TR202019691A2 - INNOVATION IN FUEL QUANTITY MEASURING UNITS - Google Patents

Abstract

Our invention is the tank flowmeter (2) that measures the amount of fuel discharge from the underground tank (1), used for the amount measurement of underground fuel tanks and filling pumps in fuel oil stations, the pump flowmeter (6) that measures the amount of fuel filled from the pump (4) to the vehicle, (6) The amount of fuel containing the central data unit (10), where the data is collected and the data taken from the data unit (5) located on the pump (4), the tank flow meter (2) and the pump flow meter (6) can be saved as non-erasable and unchangeable and provides access to the operator. It is related to the measurement unit (A).

Description

DESCRIPTION INNOVATION IN FUEL AMOUNT MEASURING UNITS Technical Area Our invention is the amount of underground fuel tanks and filling pumps at fuel stations. It is related to the fuel quantity measurement units and automation used for measurements.

The invention especially; By making the correct amount measurement in fuel pumps, leakage fuel which prevents sales, can work depending on automation thanks to data collection elements, Data that cannot be changed thanks to the flow meter and flow control elements it contains. In the interventions to be made from outside by transferring the data instantly to the control units. It is related to the fuel quantity measurement units that eliminate the risk of manipulation.

State of the Art Accurate quantity measurement; chemicals, petroleum products and liquid gases worldwide. It is the basic basis of contractual relations in purchases and sales around the world. If this is only It can be done with accurate and periodic amount and flow measurement.

Increasingly, organizations in various industries are trying to work more efficiently, better provide customer service, improve decision making and increase business value, make customers more uses IOT technology to understand better. IoT in industrial areas, machinery and industrial All equipment working with electricity and acting depending on physical conditions. can be used in devices. Especially in terms of machines that perform a physical task. ambient temperature, humidity level, sound level, vibration as a result of the work done values, workpiece sizes, work processes, etc. by the operator who does the work. needs to be analysed. The most important element required for continuous data analysis is the is to provide the instantaneous data flow received from the device.

The amount of fuel delivered to the pumps from the underground tanks at the fuel stations is sold. is measured during Institutions authorized by the authorities are in the pump units. It measures and records the total amount of fuel discharged. Measuring in this way brings with it many disadvantages. The most important of these was not checked. and non-taxed smuggled fuel, also called unofficially It is open to intervention in a way that will allow its sale. to be done on the pump that the amount of fuel may be under or over the truth by manipulations. numbers can emerge. Except for the underground tanks that are controlled, the pump lines can be given from mobile vehicles and pump data can be recorded with external intervention. Tax-free fuel sales can be achieved by reducing the amount of sales by reducing the amount of sales.

The existence of the technical problems explained above and the solutions to these problems The inadequacy of the fuel quantity measurement unit reveals the necessity of making an improvement. has removed.

Purpose of the Invention The present invention eliminates all technical problems that meet the above-mentioned requirements. It is related to the fuel quantity measurement unit, which removes and brings some additional advantages.

The main purpose of the invention is to collect data that cannot be changed and deleted instantly independently. Thanks to the flow-measured elements that can be transferred to the underground warehouses and By matching the discharge amounts of the fuel pumps, it is possible to see the actual sales amounts. It is related to the fuel quantity measuring unit that allows

Another purpose of the invention is; said quantity collected by the measuring unit cannot be changed and is the collection of indelible quantity measurement data within the central data control unit.

Another purpose of the invention; different sensor located on the central data control unit It is to ensure that instant data can be obtained from more than one sensor at the same time, thanks to its inputs.

Another purpose of the invention; By analyzing the data received from the sensors, short message (sms), mail, Notifying the operator with methods such as voice warning and then command such as stop, start, open cover. sets have communication protocols to operate.

Another purpose of the invention; in a database on the computer to which the collected data is transferred Periodic capacity usage and performance in production areas thanks to obtaining the data.

Another purpose of the invention; pump sales quantity data collected in the central data collection unit by comparing and matching the amount data transferred from the underground tanks to the pump. It allows controlling with clear data provided to authorities and controllers.

Another purpose of the invention; The central data collection unit using IOT infrastructure has It is possible to monitor data by means of communication protocols. In this way, the Suppliers manufacturers and customers to monitor the location and condition of products throughout the supply chain. can use monitoring management systems. Thus, transparency in sales amounts is ensured. Immediate intervention by making necessary checks in cases of lost and illegal fuel ensuring that it can be done.

Another purpose of the invention is; wired and wireless (wifi) communication protocols Thanks to servers and end-user interfaces such as tablets, phones, PCs, instant wired and It allows wireless communication.

Another purpose of the invention is; by the energy market regulatory agency (EMRA). By ensuring that the inspections are completed with routine meter reading processes, control times are reduced. shortening, monitoring of reliable and accurate data flow that cannot be interfered with from the outside. is to provide.

The structural and characteristic features of the invention and all its advantages are given in the following figures and More clearly thanks to the detailed explanation with references to the figures. will be understood and therefore the assessment should also take into account these figures and detailed explanation. must be made by taking

PARTS AND PARTS THAT FORM THE INVENTION A. Measuring unit 1. Underground tank tank flowmeter fuel pipe data unit pump flowmeter Pump data cable pump hose 9. Central data cable . central data unit 11.8end cable 12. Server 13. Tank data cable Figures to Help Understand the Invention The embodiment of the present invention and the best use of its advantages with additional elements In order to be understood, it should be evaluated together with the figures explained below. Figure 1; The working diagram of the measuring unit (A) which is the subject of the invention is given.

Figure - 2; The measuring unit (A) subject to the invention is located in the top view of the tank flowmeter (2). given.

