摘要：【中文】本发明公开了一种含黄药重金属浮选废水的处理方法，属于选矿废水处理技术领域。所述含黄药重金属浮选废水的处理方法，包括如下步骤：取催化氧化剂，按重量比为(0.5‑10)：1000，投加至待处理的浮选废水中，所述催化氧化剂为单质铁和/或二氧化锰，所述单质铁和二氧化锰的物质的量比1:(0‑1)，然后进行搅拌或曝气，再陈化，过滤，分别得到滤液和沉淀物，滤液即为处理后的浮选废水，将沉淀物回收利用。本发明的含黄药重金属浮选废水的处理方法，一是可以实现浮选废水中黄药的降解，二是可以同步深度去除浮选废水中的重金属，实现重金属的可回收利用。 【EN】The invention discloses a method for treating xanthate-containing heavy metal flotation wastewater, and belongs to the technical field of beneficiation wastewater treatment. The treatment method of the flotation wastewater containing the xanthate heavy metal comprises the following steps: taking catalytic oxidant, and mixing the catalytic oxidant with the following components in a weight ratio of (0.5-10): 1000, adding the mixture into flotation wastewater to be treated, wherein the catalytic oxidant is elementary iron and/or manganese dioxide, the mass ratio of the elementary iron to the manganese dioxide is 1 (0-1), stirring or aerating, aging, filtering to obtain filtrate and precipitate, the filtrate is the treated flotation wastewater, and the precipitate is recycled. The treatment method of the xanthate-containing heavy metal flotation wastewater can realize the degradation of xanthate in the flotation wastewater and can synchronously and deeply remove heavy metal in the flotation wastewater so as to realize the recycling of the heavy metal.

摘要：【中文】本发明公开了一种多模块称重方法和系统，该方法是在称重主机中增加了主机时间模块，并在每只称重分机中增加了分机时间模块，引入了时间戳的概念，称重主机工作时，发送一个控制指令并生成主机时间戳，各个称重分机完成测量称重并生成分机时间戳，称重主机计算重量时，采用的是主机时间戳与各分机时间戳对应的各称重分机的测量结果数据，将原先各称重分机的动态测量结果数据变为静态测量结果数据，能够确保发送和接收数据的同时性和一致性，从而减小数据波动，有效提高了测量的准确性，另外，本发明基于LORA芯片进行通讯，能够有效降低能耗，通过增加主机时间模块和分机时间模块，即可有效提高测量的准确性，系统硬件结构简单，生产成本低。 【EN】The invention discloses a multi-module weighing method and system, the method is that a host computer time module is added in a weighing host computer, an extension time module is added in each weighing extension, the concept of time stamp is introduced, when the weighing host computer works, a control instruction is sent and a host computer time stamp is generated, each weighing extension completes the measurement weighing and the extension time stamp is generated, when the weighing host computer calculates the weight, the measurement result data of each weighing extension corresponding to the host computer time stamp and each extension time stamp is adopted, the original dynamic measurement result data of each weighing extension is changed into static measurement result data, the simultaneity and the consistency of the sending and receiving data can be ensured, thereby reducing the data fluctuation and effectively improving the measurement accuracy, in addition, the invention carries out the communication based on LORA chip, the energy consumption can be effectively reduced, by adding the host computer time module and the extension time module, the accuracy of measurement can be effectively improved, the system hardware structure is simple, and the production cost is low.

摘要：【中文】本发明公开了一种移动箱变系统。其中，该移动箱变系统包括：至少一个移动箱变车，其中，移动箱变车的车厢被划分为如下几个区域：高压区域、低压区域和变压器区域；移动箱变车包括：高压模块，设置在高压区域，用于接入高压；低压模块，设置在低压区域，用于输出低压；变压器模块，设置在变压器区域，用于将高压模块的高压转换为低压模块的低压；监控模块，用于监控移动箱变车上的其他模块的工作状态；以及通信模块，用于与服务器连接，并与服务器进行通信；服务器，通过通信模块与移动箱变车通信。本发明解决了现有技术中的保电工作采用以临时箱变群为主设备的保障方式，无法满足各类重大活动对供电高可靠性与灵活性的要求的技术问题。 【EN】The invention discloses a mobile box transformer substation system. Wherein, this removal case becomes system includes: at least one mobile box-type substation vehicle, wherein the compartment of the mobile box-type substation vehicle is divided into the following areas: a high voltage region, a low voltage region and a transformer region; remove case and become car includes: the high-voltage module is arranged in the high-voltage area and used for connecting high voltage; the low-voltage module is arranged in the low-voltage area and used for outputting low voltage; the transformer module is arranged in the transformer area and used for converting the high voltage of the high-voltage module into the low voltage of the low-voltage module; the monitoring module is used for monitoring the working states of other modules on the mobile box transformer substation vehicle; the communication module is used for connecting with the server and communicating with the server; and the server is communicated with the mobile box transformer substation vehicle through the communication module. The invention solves the technical problem that the power protection work in the prior art adopts a guarantee mode of taking a temporary box-type substation group as main equipment and cannot meet the requirements of various major activities on high reliability and flexibility of power supply.

