment, forms the aerobic zone, the facultative zone and the anaerobic zone in the oxygen-enriched membrane reactor due to its unique structure and high oxygen utilization efficiency, is used for the nitrification of ammonia nitrogen and the removal of most total nitrogen, forms simultaneous nitrification and denitrification reaction in the reactor, further strengthens the removal of pollutants in water in the inorganic membrane bioreactor, and realizes the separation of sludge and water, so that the effluent quality of the sewage treatment system is stable and up to standard under the condition of ensuring certain fluctuation of water quantity.

The application discloses a slurry sieving device for batteries, which comprises a stirring mechanism, a screening mechanism and a storage pool. The stirring mechanism is used for stirring the slurry, the screening mechanism is arranged below the stirring mechanism, and the storage pool is arranged below the screening mechanism. The screening mechanism comprises a screening box, a first-stage sieve plate, a first-stage ultrasonic assembly and a vibration assembly. The screening box is connected with a discharge port of the stirring mechanism. One end of the first-stage sieve plate is hinged to an inner wall of the screening box. The first-stage ultrasonic assembly is arranged at the bottom side of the first-stage sieve plate and is used for ultrasonic oscillation of the slurry adhered to the first-stage sieve plate. The vibration assembly is arranged below the first-stage sieve plate and a vibration end of the vibration assembly is connected with the first-stage sieve plate and is used for driving the first-stage sieve plate to vibrate. Through cooperation of the first-stage sieve plate, the first-stage ultrasonic assembly and the vibration assembly in the screening mechanism, the slurry can be filtered, and the first-stage sieve plate can be prevented from being blocked by the slurry as much as possible, so that the efficiency and effect of slurry filtration are affected.

The utility model provides a kind of integrated metal product paint removal device, it is related to metal surface paint removal technical field, including paint removal pool, the side of paint removal pool is equipped with storage pool, the other side of paint removal pool is equipped with soaking pool, isolation clamp is arranged between the storage pool and soaking pool, the inside bottom surface between two notches of the two sides inner wall of soaking pool is equipped with plane plate, the top of plane plate is equidistant and is equipped with multiple through holes that pass to bottom, the inner wall between multiple through holes is close to bottom edge and is equipped with nylon ring, the utility model is equipped with multiple through holes on plane plate, and nylon ring is arranged between the inner wall of through hole, then bristle is fixed in the inside of nylon ring, so that it can be paint removal when to the outer surface of cylindrical metal product, through bristle, paint after outer surface fluff is scraped, prevent paint and metal product outer surface adhesion.

The application discloses a process for improving the quality and efficiency of metal machining, wherein first, a circulating pump is operated to pump the saponification liquid in a storage pool into an ultra-fine bubble generator; the ultra-fine bubble generator is driven by the circulating pump to mix the gas entering from the gas inlet of the ultra-fine bubble generator with the saponification liquid and then discharge the mixture from the liquid outlet; the saponification liquid discharged from the liquid outlet of the ultra-fine bubble generator contains a large number of ultra-fine bubbles and enters the storage pool; the circulating pump continuously operates to keep the ultra-fine bubbles contained in the storage pool relatively uniform; when machining is needed, a liquid outlet system is used to circulate and spray the saponification liquid in the storage pool; the addition of the ultra-fine bubbles in the saponification liquid can prevent the saponification liquid from emitting odor, reduce the friction between a tool and a workpiece, increase the feed rate and improve the heat transfer performance, thereby reducing the mechanical load, shortening the machining time and improving the quality and efficiency of the machining.

This application discloses a block storage task processing method, apparatus, device, and medium, relating to the field of distributed storage. It involves creating an initial block scenario for a storage cluster; obtaining the running status of each node in the storage cluster and information about the storage pool to which each node belongs; wherein each storage pool contains multiple nodes; selecting a corresponding master node in each storage pool; and when a task is received, the master node processes or assigns the task according to its type. Therefore, the above scheme achieves direct task processing by selecting a master node from the storage pool where each node in the storage cluster resides; and when a task is received, the master node processes or assigns the task according to its type. Simultaneously, task assignment avoids the problem of unhandled task interruptions due to long execution times or single-point failures, thus achieving efficient task processing in the distributed storage system and improving system reliability.

