企查查APP显示，近日，杭州天则科技有限公司发生工商变更，原股东张阳光退出，王兴兴持股比例由99%变更为100%。企查查信息显示，该公司成立于 2020年，法定代表人为王兴兴，注册资本5万人民币，经营范围包括技术服务、技术开发、技术咨询、技术推广等。 pp www L 据证券时报10月21日消息，宇树科技IPO辅导机构中信证券近日提交了"辅导工作进展情况报告（第一期）"。 报告透露，宇树科技2025年第五次临时股东会审议通过了《关于公司更名的议案》，决定公司更名为"宇树科技股份有限公司"（此前为"杭州宇树科技股份 有限公司"），目前正在办理相关工商登记变更程序。 今年6月，王兴兴在夏季达沃斯论坛上表示，宇树科技年度营收已超10亿元，公司规模达到约1000人。 在今年8月举办的2025世界机器人大会上，王兴兴提到，2025年上半年，整个人形机器人行业非常火爆，加上政策的支持，行业整机厂商及零部件厂商，每 家企业平均有50%—100%的增长，这意味着需求端拉动了整个行业的发展。 （齐鲁晚报·齐鲁壹点客户端编辑 韩爽综合企查查、证券时报、长安街知事微信公众号） ...

Core Insights - Anhui Aide Future Intelligent Technology Co., Ltd. has recently undergone a business change, adding Ant Group's wholly-owned subsidiary, Shanghai Yunzhang Enterprise Management Consulting Co., Ltd., as a shareholder [1][3] - The company, established in 2021, focuses on the development of AI technology hardware in the intelligent office sector [1] Company Overview - The company is a limited liability company with foreign investment, operating from July 19, 2021, to July 18, 2041 [2] - It has a workforce of 50-99 employees, with 64 individuals insured as of the 2024 report [2] - The registered address is located in Hefei High-tech Industrial Development Zone, Anhui Province [2] Business Scope - The business scope includes research and development of intelligent robots, manufacturing of computer hardware and software, computer system services, software development and sales, and various sales of electronic products and household appliances [2][3] - The company is also involved in management consulting, import and export of goods and technology, and sales of office equipment and supplies [2] Shareholder Structure - The major shareholders include Hu Yu with a 17.85% stake, Anhui Xunfei Yunchuang Technology Co., Ltd. with 17.39%, and Hefei Future Engine Information Technology Partnership with 13.53% [2] - Ant Group's subsidiary, Shanghai Yunzhang Enterprise Management Consulting Co., Ltd., holds an 8.70% stake in the company [2][3]

据悉，该事件消费保平台收到超过2000条投诉，单条氪金记录高达8万元。值得一提的是，在8月4日微 博话题"恋与深空"登上热搜后，8月6日，由玩家组成的"深空停氪受益者联盟"委托上海市海华永泰律师 事务所出具的律师函，首次将争议定性为"消费欺诈"。律师函明确指出，叠纸在明知PV内容无法实装 的情况下，仍以此诱导玩家消费，已违反《消费者权益保护法》第五十五条关于"退一赔三"的规定。 据公开资料，上海叠纸科技有限公司成立于2019年3月22日，注册资本1亿元人民币，2025年7月新增网 络文化经营许可项目。公司主营业务涵盖软件开发、动漫设计及网络文化经营，旗下拥有"暖暖"系列换 装游戏与"恋与"系列恋爱模拟游戏，代表作品包括《闪耀暖暖》《恋与制作人》《恋与深空》等，持 有"暖暖"系列IP及相关注册商标 。旗下游戏产品全球累计注册用户近4亿，2024年营收近10亿美元，分 别获得2019-2020年度、2021-2022年度、2023-2024年度、2025-2026年度国家文化出口重点企业称号。 2024年《恋与深空》上线首月全球收入突破6亿元（其中海外收入超1亿元），并胜诉商标侵权案，2025 年《无限暖暖》获苹 ...

