Measuring, monitoring and cleaning device for liquid feeding systems

FIELD: engineering of armature for measuring, controlling, cleaning and stabilizing pressure for liquid supply systems, possible use, in particular, for supplying water in domestic buildings, cottages, and other consumers in any industrial branch involving supplying of a liquid component.

SUBSTANCE: measuring, monitoring and cleaning device for liquid feeding systems contains body, locking element, pressure regulator, liquid meter. Device additionally includes filtration and washing device. Locking element, pressure regulator, liquid meter and filtration and washing device are assembled in single case. Locking element is positioned in liquid inlet connection. Pressure regulator is positioned between liquid inlet and liquid outlet connections, and detachably connected to the case. By means of detachable connection, filtration and washing device is mounted in the case. This device is connected by a collector to pressure regulator hollow and the hollow after the locking element. A filter is mounted at the inlet of pressure regulator hollow. Liquid meter is mounted in the body by means of detachable connection. Outlet hollow of liquid meter is connected to liquid outlet connection. Its inlet hollow by means of another collector is connected to the pressure regulator hollow.

EFFECT: minimized dimensions of device due to combination of locking armature and filtering means in one unit, stabilization of pressure, recording of water (liquid) consumption, possible replacement of devices and elements of armature without disassembly of the whole device and without disabling the liquid feeding system and without requirements for its flush, measuring and monitoring elements are protected from dirt in working mode and during maintenance operations (washing).

2 cl, 2 dwg

 

The invention relates to devices for measurement, control, cleanup and stabilization of pressure for the fluid and, in particular, can be used for the purposes of water supply in homes, cottages, and also for other consumers. In addition, this invention can be used in any industry for the supply of the liquid component.

Known piping system with valves regulate flow, equipped with connectors for connection of pressure gauges, according to the testimony which calculates volumetric flow and its regulation is carried out by changing the position of the shut-off body (for example, patent DE NO. 4030104; EP No. 0671578).

Known technical solution according to the patent of Russian Federation №2168754, which describes fluid flow through the pipeline with built-in regulator flow in the form of a sensing element mounted in the chamber, and valve flow control calibrated, while the measuring device is mounted directly on the sensing element.

The closest analogue of the invention is a technical solution according to German patent DE No. 3432494 in which the Executive body (multi-way valve, actuator, sensor and control device are combined in a single unit and is introduced into the pipeline.

The drawbacks is difficult is italmost Assembly and disassembly of the measuring and the other service system reinforcement in the operational status of the entire system of liquid supply, in the working mode, the system is under pressure (e.g., cold or hot water), thus in this situation, when removing any of the device, for example for repair or checks required to drain water from the entire system.

In addition, during the flushing of the pipeline there is a pollution of the above fittings and devices.

Objectives of the invention are:

- to unite in a single node, valves and filtering, stabilization of pressure, the registration of the consumption of water (liquid), thereby minimizing the dimensions of the site;

- to ensure the possibility of replacing components of the valve without disassembly of the entire device and without shutting down the system the fluid and without the requirement to its drain;

to protect the elements of the measurement and regulation of dirt in operation and maintenance (leaching);

- to increase the efficiency of the gravitational collection of filtered particles by providing opportunities permutation filtering and washing device 90° axis "Input-Output devices depending on its location on the pipeline.

Problems are solved by the fact that in the device for measurement, control and cleanup systems fluid supply, comprising a housing, a locking element, a pressure regulator, liquid meter, introduced filtering and washing in trojstvo, when this shut-off element, a pressure regulator, liquid meter, and filtering and washing device is mounted in a single housing, and the locking element is located in the inlet fluid, and in the channel between the nozzle entrance and exit of fluid placed pressure regulator, Rethimno coupled to the housing; also by means of detachable connections installed in the housing of filtering and washing device, which is notified by the collector cavity pressure regulator and the cavity after the locking element, and at the entrance into the cavity of the pressure regulator filter is installed; counter liquid by means of detachable connections are also installed in the housing, the output cavity of the counter liquid communicated with the outlet fitting fluid, and the input cavity using another collector with cavity pressure regulator.

In addition, filtering and washing device deployed on 90° in relation to the axis of the inlet - outlet fitting fluid.

Figure 1 shows a diagram of the device in the operating mode.

Figure 2 shows the device with plugs (preventive mode).

