RU53439U1 - FUEL FILLING COMPLEX - Google Patents

Abstract

The utility model is designed to measure the volume of fuel during its transfer and reception / delivery from storage locations. The complex consists of a two-level frame with the constituent elements of the complex placed on it. The design of the complex allows to increase its maintainability.

Description

The utility model is designed to measure the volume of fuel during its transfer and reception / delivery from storage locations.

The prior art complex for measuring the volume of fuel during its transfer or reception / issue according to UK patent No. 826137 of 12/31/1959, containing a filter - gas separator and a measuring device sequentially installed in the housing with inlet and outlet nozzles. The disadvantages of this complex include the lack of the ability to adjust the fuel consumption at the outlet, as well as the low maintainability of the complex in view of the location of its constituent elements inside a single building.

The objective of this utility model is to create a compact complex that is devoid of these drawbacks and at the same time ensures the accuracy of measurements during fuel delivery. The technical result that can be obtained by implementing the model is to increase the maintainability of the complex due to the modularity of its layout when placing the constituent elements of the complex on a common frame, as well as to increase the smoothness of the complex, for example, when turned on, due to the possibility of adjusting fuel consumption to output.

To achieve the result, a fueling complex is proposed that contains a frame with a pump unit, a gas separator filter, a rotary fuel meter, a double-acting valve for adjusting fuel consumption, and a control panel for the above elements, while the pump unit is made with the possibility of connection with fuel tank, double-acting valve - with a fuel release device, the frame is two-level, the pump unit is installed at its first level no, gas separator filter, rotary fuel meter and valve

double action - on the second, the pump unit is connected to the filter-gas separator by means of a rigid or flexible pipe, and the filter-gas separator, rotary fuel meter and double-acting valve are connected in series with each other.

In private embodiments, the complex may include a ground control device and a control panel, for example, a remote control.

The utility model is illustrated in figure 1, which shows a General view of the claimed complex and figure 2, which shows a side view according to figure 1.

The claimed complex consists of a two-level frame 1, at the lower level of which a pump unit 2 is installed, made depending on the version, self-priming or non-self-priming. The unit through a flexible or rigid pipe 3 is connected to the filter-gas separator 4 mounted on the second level of the frame. The filter through the flange is connected to the rotary counter 5, and that, in turn, with a double-acting valve 6. The complex also contains a ground control device 7 installed on the second level of the frame, which serves to discharge static electricity during the operation of the complex, and a control panel of the complex 8 The pump unit is connected through the inlet pipe to the fuel tank, and the valve, through the outlet pipe, is connected to a fuel dispensing device (not shown).

The principle of operation of the claimed complex is as follows. The start-up of the complex is possible both by means of the control panel 7 and the remote control. As a result of the start-up, the pump unit 2 and the double-acting valve 6 are turned on. Subsequently, the pumped fuel flows through the inlet pipe from the fuel tank to the pump unit 2. From the pump, the liquid passes through the pipe 3 under pressure to the filter gas separator 4, in which it is filtered and removal of gases for the exit of which in the upper part of the filter is made

hole. The gas separation is necessary for accounting by the rotary counter only clean fuel. Next, the fuel purified from gas impurities, enters the rotary counter 5, taking into account the volume of pumped fuel. After the rotary counter, the fuel enters the double-acting valve 6, which has two channels of different flow areas, designed for different flow rates. The valve is controlled by two electromagnets, each of which controls the corresponding channel. After the valve, the fuel through the exhaust pipe enters the fuel dispensing device.

Claims (4)

1. A fueling complex comprising a frame with a pump unit, a gas separator, a rotary fuel meter, a double-acting valve for adjusting the fuel consumption, and a control panel for the above elements, the pump unit is configured to connect to the fuel tank, double-acting valve - with a fuel dispensing device, the frame is two-level, the pump unit is installed at its first level, a filter-gas separator, a rotary fuel meter a double-acting valve and - on the second, the pump unit is connected to a gas separator, filter through a rigid or flexible pipe, and the filter-separator, a rotary fuel counter and a double-acting valve connected in series with each other. 2. The complex according to claim 1, additionally containing a grounding monitoring device. 3. The complex according to claim 1 or 2, additionally containing a control panel. 4. The complex according to claim 3, in which the control panel is remote.