PL67297Y1 - Fueling mobile module - Google Patents

Description

2 PL 67 297 Υ1

Pattern description

The subject of the utility model is a refueling module, in particular a mobile refueling module. In the state of the art from the patent application CN 101722937 there is known a mobile combined ground refueling station including a tank for storing petroleum products and an external tank; the place between the storage tank for petroleum products and the outer tank is filled with magnesia and other fire-resistant substances; the outer tank is set on a base and equipped with several saddles. The external tank is equipped with an inlet for filling with petroleum products and is connected to the petroleum products storage tank by a pipeline. The distributor is positioned at one end of the base and includes a pump for pumping petroleum products, a housing and a flow rate meter. The pump is connected to the petroleum products storage tank by a pipeline; There is a hood above the dispenser, on which the solar panel and the battery are set. The main disadvantage of this device is the necessity to mount it on the base, which limits its mobility, as well as the ability to quickly set it in the desired place.

Moreover, a mobile refueling station is known from the publication of international application WO2008 / 124973. The device comprises a fuel storage tank and a refueling pipe connected to the automatic refueling machine. The fuel storage tank has a double wall. An insulating material and an explosion-proof material as well as a separating layer are placed between the double wall of the fuel storage tank. There is a platform underneath the fuel storage tank and the automatic refueling machine. There is an eaves with walls above the platform. The platform is attached to a non-skid surface. The apparatus comprises a pressure equalization valve and a T-valve positioned on the tube connected via a pressure equalization valve to the fuel storage tank. The main disadvantage of this device is also the need to mount it on the foundation, which limits the mobility of the device, as well as the ability to quickly set it in the desired place.

The purpose of the current utility model is to create a mobile refueling module that can be transported like a technical unit, by a normal truck or other means of transport intended for the carriage of goods and efficiently positioned at the desired location, without carrying out construction and essential assembly work.

A mobile fuel refueling module, including a tank for storing fuel, e.g. liquefied gas, and mechanisms for refueling and for calculating fuel flow and for financial settlements, according to the formula, is characterized in that the refueling module comprises a frame made of metal profiles or profiles made of composite materials, in the form of a cuboid, in which the tank is placed, as well as mechanisms for refueling and calculating fuel flow and financial settlements, while the mechanisms for calculating fuel flow and financial settlements include a self-service machine , equipped with a monitor, a cash register module, a smart card reader, an internet connection module, an electronic computing device, data entry and exit devices, electrically connected to the electronic computing device.

Preferably, the longitudinal profiles on the lower and / or upper plane of the frame are reinforced and connected to profiles perpendicular thereto.

Preferably, the frame profiles, directed vertically and horizontally, are additionally reinforced with diagonal connections - angles.

Preferably, the frame is covered with a metal mesh or an equivalent material.

Preferably, the frame has the dimensions of a standard shipping container frame.

Preferably, the frame has an irregular shape.

Generally, the present utility model relates to a mobile refueling module (e.g. for liquefied gas supply) comprising a frame made of metal profiles or profiles of composite materials in the form of a cuboid (preferably the size of a sea-going container) in which a tank to be used is positioned. fuel storage (for example liquefied gas), as well as mechanisms for refueling and calculating fuel flow, and for financial settlements and forming a portable refueling module.

A utility model is shown in the drawing, in which: Fig. 1 shows a front view of a proposed device according to a utility model; Fig. 2 shows an underside view of the device according to a utility model; Fig. 3 shows a left side view of the device according to a utility model; Fig. 4 shows a block diagram of a self-service machine according to the utility model.

The mobile refueling module (Figs. 1-3) comprises a frame 1 made of metal profiles or profiles of composite materials, in the form of a cuboid, in which a tank 2 for storing fuel (e.g. liquefied gas, in this case liquefied propane or liquefied natural gas), at least one fuel dispenser 3, fuel pump 4, self-service machine 5 designed to carry out settlements for refueled fuel and calculate the filled fuel (vending machine 5 or a commercial terminal equipped with a monitor, cash register module, electronic card reader, network connection module Internet, electronic computing device, device for entering and withdrawing data electrically connected to an electronic computing device that has the ability to remotely calculate the fueled fuel level and send other statistical data to the operator of the refueling module electronically, as well as for non-cash and / or cash settlement for the fueled fuel), filter 6, ball valves 7, bypass valve 8, pipes 9.

