AN EQUIPMENT USED IN VEHICLE TESTING

Abstract

This invention relates to an equipment (1) used to facilitate testing processes by bringing together the devices used during vehicle testing in a single location.

Description

1 TARIFF AN EQUIPMENT USED IN VEHICLE TESTING Technical Area This invention brings together all the devices used during vehicle testing in a single location. It relates to equipment used to facilitate processes. Previous Technique New measuring devices are successively installed separately on the vehicles for testing and measurement purposes. Each measuring device is installed on the vehicles separately with work orders and extra labor. This leads to a loss of time and labor, as well as requiring the use of numerous measuring devices and apparatus at the same time. When installed inside a vehicle, these systems cause clutter and disorganization. In this chaos, although the measuring devices were in good condition, 15 were affected by the confusion. It is assumed that there is no work being done, so too many orders and work orders are being opened for new ones, and both This results in both financial and time losses. SORT Messbox is manufactured for use in vehicle testing (SORT tests) (metal measuring device used) installation with mixed cable wiring, working environment 20 It poses a problem due to its crowdedness and noise, and this test alone... It has been determined that it can be used specifically for this purpose. Due to the metal structure of the device, it is hot. It has been observed that the weather has warmed up, causing discrepancies in the test results. Because the device is specific to SORT, it cannot be used in testing every vehicle. Therefore, the connections of measuring devices are minimized during vehicle testing. by reducing the workspace and simplifying the fasteners and workforce Equipment is needed that reduces the need for it. According to Chinese patent document CN116430824A, which is included in the prior art, 30 electrostatic current test of a vehicle control device with a CAN box It refers to a system developed to accomplish this. This invention is a tool. 2 It describes the electrostatic current test system and method of the control device and It belongs to the automotive electrical testing field. This system is a multi-functional adjustable voltage. source, vehicle CAN box, mainframe computer, wiring harness, tested control device, The overcurrent protection device includes an electrostatic current detection device. Many The multi-functional adjustable power supply is used to power the entire system. 5 and provides power to the main control device being tested. The main computer, on top of it, The vehicle's CAN box is configured with the installed Vector software and written CAPL scripts. Waking the controller from sleep during the electrostatic current testing process and It manages the duration control. The electrostatic current detection device controls the area being tested. The device performs the function of detecting electrostatic current while in sleep mode. It provides. The overcurrent protection device is a portable device with a control switch. It functions as an overcurrent protection box; this switch protects against electrostatic current. The detector performs the function of blocking or connecting throughout the test system. This invention improves equipment utilization efficiency and facilitates testing. reducing their duration and at the same time carrying overcurrent protection device, equipment 15 It reduces the loss. Brief Description of the Invention Another aim of this invention is to bring together 20 devices used during vehicle testing in a single location. equipment used to facilitate testing processes by collecting data to accomplish. The aim of this invention is to eliminate the need for separate attachments that take up a lot of space and require extra labor when mounted on a vehicle. By minimizing the need for measuring equipment connections, it increases the working area by 25 simplify and minimize the equipment used, thereby increasing internal strength and an equipment used to lighten the weight of the equipment being used to accomplish. 3 Detailed Description of the Invention To achieve the purpose of this invention, "Equipment Used in Vehicle Testing" is attached. These are shown in the figures, and from these figures; Figure 1. Shows a) a rear view and b) a side view of the equipment that is the subject of the invention. The parts shown in the figures are individually numbered, and each number corresponds to the following: given below: 1. Equipment Box 2 3. Switch 4. First electrical connection port 5. Second electrical connection port 15 6. Multiple transfer inputs 7. Measuring device 8. Sensor input 9. Electricity distributor 10. Plumbing distributor 20 By gathering all the devices used during vehicle testing in one place, the testing processes can be streamlined. The equipment that is the subject of the invention is used to facilitate (1); -a rectangular shape with all sides closed, used for vehicle testing. at least one 25 configured to be the basic structure enabling the connection of devices. box (2), -The energy required during vehicle testing is located on the box (2) and comes from the vehicle. or at least one switch that can be turned to the right or left so that power can be drawn from a spare battery (3), - to enable connection to the vehicle to be tested, located on the box (2). at least one primary electrical connection input configured (4), 30 4 - located on the box (2) and the transmission of energy to the connected sources and the energy at least a second electrical connection port configured to provide grounding. (5), -at least enabling access to numerous measuring devices via a single line. one multiple transfer input (6), 5 - at least one used to enable temperature measurement during vehicle testing. measuring device (7), - To establish a connection with the sensors in the vehicle in order to obtain temperature data. at least one sensor input configured to (8), -Selecting the source from which the energy required for vehicle testing will be obtained and 10 at least one of the following is used to provide protection against power surges in the box (2) Electricity distributor (9) and -to ensure the wiring connection is established between the vehicle's ECU and the box (2) The configured installation includes at least one distributor (10). Box (2) included in the equipment (1) which is the subject of the invention, is the components to be used in vehicle testing. to ensure that they are held together and that the fasteners are not scattered separately It is configured to prevent connection and can be customized as needed. It can be produced in various sizes. Box (2), inside the measuring device (7), on the switch (3), first and second electrical connection inputs (4, 5), multiple transfer input (6) and 20 It contains the sensor input (8). Box (2) contains VBOX, ADMA. GPS devices or other types of measuring devices can also be added. Box (2), Made from