RU2735960C1 - Complex for reception of waste water with automated device of hydraulic flushing - Google Patents

Abstract

FIELD: water drainage systems.

SUBSTANCE: complex comprises at least one outer shell containing outlet openings, at least one inner shell containing passage channel of hydraulic flushing nozzle of profiled shelves of collector, collector chute, rigidly fixed to collector pan water jet nozzles, collector tray hydro-flushing pipelines having collector tray header hydro-flushing end plugs rigidly fixed, comprising collector tray water jet nozzle passage, at least one distribution pipeline of hydraulic flushing of the profiled shelves of the manhole, at least one nozzle of hydraulic flushing of profiled shelves of the manhole, at least one profiled shelf of the manhole, at least one neck of the manhole, an inlet pipeline, a supply tank with a jet break, a hydraulic lock. Device further comprises at least one inspection well, at least one manifold ballast, at least one cable duct, a pump, at least one distributing header of hydraulic flushing, at least one shutoff valve with electric drive of hydraulic flushing of profiled shelves of collector, at least one shut-off valve with electric drive of header flushing, at least one shutoff valve with electrically driven flushing of profiled flanges of inspection well, sensor of upper water level in supply tank with rupture of jet, sensor of lower water level in supply tank with jet break, upper level sensor of waste water, sensor of lower level of waste water, at least one seal of cable passage, shutoff valves with electric drive of inlet pipeline, at least one ballast of the manhole, operating module of hydraulic washing, at least one power cable of shutoff valves, power cable of the pump, power cable of the operating module, at least one communication cable of water level sensors, communication cable of operating modules, at least one ballast chamber, at least one component of the horizontal accumulator, at least one horizontal accumulator. Inspection well is made in the form of sewage well and contains inside lower part connected by means of adhesion ballast of inspection well, which is monolithic section made of heavy hydraulic concrete, and also comprises a rigidly fixed distribution manifold of hydraulic flushing, rigidly fixed to horizontal accumulator, and operational module of hydraulic flushing control.

EFFECT: higher reliability due to efficient ballasting and automatic hydro-flushing of sediment.

1 cl, 15 dwg

Description

The invention relates to the field of drainage and environmental protection systems and is intended for the operation of a device for receiving and storing water, a device for transporting water, flushing and transporting sediment.

Known device for cleaning the internal surfaces of tanks (RU 114280 B08B 9/08 (2006.01), published 20.03.2012 Bull. No. 8, refers to means for cleaning the internal surfaces of tanks, and in particular to cleaning from residues of oil products.

The general features of the claimed utility model are the presence of a tank, a shut-off valve, a spray device, a connecting tube, and a nozzle.

Disadvantages: the lack of automation of the cleaning process provides for the presence of maintenance personnel, and, therefore, will entail additional material costs for organizing labor protection measures associated with the operation of vessels under excessive pressure.

Known device for cleaning reservoirs from deposits of paraffins and sediments (RU 75595 B08B 9/093 (2006.01), published 20.08.2008 Bull. No. 23, relating to the oil industry, in particular to the storage of petroleum products and is intended for washing out and removing bottom sediments in underground containers.

The general features of the claimed utility model are the presence of a hollow rod for supplying a working substance, a head with radially located nozzles, and nozzles.

Disadvantages: when the head rotates to distribute the working substance around itself, frictional forces will arise and, as a result, wear of parts in the rotating pair, which reduces its reliability and entails additional material costs during operation.

In addition, the lack of automation to control the movement of the head inside the tank will require the constant presence of specialized personnel, which will significantly increase the material costs associated with labor protection measures.