The device includes:

1 - body;

2 - shut-off element;

3 - filtering-washing device

4 - pressure regulator;

5 - counter liquid;

6 - the inlet fluid;

7 - outlet fitting fluid;

8, 9 - collectors;

0, 11 - hole for installation of filtering and washing device and plugs;

12 is a threaded socket for the installation of the meter liquid or blank;

13 - output cavity of the counter liquid;

14, 15 - stub;

16 - filter.

The proposed device consists of a housing 1, the locking element 2, such as ball valve, filtering and washing device 3, the pressure regulator 4 and the counter liquid 5. In casing the inlet fluid 6 and the outlet fitting fluid 7, the reservoirs 8, 9. Holes for installation of filtering and washing device 10 and the stub 11 in the housing 1 facing the collector 8, is made in such a way that (depending on the device mounting - vertical or horizontal axis of the socket input-output liquid) contamination held by the filter 16, going to one of them below. In this hole (figure 1 into the hole 10 is set filtering and washing device 3. The locking element 2 is designed for leak overlap the input line for the period change of the counter fluid pressure regulator or filter. Filtering and washing device 3 is designed for filtering liquids, such as water, and ensure periodic cleaning of the filter 16, made for example in the form of a mesh without removing it from the device.

The pressure regulator the s 4 is designed to maintain a constant pressure behind fluctuations in the inlet pressure and for closing the highway in betrachten mode (in the absence of consumption).

In a threaded socket 12 Rethimno metered liquid 5, such as water meters multi-jet type, and the collector 8 is a counter input and output cavity 13 - exit.

In addition, the device is equipped with plugs 14 and 15 (figure 2), which can hermetically be installed instead of the counter liquid 5 and the pressure regulator 4 in the mode of prevention or control mode of the meter and/or regulator.

The device operates as follows.

When the unit is installed in the supply line of fluid in the proposed technical solution, installed the plugs 14 and 15 (figure 2). Depending on the position of the mounting (vertical or horizontal) in one of the holes 10 or 11 respectively wrapped on the threads (Rethimno) filtering and washing device 3, and the other off tube. In this configuration, is held flush and pressure test the system, which removes the dirt from the system without causing contamination of the pressure regulator 4 and the counter liquid 5. Dirt is removed through filtering and washing device 3. After washing the closed shut-off element 2, for example ball valve and filtering and washing device 3, clear of the sides of the plugs 14 and 15, and instead set the pressure regulator 4 and the counter liquid 5, such as water meters. After opening the shut-off element 2, e.g. the ball valve, the device is ready for normal operation.

In this mode, the liquid, for example water, is supplied with a variable input pressure through the closing element 2 in the reservoir 8. The filter 16 prevents the passage of contaminants and they are under the influence of gravitational forces accumulate in the bottom of the reservoir 8. The pressure regulator 4 provides the output (collector 9) pressure, for example, for water systems in the range of 1.2 to 1.5 kgf/cm2it facilitates the work of moving parts counter liquid 5, and this increases the accuracy and reduces noise on ceramic faucets in the room.

In the absence of consumption of the pressure regulator 4 blocks water flow and maintains a constant pressure Bezruchenko mode and thus reduces leakage through valves that saves water up to 10-20%.

Periodically (as clogging) is flushing manifold 8, which on filtering and washing device 3 is put on the hose and at some time, opens the faucet drilling site.

The presence of the locking element 2 allows replacing the pressure regulator 4, the filter 16, the counter liquid 5 without disconnecting the riser inlet fluid and dismantling of the device as a whole. The presence of the plugs 14, 15 provides long-term operation of the device without counter 5 and(or) pressure regulator 4, for example, on the time the recertification counter or repair pressure regulator.

1. The device for measurement, control and cleanup systems fluid supply, comprising a housing, a locking element, a pressure regulator, liquid meter, characterized in that it introduced filtering and washing device, with the locking element, the pressure regulator, liquid meter, and filtering and washing device is mounted in a single housing, and the locking element is located in the inlet fluid, and in the channel between the nozzle entrance and exit of fluid placed pressure regulator, Rethimno coupled to the housing, with screw connection installed in the housing of filtering and washing device, which is notified by the collector cavity pressure regulator and the cavity after the locking element, and at the entrance into the cavity of the pressure regulator filter is installed, the counter liquid by means of detachable connections are also installed in the housing, the output cavity of the counter is fluid communicated with the outlet fitting fluid, and the input cavity using another collector with cavity pressure regulator.

2. The device according to claim 1, characterized in that the filtering and washing device deployed on 90° in relation to the axis of the inlet - outlet fitting fluid.



 

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