9results about How to "Reduce peak pressure" patented technology

This utility model discloses a filter paperboard punching mechanism, relating to the field of filter paperboard processing technology. It includes a hydraulic punching main unit, with a punching worktable on the front side of the main unit. A lower punching die is fixedly connected to the upper front end of the worktable. A hydraulic telescopic rod is fixedly connected to the upper end of the main unit via a cantilever, positioned directly above the lower punching die. Through the use of elastic heating support pads and elastic pressure pads, the loose fiber structure of the filter paperboard is effectively prevented from being compacted, ensuring the air permeability and filtration efficiency of the filter paperboard. Simultaneously, the elastic heating support pads heat the filter paperboard when in contact with it, softening the fibers and preventing brittle breakage, thus improving the quality of the punching process. Furthermore, the elastic pressure pads further reduce the direct impact of the punching blade on the paperboard, resulting in a smoother punching edge, reducing burrs and fiber damage, and improving the overall quality of the product.

The application provides a capacity adjustment method and device of a computing cluster, electronic equipment, a storage medium and a program product; the computing cluster comprises a plurality of computing nodes; the method comprises: in response to an exception of the computing cluster, performing at least one round of capacity expansion on the computing cluster, wherein in each round of capacity expansion, the following processing is performed: determining a capacity expansion threshold of the computing cluster in the current round based on current load data of the computing cluster, wherein the capacity expansion threshold is the maximum number of computing nodes included in the computing cluster after the capacity expansion in the current round; determining a target capacity expansion number of the computing cluster based on the capacity expansion threshold and a preset capacity expansion ratio for the computing cluster, wherein the target capacity expansion number is the number of computing nodes actually included in the computing cluster after the capacity expansion in the current round; and expanding the capacity of the computing cluster according to the target capacity expansion number. Through the application, the stable operation of the business can be ensured.

The utility model provides an air bag device capable of adjusting massage strength, which comprises a plurality of bottom air bags and an external air source connected with the bottom air bags, and the outer surfaces of a plurality of massage heads are divided into three structures, comprising outward first convex points distributed on the outer surface of the massage head, inward second convex points distributed on the outer surface of the massage head, and the outer surface of the massage head is a smooth surface, for example, when the first convex points make contact with a human body, the convex height of the massage head and a solid structure act jointly, local pressure is increased, and the massage head is suitable for deep muscle stimulation; the concave arc-shaped design of the second convex points increases the contact area, the massage head generates elastic collapse and reduces the peak pressure intensity when being pressed by matching with a thin-wall area formed by extrusion of a mold, and the massage head is suitable for nursing sensitive areas, so that the differentiated massage requirements of different body parts are met.

The application discloses a smart water supply revenue system based on a dynamic pricing model, relates to the technical field of data processing, and comprises a pump group selection unit, a unit for analyzing power consumption per ton of water, a unit for determining the cost per ton of water, a dynamic pricing unit and a water price adjustment unit. The application divides a water supply area into multiple independent units, accurately calculates the marginal cost per ton of water of each unit by combining the power consumption per ton of water, the water supply and the hourly maintenance cost of the pump house in each unit, provides accurate cost basis for dynamic pricing, collects the marginal costs of all units in each period into a sequence, enables the pricing engine to adjust the price based on real-time cost, ensures that the pricing can cover the cost and has market competitiveness, determines the start-stop instructions and the target frequency of each pump group by using an optimization algorithm, takes the minimum total power consumption as an objective function, selects the optimal pump group combination under the premise of meeting the water supply demand, and effectively reduces the operation energy consumption.