polyvinyl chloride (PVC), it heats up more slowly compared to metals and This makes the tests more reliable. The switch (3) located in the equipment (1) which is the subject of the invention, will come to the box (2) on the box (2). a switch that is turned left or right to ensure that the energy comes from the vehicle's electrical grid It is a button with a single-strip LED lamp to indicate the selected option. It is lit. Switch (3) is lit so that the energy to come to the box (2) is supplied from a backup battery. A button that is turned in the opposite direction when the vehicle is powered by the electrical grid. 30 and has a double-sided indicator showing the selection for power supply from the battery. A strip LED lamp is lit. The first electrical connection port (4) in the equipment (1) which is the subject of the invention, is one of the inventions. In its application, it is in the form of a banana jack. The first electrical connection input. (4), Vector VN1640 interface hardware and CAN (Controller Area Network) lines It is configured to allow connection to vehicles via. 5 The second electrical connection port (5) located in the equipment (1) which is the subject of the invention, is one of the inventions. In this application, it is in the form of a banana jack. The second electrical connection input. (5), measuring devices requiring KL15 and KL30 outputs require extra installation and labor. Connection 10 allows the system to meet its power needs from the box without needing to use another power source. It is structured to enable its installation. The second electrical connection input (5), routing an extension cable from outside the vehicle for Getac computers with in-vehicle chargers. by eliminating the need to make it easier for users working in vehicle testing It is being structured. The multiple transfer input (6) in the equipment (1) which is the subject of the invention, is one of the inventions. In the application, it is a VGA input. Multiple transfer input (6), in the test specific, both interchangeable and multiple measuring devices that must come from a single CAN line. capable of receiving input while being able to transmit via a single CAN line. It is designed in an adaptable way. Multiple transmission input (6), first electric 20 Access to multiple measuring devices via a single line is possible thanks to the connection port (4). It is structured to provide this. The measuring device (7) included in the equipment (1) which is the subject of the invention is needed during vehicle testing. For temperature measurement, additional temperature measuring devices and sensor inputs are required. Temperature sensors in the vehicle can be switched off via the box (2) without needing to be switched off. by placing them at the inlets (8) to enable the collection of temperature data It is being structured. The sensor input (8) in the equipment (1) that is the subject of the invention is used to collect temperature data. It is configured to enable the measuring device (7) to be connected to the box (2). 6 The electrical distributor (9) located in the equipment (1) which is the subject of the invention, the measuring unit connected to the box (2) Whether the devices are powered by the vehicle's electrical system or the backup battery is determined by the switch (3). It is configured to select which one to draw. Electricity distributor (9), fuse They have connections and in case of power surges, the measuring devices and It is configured to provide protection for connected computers. 5 The installation distributor (10) located in the equipment (1) which is the subject of the invention, the vehicle's brain (PTM / CVM) It is a socket placed between box (2) and the wiring from the brain, box (2) difference to ensure that it can be easily changed and restored without causing damage It is being configured. The installation distributor (10) has boxes specifically developed for testing in the vehicle. This socket needs to be removed from the existing boxes and the box replaced. As a result, labor such as pipe laying, preparation of new installations, and installation of measuring devices. Time is saved by eliminating time-consuming and time-consuming tasks, thus reducing costs. It is structured to ensure that it is lowered. Industrial Application of the Invention The equipment subject to the invention (1) is installed on all vehicles in the test centre using the VN1640 interface. It can be used by anyone using the equipment. One modular unit per vehicle. The box aims to simplify the clutter of measuring devices and cables. 20 In the old system, the VBOX GPS tracking device, connected via separate cables, was attached to the gas pedal. (Gasteller) adaptation and temperature sensors from 3 separate measuring devices The inputs and cables are combined into a single line by means of the box (2) to form a single electrical connection. made accessible via inlet (4) and test by getting rid of excess cable The engineer's workspace was made more spacious, and the assembly of the test equipment was completed in a short time instead of long hours (25). It is completed within the specified time. Some advantages are obtained with the equipment (1) that is the subject of the invention. One of them is; (1) the equipment must be adaptable to each test and usable in each vehicle Thanks to this, time is saved by replacing the lengthy adaptation and assembly process that requires a lot of labor. 30 by removing equipment from the vehicle for testing and reattaching it for another test. One advantage is that it eliminates the need for multiple measuring devices. Another is that the equipment combines multiple measuring devices into a single unit. 7 Due to its ability to be housed in a box and its ease of assembly, it does not require lengthy and meticulous workmanship. test-based vehicle preparations and test-specific measuring devices and sensors required installation procedures and temperature measurement and CAN access systems, multiple of which are available in each vehicle. by simplifying the assembly of their devices, resulting in lower material costs and labor hours. Cost savings and profits can be achieved. Another advantage is; SORT test 5 Compared to the existing solution found specifically for this purpose, the temperature the metal will reach when heated Because it is smaller than the sort box, it takes longer to test on measuring devices. It can operate for a certain period of time. The equipment, due to its PVC structure and temperature conditions, can be used in air. Thanks to its breathable structure, it functions functionally even in extreme temperatures such as summer temperatures. Thanks to its durability, which enables it to function, the time lost during testing is 10. is being prevented. The subject of the invention is a wide variety of “Equipment Used in Vehicle Testing (1)”. It is possible to develop applications, and the invention is illustrated with the examples described here. It cannot be restricted, it is essentially as stated in the claims. 15 25

