17results about How to "Improve reuse" patented technology

This invention relates to a method, apparatus, electronic device, and storage medium for intelligent agent memory management. The method includes: acquiring interaction content between the intelligent agent and a user; performing semantic segmentation and metadata extraction to generate memory fragments; storing the memory fragments in a multi-level directory structure of a local file system, without deleting memory fragments already stored in the multi-level directory structure; constructing a time index, keyword index, semantic index, and association index for the memory fragments; and, in response to a retrieval request from the intelligent agent or user, retrieving memory fragments matching the retrieval request from the time index, keyword index, semantic index, and association index respectively to obtain a candidate memory set, performing fusion and sorting to obtain sorted memory data. This invention improves the efficiency of intelligent agents in accumulating and reusing knowledge and experience, and also enhances privacy protection and long-term memory reliability.

The utility model relates to chemical synthetic technical field, concretely is a kind of production system of industrial grade ethylsilane, including the ethylsilane production unit, heat exchange unit, gas-liquid separation unit, ethylsilane temporary storage tank connected in turn;Ethylsilane production unit includes hydrogen preheater, methylsilane preheater, ethylsilane reactor, wherein, hydrogen preheater and methylsilane preheater one end are all provided with inlet pipe, and other end is all connected with ethylsilane reactor, and ethylsilane reactor is connected with heat exchange unit;Heat exchange unit is also connected with hydrogen circulation unit and methylsilane circulation unit.Hydrogen recovery recycling, after a period of time, the hydrogen generated in the reaction process can meet the operation required of ethylsilane production unit, stop external hydrogen supply;Methylsilane recovery recycling, save material, reduce consumption.

The application provides a method and system for generating authentication documents, and relates to the technical field of software architecture design. The method comprises the following steps: obtaining a user request for generating an authentication document; in response to the user request, performing unified code encapsulation processing on a business entity through a general controller based on generic abstraction to obtain underlying support data for providing unified data for a form engine and a fragment engine; according to the underlying support data, calling a plug-in data builder through the form engine to construct form data; according to the form data, calling a plug-in fragment builder through the fragment engine to construct HTML fragment data; using a rendering template to perform rendering processing on the HTML fragment data and form data associated with the HTML fragment data to generate rendering content of the authentication document; and returning the rendering content to a user end to generate the authentication document.

The invention discloses a communication and sensing fusion method, which comprises the following steps that: on the same time resource, a base station sensing signal transmitted and received by network equipment adopts different frequency band resources with an uplink communication signal or an uplink sensing signal, and / or the base station sensing signal transmitted and received by the network equipment adopts different frequency band resources with an uplink communication signal or an uplink sensing signal; different time resources and the same frequency band resources are adopted for the downlink communication signals; transmitting and receiving of the base station sensing signal or the downlink communication signal and the uplink communication signal or the uplink sensing signal adopt different frequency band resources on the same time resource; wherein the base station sensing signal refers to a sensing signal which is sent by the base station and is used for being received by the base station, and comprises a sensing signal which is self-transmitted and self-received by the base station, or a sensing signal which is sent by a first base station and is received by a second base station. The invention further comprises a communication method for the terminal equipment and the network equipment. The invention further comprises equipment and a system for implementing the method. According to the scheme, the processing efficiency is improved.

The method belongs to the technical field of panoramic monitoring of ultra-high voltage converter station, and aims to solve the problem that panoramic monitoring image data is directly uploaded to the cloud, occupying a large amount of cloud resources. By adopting multi-scale convolution blocks in the deep multi-scale residual network model to construct low-order and high-order features of images of various scales, the incomplete phenomenon of image detail extraction is avoided, and the residual learning mechanism is adopted to retain low-order rough features, thereby improving the reconstruction ability of the image. Topology optimization constructs the topology structure of the heterogeneous network, and the framework combining deep reinforcement learning and Monte Carlo tree search is used to construct the network according to the pre-defined topology rules. The search result of the Monte Carlo tree strengthens the learning of the deep convolutional neural network, so as to obtain more accurate prediction in the next iteration. After the data is processed in the edge side, it is transmitted to the cloud storage, saving the cloud storage space and transmission bandwidth.

The application provides a method for improving the yield of steel slag magnetic separation powder, and the method comprises the following steps: S1: adding bauxite into raw steel slag, reducing the alkalinity of the raw steel slag, and reducing the alkalinity of the raw steel slag to below 1.8. The application makes up for the loss of the pressure hot stew steel slag magnetic separation material, can obtain more magnetic separation metal iron, improves the yield of the subsequent magnetic separation powder, and promotes the recycling of solid waste resources such as blast furnace dust, iron tailings and dry desulfurization ash. Before the technology is used, the yield of the magnetic separation powder is 10-15%, and after the technology is used, the yield of the magnetic separation powder is more than 30%.

