Inspection Management System Research Articles

Construction and application of lean standardized testing management system based on innovative mode

At present, the construction of Lab is constantly advancing, and the quality of Lab and the safe and reliable operation of Lab have become the main concerns. In the construction of intelligent Lab, to ensure product quality and safe and reliable Lab, not only strict product quality inspection is needed, but also scientific product quality inspection is needed. Lab mainly test products and then send them to other enterprises for re-inspection, which not only increases the testing cost of enterprises, but also easily leads to inaccurate and irregular product testing data. In view of this situation, this paper puts forward a construction method of lean standardized test management system based on lean management idea, aiming at ensuring the quality of Lab and the safe and reliable Lab through reasonable allocation of resources, strengthening process control and continuous improvement. Construction and application of lean standardized test management system based on innovative mode. Based on the idea of lean management, the system aims at "the quality of Lab and the safe and reliable Lab", integrates the internal and external resources of the enterprise, combines with the actual situation of the enterprise from the aspects of on-site quality management, equipment condition evaluation, abnormal defect control and test result analysis, and adopts the method of continuous improvement to continuously promote the implementation of lean standardized test management, gradually realize the standardized, unified and effective management of test data, and thus realize the organic unity of product quality and safe and reliable operation of power grid. The system has been applied in smart substation construction projects. In this paper, the requirements and influences on inspection work are analyzed, and a lean standardized inspection management system based on innovative mode is constructed.

소규모 노후 건축물 안전점검 개선으로 유지관리 향상방안 연구

Starting with the industrialization and economic development of Korea in 1970, the infrastructure and architectural structures built have aged and become a social problem. Representatively, as of 2018, 240,000 out of about 610,000 buildings were completed, and about 39.3% of them were surveyed. The collapse of a commercial building in Yongsan in 2018 raised awareness of the safety inspection of small-scale old buildings. The maintenance and management of small-scale old buildings in the blind spot of the existing "Facility Safety Act" proposes the standards and manuals for safety inspection methods under the "Building Management Act" enacted (2019).
 This study was conducted for the purpose of studying maintenance improvement plans by improving safety inspections of old buildings. The subjects of the study were 201 engineers working in safety diagnosis institutions and related industries from October 20, 2021 to November 9, 2021. In the hypothesis of the study, the hypothesis that the adequacy of service consideration criteria and the competence and career of responsible engineers will affect maintenance in safety inspection to extend the usability and life of small-scale buildings was verified. To this end, the consideration standard and the capability of the responsible engineer were set as sub-factors of maintenance and management, which are dependent variables, as sub-factors of safety inspection method improvement. As a result of the hypothesis verification of the study, a significant influence relationship was verified on the ground inspection, structural inspection, and non-structural inspection of the responsible engineer's competency and career. The criteria for consideration for safety inspection were significant for ground inspection and structural inspection, but were rejected because they were not statistically significant in the relationship between the impact of non-structural inspection. This is because the safety inspection consideration criteria are indirectly linked to the inspection manual and checklist of the non-structural inspection.
 It is currently a global trend for many countries to accept maintenance costs as essential costs for improving economic power and preventing disasters, and the size of the safety inspection and diagnosis market will continue to expand in the future. Accordingly, it is necessary to prepare for globalization by preemptively establishing a safety inspection management system and continuous technology development to preoccupy the domestic market and develop competitiveness.

Unmanned Aerial Vehicle Surveying and Mapping Trajectory Scheduling and Autonomous Control for Landslide Monitoring

Real-time and efficient monitoring of geological disasters has received extensive attention in the application of UAV surveying and mapping control technology. The application of traditional landslide monitoring methods lacks the accuracy of control algorithms, which has become a hot issue currently facing. Based on the landslide surface subsidence monitoring method, this article designs the UAV trajectory scheduling subsidence monitoring software, which can monitor the UAV’s flight status and navigation information, and draw the flight trajectory in real time. At the same time, the model solves the problem of storage and management of landslide inspection results by the landslide inspection management system, and realizes the functions of entering and querying landslide information, viewing inspection results, landslide safety judgment, generating reports, and autonomous control. The simulation results show that the global accuracy reaches 0.975, and the algorithm recognition degree reaches 99.8%, which promotes the reliability of the landslide monitoring data for the identification of the surveying and mapping trajectory, and provides a decision-making basis for landslide treatment.

