摘要：【中文】本申请提供了一种密封胶压料机，包括：料桶、真空罩、压料油缸和压料盘；所述料桶固定设置于所述主机框架上，所述真空罩设置于所述料桶的上部处，且与所述料桶密封连接，所述真空罩上开设有抽真空孔；所述压料盘活动设置于所述料桶内；所述压料油缸的活动杆的底端贯穿所述真空罩并活动设置于所述料桶内，所述活动杆的底端与所述压料盘固定连接。本申请达到了防止压料盘的密封圈损坏，避免出现严重漏胶，可减少清洗料桶的次数，节省维护成本的技术效果，解决了残留在料桶壁上的密封胶遇空气易固化，这些固化的密封胶会对密封圈造成损害，进而造成更严重的漏胶，且需要时常清洗料桶并更换密封圈，维护成本高的技术问题。 【EN】The application provides sealed swager that glues includes: the device comprises a charging bucket, a vacuum cover, a material pressing oil cylinder and a material pressing disc; the charging bucket is fixedly arranged on the host frame, the vacuum cover is arranged at the upper part of the charging bucket and is hermetically connected with the charging bucket, and a vacuumizing hole is formed in the vacuum cover; the material pressing disc is movably arranged in the material barrel; the bottom end of a movable rod of the material pressing oil cylinder penetrates through the vacuum cover and is movably arranged in the charging basket, and the bottom end of the movable rod is fixedly connected with the material pressing disc. This application has reached the sealing washer that prevents the pressure charging tray and has damaged, avoids appearing seriously leaking gluey, and reducible number of times of wasing the storage bucket saves the technological effect of maintenance cost, has solved and has remained sealed gluey meeting the easy solidification of air on the storage bucket wall, and the sealed glue of these solidifications can cause the harm to the sealing washer, and then causes more serious hourglass to glue, and need wash the storage bucket often and change the sealing washer, the high technical problem of maintenance cost.

摘要：【中文】本发明实施例公开了一种先进增强结构的涂层防护处理方法，该方法包括：根据对先进增强结构应用部位的环境分析，初步确定先进增强结构的待选涂层的防护体系；通过对初步确定的待选涂层的防护体系的试验验证，选取出符合应用部位环境的先进增强结构的防护体系；对选取的防护体系进行环境综合评估分析，验证防护体系的有效性和耐久性。采用本发明实施例提供的方案，可以提高腐蚀环境下先进增强结构腐蚀防护性能，加快先进增强结构在飞机的工程化应用，实现延长飞机检修间隔及寿命，提高飞机安全性及经济性的目标。 【EN】The embodiment of the invention discloses a coating protection treatment method of an advanced reinforced structure, which comprises the following steps: preliminarily determining a protection system of a coating to be selected of the advanced reinforced structure according to the environmental analysis of the application part of the advanced reinforced structure; the protection system of the advanced enhancement structure which accords with the environment of the application part is selected through the test verification of the preliminarily determined protection system of the coating to be selected; and carrying out comprehensive environmental evaluation and analysis on the selected protection system, and verifying the effectiveness and durability of the protection system. By adopting the scheme provided by the embodiment of the invention, the corrosion protection performance of the advanced reinforced structure in a corrosion environment can be improved, the engineering application of the advanced reinforced structure in an airplane is accelerated, the aims of prolonging the overhaul interval and the service life of the airplane and improving the safety and the economy of the airplane are fulfilled.

摘要：【中文】本发明实施例公开了一种先进增强结构的防腐密封处理方法，该方法包括：选取与金属材料和复合材料性能匹配的密封剂材料；确定先进增强结构的密封形式，密封形式包括密封方法和密封结构形式；对已选取的密封剂材料和已确定的密封结构进行密封性能验证。采用本发明实施例提供的方案，可以防止腐蚀介质进入胶层影响先进增强结构的性能，从而有效提高先进增强的抗腐蚀密封性能，延长结构检修间隔及寿命，提高飞机安全性及经济性。 【EN】The embodiment of the invention discloses an anti-corrosion sealing treatment method for an advanced reinforced structure, which comprises the following steps: selecting a sealant material with the performance matched with that of the metal material and the composite material; determining a sealing form of the advanced reinforcing structure, wherein the sealing form comprises a sealing method and a sealing structure form; and carrying out sealing performance verification on the selected sealant material and the determined sealing structure. By adopting the scheme provided by the embodiment of the invention, the corrosion medium can be prevented from entering the glue layer to influence the performance of the advanced reinforced structure, so that the advanced reinforced corrosion-resistant sealing performance is effectively improved, the structure overhaul interval and the service life are prolonged, and the safety and the economical efficiency of the airplane are improved.