A known device for hydraulic flushing of UGO sludge - dLn (provided by the manufacturer LLC Savage, e-mail: info @ website: ooo-savag.ru, tel .: +7 (499) 130-29-21, +7 (495 ) 522-01-25 address: 143983, Moscow region, Balashikha, Keramik microdistrict, Keramicheskaya st., 2A, sales representative of OOO NPP EKOTEKHNIKA, tel .: +7 (499) 138-05 -71, e-mail: ecotechnika@mail.ru, address: 119331 Moscow, Krupskaya st., 3, published on the electronic resource https://ooo-savag.ru/oborudovanie-dlya-ochistnykh-sooruzhenij/ prochee-tekhnologicheskoe-oborudovanie / ustrojstvo-dlya-gidrosmyva-osadka (access date 25.04.2020)), designed to erode silt sediments at the bottom of the tank and move the washed silt sediments along the axis of the device. The device for hydraulic flushing of the UGO sludge is a pipe with a diameter d (DN of the main pipeline, mm) and a length L (length of the main pipeline, m) with sprays welded along the pipe along the horizontal axis with a certain step. Showers are made in the form of a bent stainless steel tube with a nozzle welded to the end of the tube (n - number). The nozzle is made of stainless steel. Depending on the length of the settling part to the sump, the total length of the pipe is drawn from the corresponding number of fragments. A device for hydraulic flushing of UGO sludge is installed at the bottom of the settling part with a slope towards the pit. The UGO sludge flushing device is used for flushing and transporting the sediment deposited in the settling part of mechanical treatment facilities to the pit.

The common features of the claimed utility model with an analogue are: the presence of the main pipeline, nozzles.

Disadvantages: perpendicularly located elements (showers) in the zone of sediment movement will create additional local hydraulic resistance, reducing the efficiency of sediment transportation.

In addition, the presence of the main pipeline in the immediate zone of sludge transportation will reduce its resource due to the abrasive effect on the walls.

Known reservoir for liquids (RU 2171215 B65D 90/00 (2000.01) B65D 90/22 (2000.01), published 27.07.2001 Bull. No. 21), relating to storage and transportation of liquids and can be used in industries related to the reception, storage and dispensing liquids.

The common features of the claimed utility model are the presence of a shell, a channel in the lower part of the shell for free flow of liquid before the end of the discharge, a straight lintel.

Disadvantages: the lack of ballasting significantly limits the possibility of using a reservoir with a deepening into the flooded soil.

Known cross-section of sewer pipes "banquet", (published on page 52 figure 3.2 "g" in the source: Kalitsun V. I. Drainage systems and structures: Textbook. For universities. - M .: Stroyizdat, 1987. - 336s .: silt.), relating to the field of drainage systems, designed for wastewater disposal in a gravity mode.

A common feature of the claimed utility model with an analogue is: the presence of an externally closed profile forming a pipe, shelves, a tray in the lower part of the section.

Disadvantages: the lack of ballasting solutions limits the possibility of use in watered soils.

The closest in technical essence and taken as a prototype is the device "Multi-tonnage water storage tank" (RU 168597 U1 B65D 8/12 (2006.01), published 09.02.2017 Bul. No. 4), relating to tank structures intended for multi-tonnage collection and storage of water, and can be used in agricultural production, in industrial enterprises and household plots, including for underground storage of water.

Achieving this goal is to ensure the safety of the tank tightness while reducing the cost of creating a tank due to a modular design, simplifying and reducing the cost of delivery and installation, consisting of at least two interconnected modules with inlet and outlet openings made in the form of spirally corrugated steel pipes having end caps at their free ends and on the connected parts of which there are sections with recorruption - with straight corrugation, interconnected by means of a bandage in the form of at least one clamp with similar corrugations and a gasket in the form of a rubber product located between the latter and the pipes with a profile that ensures the safety of the tightness of the connection during deformations not less than the scale of the corrugation of the pipes.

A common feature of the claimed utility model with an analogue is: the presence of modules with inlet and outlet openings made in the form of spirally corrugated steel pipes.

Disadvantages: the existing relief on the inner surface of the pipe, formed by a corrugated profile, will contribute to the formation of sediment, the lack of ballasting limits the possibility of using the reservoir in flooded soils, the absence in the channel structure at the end of the discharge will not allow the reservoir to be emptied as much as possible, which reduces its useful volume and will contribute to the development of bacteria at long intervals in work.

In addition, due to the lack of the function of cleaning bottom sediments during operation, additional resources will be required for its implementation.

The claimed invention is aimed at creating a device that can effectively function as part of an automated damper reservoir of sewage pumping stations (utility model patent RU No. 186682 U1, published: 01/29/2019 bul. No. 4), and can also be used as a regulating reservoir for sewage treatment plants , as well as a reservoir for storage and delivery of liquids with a high content of suspended solids, is designed to receive wastewater from the receiving chamber of an automated damper tank of sewage pumping stations or another source, storage, and also release them with subsequent hydraulic washout of sludge in automatic mode into the receiving chamber automated damper reservoir of sewage pumping stations or into another receiver.

