These are name-based results, not verified legal entities. Identical names may refer to different people or organizations; aliases and historical names are not merged.

This name was extracted from a distinct applicant node in the source XML.

2 indexed patent records

Patent counts refer to distinct records held by this site, not an applicant’s complete portfolio. A joint name field is not a single company.

Verified corpus date coverage and last import time are not currently available. Publication dates on patent records are not import dates. Cached directory results may lag behind new imports.

Search the local original applicant field containing this full text. Results may include joint lists or longer names; this is not an exact identity search.

Search patents with this applicant condition

Open patent writing

№ CN122946770AInvention

Unknown

基于多维参数的混凝土电杆承载力分析检测系统及方法

本发明涉及电杆承载力检测，具体涉及基于多维参数的混凝土电杆承载力分析检测系统及方法，系统包括：基准孪生模型构建模块、多维参数采集模块、多参数映射与模型动态更新模块、多工况承载力仿真分析模块、结果输出与方案验证模块；通过构建电杆三维有限元基准孪生模型并结合多维度无损检测数据实现模型的动态映射更新，将混凝土强度、钢筋锈蚀程度、裂缝空间分布、杆体变形倾角等检测数据按空间位置对应修正基准孪生模型的材料属性、损伤结构和边界约束，实现数字孪生模型与电杆实际结构状态的实时同步，依托动态更新的数字孪生模型开展正常服役与台风、覆冰极端工况下的承载力仿真计算，实现电杆承载力的精准评估与极端工况承载力安全裕度校验。

❖安徽明生恒卓科技有限公司段伟; 陈超; 程永娟; 龙铭; 崔北为; 何超Oct 20, 2026§ 2/10 ClaimsG06F 18/21 (2023.01), G06F 30/23 (2020.01), G01N 33/38 (2006.01) +2

№ CN122948078AInvention

Unknown

基于区块链的碳排放动态监测溯源方法

本发明涉及碳排放监测溯源，具体涉及基于区块链的碳排放动态监测溯源方法，搭建联盟链网络并完成多主体节点注册，为区块链中每台监测设备生成链上唯一身份标识和签名密钥；基于排放源类型，分别采集企业的燃料消耗数据、工艺过程数据、能源消耗数据；对采集数据依次进行数据清洗、排放核算、数据确权，得到最终待上链数据负载；将最终待上链数据负载打包为交易提案提交至区块链中的背书节点，多节点验证通过后进行排序切割和打包出块；核查时通过区块链的Merkle树进行快速定位；通过预置的智能合约，自动完成排放阈值预警、碳报告生成和跨流程联动；本发明极大地提高了数据可信度和处理效率，实现全流程精准溯源。

❖安徽明生恒卓科技有限公司蒋加锋; 郭士卫; 陈银; 刘国庆; 陆勤磊; 王俊; 王强; 汪晓庆; 王志高; 徐进伟; 徐宁Oct 20, 2026§ 1/9 ClaimsG06Q 10/063 (2023.01), G06Q 30/018 (2023.01), G06F 21/62 (2013.01)