Figure - 3; The alternative configuration of the measuring unit (A) tank flowmeter (2), which is the subject of the invention, is from the top. view is included.

Figure - 4; The measurement unit (A) subject to the invention is located in the top view of the pump flowmeter (6). given.

Figure - 5; Alternative configuration of the measuring unit (A) pump flowmeter (6), which is the subject of the invention top view is included.

References to control unit operating steps 1. The propeller, magnet, or with the tank flowmeter (2) preferably containing laser measurement, the amount of fuel pass measuring, 2. Via the tank data cable (13) of the received measurement data to the central data unit (10) be sent and saved as unchangeable and non-deletable, 3. During the filling of the fuel reaching the pump (4) to the vehicle, there is a place on the pump hose (8) measuring the passage amount of the fuel with the area pump flowmeter (6), 4. The obtained pump (4) flow data cannot be exchanged via the pump data cable (7) and indelibly sent and stored in the data unit (5), . Centralized data collection of quantity data obtained from at least one pump aximeter (6) transmission to the central data unit (10) via the cable, 6. Data of tank flowmeter (2) and pump flowmeter (6) via server cable (11) by transmitting to the server (12) by the operator or persons in charge, such as tablets, phones, hand terminals, etc. making it readable and reportable with devices. 7. Loop through the previous step, preferably on systems without servers (12) tablets from the central data unit (10) by the operator or authorized persons, telephone, handheld terminal etc. data can be read by devices.

Details not necessary to understand the invention present in the references to the processing steps may have been neglected. Identifier used in references to production process steps Expressions may vary by industry.

Detailed Description of the Invention The present invention satisfies the above-mentioned requirements, eliminates all disadvantages. It relates to the measuring unit (A), which removes and brings some additional advantages.

The propeller, magnet, or The fuel flow rate is measured with the tank flowmeter (2), preferably containing laser measurement.

The received measurement data is sent to the central data unit (10) via the tank data cable (13). is saved as unalterable and non-deletable. Filling the fuel reaching the pump (4) to the vehicle During the pump, the flow meter (6) located on the pump hose (8) allows the fuel to pass through. amount is measured. The obtained pump (4) flow data is transmitted via the pump data cable (7). It is sent to the data unit (5) and saved as immutable and indelible. at least one through the central data cable of the quantity data obtained from the pump flowmeter (6) transmitted to the central data unit (10). Tank flowmeter (2) and pump flowmeter (6) data The tablet, which is transmitted to the server (12) via the server cable (11), by the operator or persons in charge, telephone, handheld terminal etc. are made readable and reportable by devices. Preferably the server In systems without (12), the loop is terminated in the previous processing step and the central data tablet, phone, hand terminal, etc. from the unit (10) by the operator or authorized persons. with devices data can be read. Tank flowmeter (2) and pump flowmeter (6) with different geometrical It has been produced in such a way that it can meet the needs in different formats. On figure 3 and figure 5 this views on alternative configurations are given.

Claims (8)

REQUESTS 1. Our invention is related to the fuel quantity measurement unit (A) used for the quantity measurement of underground fuel tanks and filling pumps at fuel stations; - Tarik flowmeter (2), which measures the amount of fuel discharge of the underground tank (1), - Pump flowmeter (6), which measures the amount of fuel filled from the pump (4) to the vehicle, - The data of the mentioned pump flowmeter (6) is collected and on the pump (4) the data unit (5) positioned, - The central data unit (10) that allows access to the operator by recording the amount data received from the tank flowmeter (2) and the pump flowmeter (6) as non-deletable and non-changeable. characterized by its elements. 2. The invention is the measurement unit (A) according to claim 1, and its feature is; Measuring the amount of fuel discharged from the underground tank (1) with the fuel pipe (3) with the propeller, magnet, or preferably the tank flowmeter (2) containing the laser measurement, The measurement data received is sent to the central data unit (10) via the tank data cable (13). It cannot be changed and deleted by sending it, Measuring the amount of fuel passing through the pump (4) on the pump hose (8) during the filling of the fuel reaching the pump (4) to the vehicle, The obtained pump (4) flow data cannot be changed via the pump data cable (7). and indelibly sending and recording to the data unit (5), Transmitting the quantity data obtained from at least one pump flowmeter (6) to the central data unit (10) via the central data cable, Data of the tank flowmeter (2) and the pump flowmeter (6) to the server It is transmitted to the server (12) via the cable (11) and can be used by the operator or authorized persons as tablets, phones, hand terminals, etc. making it readable and reportable with devices. Preferably, in systems without a server (12), the loop is terminated in the previous process step, and the operator or persons in charge of the central data unit (10) can send tablets, phones, hand terminals, etc. from the central data unit (10). data can be read by devices. It contains the process steps. 3. The invention is the measurement unit (A) according to claim 1, and its feature is; the two ends of the said tank flowmeter (2) are optionally produced in such a way as to create an angle difference between 2 and 178 degrees. 4. The invention is the measurement unit (A) according to claim 1, characterized in that; the two ends of the said pump flowmeter (6) are optionally produced in a way to create an angle difference between 2 and 178 degrees. 5. The invention is the measurement unit (A) according to claim 1, and its feature is; said tank flowmeter (2) is preferably produced from PVC-based elastomer material. 6. The invention is the measurement unit (A) according to claim 1, and its feature is; said pump flowmeter (6) is preferably produced from PVC-based elastomer material. 7. The invention is the measurement unit (A) according to claim 1, and its feature is; said tank flowmeter (2) preferably has at least one LCD, active matrix, or TFT digital display showing the flow amount. 8. Invention, Invention is the measurement unit (A) according to claim 1, its feature is; said pump flowmeter (6) preferably has at least one LCD, active matrix, or TFT digital display showing the flow amount.