Claims

8 REQUESTS 1. By gathering all the devices used during vehicle testing in one place, the test can be easily conducted. used to facilitate processes; -a rectangular shape with all sides closed, measurement 5 used for vehicle testing. the most a small box (2), -the energy located on the box (2) and required during vehicle testing at least a battery that can be turned to the right or left so that it can be drawn from the vehicle or a spare battery. a switch (3), 10 - to connect the box (2) to the vehicle to be tested at least one primary electrical connection inlet configured to (4), - located on the box (2) and the transmission of energy to the connected sources and at least one secondary element configured to provide grounding of the energy source electrical connection inlet (5), 15 - makes it possible to provide access to numerous measuring devices via a single line. at least one multiple transfer input (6), -the most used to enable temperature measurement during vehicle testing a small measuring device (7), - To obtain temperature data, a connection must be established with the sensors in the vehicle. 20 at least one sensor input configured to provide (8), -Selecting the source from which the energy required for vehicle testing will be obtained and The most used to provide protection against power surge in the box (2) a small electricity distributor (9) and -to ensure the wiring connection is established between the vehicle's ECU and the box (2) 25 a system characterized by having at least one distribution unit (10) configured for this purpose equipment (1).

2. To ensure that the components to be used in vehicle testing are held together and To prevent the fasteners from being attached separately and haphazardly. 30 It is being structured and can be produced in the desired sizes according to the needs (2) Equipment such as in Claim 1, characterized by (1). 9 3. Inside the measuring device (7), the switch (3), the first and second electrical connection inputs (4, 5), multiple transfer input (6) and sensor input (8) equipment such as in Claim 1 or 2 characterized by a box (2) containing (1).

