6results about How to "Efficient modification" patented technology

The utility model relates to silicone sealant technical field especially, it relates to a base material production system used in the preparation of silicone sealant, including dehydration kettle and modification reation kettle, and the outlet of dehydration kettle and the outlet of modification reation kettle are connected with the reaction unit respectively, the top and bottom of reaction unit are equipped with inlet and outlet respectively, and the top of reaction unit is equipped with vacuum port, and the vacuum port is connected with vacuum buffer device, the outside of reaction unit is equipped with first heating part, and the inside of reaction unit is equipped with second heating part and pivot, and one end of pivot is connected with motor, and first dispersion part, second dispersion part and third dispersion part are equipped on pivot. The production system is reasonable in design, can guarantee that material mixes evenly, contacts reaction fully, also discharges the moisture in material, reduces and avoids the generation of air bubble when stirring, guarantees the quality of base material.

The application discloses a kind of based on knowledge graph's name and post error correction method, system, equipment and medium, it is related to text correction technical field, wherein, based on knowledge graph's name and post error correction method includes: step S1, obtains to be corrected text, the to be corrected text includes name and post name;Step S2, according to the knowledge graph that is constructed in advance, by multi-mode matching algorithm, to the to be corrected text is carried out error text correction, obtains target text;The knowledge graph is used to indicate the association between each entity, and the entity includes name and post name, and the error text correction includes at least one of homonym word correction, shape near word correction, multi-word correction and few words correction.The application improves the error correction efficiency and accuracy of name and post name in text by combining knowledge graph and multi-mode matching algorithm.

This invention discloses a method for improving the bioleaching efficiency of heavy metal contaminated soil using a carbon rod electrode system modified with graphene oxide (GO). The invention involves preparing a carbon nanomaterial, GN-GO, from traditional graphene rod electrodes using a GO suspension through a multiple soaking and drying process. The GN-GO material is then used as the anode, and the unmodified graphene rod electrode as the cathode. The anode and cathode, connected to an external power source via wires, are placed in a container containing a culture medium and a heavy metal contaminated soil sample. An acclimatized bacterial strain is then introduced, and leaching is performed at 25–30°C and 120–150 r / min. This invention improves the conductivity and specific surface area of ​​the electrode by altering the electrode surface structure of the bioelectrochemical system, while simultaneously optimizing the biocompatibility of the electrode material. The method combines electrochemical and biological approaches, resulting in high remediation efficiency and good remediation effects for heavy metal contaminated soil.

The disclosure provides a mobile network user plane traffic routing configuration method, device and system, and relates to the technical field of mobile communication. The method comprises the following steps: an SMF entity receives a dynamic SFC rule of a user equipment sent by a PCF entity; the SMF entity sends an SFC modification request to an SFC controller; the SMF entity receives traffic steering information of a service function path corresponding to the dynamic SFC rule returned by the SFC controller; and the SMF entity sends the traffic steering information to a UPF entity, so that the UPF entity performs forwarding processing on a data packet corresponding to a session of the user equipment according to the traffic steering information. Through the above method, the service function routing of the user plane traffic of the session granularity can be flexibly and efficiently modified according to real-time service requirements, so that the user plane traffic can be more flexibly selected when flowing out from the network side.

The application provides a composite aspartic acid ester resin, an aspartic acid polyurea coating composition and application thereof to a wind power blade, and relates to the technical field of aspartic acid polyurea. The composite aspartic acid ester resin is composed of aspartic acid ester resin and aspartic acid ester modified graphene oxide; the aspartic acid ester modified graphene oxide is double-end aspartic acid ester polysiloxane modified graphene oxide; and the double-end aspartic acid ester polysiloxane is the product of Michael addition reaction of double-end amino polysiloxane and maleate. The aspartic acid polyurea coating composition of the application adopts the composite aspartic acid ester resin, can exert the characteristics of graphene oxide, and improves the corrosion resistance, weather resistance, high and low temperature resistance and other performances of the aspartic acid polyurea coating.

This invention discloses a method for collaborative multimodal content generation in the field of artificial intelligence, specifically a method for multimodal content collaborative generation, comprising the following steps: S1: Receiving multimodal generation requests input by the user; S2: Based on the scenario to which the request belongs; S3: Storing data through three-dimensional classification, intelligent retrieval based on semantic similarity, and adaptive optimization of historical resources; S4: First, based on a pre-trained cross-modal semantic model, combined with constraint reports and reused resource packages; S5: Real-time monitoring of the system's computing power status, combined with the differences in resource requirements of each modality generator and the urgency of the user's request; S6: Scheduling each modality generator according to semantic tags, association relationships, constraint adaptation reports, and scheduling strategies. This invention constructs a unified multimodal semantic space, maps the initial features of each modality to this space, and establishes modal semantic tag association relationships, achieving strong semantic associations in multimodal content, avoiding semantic conflicts between different modalities, and improving content consistency.