8results about How to "Avoid cost waste" patented technology

This invention discloses a method for generating operation and maintenance schemes for deep-water explosive containers based on generative adversarial networks (CGANs), relating to the field of deep-water explosive container safety operation and maintenance technology. Based on the maximum strain prediction value output by the optimal GRU strain prediction model, the fuzziness of material performance parameters is first processed using a fuzzy interval reliability model to obtain a reliability interval. Then, using this reliability interval as input, a random interval hybrid reliability model is combined to fuse the randomness of the predicted strain, calculating a reliability index η used to quantify the container's safety status. This invention generates virtual data that conforms to the real distribution and has physical rationality through conditional generative adversarial networks (CGANs), effectively compensating for the lack of historical data under extreme conditions such as high explosive dosage and high water pressure, enhancing the generalization ability of data-driven models, and significantly improving strain prediction accuracy in scarce sample intervals.

The invention discloses an energy consumption optimization calculation method in an industrial enterprise intelligent supply chain, and belongs to the technical field of industrial enterprise energy consumption management. The purpose of collaborative improvement of energy consumption and efficiency of industrial enterprises is achieved. The method comprises the steps of collecting 6 types of basic data based on an existing digital system of an industrial enterprise intelligent supply chain, and performing energy consumption data fusion and calibration to obtain energy efficiency indexes of the 6 types of basic data; a cross-link energy consumption synergistic effect of a logistics link, a storage link and a production link is considered, and a smart supply chain collaborative energy consumption coupling factor is calculated; order fluctuation data and inventory turnover data are introduced for elastic correction, and a corrected dynamic energy consumption factor is obtained; and considering the energy-saving technology of the intelligent supply chain, calculating an energy-saving cost balance factor based on the corrected dynamic energy consumption factor, introducing a carbon emission reduction coefficient and the equipment scheduling elasticity of the intelligent supply chain, calculating the optimal power consumption target value of the future one month, and directly applying the finally output kilowatt-hour level target value to the real-time scheduling decision of the intelligent supply chain.

A semiconductor structure and testing method are disclosed. The structure includes: a testing body comprising a first substrate, a second substrate, and a deep trench isolation structure. The first substrate includes adjacent first and second device regions and has a first doped ion concentration of a first concentration. The second substrate is located on the first substrate of the first and second device regions and has a second doped ion concentration of a second concentration, wherein the first and second doped ions have the same conductivity type, and the second concentration is less than the first concentration. The deep trench isolation structure penetrates both sides of the second substrate of the first and second device regions. A signal loading section includes a first interconnect structure and a second interconnect structure. The first interconnect structure is located on top of the second substrate of the first device region and serves as a first test signal loading terminal. The second interconnect structure is located on top of the second substrate of the second device region and serves as a second test signal loading terminal. This invention improves the testing accuracy of semiconductor structures.

The application discloses a kind of based on crystallizer electromagnetic stirring bar surface inclusion control method, belong to steel metallurgy continuous casting and rolling technical field.The method first establishes the finite element model of multiple pass rolling process from continuous casting billet to target bar, and using node reverse tracking technology, the specific area of continuous casting billet that has decisive influence on bar surface quality is determined as target clean control area.Subsequently, the multi-physics field coupling model of flow, solidification and inclusion movement in crystallizer is constructed, and the installation position of crystallizer electromagnetic stirrer that can make the inclusion capture probability in target clean control area be reduced to the lowest is determined as the optimal process position by simulation analysis.Finally, electromagnetic stirrer is installed according to this position in actual continuous casting production and production is carried out.The application realizes accurate targeted control of cleanliness of key area of continuous casting billet from the requirement of final product quality, and significantly improves the surface quality and service performance of high fatigue requirement steel such as bearing steel.

The utility model provides a kind of pipeline temperature sensing tool and the air conditioner comprising it, it is related to air conditioning technical field, solve the technical problem that temperature sensing element dismounting is complex, material demand is much, cost is high, sampling is lost true, the pipeline temperature sensing tool, including handle, clamping part, temperature sensing element;Handle includes first arm and second arm, first arm and second arm middle part are hinged to form scissor type structure;Clamping part is set on first arm and second arm, to be measured pipeline is clamped from two sides respectively;Temperature sensing element is set on part or all clamping part, to carry out pipeline temperature acquisition.The utility model is used for pipeline temperature measurement, with the characteristics of novel sampling mode, strong structure universality, scientific and reasonable wiring mode, convenient and efficient operation, cost saving of repeated use.

The application discloses a kind of based on pressurization method's reinforced flat plate out-of-plane bearing assembly level test test fixture and test method, test fixture includes box, clamping assembly and loading assembly;Wherein box circumferentially designs piston pump connecting port, drain port and measuring port, top circumferentially designs shoulder support by clamping assembly clamped fixed test piece. Clamping assembly is composed of frame, backing plate, pressing plate and clamp block;Wherein test piece skin circumferentially is overlapped with frame, the gap between the end of test piece bottom rib and frame is shielded by backing plate, and backing plate and skin are fixed on frame by pressing plate;Meanwhile, the end of test piece bottom rib and frame are fixed by clamp block. Loading assembly is connected in series by fatigue testing machine and piston pump, pressurized by external piston pump of box, and uniform loading is realized by using the uniform transmission characteristics of water medium static pressure. The application realizes the application of pressurization method in assembly level test, improves the accuracy of test data, and the fixture is low in manufacturing and test cost, and convenient to disassemble and assemble.

This utility model discloses an easily detachable and installable safety net, including a net body and connecting components at its top and bottom. The components include a connecting plate with a vertical plate that extends through the net body via bolts; hollow frames and connecting frames extend from both ends of the connecting plate, with channels for high-strength polyester webbing to pass through. A rotating shaft is installed inside the connecting frame, with a positioning post surrounding the center of the shaft and ratchet wheels fixed to both sides. The ratchet wheels engage with an arc-shaped locking strip pressed by a spring in a recessed groove. The arc-shaped locking strip is connected to a synchronous pressing strip via a connecting strip. During installation, the high-strength polyester webbing is wrapped around the scaffold, and the end hole is inserted into the positioning post. Rotating the rotating shaft then tightens and locks the high-strength polyester webbing. During disassembly, pressing the synchronous pressing strip releases the ratchet engagement, thus releasing the high-strength polyester webbing. This design prevents loosening through the rigid engagement of the ratchet and the arc-shaped locking strip, ensuring safety; the synchronous pressing strip allows for quick unlocking, significantly improving the efficiency of high-altitude disassembly.

The utility model discloses a kind of brake pad transport trolleys for automobile brake pad processing, applied in transfer trolley technical field, including base, the top of base is provided with placing table, the both sides of placing table are all provided with receiving groove, the inside of receiving groove is provided with placing vice table, the top of base is symmetrically equipped with arc support seat, two The arc support seat between is provided with the connecting seat of being bolted with placing table, the surface of connecting seat is fixedly sleeved with annular guide block, two The arc support seat is all provided with guide slot slidingly connected with annular guide block;The utility model is designed with receiving groove on placing table, the inside slidingly connected with placing vice table of receiving groove, when brake pad transport quantity is larger, placing vice table can be pulled out placing table, so that its brake pad is placed on placing vice table, improve the transport capacity of the trolley as a whole, reduce the number of transfer, avoid the waste of cost caused by many times of transfer.