Urbanization of cities and modern environmental standards provide for the introduction of emergency and control reservoirs into the drainage systems, the construction of which is accompanied by a large number of earthworks. In this regard, a significant part of the material costs that determine the cost of the construction consists of the costs of soil development, digging of foundation pits and landscaping. Known technical solutions for the construction of such facilities are distinguished by high costs, while not fully meeting the criteria of consumers. In some cases, associated with unfavorable hydrological conditions, the construction and operation of such structures become ineffective.

The problem to be solved by the invention is to create a modular structure that ensures the construction of an underground reservoir in a closed way (trenchless laying) for receiving, storing and discharging wastewater with subsequent removal of sediment adapted for operation in water-saturated soils.

The technical result of the claimed invention is to increase reliability due to effective ballasting and automation of sludge water washout.

The technical result of the invention is achieved in that the complex for receiving wastewater with an automated hydraulic flushing device contains at least one outer shell rigidly fixed with cross-links, a manifold end plug, a starting manifold plug, concrete pipeline pipes, containing outlet ports, at least , one inner shell rigidly fixed with transit pipelines, feeding pipelines for hydraulic flushing of the profiled shelves of the inspection well, feeding pipelines for flushing the profiled shelves of the collector, distribution pipelines for hydraulic flushing of profiled collector shelves, having rigidly fixed end caps of the distribution pipelines of the profiled nozzles of the profiled nozzles , profiled collector shelves, the base of the tray, containing the passage channel of the hydraulic flush nozzle of the profiled collector shelves, the collector tray, rigidly fixed connected to the collector tray hydraulic flush nozzles, collector tray hydraulic flush pipelines with rigidly fixed end caps of the collector tray hydraulic flush pipe, containing a through channel for the collector tray hydraulic flush nozzle, at least one distribution pipeline for hydraulic flush of the manhole profiled shelves, having rigidly plugged ends of the manifold hydraulic flushing of the profiled shelves of the inspection well, rigidly connected to the passage channel of the supply pipeline for the hydraulic flushing of the profiled shelves of the inspection well, at least one nozzle for the hydraulic flushing of the profiled shelves of the inspection well, rigidly connected to the passage channel, at least one nozzle of the hydraulic flush of the profiled shelves of the inspection well manhole, rigidly fixed to the manhole of the manhole, at least one neck of the manhole, rigidly fixed to the sewer manhole, inlet pipe the pipeline rigidly fixed to the float valve, a supply tank with a jet gap rigidly fixed to the water intake, a hydraulic seal rigidly fixed to the pressure pipeline, according to the invention additionally contains: at least one inspection well, at least one collector ballast, at least at least one cable duct, a pump, at least one hydraulic flush distribution manifold, at least one shut-off valves with an electric drive for hydraulic flushing of profiled collector flaps, at least one shut-off valves with an electric drive for a hydraulic flush of the collector tray, at least one shut-off valve fittings with an electric drive for flushing the profiled shelves of the inspection well, the upper water level sensor in the supply tank with a jet break, the lower water level sensor in the supply tank with a jet break, the upper sewage level sensor, the lower sewage level sensor, at least one cable seal passage, shut-off valves with electric drive At least one manhole ballast, hydraulic flush control module, at least one shut-off valve power cable, pump power cable, operating module power cable, at least one water level sensor communication cable, communication cable operating modules, at least one ballast chamber, at least one component of a horizontal accumulator, at least one horizontal accumulator, moreover, a manhole made in the form of a sewer well containing inside the lower part the manhole ballast connected by adhesion, which is a monolithic section made of heavy hydraulic concrete, and also containing a rigidly fixed hydraulic washout distribution manifold inside, rigidly fixed to a horizontal accumulator, consisting of rigidly fixed components of a horizontal accumulator, an operating module control hydraulic flush, connected by means of power cables shut-off valves with shut-off valves with an electric hydraulic flush of the profiled collector shelves, shut-off valves with an electric hydraulic flush of the collector tray, shut-off valves with an electric hydraulic flush of the profiled shelves of the inspection well, shut-off valves with an electric drive of the inlet pipeline, pump with a pump, as well as connected to the upper water level sensor in the supply tank with a break in the jet, the lower water level sensor in the supply tank with a break in the jet, the upper wastewater level sensor, the lower wastewater level sensor, via communication cables of the water level sensors, connected with seals of the cable passage, as well as connected to an external source of electricity through the power cable of the operating module, as well as connected to the operating module of the automated damper tank of sewage pumping stations through the communication cable of the operating units, the ballast of the collector made of heavy hydraulic concrete by pumping the concrete mixture under pressure into the ballast chamber, adhered to the cable duct.