The application provides a model prediction-based intelligent power grid energy optimization efficient management method, which takes efficient energy management of a micro power grid as a research object and comprises the following steps: firstly, a mathematical model of each power grid node of a distributed power grid, including a power consumption end, a power supply end, an energy storage end and the whole micro power grid, is established; secondly, for the distributed grid-connected power generation model of unstable photovoltaic and wind clean energy, the future photovoltaic power generation and wind power generation are predicted through training and testing of an artificial neural network (ANN) so as to reduce the unstable factors brought by the clean power to the power grid; finally, the model prediction control technology is ingeniously utilized, at each sampling time, a model prediction optimization problem is established according to the minimum energy cost and carbon emission elements, each element execution strategy is solved, the energy cost paid by consumers is reduced in a rolling optimization optimal strategy mode, the peak pressure of power demand is reduced, the carbon emission is minimized, and the power consumption comfort of users is improved.

This invention provides a batch request peak-shaving processing method and system based on dynamic hibernation and partitioned polling, relating to the field of server-side task scheduling and load control technology. The method first divides batch requests into multiple request partitions based on resource identifiers and updates the queue length, request arrival rate, and queue growth rate of each partition in real time. Then, a reinforcement learning model predicts the load trend of each partition in the next cycle, and calculates the dynamic hibernation time window accordingly. Within the hibernation window, content feature extraction and similarity clustering are performed on the requests to be processed. Combined with content hashing, deduplication and consistency checks are performed on requests within the same cluster, forming the final deduplicated request set. Based on processing feedback and global peak-shaving indicators, the reinforcement learning strategy parameters are adaptively updated to achieve cross-partition cyclic peak-shaving control. This invention can reduce instantaneous load and improve server resource utilization and system stability in high-concurrency scenarios.

The application relates to a multifunctional airbag system for assisting a cross-medium vehicle to quickly cross media, which is suitable for a rotary-wing cross-medium vehicle and comprises an airbag buffer device, an airbag ballast device and a multi-airbag air volume unified control module. The airbag buffer device is arranged at the head of the cross-medium vehicle, the airbag ballast device is arranged at the middle section of the cross-medium vehicle, and the multi-airbag air volume unified control module is arranged at the tail of the cross-medium vehicle. The cross-medium vehicle is provided with three functions of underwater attitude adjustment, high-speed water entry buffering and rapid water exit assisting, the airbag ballast device replaces a traditional ballast water system, the inflation amount of the ballast airbag and the propeller power are controlled, and the functions of the cross-medium vehicle in underwater attitude adjustment, such as floating, diving and rotating, and the function of zero-energy consumption suspension in water can be realized.

This invention relates to the field of tire technology and discloses a tire with low rolling resistance, high handling, and low electrical resistance, comprising a first crown, a second crown fixedly connected to the bottom of the first crown, and a third crown fixedly connected to the bottom of the second crown. This invention, by setting up a first crown, a second crown, a third crown, and vertical grooves, utilizes the vertical grooves on the first crown to pierce the water film during wet driving, thereby improving drainage efficiency and grip. On dry surfaces, the groove edges increase ground contact, enhancing handling response. Simultaneously, the groove distribution disrupts rolling noise frequencies to reduce noise, increases surface area to aid heat dissipation, buffers peak pressure to improve wear uniformity, and works synergistically with the low rolling resistance of the second crown and the electrical conductivity of the third crown. Testing has verified that this structure allows the tire to maintain a higher level of grip performance and achieve a rolling resistance coefficient reaching EU Class A.

The utility model discloses a smooth blasting charge structure, including blasting rock bed and according to the charge hole parallel to the exploration surface of excavation, still include the medicine mouth, the fixed plate of fixed installation in the medicine mouth both sides bottom end inner wall, the lead screw of bearing installation in a group fixed plate, the guide rod of fixed installation in another group fixed plate, install the charge mechanism of lead screw and guide rod on, the guide frame of fixed installation in the charge mechanism top and install the turnover bearing mechanism in fixed plate top. The utility model discloses the uncoupling charge, is favorable to improve the stability of side slope after blasting, through the position of the guiding cone surface to the cartridge is blocked, and there is air interval between the cartridge, and the same plane also uses the air to separate between multiple cartridges when spacing charge, forms multiple explosion energy concentration points, and is favorable to improve the stability of side slope after blasting.