摘要：【中文】本发明公开了一种钢构件热浸锌的助镀剂，助镀剂为松香。本发明还公开了采用上述助镀剂的热浸锌工艺，该热浸锌工艺无需干燥和预热过程，有效缩短热浸锌时间，大大节约能源。本发明助镀液采用无铵配方，安全环保的同时能够有效降低浸镀时产生的烟尘和锌爆现象，而且不会造成漏镀问题；并且能够使浸镀后的镀层厚度均匀，与传统铵盐配方助镀的浸镀件在相同条件下镀层厚度增加。 【EN】The invention discloses a plating assistant agent for hot dip galvanizing of a steel member, which is rosin. The invention also discloses a hot dip galvanizing process adopting the plating assistant agent, which does not need drying and preheating processes, effectively shortens the hot dip galvanizing time and greatly saves energy. The plating assistant solution adopts an ammonium-free formula, is safe and environment-friendly, can effectively reduce the phenomena of smoke dust and zinc explosion generated during dip plating, and can not cause the problem of plating leakage; and the thickness of the plating layer after dip plating can be uniform, and the thickness of the plating layer is increased under the same condition with the dip plated piece assisted by the traditional ammonium salt formula.

摘要：【中文】本申请实施例公开了一种基于无线数据跳传的站台门智能感知与评价系统及方法。本申请实施例提供的技术方案，通过将各个无线通信模块配置为主节点或子节点，并实时接收对应感知模组上传的运维数据，子节点根据对应的配置关系选择运维数据传输链路，基于运维数据传输链路将接收到的运维数据跳传至相应的主节点，由主节点汇总各个子节点跳传的运维数据及自身的运维数据，将运维数据上传至后台控制柜。采用上述技术手段，可以减少运维数据传输网络的繁杂布线，简化数据传输链路。并且，无线通信模块通过选择相应的数据传输链路进行运维数据的跳传，可以避免数据传输链路故障或拥堵导致运维数据传输中断的情况，保障数据传输网络的稳定性和实时性。 【EN】The embodiment of the application discloses a platform door intelligent sensing and evaluation system and method based on wireless data skip transmission. According to the technical scheme provided by the embodiment of the application, each wireless communication module is configured as a main node or a sub-node, the operation and maintenance data uploaded by the corresponding sensing module is received in real time, the sub-node selects an operation and maintenance data transmission link according to the corresponding configuration relation, the received operation and maintenance data is transmitted to the corresponding main node in a jumping mode based on the operation and maintenance data transmission link, the operation and maintenance data transmitted in the jumping mode by each sub-node and the operation and maintenance data of the sub-node are collected by the main node, and the operation and maintenance data are uploaded to the background control cabinet. By adopting the technical means, the complex wiring of the operation and maintenance data transmission network can be reduced, and the data transmission link is simplified. In addition, the wireless communication module selects the corresponding data transmission link to carry out the jump transmission of the operation and maintenance data, so that the condition that the operation and maintenance data transmission is interrupted due to the fault or congestion of the data transmission link can be avoided, and the stability and the real-time performance of the data transmission network are guaranteed.