受冷空气影响，气温先降后升，27日早晨气温较低。 26日夜间到27日白天 阴转小雨，北风2～3级，最低气温8～12℃，最高气温20℃左右。 10月31日 阴有小雨转多云，北风转南风2～3级，最低气温10～12℃，最高气温17℃左右。 11月01日 晴，北风2～3级，最低气温6～9℃，最高气温20℃左右。 晴间多云，北风转南风2～3级，最低气温市区4℃左右，有霜冻，其他区县1～5℃，有霜冻或轻霜冻， 最高气温16℃左右。森林草原火险气象等级2级，较低火险，森林草原火险气象等级较低。 27日夜间到28日 多云转阴，28日白天局部有小雨，降水概率30%，南风3～4级阵风6级，最低气温市区10℃左右，其他 区县5～10℃，最高气温17℃左右。 10月29日 晴，南风3～4级阵风6级，最低气温市区12℃左右，其他区县8～12℃，最高气温20℃左右。 10月30日 11月02日 晴，南风2～3级，最低气温4～7℃，最高气温16℃左右。 （济南气象公众号） ...

"双11"将至，各大平台纷纷推出促销活动。日前，有媒体报道，京东在今年"双11"期间推出了新的经营 要求：品牌在抖音等平台直播时，不得发放优惠券、抽奖，或标注"优惠"等字样，甚至禁止提及"更便 宜"等字眼，否则将面临高额处罚。 虽然京东在发送的相关通知中提出，商家应"以产品价值为导向，不倡导以价格为中心"，但是，不少行 业人士认为，其实质是限制商家在其他平台正规经营，以此维持京东的价格体系与竞争力。强制或者变 相强制商家在其他平台的定价不能"更便宜"，凸显了头部平台的强势地位，但也损害了消费者的权益， 侵害了商家的自主经营权，其合规性必然会受到舆论的质疑。 事实上，2023年"双11"期间，京东曾指责某知名主播要求商家提供最低价的行为属于伤害消费者基本权 利的"二选一"行为。京东在今年4月也曾公开承诺"不实施'二选一'"，保护外卖骑手权益。但以高额罚款 绑定商家定价，与"二选一"的限制效果类似，可能构成了变相的"二选一"。此前，阿里巴巴曾因"二选 一"被指控不正当竞争行为受到处罚。各大平台企业都应该吸取教训，避免重蹈覆辙。 京东之所以强势干涉平台内经营者的定价，很重要的原因在于其自身的优势地位。媒体报道，本次 ...

近日，齐鲁晚报·齐鲁壹点记者从信用中国获悉，南京玄武高新技术产业集团有限公司因未对项目施工范围组织四方交底的行 为，违反了《南京市燃气管理条例》第三十一条的规定，被南京市城乡建设委员会罚款3万元。 公开信息显示，南京玄武高新技术产业集团有限公司成立于1996年11月29日，法定代表人邱峰，股东为南京钟山资产经营管 理集团有限公司、国开基础设施基金有限公司和南京市玄武区人民政府国有资产监督管理办公室。 新闻热线电话：0531-85196566 ...

Core Viewpoint - The company is focusing on enhancing safety measures for hazardous chemicals and improving risk management in oil and gas operations through systematic inspections and digital applications [1] Group 1: Key Tasks - The company has identified two main tasks: conducting a special rectification of safety risks in land oil operations and enhancing the digital application of a dual prevention mechanism [1] - The first task involves a comprehensive risk assessment of hazardous chemicals throughout their storage, transportation, and usage processes, aiming to establish a closed-loop risk management system [1] - The second task focuses on utilizing technology to improve the accuracy of risk identification and the efficiency of hazard rectification, enabling visual tracking and traceable verification of safety management [1] Group 2: Specific Actions - The company has conducted a special hazard inspection at high-risk natural gas well sites, such as the Shunzhong 22 well, addressing all 14 identified issues [1] - To solidify the results of the rectification efforts and establish a long-term management mechanism, the company is organizing self-assessment of safety risks at well sites [1] - The self-assessment aims to further identify weak points in hazardous chemical management and optimize risk control measures, ensuring that safety risks in the entire oil and gas extraction chain are manageable and under control [1]

