A DATA MEASUREMENT SYSTEM

Abstract

This invention relates to a system (1) that enables measurement of battery (2) modules and prevents problems that may occur by detecting them in advance.

Description

1 TARIFF A DATA MEASUREMENT SYSTEM Technical Area This invention enables measurements to be taken of battery modules and potential problems that may arise. with a system that enables problems to be identified and prevented in advance It is related. Previous Tech 10 The cells used in high voltage (HV) batteries wear out over time. This can cause damage. This situation jeopardizes battery performance and safety. It is causing a short circuit in the cell due to a small deformation in the axial direction. This can cause a problem, rendering the battery unusable. 15 In addition, swollen battery cells pose a risk of explosion, leading to serious dangers. It can open. Therefore, various measurements are taken on HV batteries to determine if any problems occur in the battery. a 20 that enables potential problems to be identified and prevented in advance. It is understood that the system is needed. U.S. patent number US11801768B2, which is included in the prior art. in the document, in order to keep the vehicle's efficiency above a certain threshold A structured system is being discussed. The invention involves a vehicle with a specific 25 a structured system to determine whether it is operating below the efficiency threshold The system explains the situation. If the vehicle falls below this threshold, the system... if it falls above the threshold... to ensure its operation, another vehicle within the group during the final part of the route It is changing. The aim is to achieve a level of efficiency similar to that observed below the threshold. The goal is to reach [the target]. The sensor set in the vehicle includes short-range and long-range sensors. 30 It consists of various sensors that generate sensor data, including those in the set. 2 Examples of vehicle sensors include a camera, LIDAR sensor, ultrasonic sensor, and engine sensor. Includes sensors, radar sensors, laser altimeter, and more. Navigation system. This sensor can store data in memory. The sensors described are used for speed measurement. from basic automotive functions such as mapping and environmental monitoring to advanced ones. It covers a wide range of features, up to 5. Brief Description of the Invention The purpose of this invention is to enable measurements to be taken of battery modules and the resulting... It enables potential problems to be identified and prevented in advance. The goal is to implement the system. Detailed Description of the Invention To achieve the purpose of this invention, a "Data Measurement System" was developed (Appendix 15). This is shown in the figure; Figure 1 shows the flowchart of the system that is the subject of the invention. The parts shown in the figure are individually numbered, and the corresponding numbers represent 20. It is given below. 1. System 2. Battery 3. Battery management unit 25 4. Sensor Measurements should be taken regarding the battery modules and any potential problems. a system that enables problems to be detected in advance and preventive measures to be taken (1); - at least one battery (2) that provides movement with the electrical energy it stores, 30 3 - located on the battery (2), battery (2) functions at least one battery that manages (its functions) and controls the battery (2) management unit (3) and - located on the battery (2) and taking measurements on the battery (2) 5 for determining the distance, size, speed, and direction of objects It includes at least one configured sensor (4). The battery management unit (3) located in the system (1) which is the subject of the invention is on the battery (2) It is positioned to manage the functions of the battery (2) and control the battery (2). It is structured to do so. The battery management unit in question (3) 10 to collect and keep records of the battery (2) in which it is located It is structured. In the preferred arrangement of the invention, the battery management unit (3) to receive and record the data obtained from the sensor (4) relating to the battery (2). It is structured to hold the battery. The battery management unit in question (3) to process the measurement data obtained from the sensors (4) and the 15 available in the battery (2) and / or identifying potential problems and taking action accordingly It is structured to provide this. The sensor (4) located in the system (1) is on the battery (2) It is positioned and measurement of the battery (2) cells and modules is made 20 It is structured accordingly. The sensor in question (4) is a radar sensor. Using electromagnetic waves, the distance, size, speed, and of objects can be determined. It is structured to measure its direction. In the preferred arrangement of the invention The measurement data obtained regarding the sensor (4) and the battery (2) are then processed. for the battery management unit (3) and / or any remote communication protocol 25 It is configured to transmit data to an external control unit using this method. Industrial application of the invention 4 The invention concerns radar sensors integrated into the system (1) and battery (2) modules. (2) and making measurements on the battery (2) and any problems that may occur This allows for early detection and preventative measures to be taken. Around these basic concepts, the subject of the invention is “A Data Measurement System (1)” 5 It is possible to develop a wide variety of applications, and the invention described herein It cannot be limited to examples; it is essentially as stated in the requests.

Claims

REQUESTS 1. Taking measurements of the battery modules and identifying any potential problems. enabling problems to be identified and preventive measures to be taken in advance; - at least one battery (2), 5 that provides movement with the electrical energy it stores. - located on the battery (2), manages the functions of the battery (2) and containing at least one battery management unit (3) that controls the battery (2) and by positioning on the battery (2) and taking measurements on the battery (2) to determine the distance, size, speed, and direction of objects a system characterized by having at least one sensor (4) configured (1). 10 2. The battery (2) is located on the battery (2) and performs the functions of the battery (2). battery configured to manage and control the battery (2) A system like the one in Claim 1, characterized by a management unit (3) (1).

3. To collect and keep records of data relating to the battery (2) in which it is located. Claim 1 characterized by the configured battery management unit (3) or A system like the one in 2 (1).

4. To receive and record the data from the sensor (4) relating to the battery (2). Characterized by the battery management unit (3) which is structured to hold a system like any of the above requests (1).

5. To process the measurement data obtained from the sensors (4) and in the battery (2) Identify existing and / or potential problems and take action 25 with the battery management unit (3) configured to ensure that it is taken a system like any of the above characterized claims (1).

6. The battery is located on (2) and the battery (2) cell and 30 with sensor (4) configured to make measurements on its modules 6 a system like any of the above characterized claims (1).

7. It is a radar sensor that uses electromagnetic waves to detect objects. Sensor 5 is configured to measure distance, size, speed, and direction. (4) like any of the above-mentioned claims characterized by system (1).

8. Measurement data obtained regarding the battery (2) for further processing. battery management unit (3) and / or any remote communication protocol 10 A sensor configured to transmit data to an external control unit using (4) like any of the above-mentioned claims characterized by system (1).