The frame profiles 1, directed vertically and horizontally, can additionally be reinforced with diagonal connections - angle sections 10. Moreover, the longitudinal profiles on the lower and upper plane of the frame 1 can be reinforced and connected with profiles perpendicular to them 11. The frame 1 can have irregular shape. For the protection of the device and the safety of the users, the frame 1 may be covered with a metal mesh or an equivalent material. For safety, the tank 2 may have a double wall. Between the two walls it is desirable to arrange an insulating material and an explosion-proof material.

The tank 2 is connected via a pipe 9 with at least one fuel dispenser 3 and a fuel pump 4 capable of pumping fuel from the container 2 to the line of the fuel distributor 3 and the refueling gun. The fuel pump 4 is connected to a self-service machine 5 capable of receiving and transmitting a signal (e.g., electric or radio) which commands the appropriate device element to start or stop operation. The pipes 9 are equipped with a filter 6 capable of filtering the fuel and preventing impurities from entering the distributor 3. Additionally, the pipes 9 are equipped with ball valves 7, which enable the fuel supply from the tank 2 and the fuel supply to each distributor 3 to be switched off. In addition, the device is equipped with a bypass valve 8 to ensure that fuel is fed back - from the filter 6 to the tank 2 when the pressure in the filter 6 exceeds a predetermined pressure value.

The cash register module of the vending machine (or merchant terminal) 5 and the smart card reader are electrically connected to an electronic computing device, a data input and output device and an internet connection module (Fig. 4).

The device according to the utility model has been made and has the possibility of connecting to it an autonomous or permanent source of electric power to ensure the operation of the self-service machine 5, distributor 3, fuel pump 4 and other electrical elements of the device.

The mobile refueling module can be moved like a technical unit, using a crane or other lifting mechanism, and placed on a standard loading platform, with which the module is placed in the desired location.

To refill the fuel, the user places the refueling gun in the throat of the car's fuel tank, and then puts the requested amount of money or a payment card (into the electronic card reader) into the self-service machine 5 (cash register module) and, using the data input device, enters the information about the desired dispenser and / or the desired fuel volume. A cash register module or an electronic card reader sends a signal to the computing device, which, after processing the received data (for example, that there is enough money on the user's bank account for a successful transaction, or that the user's bonus points have been collected, etc.) sends a signal electric to pump 4 to start pumping fuel from tank 2 to dispenser 3. As a result, fuel is refilled into the fuel tank of the user's car. After pouring in the paid amount of fuel, refueling is automatically ended (automatic 5 sends a command to stop work to the pump 4). The user is warned about the need to disconnect the refueling gun by means of an acoustic signal or other warning signal. For safety reasons, automatic machine 5 can be additionally equipped

Claims (6)

4 PL 67 297 Υ1 w devices for emergency stopping refueling. These devices may take the form of an electronic block adapted to send a signal to the pump 4 to interrupt operation, but also a mechanical block, for example a ball valve, to switch off the fuel supply to the fuel tank of the user's car. By means of the module for connecting to the Internet, data exchange is ensured between the computing device of the machine 5 and the server of the operator of the refueling module. Protective Claims 1. A mobile refueling module comprising a tank for storing fuel, e.g. liquefied gas, and mechanisms for refueling and calculating fuel flow and making financial settlements, characterized in that the refueling module comprises a frame (1 ), made of metal profiles or profiles made of composite materials, in the form of a cuboid, in which the tank (2) is placed, as well as mechanisms for refueling and calculating fuel flow and financial settlements, the mechanisms for calculating fuel flow and financial settlements, include a self-service machine (5), equipped with a monitor, a cash register module, an electronic card reader, an internet connection module, an electronic computing device, devices for entering and withdrawing data, electrically connected to an electronic computing device. 2. The module according to claim A method as claimed in claim 1, characterized in that the longitudinal profiles on the lower and / or upper plane of the frame (1) are reinforced and connected to the perpendicular profiles (11). 3. The module according to claim A method as claimed in claim 1 or 2, characterized in that the vertically and horizontally oriented frame profiles (1) are additionally reinforced with diagonal connections - angles (10). 4. The module according to claim 1, 2 or 3, characterized in that the frame (1) is covered with a metal mesh or an equivalent material. 5. The module according to claim 1, 2, 3 or 4, characterized in that the frame (1) has the dimensions of the standard sea container frame. 6. The module according to claim A method as claimed in any one of claims 1, 2, 3, 4 or 5, characterized in that the frame (1) has an irregular shape.