Core Insights - The Tarim branch of Shengli Oil Engineering Company has achieved a significant milestone by having its 70751 team become the first team in the company to exceed 20,000 meters in annual drilling depth [1] - The team emphasizes a dual focus on speed and safety, implementing various strategies to enhance production efficiency while maintaining safety standards [2] Group 1: Production Efficiency - The 70751 team has adopted a modular approach to well relocation, introducing advanced tools that have improved relocation speed by 5.2% compared to previous methods [1] - During the relocation of the YQ2-7 well, the team set a record of 7.8 days from relocation to drilling, which is 46% faster than the average relocation time of 13.9 days in the Tar River area [1] - The team has optimized various operational processes, aiming for performance improvement and quality excellence in drilling practices [1] Group 2: Safety Measures - The team adheres to the principle that "safety is the greatest benefit," enhancing safety assessments and incentives while implementing a reward mechanism for reporting hazards [2] - A comprehensive safety production initiative, termed "Thunder Action," is in place to identify and mitigate potential risks in production [2] - The team conducts thorough analyses of neighboring well data before drilling, continuously optimizing technical plans and employing new speed-enhancing tools [2] Group 3: Technical and Training Initiatives - The team has strengthened equipment management and the use of solid control equipment, ensuring comprehensive technical oversight [2] - A combination of training methods, including participation in competitive training and self-directed team training, is utilized to enhance skills and efficiency [2] - Competitions focused on small metrics, such as daily drilling depth and individual challenges, are organized to solidify the talent foundation for drilling speed and efficiency [2]

Core Viewpoint - The successful application of continuous coiled tubing downhole electric pump technology marks a significant breakthrough in China's oil testing technology, addressing key industry challenges and enhancing oilfield production capabilities [1][5]. Technical Background - The traditional oil testing methods have limitations, particularly in unconventional oil and gas resource development, necessitating innovative solutions to meet the urgent demand for rapid and pollution-free operations [2]. - The continuous coiled tubing process is identified as a key development direction, with the new technology enabling operations without interrupting fluid flow, thus ensuring continuous liquid discharge from the reservoir [2][3]. Breakthrough Journey - Prior to this development, there were no successful cases of pressurized testing in China, with the technology being largely untested globally [3]. - The technology integrates multiple disciplines and innovations, including the design of a compact electric pump and specialized pressure-sealing tools, which collectively address the challenges of operating under pressure [3][4]. Technical Potential - The new technology significantly reduces the low-pressure well transfer cycle from 10 days to 4 days, effectively halving the operational time while providing real-time monitoring of downhole parameters [5]. - This technology aligns with the growing market demand for shale oil and tight oil development, particularly in regions like Xinjiang and Southwest China, indicating substantial market potential [5]. Future Outlook - The company aims to enhance its technological offerings to meet diverse operational needs and transition towards high-end oil testing services, reflecting a broader industry shift towards intelligent and green operations [5][6]. - The focus will be on deepening technology integration and expanding into unconventional oil and gas markets, providing more efficient and reliable technical support for oil and gas exploration and development [6].

Core Viewpoint - The invention of a "squeezing-type drilling cuttings concentration and liquid separation device" by Shengli Oil Engineering Company aims to improve the efficiency of solid-liquid separation in drilling operations, enhancing the recovery rate of drilling fluid from cuttings [1] Group 1: Invention Details - The newly patented device is designed for solid-liquid separation of liquid-containing cuttings generated by drilling fluid solid phase control systems [1] - It addresses the high moisture content in separated cuttings from existing equipment like vibrating screens, centrifuges, and filter presses, which are often costly and prone to maintenance issues [1] - The device features a compression chamber, liquid collection chamber, compression drive mechanism, solid input/output mechanisms, and a liquid discharge mechanism, allowing for natural sedimentation, filtration, and squeezing concentration [1] Group 2: Benefits and Efficiency - The device significantly reduces the moisture content of cuttings, solving issues related to transporting solid phases during adverse weather conditions [1] - It is characterized by a simple structure, high reliability, and low manufacturing costs, utilizing mechanical physical processing methods for liquid recovery [1] - The recovered liquid phase is the drilling fluid, which can be reused on-site in real-time, greatly increasing the recovery rate of drilling fluid [1]