XM-D010人体呼吸运动电动模型   XM-D010人体呼吸运动电动模型（电动呼吸系统模型）由透明的塑料人体胸廓外部形态和PVC塑料的肋骨、胸骨、膈肌等内骨结构形成，并由力学机械和同步电子电路组合而成，能形象演示人体呼吸运动过程中体现的生理机制，适用于大、中医学院校及中等学校讲解人体呼吸运动时作直观教具。 一、功能特点： ■ 根据解剖学原理制作，由透明的塑料人体外部形态和PVC塑料肋骨、胸骨、膈肌等内部结构构成。 ■ 由力学机械和同步电子电路程序控制组合成，能动态模拟呼吸运动。 ■ 动态演示顺序：吸气过程为肋骨向外上提，膈肌下降，胸廓、肺扩张产生负压，使体外氧气经呼吸道与气管输入肺（绿色发光管），同时肺内的亮度加强。 ■ 呼气过程为肋骨向下降，膈肌上移，胸廓、肺缩小产生正压，使肺内的气体由肺、气管和呼吸道排出体外（红色发光管），同时肺内亮度减弱。 二、技术参数： ■ 尺寸：43×26×74cm ■ 材质：PVC材料+木框 三、标准配置： ■ XM-D010人体呼吸运动电动模型：1台 ■ 电源线：1根 ■ 说明书：1册 ■ 保修卡合格证：1张

产品详细介绍UVRaman100紫外共振拉曼光谱系统        新一代紫外共振拉曼光谱仪    

Suzhou Walklake Smart Systems Co., Ltd. is an artificial intelligence technology enterprise focusing on providing campus health science solutions. Its core team members are all from fortune 500 enterprises with rich industry experience and strong technical accumulation. Walklake is committed to designing, developing and manufacturing industry-leading campus robots. Now we have successfully launched complete school health robots solutions for children of different age groups, from 2-7 years old, to 7-12 years old. At present, in order to help schools reopen and continuously assist the epidemic prevention and control on campus, our device has been applied to over 30,000 schools in China; and we have connected with schools in 45 countries worldwide.Walklake robot has been well received in both domestic and overseas markets and has become the first choice of benchmark demonstration schools in all provinces and cities. Walklake relies on a strong team of experts and technical accumulation, with "health +AI" as the direction, integrating intelligent terminals, and constantly improving services, forming a smart campus solution featuring health, disease control and epidemic prevention management, and contributing to protecting the health and safety of children globally.

天津市新中环系统集成技术有限公司，成立于1996-02-28，注册资本为10万人民币，法定代表人为熊允亨，经营状态为迁出，工商注册号为1201931001138，注册地址为南开区鞍山西道佳音里4号楼1门101室，经营范围包括技术开发、咨询、服务、转让（电子与信息的技术及产品）；计算机及外围设备、文化办公用机械零售。  

新生儿窒息复苏抢救训练系统符合新生儿的体貌特征，可对新生儿进行初步复苏的处理、以及ABCD复苏方案的执行等操作训练，并且可对相关操作步骤进行智能检测，使学生对其操作是否达标有直观的了解和提高。