摘要：【中文】本发明提供一种同步多类型ERP系统商品信息的方法和装置。由于当前大多供应商都在统一的商品批发平台上提供商品批发业务，这就要求各个供应商需要及时的将自己ERP系统中最新的商品数据同步给商品批发平台。现有技术需要工作人员人工在商品批发平台手动输入新的商品数据，效率低下，针对这一问题，本发明通过在供应商EPR系统中读取最新的商品数据，与本地存储的待更新的商品数据进行哈希比对，能够快速将发生变化的差异数据同步上传至商品批发平台中。与现有技术需要工作人员在商品批发平台上手动输入新的商品数据相比，本发明实现自动化对商品数据的更新，节省了人力物力，提高了对商品数据更新管理的工作效率。 【EN】The invention provides a method and a device for synchronizing multi-type ERP system commodity information. Since most suppliers provide commodity wholesale service on a uniform commodity wholesale platform, each supplier needs to synchronize the latest commodity data in the ERP system to the commodity wholesale platform in time. In the prior art, new commodity data needs to be manually input by a worker on a commodity wholesale platform, so that the efficiency is low, and aiming at the problem, the latest commodity data is read in a supplier EPR system and is subjected to hash comparison with the locally stored commodity data to be updated, so that the changed difference data can be quickly and synchronously uploaded to the commodity wholesale platform. Compared with the prior art that a worker needs to manually input new commodity data on a commodity wholesale platform, the commodity data updating method and the commodity data updating system have the advantages that the commodity data is automatically updated, manpower and material resources are saved, and the working efficiency of commodity data updating management is improved.

摘要：【中文】本发明提供一种处方药物在线匹配和检索系统及方法，该系统包括：即时通讯模块，用于建立医生终端与患者终端的网络连接，在线诊断患者病情；病情确认模块，用于根据医生终端开具的处方药物，生成处方电子签；药物订购模块，用于根据所述处方电子签及患者终端在线选择的药店，将对应的处方药添加至购物车，并生成处方药购买订单；药物配伍模块，用于将所述处方药购买订单发送至药店终端，获取药店终端输入的药物配伍结果；药物配送模块，用于当检测到药店终端确认处方药配伍后，生成药物配送订单发送至配送终端。通过该方案解决了患者诊断及购买处方药时间成本高的问题，有效降低患者看病买药的成本，方便用户线上购买处方药。 【EN】The invention provides an on-line matching and searching system and method for prescription drugs, wherein the system comprises: the instant communication module is used for establishing network connection between the doctor terminal and the patient terminal and diagnosing the illness state of the patient on line; the disease condition confirmation module is used for generating a prescription electronic label according to the prescription medicine prescribed by the doctor terminal; the medicine ordering module is used for adding corresponding prescription medicines to the shopping cart according to the prescription electronic label and a pharmacy selected by the patient terminal on line and generating a prescription medicine purchase order; the medicine compatibility module is used for sending the prescription medicine purchase order to a pharmacy terminal and acquiring a medicine compatibility result input by the pharmacy terminal; and the medicine distribution module is used for generating a medicine distribution order and sending the medicine distribution order to the distribution terminal after detecting that the pharmacy terminal confirms the compatibility of the prescription medicines. The problem that the time cost is high when a patient diagnoses and purchases prescription drugs is solved through the scheme, the cost for the patient to see a doctor and purchase the drugs is effectively reduced, and the user can conveniently purchase the prescription drugs on line.

摘要：【中文】本发明公开了一种基于GNSS定位及APP的地下管网查看方法，包括下列步骤：步骤S1：建立地下管网(的整体)三维模型；步骤S2：将地下管网三维模型和地理位置的对应；步骤S3：将地下管网三维模型写入APP，并在APP内部实现根据接收到GNSS定位信息移动至对应位置并显示地下管网三维模型的功能逻辑；步骤S4：当在APP和地下管网三维模型进行点击交互的时候，实时从服务器读取管线的实时状态信息。本发明的基于GNSS定位及APP的地下管网查看方法无需使用人手动定位，可以自动根据GNSS定位信息显示对应的地下管网信息，可实现管网几何位置信息和状态信息的快速便捷、实时查看，为现场勘查、维修、施工、设计提供辅助和参考。 【EN】The invention discloses an underground pipe network viewing method based on GNSS positioning and APP, which comprises the following steps: step S1: establishing a three-dimensional model of (the whole of) an underground pipe network; step S2: corresponding the underground pipe network three-dimensional model with the geographic position; step S3: writing the underground pipe network three-dimensional model into an APP, and realizing the function logic of moving to a corresponding position and displaying the underground pipe network three-dimensional model according to the received GNSS positioning information in the APP; step S4: when clicking interaction is carried out on the APP and the underground pipe network three-dimensional model, real-time state information of the pipeline is read from the server in real time. According to the method for checking the underground pipe network based on GNSS positioning and APP, manual positioning is not needed, corresponding underground pipe network information can be automatically displayed according to GNSS positioning information, the geometric position information and the state information of the pipe network can be quickly, conveniently and real-timely checked, and assistance and reference are provided for on-site investigation, maintenance, construction and design.