7results about How to "Maximize resource utilization" patented technology

The invention discloses a resource scheduling method and device, network equipment, a storage medium and a program product, and relates to the technical field of resource scheduling. The method comprises the following steps: receiving a computing power request of a first node; obtaining state parameters of the candidate nodes; and determining a node corresponding to each to-be-processed task in the candidate nodes according to the computing power request and the state parameters of the candidate nodes. Determining a resource demand, a task type and a time delay requirement of a to-be-processed task of the first node by analyzing the computing power request, and determining the to-be-processed task of the first node according to a state parameter of the candidate node comprising at least one of a load, a residual computing power and a historical task success rate of the candidate node and delay data between the first node and the candidate node; and determining the node corresponding to the to-be-processed task in the candidate nodes, thereby selecting the corresponding node to process the task according to the resource demand, the task type and the time delay demand of the to-be-processed task, and maximizing the resource utilization of the node under the condition of ensuring the processing time delay.

The application provides a vulnerability repair method and system, and relates to the technical field of network security vulnerability verification and enterprise vulnerability management. The application obtains a task containing a vulnerability identifier, asset information and to-be-verified repair content, processes the task in parallel according to a pipeline split according to business execution steps, and configures a resource pool matching external dependencies for each stage; a stage fingerprint is generated when the task is transferred, a result is reused when a subtask is executed, otherwise the execution is scheduled according to vulnerability harm, asset importance and threat intelligence, and the vulnerability repair is completed according to the verification result. The application solves the problems of low throughput of the existing general pipeline, slow response of high-priority tasks, and easy starvation of low-priority tasks, and achieves the effect of collaborative optimization of throughput improvement, emergency task response acceleration and low-priority task starvation prevention without changing the original business and hardware.

The application discloses a kind of high ice nickel oxygen pressure leaching residue fire method wet method combined multi-group element comprehensive recycling method, comprising the following steps: (1) high ice nickel oxygen pressure leaching residue is mixed with sulphidizing agent, carbonaceous reducing agent, and is carried out reduction sulphidation roasting treatment, and after cooling, get calcine and rich germanium dust;(2) the calcine is added in dilute sulfuric acid, and constant flow rate SO2 is imported, and reduction acid leaching reaction is carried out, and after filtration, get ferrous solution and nickel sulphide residue;(3) the ferrous solution is frozen crystallization and gets ferrous sulfate heptahydrate;(4) the nickel sulphide residue is carried out and adds acid oxygen pressure leaching, and after filtration, get nickel sulfate solution, and cooling crystallization is carried out and gets again six water nickel sulfate.The application adopts fire method wet method combined processing technology and comprehensively recycles iron, nickel, germanium and other valuable metal elements, and selective reduction sulphidation roasting is used to preferentially process beneficial to the efficient separation among nickel, iron and germanium, and the recovery rate and separation rate of nickel and iron elements are improved.

The utility model relates to a sterile operation drape for neck ablation operation, which comprises a bottom layer of antibacterial cloth, an operation opening for exposing an operation area arranged at one side of the bottom layer of antibacterial cloth, a storage area arranged on the bottom layer of antibacterial cloth, and an antibacterial protective layer detachably connected with the bottom layer of antibacterial cloth and used for covering the storage area, wherein the storage area comprises storage antibacterial cloth, a support frame group connected with each end point of the storage antibacterial cloth and foldably arranged on the bottom layer of antibacterial cloth, and a raised portion arranged at the edge of the storage antibacterial cloth. Compared with the prior art, the utility model has the advantages that the foldable storage area is creatively designed, the operation tools can be placed flat on the storage cloth after being clamped and installed on each support pipe, cross infection between the operation tools is avoided, the operation of the first-aid doctor can be carried out independently, and the resource utilization of the medical staff is maximized.

The invention provides a resource allocation method, relates to the technical field of artificial intelligence, and can be applied to the field of financial science and technology. The resource allocation method comprises the steps that in response to received project demand data of a target project, N to-be-allocated resources are obtained by calculating a resource matching degree, and N is a positive integer; and performing conflict detection on the N to-be-allocated resources to obtain L to-be-allocated resources, L being a positive integer.

The utility model discloses an outdoor maintenance device for a prefabricated segment of a shield tunnel. The outdoor maintenance device comprises a water supply pipe arranged on the prefabricated segment, a fixed support arranged below the water supply pipe and connected with the prefabricated segment, and a plurality of rotary nozzles arranged above the water supply pipe and used for spraying water to the prefabricated segment for maintenance. A plurality of maintenance devices are arranged on the prefabricated pipe piece, so that the water spraying maintenance range can cover the surface of the whole prefabricated pipe piece, no extra channel needs to be arranged, resource waste is avoided, and construction cost is reduced; the maintenance device is installed on the prefabricated pipe piece through the fixing support, comprehensive watering maintenance of the prefabricated pipe piece in a storage yard area is achieved, too many manpower resources do not need to be consumed, the pipe piece storage site is effectively utilized, and resource utilization maximization is achieved.

The invention relates to the field of muck recycling, and discloses a muck recycling treatment system and method.The muck recycling treatment system comprises at least two sets of residue filtering and discharging equipment; each group of residue filtering and discharging equipment comprises a hanging basket, a mounting frame fixedly connected to the top end of the hanging basket, a centrifugal vibrator arranged at the top end of the mounting frame, a bottom door hinged to the bottom end of the hanging basket, and a water content sensor arranged at the bottom end of the inner wall of the hanging basket; through alternate operation of the at least two groups of residue filtering and discharging equipment on the circulating track, continuous operation of residue filtering, dewatering and residue discharging procedures is realized, and the treatment efficiency is remarkably improved; on the basis of real-time online detection of the dehydrated muck through the water content sensor and automatic classification and accurate batching of the intelligent control system according to detection data and a preset threshold value, individuation and optimal resource utilization of the muck with changeable components are achieved, and the cost of a cementing material is saved while it is guaranteed that the strength of a manufactured brick reaches the standard.