Autonomous maintenance and repair system for data centers.

Abstract

The invention relates to an autonomous maintenance and repair system that performs routine maintenance and inspection tasks of data centers via autonomous robots and / or drones.

Description

Autonomous maintenance and repair system for data centers. TECHNICAL FIELD The invention relates to an autonomous maintenance and repair system for data centers in general. The invention specifically enables autonomous robots to perform routine maintenance and inspection tasks in data centers. with an autonomous maintenance and repair system carried out via and / or drones It is related. STATE OF THE ART Data refers to physical facilities where data is stored, processed, managed, and distributed. These centers form the foundation of organizations' digital infrastructure. Hardware, software, network These structures, where equipment and security systems come together, are suitable for both large-scale projects. This is critical for both enterprise services and cloud-based solutions. Therefore, data center maintenance is crucial for both operational continuity and security. This is important from a digital perspective. These centers bring together companies, government agencies, and individuals. Because it hosts data, any malfunction, interruption, or security breach is very serious. This can lead to consequences. In current technology, data center maintenance is carried out through planned and systematic processes. This is achieved by ensuring the infrastructure operates safely, efficiently, and without interruption. The goal is to provide this maintenance, which includes hardware, software, environmental conditions, and security systems. It includes many components, such as weekly, monthly, quarterly, and annual maintenance schedules. Preparations are made. Planned outages at predetermined times for critical systems. Maintenance schedules are implemented to coincide with hours when system usage is low. Many maintenance tasks are performed manually by technicians. This The situation, besides being time-consuming, also carries the risk of human error. Distraction or errors, especially in complex or repetitive tasks. The likelihood of implementation increases. Planned maintenance wastes resources unnecessarily in some cases. This can lead to increased consumption. In addition, current technology often experiences malfunctions. 2 It is performed after it occurs. Reactive maintenance is necessary to prevent unplanned outages and higher This can lead to increased costs. Additionally, high racks in data centers can cause excessive heat or... Areas that are difficult to access, such as cold areas and the vicinity of high-voltage equipment. or it may be dangerous. Technicians working in these environments carry safety risks. and can reduce efficiency. In current systems, the infrastructure requires continuous and real-time monitoring. It is not possible to monitor this. Abnormal situations or potential problems can only be detected. This can be noticed during periodic inspections or when a malfunction occurs. Data collection in manual maintenance processes can often be limited and subjective. Analyzing and interpreting the collected data can take time and reach its full potential. It may not be accessible. Based on research conducted under the known state of the art, US10810087B2 application number and titled Systems and Methods for Data Center Maintenance It has been observed that the application in question concerns data objects stored in data centers. a repair system that scans, identifies potential problems, and fixes those problems over time. It defines its component. The system is decentralized and highly parallel. It includes modules that can be used. The application in question is for the maintenance of data centers. Although it offers solutions, it also performs routine maintenance and inspection tasks of data centers autonomously. autonomous maintenance and repair performed via robots and / or drones The system is not mentioned. As a result, improvements are being made in autonomous maintenance and repair systems. Therefore, it will eliminate the disadvantages mentioned above and improve existing systems. New structures are needed to provide solutions. THE PURPOSE OF THE INVENTION The present invention meets the aforementioned requirements and overcomes all the disadvantages. routine maintenance of data centers, which eliminates these problems and brings some additional advantages. a system that performs inspection tasks via autonomous robots and / or drones It is related to autonomous maintenance and repair systems. 3 The main purpose of the invention is to autonomously perform routine maintenance and inspection tasks in data centers. autonomous maintenance and repair performed via robots and / or drones The goal is to provide the system. One aim of the invention is to perform routine tasks through autonomous robots and drones. Being able to perform this tirelessly and consistently significantly reduces the risk of human error. to reduce it to a certain extent. Another aim of the invention is to prevent interruptions through proactive interventions and maintenance. The goal is to optimize costs. Another purpose of the invention is to easily access areas that are difficult or dangerous for humans to reach. to enable access and safely perform inspection or maintenance tasks to be able to achieve it. The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also be based on these forms and details. This should be done taking the explanation into consideration. DETAILED EXPLANATION OF THE INVENTION This detailed description explains the preferred autonomous maintenance and repair system for the invention. the structures that have been established are solely for the purpose of better understanding the subject and It is explained in a way that will not create any limiting effects. The invention enables autonomous robots and / or robots to perform routine maintenance and inspection tasks in data centers. It is an autonomous maintenance and repair system that is carried out via drones. the subject system;  Collecting and transmitting data from the data center through various sensors, Access to devices within the data center thanks to the motion control system. at least one autonomous mobile device capable of acting in this way,  Receiving and analyzing the data collected by the aforementioned autonomous mobile equipment, The analysis results identify devices that require maintenance and repair, and then the maintenance 4 and maintenance and repair command to carry out the repair operation a central hub that provides and directs autonomous mobile equipment to the relevant devices management unit It includes. The preferred application of the system described in the invention is autonomous mobile equipment, drone. or is an autonomous device similar to a robot. Robots and / or drones use various sensors. It collects data from data centers and wirelessly transmits this data to the central office. It communicates the information to the management unit. The central management unit uses robots and / or robots to perform the planned tasks. It transmits the data to the drones. The robots and / or drones receive the data through motion control systems. It moves around within the central unit and accesses devices. The central management unit, map It uses its information to help robots and / or drones navigate. Users can monitor robots and / or drones through a central management unit. They can check and view reports.

Claims

1. A system that collects and transmits data from the data center via various sensors, and monitors movement. thanks to the control system, it is possible to access the devices inside the data center. for data centers, which include at least one autonomous mobile piece of equipment capable of movement It is an autonomous maintenance and repair system, the feature of which is;  Receiving and analyzing the data collected by the aforementioned autonomous mobile equipment, The analysis results identify devices that require maintenance and repair, and then the maintenance and maintenance and repair command to carry out the repair operation a central hub that provides and directs autonomous mobile equipment to the relevant devices management unit It includes.