The presence of distinctive features allows us to conclude that the claimed invention meets the “novelty” condition of patentability.

An additional comparative analysis of patent and scientific and technical information did not reveal sources containing information about the popularity of the totality of distinctive features of the proposed complex for receiving wastewater with an automated hydraulic flush device, which indicates its compliance with the criterion of "inventive step".

The claimed device is illustrated by drawings, where Fig. 1 shows a general view of a complex for receiving wastewater with an automated hydraulic flushing device, FIG. 2 is a schematic communication diagram of the hydraulic flushing device; FIG. 3 shows a horizontal accumulator assembled with hydraulic flushing elements, FIG. 4 shows a component part of a horizontal accumulator, FIG. 5 shows the design of the hydraulic washout of the horizontal accumulator, FIG. 6 shows the design and equipment of the inspection well, FIG. 7 shows a diagram of the hydraulic slope of the chute in the horizontal accumulator, FIG. 8 shows a fragment of the ballast chamber of a horizontal accumulator; FIG. 9 shows the starting plug of the horizontal storage, FIG. 10 shows an end cap of a horizontal accumulator, FIG. 11 shows the base of the horizontal storage tray, FIG. 12 shows a general hydraulic diagram of a hydraulic flushing complex for receiving wastewater with an automated hydraulic flushing device; Fig. 13 shows the plug of the distribution pipeline for hydraulic flushing of the profiled shelves of the collector of the horizontal accumulator, FIG. 14 shows a nozzle for hydraulic flushing of profiled collector shelves and a hydraulic flush nozzle for the collector tray; Fig. 15 shows a nozzle for flushing the profiled shelves of the inspection well.

The device has the following designations, where:

1 - Outer shell.

2 - Inner shell.

3 - Cross-link.

4 - End cap of the manifold.

5 - Start plug of the collector.

6 - Concrete supply pipe.

7 - Transit pipeline.

8 - Supply pipeline for hydraulic flushing of profiled collector shelves.

9 - Supply pipeline for hydraulic flushing of profiled collector shelves.

10 - Supply pipeline for hydraulic flushing of profiled collector shelves.

11 - Supply pipeline for hydraulic flushing of profiled collector shelves.

12 - Supply pipeline for hydraulic flushing of profiled collector shelves.

13 - Supply pipeline for hydraulic flushing of profiled collector shelves.

14 - Supply pipeline for hydraulic flushing of profiled collector shelves.

15 - Supply pipeline for hydraulic flushing of profiled collector shelves.

16 - Distribution pipeline for hydraulic flushing of profiled collector shelves.

17 - Distribution pipeline for hydraulic flushing of profiled collector shelves.

18 - Distribution pipeline for hydraulic flushing of profiled collector shelves.

19 - Distribution pipeline for hydraulic flushing of profiled collector shelves.

20 - Distribution pipeline for hydraulic flushing of profiled collector shelves.

21 - Distribution pipeline for hydraulic flushing of profiled collector shelves.

22 - Distribution pipeline for hydraulic flushing of profiled collector shelves.

23 - Distribution pipeline for hydraulic flushing of profiled collector shelves.

24 - End cap of the distribution pipeline for hydraulic flushing of the profiled manifold shelves.

25 - Pipeline for hydraulic flushing of the collector tray.

26 - Pipeline for hydraulic flushing of the collector tray.

27 - Profiled manifold shelves.

28 - Collector tray.

29 - Supply pipeline for hydraulic flushing of the profiled shelves of the inspection well.

30 - Supply pipeline for hydraulic flushing of the profiled shelves of the inspection well.

31 - Distribution pipeline for hydraulic flushing of the profiled shelves of the inspection well.

32 - Distribution pipeline for hydraulic flushing of the profiled shelves of the inspection well.

33 - End cap of the distribution pipeline for hydraulic flushing of the profiled shelves of the inspection well.

34 - Profiled shelf of the inspection well.

35 - Tray of the inspection well.