Integrating inspection management (IM) in piping system of petroleum industry in Iran

PurposeThis paper aims to report on the findings from a research project, incorporated by Iran’s Ministry of Petroleum, investigating the integration of inspection management with analysis of document information.Design/methodology/approachA combination of group and individual interviews were undertaken with qualitative methods of analysis to develop an integrated process model. The model developed uses integrity management factors, which allows flexibility and the early integration of inspection management systems at a strategic level, although detailed planning is still required through the use of integrated management tools. The model combines information on responsibilities, tasks and policies, of personnel in the inspection management of the piping system with the oil and gas industry.FindingsThe six inspection activities recognized for the main practical model are, namely, identify pipeline situation; inspect and measure defects; inspection assessment; design inspection; implement inspection activities and measure and report inspection.Originality/valueThis research presented not only a process but also the framework and techniques to manage and improve management effectiveness and inspection efficiency in pipelines of the oil and gas industry. This study will be useful to researchers maintenance professionals and others concerned with inspection and maintenance management of facilities and equipment in the oil and gas industry.

Harmonization of medical products regulation: a key factor for improving regulatory capacity in the East African Community

BackgroundLimited capacity to regulate medical products is associated with circulation of products which do not meet standards of quality, safety and efficacy with negative public health and economic outcomes. This study focused on assessing the effect of the East African Community (EAC) medicines regulatory harmonization initiative on the capacity of national medicines regulatory agencies, with a focus on registration and inspection systems.MethodsAn exploratory mixed-method design using both qualitative and quantitative data to access data from six national medicines regulatory authorities (NMRAs) and the EAC Secretariat. Data was collected using a combination of semi-structured interviews, questionnaires, and checklists for the period 2010/11–2015/16 with 2010/11 data serving as baseline. Heads of NMRAs, regulatory and monitoring and evaluation experts, and the EAC Secretariat Project Officer were enrolled in the study. A set of 14 indicators grouped into 6 categories were used to assess NMRAs performance.ResultsPolicy and legal frameworks provide a foundation for effective regulation. Collaboration, harmonization, joint dossier reviews and inspections of manufacturing sites, reliance and cooperation are key factors for building trust and capacity among NMRAs. Five out of six of the EAC Partner States have comprehensive medicines laws with autonomous NMRAs. All the NMRAs have functional registration and good manufacturing practice inspection systems supported by regional harmonised guidelines for registration, inspection, quality management and information management systems with four NMRAs attaining ISO 9001:2015 certification.ConclusionsThe EAC regulatory harmonization initiative has contributed to improved capacity to regulate medical products. The indicators generated from this research can be replicated for evaluation of similar initiatives across and beyond the African continent and contribute to public health policy.

Research and application of power grid intelligent inspection management system based on physical ID

Aiming at the problems of low efficiency, poor accuracy and untimely defect detection of traditional power grid equipment inspection methods, this paper proposed a power grid intelligent inspection management system based on physical ID. And a method for identifying high-risk alarm areas and fault location of transmission channel is proposed. By using big data mining and unsupervised clustering machine learning algorithm, the problems of poor accuracy and slow calculation speed of a large number of alarm data area division are fundamentally solved, and the functions of dynamic alarm and location affected by external force destruction, foreign object intrusion and environment are realized. The results show that compared with the traditional methods, the proposed method has higher efficiency and accuracy, and lower fault trip rate.

Asset Inspection Management System as a Reliable Inspection/ Monitoring Tool

Enterprise asset management (EAM) systems are used by asset owners and/or operators to manage the maintenance of their physical assets. These assets, including equipment, facilities, vehicles, and infrastructure, need maintenance to sustain their operations. An EAM system provides the means to have less unplanned downtime and extended asset longevity, which offers clear business benefits that improve the profit and loss statement and balance sheet. Particularly for capital-intensive industries, like drilling and exploration, the failure of on-time delivery of critical equipment or processes is disruptive and costs nonproductive time and customer satisfaction. Organizations understand these issues and employ an appropriate asset management system to engineer their asset maintenance and management. An EAM system is needed to manage the people, assets/equipment, and processes. EAMs are used to plan, optimize, execute, and track the needed maintenance activities with associated priorities, skills, materials, tools, and information. Similarly, nondestructive testing (NDT) is used as a tool for integrity assessment of assets in drilling and exploration. The main advantage of using NDT is that the item’s intended use or serviceability is not affected. The selection of a specific technique should be based on knowledge and skills that include design, material processing, and material evaluation. Validating the purpose of this paper, we emphasize the importance of optimizing the asset utilization and serviceability to enhance overall efficiency by integrating EAM software that manages assets, the operation management system (OMS) controlling the processes, and asset inspection management systems (AIMSs).

