A TAXIMETER SYSTEM INTEGRATED INTO SMART VEHICLES.

Abstract

This invention relates to a system (1) that enables the integration of taximeters into vehicles without the need for extra equipment.

Description

1 TARIFF A TAXIMETER SYSTEM INTEGRATED INTO SMART VEHICLES. Technical Area This invention integrates taximeters into vehicles without the need for additional equipment. It is related to a system that enables this. Previous Technique Installation of additional devices such as taximeters in traditional taxi services. These devices are necessary. However, they create additional costs and are difficult to install. It offers. In addition, existing systems generally require compatibility between the vehicle and the device. They are facing technical difficulties due to these problems. Therefore, taximeters can be integrated into vehicles without the need for extra equipment. It appears that a system is needed to enable this. Chinese patent CN117975580A, which is included in the prior art. in the document, to identify abnormal and expired taximeters and 20 from a system configured to send inspection notifications This invention is discussed. The realization of this invention involves networked taximeters. It describes a method, device, system, and environment for anomaly detection. The method involves the following steps: Each in-vehicle terminal must be equipped with, in advance... By sending an inspection instruction according to the specified time intervals, 25 inspections are carried out inside each vehicle. The internal components of each networked taximeter are based on the terminal's relevant inspection instructions. Parameter information is obtained by each in-vehicle terminal. Internal parameter information from each transmitted network-connected taximeter is received, and this information and predefined standard parameters for each networked taximeter Based on this information, each networked taximeter has 30 abnormal taximeters. It is determined whether or not it is present; here, at least the abnormal taximeter is found. 2 a taximeter with an abnormal seal status and one whose detection period has expired This includes the taximeter; if there is at least one anomaly among the networked taximeters If a taxi meter is available, a decision will be made based on the abnormal taxi meter in question. Anomaly alert information is generated; and this anomaly alert information is sent to the user. is transmitted. According to the method provided by the invention, the network-connected taximeter has 5 The anomaly can be detected automatically and the networked taximeter Anomaly detection efficiency is being increased. Brief Description of the Invention The aim of this invention is to provide taximeters to vehicles without the need for additional equipment. The goal is to create a system that enables integration. Detailed Description of the Invention The "Integration of Smart Vehicles" project was carried out to achieve the purpose of this invention. The "Taxi Meter System" is shown in the attached figures; these figures are: Figure 1 shows a schematic view of the system that is the subject of the invention. The parts shown in the figures are individually numbered, and these numbers... The corresponding answers are given below. 1. System 2. GPS module 25 3. Communication unit 4. Vehicle computer 5. Taxi meter application A. Navigation application B. Corporate servers 30 C. Payment application 3 Integrating taximeters into vehicles without the need for additional equipment. a system that provides (1); - located on the vehicle and capable of determining and sharing the vehicle's real-time location. at least one GPS module configured to (2), 5 - located on the vehicle and remotely communicating the vehicle with other vehicles and external devices. to enable communication via communication protocol at least one communication unit configured (3), - an input in the form of a touchscreen located inside the vehicle a unit and a 10 that automatically processes data and produces meaningful results. The application has a processor that is running and that users have configured to allow them to access the application via the screen at least one vehicle computer (4) and - the vehicle's instantaneous information is running on the vehicle computer (4) via the GPS module (2). By retrieving location information, the distance traveled and a predefined kilometer rate of 15 to determine the instantaneous taxi fare in line with the vehicle computer (4) configured to present it to users via the screen located on it It includes at least one taximeter application (5). The vehicle computer (4) in the system (1) which is the subject of the invention has a screen 20 through which users can access the taxi meter application (5) and the taxi meter It is configured to allow them to manage its settings. Vehicle computer (4) taxi meter application (5) calculated taxi meter fare and mileage to display the information to users via the screen it has is configured. The vehicle computer (4) allows users to access the navigation application 25 (A) by accessing the taxi meter application (5) according to the taxi meter fare to enable them to view the determined route optimization data It is configured. The vehicle computer (4) uses the internet via the communication unit (3). using a remote communication protocol in the form of (B) the institution's servers 30 to communicate with and exchange data with external servers in the form of It is being structured. 4 In the system that is the subject of the invention (1), the taxi meter application (5) allows users to use the vehicle password and username information via the screen on the computer (4) By logging in, they can enter the taxi meter starting fare and unit distance fare information. It is structured to provide. Taximeter application (5) communication unit 5 by connecting to the institution server (B) via (3) the input entered by the user Verifying the taxi meter's initial fare and per-distance fare information, CAN-Bus communication. taximeter with location information obtained from GPS module (2) via protocol to calculate the fee and through the screen on the vehicle computer (4) It is structured to show the taxi meter application (5) taxi meter fare 10 by analyzing the vehicle's speed information and determining waiting times during the calculation. It is configured to include in the calculation. Taximeter application (5) In order to pay the calculated taxi meter fare digitally, the vehicle computer (4) to redirect users to payment applications (C) via the screen is being configured. The taxi meter application (5) is from the navigation application (A) 15 to retrieve the destination and route information selected by the users and the destination in question the most suitable way to optimize the taxi meter fare calculated for your location to determine the route and transmit it to the navigation application (A) It is structured. The taximeter application (5) shows the journeys made and the fare. 20 to keep records of calculations in accordance with user consent. It is being structured. Industrial application of the invention With the system (1) that is the subject of the invention, vehicles can be equipped with 25 additional equipment. The taxi meter is integrated. The system in question (1) provides the user with information containing data privacy principles and consent is given within the scope of the Personal Data Protection Law (KVKK). It operates. 30 Based on these fundamental concepts, the invention topic is "Integration into Smart Vehicles". It is possible to develop a wide variety of applications related to the Taximeter System (1)” and the invention cannot be limited to the examples described here, but mainly to the claims As stated. 5