摘要：【中文】本发明实施例公开了一种先进增强结构的结构处理方法，该方法包括：对先进增强结构进行构型选取，构型包括胶接形式和构型形状；对先进增强结构进行尺寸选择；对先进增强结构进行铺层设置，铺层设置包括铺层方式，铺层方向和结构层数；对先进增强结构进行边角处理。本发明实施例提供的方案，可以快速实现先进增强结构在飞机上的工程化应用，降低飞机构件在服役过程中裂纹产生及扩展的速率，延长飞机检修间隔及寿命，实现飞机减重、提高安全性及经济性。 【EN】The embodiment of the invention discloses a structure processing method of an advanced enhancement structure, which comprises the following steps: selecting the configuration of the advanced reinforced structure, wherein the configuration comprises a cementing form and a configuration shape; selecting the size of the advanced reinforcing structure; carrying out layering arrangement on the advanced reinforced structure, wherein the layering arrangement comprises a layering mode, a layering direction and a structural layer number; corner processing is performed on the advanced reinforcement structure. The scheme provided by the embodiment of the invention can quickly realize the engineering application of the advanced reinforced structure on the airplane, reduce the generation and expansion rate of cracks of airplane components in the service process, prolong the overhaul interval and the service life of the airplane, realize the weight reduction of the airplane and improve the safety and the economy.

摘要：【中文】本发明公开了一种水利水电工程施工安全管理系统，涉及施工管理技术领域。本发明包括持久层、业务逻辑层、界面层、访问层，业务逻辑层集成有定时计划任务插件、缓存框架、Log4Net日志框架、Office在线编辑插件、电子签章插件、工作流组件，并通过过滤器过滤SQL注入攻击提供安全支持。本发明通过运用ASP.NET MVC开发框架，通过B/S模式，集成在线编辑、定时作业、工作流、电子签章等技术来实现整体架，实现了项目台账从线下转到线上，便于人员基本信息、证件信息的在线存阅，实现了项目施工过程文档的在线记录，解决了线下资源统计困难、传统的公文流转繁琐耗时、传统预警管理不能及时反馈的问题。 【EN】The invention discloses a hydraulic and hydroelectric engineering construction safety management system, and relates to the technical field of construction management. The system comprises a persistence layer, a service logic layer, an interface layer and an access layer, wherein the service logic layer is integrated with a timing plan task plug-in, a cache frame, a Log4Net Log frame, an Office online editing plug-in, an electronic signature plug-in and a workflow component, and provides safety support by filtering SQL injection attacks through a filter. NET MVC development framework is used, technologies such as online editing, timing operation, workflow, electronic signature and the like are integrated through a B/S mode to achieve an integral frame, project machine accounts are transferred from offline to online, personnel basic information and certificate information can be stored and read on line conveniently, project construction process documents are recorded on line, and the problems that offline resource statistics is difficult, traditional official documents are transferred in a complicated mode, time is consumed, and traditional early warning management cannot feed back timely are solved.

摘要：【中文】本发明提出一种基于数据可视化分析的新型文件检索方法，调用动态链接库中的API编程接口，通过调用API接口来从API编程接口中读取USN日志内容，并采用Task任务并行算法和/或Parallel数据并行算法提取USN日志内容中的文件信息，文件信息包括文件名和文件路径，从USN日志内容中提取文件信息，文件信息中包括文件名和文件路径，从而实现对文件信息的快速、准确检索。 【EN】The invention provides a novel file retrieval method based on data visualization analysis, which comprises the steps of calling an API (application programming interface) in a dynamic link library, reading USN (universal serial bus) log content from the API by calling the API, and extracting file information in the USN log content by adopting a Task Parallel algorithm and/or a Parallel data Parallel algorithm, wherein the file information comprises a file name and a file path, and the file information comprises the file name and the file path, so that the file information is quickly and accurately retrieved.