商标名称 LAOFA 国际分类 第45类-社会服务 商标状态 商标已注册 申请/注册号 65754293 申请日期 2022-07-05 申请人名称(中文) 社宝信息科技(江苏)有限公司 申请人名称(英文) - 申请人地址(中文) 江苏省苏州市中国(江苏)自由贸易试验区金鸡湖大道88号人工智能产业园G3-1901-043单元(该地址不得从事零售) 申请...
云生AI机器人从数字招聘、数字合规、数字协同、数字薪酬等全方位赋能未来智能化人力管理，其中，数字合规方面推出一站式HR劳动关系合规运营AI创新平台“LAOFA劳法”。据云生集团西安公司总经理、LAOFA劳法团队负责人龚霞介绍，LAOFA劳法是一站式HR劳动关系合规运营AI创新平台，产品上主要包括劳法数据库、智能工具...
“LAOFA劳法云”是云生集团在今年重磅推出的线上线下一体化LAOFA劳法服务平台,坚持以“企业合规用工”为使命,融合互联网平台+AI技术,以劳法数据库、智能工具包、劳法研究院三大产品一站式解决企业全生命周期用工风险,专业咨询服务团队和智能机器人365天陪伴式服务,极速响应,帮助企业实现零风险、零争议,为企业用...
Las Hijas De La Tostada - 5ta Av y Calle 38, Playa del Carmen Picture: Первоезаведение, кудамызашлипоприезде. Всебыстроивкусноивиноналиваютлоханями, ...
Anuncio de la persona ganadora del gran premio:La persona ganadora del gran premio se anunciará aproximadamente el 26 de abril de 2025. 3. CÓMO PARTICIPAR EN EL CONCURSO: Para participar, visiteNFL.com/FanoftheYear(el «Sitio web») durante el Periodo del concurso. Participe en ...
Related to a la mode:Pie a la mode à la mode (ä′lə mōd′, ăl′ə) adj. 1.According to the prevailing style or fashion. 2.Served with ice cream:apple pie à la mode. [French :à,in+la,the+mode,fashion.] American Heritage® Dictionary of the English Language, Fifth...
Service with a Smile After several kilometers of walking the center of Guadalajara we were quite peckish...we stopped at La Rinconada and were directed to sit where we liked. We took a window seat rather than sitting in the attractive former courtyard, now covered. Service...
Can watch for better quality of the movies you have and do an automatic upgrade.eg. from DVD to Blu-Ray Automatic failed download handling will try another release if one fails Manual search so you can pick any release or to see why a release was not downloaded automatically ...
The temperature dependences of the resonance magnetic field and magnetic resonance linewidth for La<sub class="a-plus-plus">1 − x </sub>Sr<sub class="a-plus-plus"> x </sub>Mn<sub class="a-plus-plus">0.925</sub>Zn<sub class="a-plus-plus">0.075</sub>O<sub class="a-plus-...
Solid-state batteries are a proposed route to safely achieving high energy densities, yet this architecture faces challenges arising from interfacial issues between the electrode and solid electrolyte. Here we develop a novel family of double perovskites