Claims

6 REQUESTS 1. Taximeters can be integrated into vehicles without the need for extra equipment. enabling it; - located on the vehicle and capable of determining the vehicle's real-time location and 5 Containing at least one GPS module (2) configured for sharing, - located on the vehicle and remotely connected to other vehicles and external devices. to enable it to communicate over a communication protocol at least one communication unit configured (3), - a touchscreen-shaped 10 located inside the vehicle input unit and the system that automatically processes the data and produces meaningful results. an application that produces, runs on a processor, and users have to enable them to access the application through the screen at least one vehicle computer (4) configured and - operating on the vehicle computer (4), via the GPS module (2) 15 By obtaining the vehicle's real-time location information, the distance traveled and predefined... Determining the instant taxi meter fare based on the kilometer rate and the vehicle to present to users via the screen on the computer (4) a taximeter application (5) characterized by having at least one configured taximeter application system (1). 20 2. Users can access the taxi meter application via the screen they have (5) to enable them to access and manage their taxi meter settings a configured vehicle computer (4) as in Claim 1 system (1). 25 3. The taxi meter fare calculated by the taxi meter application (5) and Displaying mileage information to users via its screen. Claim 1 is characterized by the vehicle computer (4) configured to or A system like the one in 2 (1). 30 7 4. Users can access the taxi meter by accessing the navigation application (A). Route determined by the application (5) according to the taxi meter fare to enable them to view optimization data the above characterized by the configured vehicle computer (4) a system like any of the requests (1). 5 5. Remote communication in the form of the internet via the communication unit (3). using the protocol with external servers in the form of institutional servers (B) a tool structured for communication and data exchange any of the above requests characterized by the computer (4) 10 a system like one of them (1).

6. Users can enter the password via the screen located on the vehicle computer (4). and by logging in with username information, you can set the taxi meter starting distance and unit distance. The taxi meter is configured to allow users to enter fare information. 15 any of the above claims characterized by its application (5) a system like one of them (1).

7. By connecting to the institution server (B) via the communication unit (3), the user The taxi meter starting fare and unit distance fare information entered by 20 to verify, obtained from the GPS module (2) via CAN-Bus communication protocol The system calculates the taxi fare using the location information received and the vehicle. to display on the screen located on the computer (4) The above is characterized by the structured taximeter application (5) a system like any of the requests (1). 25 8. When calculating the taxi fare, the vehicle's speed information should be analyzed and structured to identify and include waiting times in the calculation from the above requests characterized by the taximeter application (5) a system like any other (1). 30 8 9. In order for the calculated taxi fare to be paid digitally, the vehicle Users can access payment applications (C) via the computer (4) screen. characterized by the taximeter application configured to direct (5) a system like any of the above-mentioned requests (1).

10. Destination and route selected by users from the navigation app (A). to obtain the information and the taxi meter calculated for the destination in question determining the most suitable route and navigation to optimize the cost Taximeter application configured to transmit to application (A) (5) a 10 as in any of the above claims characterized by system (1).

11. Trips made and fare calculations are confirmed with the user's consent. taximeter configured to keep records accordingly Any of the above-mentioned claims characterized by its application (5) 15 a system like one of them (1).