摘要：【中文】本发明揭示了一种保底通信网可靠性分析的方法、装置和存储介质，其中，所述方法应用于保底通信网管理系统，保底通信网包括光缆网、传输网、数据网和业务网，包括：获取用户设置的保底光缆数据；按照预设标准，分别将保底光缆数据与预存于保底通信网管理系统的基础光缆数据、传输网光缆数据、数据网光缆数据和业务网光缆数据进行比较,并记录不满足保底光缆数据要求的网架的缺陷；根据存在缺陷的各网架，提出相应的优化建议；整合缺陷和优化建议，生成保底通信网的缺陷分析文本。与现有技术相比，分析现有保底通信网中各网架存在的缺陷，找出影响现有保底通信网网架可靠性的薄弱环节，并给出网架的优化建议，大幅提升保底通信网运营的可靠性。 【EN】The invention discloses a method, a device and a storage medium for reliability analysis of a guaranteed-base communication network, wherein the method is applied to a management system of the guaranteed-base communication network, the guaranteed-base communication network comprises an optical cable network, a transmission network, a data network and a service network, and the method comprises the following steps: acquiring bottom-protected optical cable data set by a user; respectively comparing the bottom-protected optical cable data with basic optical cable data, transmission network optical cable data, data network optical cable data and service network optical cable data which are prestored in a bottom-protected communication network management system according to a preset standard, and recording the defects of the net rack which do not meet the requirements of the bottom-protected optical cable data; according to each net rack with defects, providing corresponding optimization suggestions; and integrating the defect and optimization suggestions to generate a defect analysis text of the guaranteed-base communication network. Compared with the prior art, the method has the advantages that the defects of the net racks in the existing bottom-protecting communication network are analyzed, weak links influencing the reliability of the net racks of the existing bottom-protecting communication network are found out, optimization suggestions of the net racks are given, and the reliability of operation of the bottom-protecting communication network is greatly improved.

摘要：【中文】本发明提供一种基于泛在物联网的华灯常备电源测试系统及方法，包括主站、纵向加密装置、交换机、集中采集与传输终端、若干华灯常备电缆主控箱；主站通过网线连接纵向加密装置，纵向加密装置通过网线连接若干交换机；每台交换机通过网线连接若干集中采集与传输终端；集中采集与传输终端通过华灯常备电缆连接若干华灯常备电缆主控制箱。本发明能够对华灯常备电缆主控制箱进行使用前测试，保证其实际工作的可靠性。 【EN】The invention provides a system and a method for testing a Hua lantern stand-by power supply based on ubiquitous Internet of things, wherein the system comprises a main station, a longitudinal encryption device, a switch, a centralized acquisition and transmission terminal and a plurality of Hualantern stand-by cable main control boxes; the main station is connected with the longitudinal encryption device through a network cable, and the longitudinal encryption device is connected with the switches through the network cable; each exchanger is connected with a plurality of centralized acquisition and transmission terminals through network cables; the centralized acquisition and transmission terminal is connected with a plurality of hua lamp standby cable main control boxes through hua lamp standby cables. The invention can test the main control box of the spare cable of the lantern before use, and ensure the reliability of the actual work.

摘要：【中文】本发明公开了一种移动箱变车。其中，该移动箱变车包括：驾驶室和车厢，其中，车厢被划分为如下几个区域：高压区域、低压区域和变压器区域；高压模块，设置在高压区域，用于接入高压；低压模块，设置在低压区域，用于输出低压；变压器模块，设置在变压器区域，用于将高压模块的高压转换为低压模块的低压。本发明解决了现有技术采用临时箱变群的供电方式而导致的灵活性差、施工难度大的技术问题。 【EN】The invention discloses a movable box type transformer substation vehicle. Wherein, this removal case becomes car and includes: the cab and the carriage, wherein the carriage is divided into the following areas: a high voltage region, a low voltage region and a transformer region; the high-voltage module is arranged in the high-voltage area and used for connecting high voltage; the low-voltage module is arranged in the low-voltage area and used for outputting low voltage; and the transformer module is arranged in the transformer area and used for converting the high voltage of the high-voltage module into the low voltage of the low-voltage module. The invention solves the technical problems of poor flexibility and high construction difficulty caused by adopting a power supply mode of a temporary box transformer substation group in the prior art.

摘要：【中文】本发明公开了一种保护整定处理方法。其中，该方法应用于配电箱，包括：获取配电箱的馈线的最大电流值以及馈线开关长延时最小整定值；根据馈线的最大电流值以及馈线开关长延时最小整定值确定配电箱的开关的长延时电流定值；获取配电箱的馈线的负荷冲击电流；根据配电箱的馈线的负荷冲击电流确定配电箱的开关的短延时电流定值；根据长延时电流定值和短延时电流定值进行配置。本发明解决了现有技术在确定ATS配电箱没有考虑其他因素，导致不准确的技术问题。 【EN】The invention discloses a protection setting processing method. Wherein, this method is applied to the block terminal, includes: acquiring a maximum current value of a feeder line of a distribution box and a long-delay minimum setting value of a feeder line switch; determining a long-delay current fixed value of a switch of the distribution box according to the maximum current value of the feeder line and the minimum long-delay setting value of the feeder line switch; acquiring load impact current of a feeder line of a distribution box; determining a short delay current fixed value of a switch of the distribution box according to the load impact current of a feeder line of the distribution box; and configuring according to the fixed value of the long delay current and the fixed value of the short delay current. The invention solves the technical problem of inaccuracy caused by the fact that other factors are not considered in determination of the ATS distribution box in the prior art.