This invention provides a method for recycling and reusing failed all-solid-state thin-film lithium batteries. By removing the metal or lithium alloy and its derivatives from the battery surface, an unfailed positive electrode, or an unfailed positive electrode and solid electrolyte membrane, can be obtained, thus achieving the recycling of the all-solid-state thin-film lithium battery. Then, new materials are directly deposited on the recycled battery materials to re-prepare a working all-solid-state thin-film lithium battery. This recycling and reuse method solves the problem of resource waste caused by the current failure of all-solid-state thin-film lithium batteries due to the failure of metallic lithium or lithium alloy negative electrodes. Furthermore, based on the recycled battery materials, all-solid-state thin-film lithium batteries with good electrochemical performance can be re-prepared.

The utility model relates to the technical field of powder processing, and particularly discloses an ultrafine powder microbead sorting system which comprises a raw material warehouse, a primary grading buffer bin, a primary vertical single-rotor grader, a bag type dust collector I, a secondary vertical single-rotor grader, a cyclone collector, a bag type dust collector II and an ultrafine powder bin which are sequentially communicated in series, the first-stage vertical single-rotor grader is further connected with a primary powder selecting coarse powder bin, the second-stage vertical single-rotor grader is further connected with an ultrafine grading coarse powder bin, and the cyclone collector is further connected with a secondary fine powder bin; according to the fly ash secondary sorting device, fly ash is subjected to secondary sorting, micro-bead products with different mesh numbers are selected through control, large-particle-size powder is conveyed to other procedures to participate in grinding and sorting, small-particle-size powder can replace talcum powder, silica powder, ground calcium carbonate and other filling materials in the coating industry, the application industry of fly ash is widened, and the application range of fly ash is widened. The recycling of the fly ash is improved, the energy consumption is reduced, and meanwhile, the environmental pollution caused by mining is reduced.

The application provides a kind of production safety accident scene's survey information collection system, belong to information collection technical field, including: scene preliminary survey module and survey query module;Scene preliminary survey module is used to receive preliminary survey instruction, according to the preliminary survey instruction display scene preliminary survey page when receiving preliminary survey instruction;Also be used for receiving the basic information and scene survey data input by user according to the scene preliminary survey page, and obtain the survey data and plan sketch related to current accident;Also be used for generating survey record according to the basic information, the scene survey data, the survey data and the plan sketch;Improve the sharing and reuse of data, eliminate the phenomenon of enterprise information island, need to introduce the whole process of survey production management into information management, can improve the real-time nature of the survey information, information coverage, objectivity, automation degree.

The invention discloses a hydraulic oil cylinder design method and system and a hydraulic oil cylinder. The method comprises the steps that basic data of a to-be-designed hydraulic oil cylinder are determined; carrying out reusability analysis on the basic data of the hydraulic oil cylinder to be designed, and generating a processing list with a state mark; carrying out part processing and sealing element assembling according to the processing list with the state marks to obtain a derived model; parameterized driving and model regeneration are conducted on the derived model through basic data of the hydraulic oil cylinder to be designed, and a designed hydraulic oil cylinder model and an engineering drawing are obtained. According to the method, reference model reusing, part library retrieval, parameterization derivation and automatic assembly are fused, the problems that pure parameterization design has no reusing function and the pure reusing efficiency is low are solved, and part-level efficient design is achieved.

The application provides a business data restoration method, device, equipment and medium, relates to the field of intelligent medical treatment, and comprises the following steps: acquiring mall business data, generating a commodity data table of a single commodity according to the mall business data; comparing the commodity data table with a preset data template to obtain a difference data item; comparing the difference feature with a node feature of a preset processing node in terms of similarity to obtain a matched processing node, which is used for processing the difference data item to generate a standard data table of corresponding commodity data; and calling the standard data table to generate current commodity data. The application can be used for automatically restoring test data of products such as medicines before the products are put on the market, and improves the efficiency of verification and the reusability of data.

The invention provides a railway bridge hanging basket structure modeling method and system, and relates to the technical field of hanging basket construction.The modeling method comprises the steps that key parameters of hanging basket design are obtained; generating a three-dimensional geometric model according to the key parameters and a hanging basket special component library corresponding to the hanging basket type; performing dynamic simulation of different construction checking calculation stages on the three-dimensional geometric model to obtain a stress evaluation result; adjusting and updating the three-dimensional geometric model according to a stress evaluation result to generate an adaptive model; drawing lightweight identification and drawing labeling processing are carried out on the adaptive model, and a model modeling drawing is obtained; component identification and calculation quantity statistics are carried out according to the adaptive model, and a calculation quantity report is generated; and storing the adaptive model, the model modeling drawing and the calculation quantity report in a knowledge base. According to the method and the system provided by the invention, the accuracy of the hanging basket structure can be improved, the drawing efficiency and the calculation accuracy are ensured, and meanwhile, the design preparation time of other similar hanging basket construction can be shortened.