The Situation and Challenge of China’s Legal Inspection System of Ships

Ship inspection is a highly professional and technical administrative permission work, which is the first link to ensure the safety of navigation and operation of the ship. Under the new situation of powerful transportation and high-quality development, we need to reexamine the development connotation of China‘s legal inspection system, analyze the problems existing in the existing ship inspection and inspection management system, clarify the challenges and opportunities faced by the ship inspection system, initially put forward effective solutions, and provide necessary decision-making reference for the standardized construction of ship inspection management.

Design of Intelligent Operation and Inspection Management System for Power Grid Equipment Based on Full Business Data Center

There are some problems in the existing operation and inspection systems of State Grid Corporation of China, such as low level of system data integration, poor degree of functional application practicality. In order to solve these problems, the intelligent operation and inspection management system for power grid equipment has been designed based on full business data center. This system complies with the overall deployment requirements of the Internet of Things, including sensing layer, network layer, platform layer, and application layer. Based on the unified storage and management of the full business data center, the integration and service call of data information from 14 sets of operation and inspection systems could be realized. As a result, holographic perception of equipment status, active fault warning and prediction, and intelligent generation of operation and inspection decision could be realized by the designed system, which can promote the transformation of operation and inspection mode from business process driven to equipment status driven.

Development of the Intelligent Core of Vehicles’ Technical Inspection Management System

The efficiency of road transport is based on the reliability of the vehicle fleet, as well as the safety of its operation, which is ensured by the timely diagnosis of faults and the quality of maintenance and related repairs. Despite constant technical progress in the field of automotive industry, creation of technological equipment for maintenance and repair of the vehicle fleet, as well as new reasonable approaches to operation, the problem of developing an integrated system for managing the operation of road transport in order to ensure road safety remains urgent. In addition to the collection, storage and primary data processing module, such a system should include a specialized decision support module. In this regard, the scientific goal of the work is formulated—the development of an intelligent core for the management system for vehicles’ technical inspection. The mathematical model of the functioning of the technical inspection point is based. On its basis, the simulation model is constructed. The goal function is the amount of revenue from the provision of technical inspection and subsequent repair, minus losses due to equipment and workers idle time. A planfactor computer experiment was conducted, the number of repair workers, diagnostic lines, workers on the diagnostic lines that provide the maximum of the goal function were found.

English

English

Research on application of GIS and GPS in inspection and management of city gas pipeline network

To solve the problems existing in the current Gas Company patrol management, such as inaccurate attendance, whether or not the patrol personnel exceed the scope of patrol inspection. This paper Proposed that we apply the SuperMap iDeskTop 8C plug-in desktop GIS application and development platform, the positioning function of GPS and the data transmission function of 3G/4G/GPRS/Ethernet to develop a gas pipeline inspection management system. We build association between real-time data, pipe network information, patrol data, map information, spatial data and so on to realize the bottom data fusion, use the mobile location system and patrol management client to achieve real-time interaction between the client and the mobile terminal. Practical application shows that the system has completed the standardized management of patrol tasks, the reasonable evaluation of patrol work and the maximum utilization of patrol resources.

Design and Implementation of a Field Inspection Management System Based on Wireless Sensor Networks

Various errors and failures occur every day in the plant field. However these errors have been managed manually by field inspector. In this paper, we present a design and implementation of a field inspection management system based on wireless sensor networks. This system works on a portable embedded device. To develop the field inspection management system, we analyzed work tasks and process in the plant field. In addition, we propose security measures for preventing information stealing and alteration in the embedded system. Through this system, we can manage effectively error information collected in the field.

Substation Inspection System Based on RFID Technology

In the inspection work, inspecting not in time often lead to equipment abnormal and failure. In order to solve the problem, this paper developed an inspection program with the use of RFID technology and a PDA. In order to realize the function of inspection task assignment, equipment information collection, inspection results uploaded and data analysis, a substation inspection management system based on B/S architecture was also designed. Both the inspection program and the management system had been tested in the Yingzhang 220Kv Substation of the Luohe City. The trial operation results conformed to the actual requirements of substation inspection. And the standardized management of the substation inspection could be also realized.

Application of Information Point Inspection System in the Modern Coal Preparation Plant

Device detection and diagnosis technology is one of the key technologies to guarantee safe, reliable and economical production, to achieve scientific management and to maximize efficiency of the equipment. Off-line diagnosis, which is also called point inspection, has been applied in most modern large-scale enterprises. According to the running state of the point inspection management system of Coal Washing and Processing in Shendong Mine Group Co…LTD, this paper mainly gives a brief introduction to information point inspection management system in modern coal preparation plant in terms of the architecture, implementation, characteristics and workflow of it, and offer the experience for other enterprises of our country to draw on.