The invention discloses a heat-based data protection method and device, equipment, a medium and a product. Relates to the technical field of data processing. The heat-based data protection method comprises the following steps: monitoring the access intensity of each data object in a storage pool; determining a popularity level and a target data protection strategy according to the access strength of each data object; and converting the data objects of which the current data protection strategy is inconsistent with the corresponding target data protection strategy into the corresponding target data protection strategy from the current data protection strategy. According to the technical scheme, the data protection strategy of the data object is dynamically adjusted according to the access strength, fine protection of the data is realized by taking the data object as granularity, cross-pool migration is not needed in the process of adjusting the data protection strategy, the overhead is low, the access strength is taken as the adjustment basis of the data protection strategy, and the data protection efficiency is improved. Storage and performance of data with different access intensities can be effectively balanced, and automatic and efficient dynamic data protection is achieved.

Thermal Removal System for a Nuclear Installation. This description relates to a cooling module (201) adapted to cool a liquid (25) in a storage pool (21) configured to store fuel elements (24) having residual heat to be removed. The cooling module comprises a heat pipe (230) adapted to be positioned in at least one medium (26, 27) external to the storage pool and to be coupled to said storage pool via at least one heat exchanger (211, 212) of the cooling module. The liquid forms a hot source of the heat pipe, and the medium forms a cold source of the heat pipe. The heat pipe (230) extends in a longitudinal direction (Z). Figure for the abstract: Fig. 2A

Underground nuclear installation (10), comprising: - a vertical shaft (12) having, at a lower end, a bottom (12a) and, at an upper end, an opening (12b), - at least one reactor building (26) housed in the shaft, - at least one protective slab (20) against external aggressions which seals the opening (12b) of the shaft by extending in particular above said at least one reactor building, - at least one nuclear reactor containment (30) enclosed within said at least one reactor building (26) and supported by at least one support slab (32) resting on the bottom of the shaft by means of a plurality of seismic isolation devices (SIDs), - and / or at least one nuclear fuel storage pool (NFSP) housed in the shaft and supported by at least one support slab (DS) resting on the bottom of the shaft by means of a plurality of seismic isolation devices (SIDs). Figure for the summary: Fig. 3.

This application provides a data dumping method and system for a multi-storage pool storage system. The method includes: when a first storage pool failure is detected in the storage system, determining the first common storage space occupied by the first storage pool; according to the first transaction log data corresponding to the first storage pool, dumping a plurality of first data to be dumped in the first common storage space to a temporary storage space through each first business module corresponding to the first storage pool to obtain a plurality of second data to be dumped; obtaining the data dumping actions of each first business module on each of the first data to be dumped, and updating the first transaction log data according to each data dumping action to obtain second transaction log data; dumping the second transaction log data to the temporary storage space; and releasing the storage resources of the first common storage space to improve the storage resource utilization efficiency in the case of storage pool failure.

The application discloses a distributed object storage system data monitoring method and device and a medium thereof, relates to the technical field of distributed object storage, and aims to provide an implementation mode for data monitoring, and provides a distributed object storage system data monitoring method for solving the problem that the current data monitoring mode has a great influence on performance. According to the distributed object storage system data monitoring method, the request information is first stored in a cache, part of data in the request information is counted according to a preset monitoring requirement, data monitoring information is obtained, and the data monitoring information is saved in a storage pool, so that the data monitoring information can be called when needed. Therefore, the amount of data written into the storage system or the amount of data read from the storage system when a user queries the data monitoring information is less than the amount of data stored in the storage system in the current mode, and the difference is more obvious when the request information contains more requests.

This invention discloses a multi-level classification method for large-scale underwater acoustic data storage, belonging to the field of computer storage and data processing technology. The main processing flow involves creating a series of weighted storage pools for the thermal and thermospheres at a monitoring center, caching logical identifiers of different weight levels. Each storage pool's bucket has a lifecycle; upon expiration, the data's value is reassessed, and data whose value decreases is migrated to the next level of storage pool. Finally, once the cache pool reaches a certain size, it is uniformly migrated to the next level. This invention effectively reduces hardware costs while improving the energy storage performance of energy storage devices to meet user needs when dealing with massive amounts of underwater acoustic data.