4. Inside, you can place GPS devices such as VBOX or ADMA, or other types of measurement equipment. from the above requests characterized by a box (2) to which devices can also be added equipment like any (1).

5. Made of polyvinyl chloride (PVC), it heats up more slowly compared to metals. 10 and characterized by the box (2) which makes the tests more reliable. equipment like any of the above requirements (1).

6. The energy coming to the box (2) should be from the vehicle electrical line. It is a button that is turned to the left or right to provide a selection, and the selection made on it is 15 Characterized by a switch (3) that illuminates a single strip LED lamp to show equipment like any of the above requirements (1).

7. To ensure that the energy coming to the box (2) is supplied from a backup battery, the vehicle electric a button that is turned in the opposite direction when power is supplied from the line, 20 The paired options indicate the selection for power supply from the battery. The above is characterized by a strip LED lamp with a switch (3) equipment like any of the requirements (1).

8. The first electrical connection port (4), an example of which is a banana jack, and 25 equipment like any of the above-mentioned requirements that are characterized (1).

9. Vector VN1640 interface hardware with CAN (Controller Area Network) lines The first 30 are configured to enable connection to vehicles via from the above requirements characterized by the electrical connection input (4) equipment like any (1).

10. With the second electrical connection port (5), one example of which is a banana jack. Equipment as described in any of the above requirements 5 (1).

11. Measuring devices requiring KL15 and KL30 outputs do not require additional installation. so that it can meet its energy needs from the box without requiring any labor. The second electrical connection, configured to enable the connection, is 10. as in any of the above requests characterized by entry (5) a piece of equipment (1).

12. Extension cable for Getac computers with in-car chargers, connecting to an external vehicle. Eliminating the need for towing makes vehicle testing easier for users. 15 characterized by the second electrical connection input (5) configured to provide equipment such as any of the above requirements (1).

13. Characterized by multiple transfer inputs (6), one example of which is the VGA input. equipment like any of the above requirements (1). 20 For test 14, the signal needs to be both interchangeable and come from a single CAN line. Input capable of supplying data from multiple measuring devices over a single CAN line. Multiple transfer inputs designed to be adaptable and able to be received as such. (6) like any of the above claims characterized by 25 equipment (1).

15. Multiple connections can be made through a single line thanks to the first electrical connection input (4). Multiple transfer inputs configured to provide access to the measuring device. (6) like any of the above-mentioned claims characterized by 30 equipment (1). 11 16. Extra temperature measurement required for temperature measurement during vehicle testing. temperature inside the vehicle without the need for devices and sensor inputs temperature sensors are placed through the box (2) to the sensor inputs (8) 5 with measuring device (7) configured to enable data collection equipment like any of the above-mentioned requirements that are characterized (1).

17. To collect temperature data, connect the measuring device (7) to the box (2). The above 10 is characterized by the sensor input (8) configured to provide equipment like any of the requirements (1).

18. Is the measuring device connected to the box (2) powered by the vehicle's electricity via the switch (3)? an electrical distributor configured to choose whether to draw power from a backup battery. (9) like any of the above-mentioned claims characterized by 15 equipment (1).

19. Equipped with fuse connections and capable of measurement in case of power surge. configured to ensure the protection of devices and connected computers any of the above requests characterized by the electric distributor (9) 20 equipment like one of them (1).

20. It is a socket placed between the vehicle's ECU (PTM / CVM) and the box (2), The wiring from the brain can be easily changed regardless of the box (2) and The installation distributor (10) and 25 are configured to ensure that it is restored to its original state. equipment like any of the above-mentioned requirements that are characterized (1).

21. This test used boxes specifically developed for this purpose, as well as boxes already present in the vehicle. As a result of removing the socket and changing the box; wiring will be laid, new 30 Installation preparation, measuring instrument installation, and other labor-intensive and time-consuming tasks. 12 to reduce costs by saving time from time-consuming tasks from the above requests characterized by the structured installation distributor (10) equipment like any (1). 10 20 30

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