36 - The neck of the inspection well.

37 - Sewer hatch.

38 - Consumable tank with jet gap

39 - Inlet pipeline.

40 - Water seal.

41 - Inspection well.

42 - Collector ballast.

43 - Cable duct.

44 - Cable duct.

45 - Nozzles for flushing the profiled collector shelves.

46 - Outlet window.

47 - Pump.

48 - Hydraulic flush distribution manifold.

49 - Water flush distribution manifold.

50 - Shut-off valves with an electric drive for flushing the profiled manifold shelves.

51 - Shut-off valves with an electric drive for flushing the profiled manifold shelves.

52 - Shut-off valves with an electric drive for flushing the profiled manifold shelves.

53 - Shut-off valves with an electric drive for flushing the profiled collector shelves.

54 - Shut-off valves with an electric drive for flushing the profiled manifold shelves.

55 - Shut-off valves with an electric drive for flushing the profiled manifold shelves.

56 - Shut-off valves with an electric drive for flushing the profiled manifold shelves.

57 - Shut-off valves with an electric drive for flushing the profiled manifold shelves.

58 - Shut-off valves with electric drive for hydraulic flushing of the collector tray.

59 - Shut-off valves with electric drive for hydraulic flushing of the collector tray.

60 - Collector tray hydraulic flushing nozzles.

61 - Shut-off valves with an electric drive for flushing the profiled shelves of the inspection well.

62 - Shut-off valves with an electric drive for flushing the profiled shelves of the inspection well.

63 - Nozzles for hydraulic flushing of the manhole profiled shelves.

64 - The sensor of the upper level of water in the supply tank with a stream break.

65 - Sensor of the low water level in the supply tank with a stream break.

66 - Sensor of the upper level of waste water.

67 - Sensor of the lower level of wastewater.

68 - Cable entry gasket.

69 - Shut-off valves with an electric drive of the inlet pipeline.

70 - Manhole ballast.

71 - Operating module for hydraulic flush control.

72 - Power cables of shut-off valves.

73 - Power cables of shut-off valves.

74 - Pump power cable.

75 - Operating unit power cable.

76 - Communication cables for water level sensors.

77 - Communication cable of operating modules.

78 - tray base.

79 - End cap of the manifold tray hydraulic flush line.

80 - Float valve.

81 - Water intake.

82 - Discharge pipeline.

83 - Ballast chamber.

84 - Through passage of the collector tray hydraulic flush nozzle.
85 - Through channel of the hydraulic flush nozzle of the profiled collector shelves.

86 - Through channel of the hydraulic flush nozzle of the profiled shelves of the inspection well.

87 - Through passage of the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well.

88 - An integral part of the horizontal accumulator.

89 - Horizontal storage.