The application discloses a folding tensioner production line monitoring method and system, and relates to the technical field of monitoring systems. When a monitoring engine loads first process data, it initiates a storage allocation request to a data storage scheduling system, takes over the storage allocation request, each sub-section corresponds to a data storage pool of a process section, and is mapped to a high-speed data cache device. The collection frequency, data flow and defect risk level of each process section are analyzed in real time, the capacity ratio and safety redundancy threshold of each sub-section in the fixed storage domain are dynamically divided, and dynamic optimization is performed after adding parameter linkage judgment in the storage mapping strategy. Through the collaborative optimization of each link, the monitoring system realizes the intelligentization of the whole process from data collection, storage management to analysis and control, and effectively improves the operation stability of the folding tensioner production line.

The present disclosure provides a storage management system, method, device, and machine-readable storage medium, the system including: a controller pool, to interact to-be-stored data and / or to-be-read data with an external device via network communication; a memory pool, to read and write high-speed temporary data and / or high-speed persistent data; an accelerator pool, to call a corresponding accelerator to process and distribute data according to a storage service type associated with data; a storage pool, to store to-be-stored data processed by the accelerator pool and / or read the to-be-read data; and a transmission module, to establish a system transmission network among the controller pool, the memory pool, the accelerator pool and the storage pool.

Thermoelectric converter for a nuclear installation This description relates to a thermoelectric conversion device (200) comprising: - a primary circuit comprising a first enclosure (220) filled with a primary fluid (23) and adapted to contain fuel elements (204), the first enclosure being adapted to be closed so that the conversion device passes from a first state, in which the temperature of the primary fluid is at a first temperature and the pressure in the first enclosure is at a first pressure, to a second state, in which the temperature of the primary fluid is at a second temperature higher than the first temperature and the pressure in the first enclosure is at a second pressure higher than the first pressure, the primary fluid remaining in the liquid state; - a first heat exchanger (230; 235) immersed in the primary fluid in the first enclosure;- a secondary circuit (240) configured for the circulation of a secondary fluid (22), coupled to the primary circuit by the first heat exchanger to vaporize the secondary fluid, and comprising a turbo-alternator (241, 243) to generate electrical energy (E) from the vaporized secondary fluid; the thermoelectric conversion device being installed in a storage pool (20) filled with a liquid (24) forming a cold source for the secondary circuit. Figure for the abstract: Fig. 2B;

The invention relates to an isolation and security system running on a server for use in multi-tenant container orchestration. The system of the invention aims to improve security and efficiency by providing isolated network, storage, and control plane environments for each tenant on multi-tenant container orchestration platforms. In this context, network isolation is achieved by using tenant-specific network overlay protocols, unique VXLAN Network Identifier (VNI), distributed routing mechanisms and network policy engine. Complete storage isolation and performance continuity are ensured through separate storage pools, encryption keys, and a storage QoS manager, for each tenant. Control plane isolation is supported by tenant-specific schedulers, admission controllers, and API endpoints, thus, an independent and secure management is offered. Tenant management processes are made efficient with automatic onboarding, dynamic resource allocation, and isolation verifier, and security is guaranteed. Isolated monitoring and log management are carried out with metric aggregators, log managers and anomaly detection engines, and the data integrity and security are guaranteed throughout the system in line with the principle of zero trust architecture.

Disclosed are a magnetic regulation and control ion salt-difference power generation device and method based on waste heat utilization.When the magnetic regulation and control ion salt-difference power generation device is in a working state, a storage battery stores the electric energy generated by ion salt-difference power generation and supplies the electric motor and electronic devices, the electronic devices supply the waste heat generated by work to the magnetic regulation and control ion salt-difference power generation device for recycling, and the electric motor controls the movement of the outer magnetic pole to change the magnetic field strength and direction to drive the movement of the magnetic nanoparticles, the flow rate caused by the movement and the inherent high thermal conductivity of the magnetic nanoparticles can strengthen heat exchange and power generation; when the magnetic regulation and control ion salt-difference power generation device is in a non-working state, the electric motor controls the outer magnetic pole to adhere to the high-salt storage pool to provide a larger magnetic field, so that the magnetic nanoparticles of the high-salt storage pool adhere to the nano-selective membrane to hinder the diffusion of ions, and the self-discharge problem of the magnetic regulation and control ion salt-difference power generation device is solved.