The application provides a fast design model reconstruction method and system based on parameterized feature decoupling, and relates to the technical field of data processing. The method comprises the following steps: selecting a product template from a parameterized product template library constructed according to a feature decoupling concept; obtaining a new design scheme through a save-as operation based on the selected product template; determining a process selection calculation book through a project requirement based on the new design scheme, inputting main body parameters of the design scheme according to the process selection calculation book and saving to obtain a parameterized design scheme; and inputting parameters of key parts in sequence and saving according to a pre-defined part type in the product template based on the parameterized design scheme to obtain a complete parameter configuration. The application realizes the standardization and normalization of product design, and finally achieves the goal of shortening the development cycle and reducing the product cost.

The method for super-resolution reconstruction of panoramic monitoring image of protection system of extra-high voltage converter station belongs to the technical field of power equipment detection, and solves the problems of unclearness and low resolution of the existing panoramic monitoring image, which cannot meet the demand of panoramic monitoring of inspectors; by adopting multi-scale convolution blocks to construct low-order and high-order features of images of various scales in the deep multi-scale residual network model, the phenomenon of incomplete extraction of image details is avoided, the residual learning mechanism is adopted in the network model to retain low-order rough features, reduce the training difficulty, promote the reuse of features, and thus improve the reconstruction capability of the image; the reconstructed image has better structural similarity and peak signal-to-noise ratio performance; the standard data set and the panoramic monitoring image data set of the extra-high voltage converter station are used in sequence for image super-resolution reconstruction and target recognition experiment, and the experimental results show that the high-resolution image reconstructed by the method can meet the demand of panoramic monitoring of inspectors.

The application discloses a kind of reducing material dry method cooling device, including cooling cylinder, cooling water supply device, water vapor separation device, and be provided in evaporative section heat exchange device and superheating section heat exchange device in cooling cylinder, cooling water supply device, water vapor separation device, evaporative section heat exchange device and superheating section heat exchange device are sequentially connected, cooling water supply device sends cooling water to evaporative section heat exchange device, water vapor generated by evaporative section heat exchange device is separated after water vapor separation device and sends steam to superheating section heat exchange device, and hot gas generated by superheating section heat exchange device is sent to waste heat recovery system and is recycled.The reducing material dry method cooling device disclosed in the application sends cooling water into evaporative section heat exchange device by the cooling water supply device arranged, realizes heating from water to steam, after steam enters water vapor separation device, water, steam is separated in water vapor separation device, steam enters superheating section heat exchange device and is overheated, and the high-temperature steam generated can be directly entered into waste heat recovery system.

The utility model relates to the technical field of powder processing, and particularly discloses an ultrafine powder grinding and sorting system which comprises an ultrafine grinding batching device and an ultrafine grinding and grading device which are connected in series, and the ultrafine grinding batching device comprises a pre-grinding ball mill dust remover, a slag pre-grinding ball mill and an ultrafine powder ball mill. The superfine grinding and grading device comprises a powder concentrator, a bag type collector I, a powder bin for building materials and a grading mechanism; according to the utility model, raw materials in different forms are fed into the ultrafine powder ball mill to be circularly ground, the ground powder enters the powder concentrator to be sorted, ultrafine ground powder products with different mesh numbers can be selected in a controlled manner, the ground and sorted powder is small in particle size and wide in distribution range, and the large-particle-size powder product is used as a building material; and the small-particle-size powder is fed into a vertical multi-rotor superfine classifier for classification, and is used as a reinforcing material to replace carbon black and the like in rubber industry and plastic products, so that the application industry of the fly ash is widened, and the reutilization of the fly ash is improved.

This utility model relates to a hydrogen production apparatus, the problem of which is that the labor, costs, and equipment required for the decomposition and recycling of used nickel-metal hydride batteries that are deemed unusable are expected to increase in the future. The hydrogen production apparatus includes: a nickel-metal hydride battery whose full-charge capacity has decreased to below a predetermined value; a battery casing for housing the nickel-metal hydride battery; a water supply unit for supplying water to the battery casing; a power supply unit for supplying power to the electrodes of the nickel-metal hydride battery; and a gas discharge unit for discharging the gas generated inside the battery casing through water electrolysis to the outside of the battery casing.