摘要：【中文】一种高温合金的锻造和热处理方法及其产品，属于合金锻造技术领域。合金组分按重量百分比计为：Mo：21‑24，Cr：7‑10，Wu：5‑8，Fe：≤2，Mn：≤0.8，Al：≤0.5，C：≤0.03，其余为Ni。优点在于，该方法制造的产品使用温度可以达到760℃，且在760℃下使用时，低膨胀，强度高，650℃高温拉伸状态下：抗拉强度(MPa)≥896，屈服强度(MPa)≥552，延伸率(％)≥13，断面收缩率(％)≥16，有效降低了合金在锻造过程中的开裂风险。 【EN】A forging and heat treatment method of high-temperature alloy and a product thereof belong to the technical field of alloy forging. The alloy comprises the following components in percentage by weight: mo: 21-24, Cr: 7-10, Wu: 5-8, Fe: 2, Mn: less than or equal to 0.8, Al: less than or equal to 0.5, C: less than or equal to 0.03, and the balance being Ni. The method has the advantages that the product manufactured by the method can reach 760 ℃, and when the product is used at 760 ℃, the product has low expansion and high strength, and when the product is used at 650 ℃, the product is stretched at the high temperature: the tensile strength (MPa) is not less than 896, the yield strength (MPa) is not less than 552, the elongation (%) is not less than 13, and the reduction of area (%) is not less than 16, thereby effectively reducing the cracking risk of the alloy in the forging process.

摘要：【中文】本发明公开了一种基于HPLC台区集采运维系统，包括采集器、HPLC载波调制解调器、数据通信终端和移动采集终端，通过在现有行政区域划分的基础上进行范围细化，把采集器和HPLC载波调制解调器形成的数据采集通信端按照细化好的范围进行配置，并结合HPLC载波实现数据采集通信端的树形连接，便于对信息进行有效的传递，同时推选出数据采集通信端作为中央协调器，实现多个中央协调器通过HPLC载波进行环形通讯，且均与数据通信终端连接，解决了单网通讯造成拥堵或通讯失败的弊端。 【EN】The invention discloses an acquisition, operation and maintenance system based on an HPLC (high performance liquid chromatography) platform area, which comprises an acquisition device, an HPLC carrier modem, a data communication terminal and a mobile acquisition terminal, wherein the range is refined on the basis of the existing administrative area division, a data acquisition communication end formed by the acquisition device and the HPLC carrier modem is configured according to the refined range, the tree-shaped connection of the data acquisition communication end is realized by combining the HPLC carrier, the information is conveniently and effectively transmitted, meanwhile, the data acquisition communication end is selected as a central coordinator, the annular communication of a plurality of central coordinators through the HPLC carrier is realized, and the central coordinators are all connected with the data communication terminal, so that the defect of congestion or communication failure caused by single-network communication is overcome.

摘要：【中文】本发明公开了一种基于北斗定位的10kV及以下电力资产位置导航系统，包括电力运维系统，导航系统和云端服务器，其特征是：电力运维系统和导航系统均设置在移动终端上，在电力运维系统上获取目标位置信息，通过移动终端调取导航系统进行运行并把目标位置信息反馈给导航系统，导航系统通过移动终端和云端服务器获取移动终端的位置信息，导航系统根据获取的目标位置信息和移动终端位置信息规划相应的路径，并在移动终端的显示器上进行显示；本发明通过融合电力运维系统和导航系统，实现导航系统直接对储存在电力运维系统中目标位置的提取，并自动获取移动终端的位置信息，实现路程的规划与导航，便于人们快速寻找并到达目标位置，提高工作效率。 【EN】The invention discloses a Beidou positioning-based 10kV and following electric power asset position navigation system, which comprises an electric power operation and maintenance system, a navigation system and a cloud server, and is characterized in that: the electric power operation and maintenance system and the navigation system are both arranged on the mobile terminal, target position information is obtained on the electric power operation and maintenance system, the navigation system is called by the mobile terminal to operate and feeds the target position information back to the navigation system, the navigation system obtains the position information of the mobile terminal through the mobile terminal and the cloud server, and the navigation system plans a corresponding path according to the obtained target position information and the position information of the mobile terminal and displays the path on a display of the mobile terminal; according to the invention, through fusing the electric power operation and maintenance system and the navigation system, the navigation system can directly extract the target position stored in the electric power operation and maintenance system, the position information of the mobile terminal is automatically acquired, the planning and navigation of the route are realized, people can conveniently and quickly find and reach the target position, and the working efficiency is improved.