According to the invention, the device comprises an outer shell 1 made of polymeric material, rigidly fixed by the inner surface by means of transverse links 3 to the outer surface of the inner shell 2 of FIG. 3, 4, rigidly fixed with the inner surface to the pipes of the concrete pipeline 6 of FIG. 3, rigidly fixed by the edge to the outer shell 1 of FIG. 1, rigidly fixed by the edge, depending on the location in the composition of the horizontal accumulator 89, to the starting plug of the collector 5 of FIG. 1, 6, to the end cap of the manifold 4 of FIG. 1, 6, rigidly fixed by the outer surface to the inspection well 41 of FIG. 1, fixed, depending on the location in the horizontal storage tank 89 and depending on the location of the horizontal storage tank 89, as part of a complex for receiving wastewater with an automated hydraulic flushing device, to the receiving chamber of an automated damper tank of sewage pumping stations or other hydraulic structures, connected by an internal surface by adhesion to the ballast of the manifold 42 of FIG. 8, designed to form the outer casing of the horizontal storage 89, a complex for receiving wastewater with an automated hydraulic flushing device, an inner shell 2 made of polymer material rigidly fixed by the outer surface by means of transverse links 3 to the inner surface of the outer shell 1 of FIG. 3, 4, pipes of the concrete pipeline 6 of FIG. 3, the inner shell 2 of FIG. 8, cable duct 43 of FIG. 3, 4, cable duct 44 of FIG. 3, 4, two transit pipelines 7 of FIG. 3, 4, to the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 29 of FIG. 3, 4, to the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 30 of FIG. 3, 4, rigidly fixed by the outer surface, depending on the location in the composition of the horizontal accumulator 89 to the supply pipeline for hydraulic flushing of the profiled shelves of the collector 11 of FIG. 3, 4, to the supply line for hydraulic flushing of the profiled shelves of the collector 15 of FIG. 3, 4, to the supply line for hydraulic flushing of the profiled shelves of the collector 10 of FIG. 3, 4, to the supply line for hydraulic flushing of the profiled shelves of the collector 14 of FIG. 3, 4, to the supply line for hydraulic flushing of the profiled shelves of the collector 9 of FIG. 3, 4, to the supply line for hydraulic flushing of the profiled shelves of the collector 13 of FIG. 3, 4, to the supply line for hydraulic flushing of the profiled shelves of the collector 8 of FIG. 3, 4, to the supply line for hydraulic flushing of the profiled shelves of the collector 12 of FIG. 3, 4, rigidly fixed by the outer surface, depending on the location in the composition of the horizontal accumulator 89 to the distribution pipelines for hydraulic flushing of the profiled collector shelves 16, 20 of FIG. 2, 3, distribution pipelines for hydraulic flushing of the profiled collector shelves 17, 21 of FIG. 2, 3, distribution pipelines for hydraulic flushing of the profiled manifold shelves 18, 22 of FIG. 2, 3, distribution pipelines for hydraulic flushing of the profiled collector shelves 19, 23 of FIG. 2, 3, rigidly fixed with the inner surface to two profiled shelves of the collector 27 of FIG. 3, 4, 8, rigidly fixed by the inner surface by means of the tray base 78, to the collector tray 28 of FIG. 4,8,11, fixed by the inner surface by means of the passage channel of the hydraulic flush nozzle of the profiled collector shelves 85 to the hydraulic flush nozzles of the profiled collector shelves 45, containing the passage channel of the hydraulic flush nozzle of the profiled collector shelves 85 of FIG. 14 adhered to the outer surface by adhesion to the ballast of the manifold 42 of FIG. 8, rigidly fixed by the edge, depending on the location in the composition of the horizontal accumulator 89 to the starting plug of the collector 5 of FIG. 1, 6, manifold end cap 4 of FIG. 1, designed to form the inner body of a horizontal storage tank 89 of a complex for receiving wastewater with an automated hydraulic flushing device, a cross link 3 made in the form of a pin made of polymer material, rigidly fixed with one end to the inner surface of the outer shell 1 and rigidly fixed to the outer surface with the second end the inner shell 2 of FIG. 3 adhered to the ballast of the manifold 42 of FIG. 3, 8 for forming the ballast chamber 83 of FIG. 4, between the outer and inner bodies of the horizontal accumulator of the complex for receiving wastewater with an automated hydraulic flushing device, the end cap of the collector 4 of FIG. 10, made in the form of a flange, rigidly fixed by a plane to the end of the outer shell 1 of FIG. 6, rigidly fixed by a plane to the end of the inner shell 2 of FIG. 3, rigidly connected to the ends of the pipes of the concrete pipeline 6 of FIG. 3, the end of the cable channel 43, the end of the cable channel 44 of FIG. 3, the ends of the two transit pipelines 7 in FIG. 3, the end of the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 29 of FIG. 3, the end face of the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 30 of FIG. 3, the ends of the supply pipelines for flushing the profiled collector shelves 11, 15, 10, 14, 9, 13, 8, 12 of FIG. 3, the end of the hydraulic flush pipe of the collector tray 25, the end of the hydraulic flush pipe of the collector tray 26 of FIG. 3, rigidly fixed by a plane to the end of the collector tray 28, the end of the profiled shelves of the collector 27, connected by adhesion to the ballast of the collector 42 of FIG. 3, 6, 8 for forming the ballast chamber 83 of FIG. 3, 4, 6, a horizontal accumulator 89, a complex for receiving wastewater with an automated hydraulic flushing device, by connecting the ends of the outer casing of the horizontal accumulator 89 with the inner casing of the horizontal accumulator 89 ensuring the tightness of the end of the ballast chamber 83, the starting plug of the collector 5 of FIG. 9, made in the form of a flange, rigidly fixed by a plane to the end of the outer shell 1 of FIG. 6, the end of the inner shell 2 of FIG. 3, rigidly connected to the ends of the pipes of the concrete pipeline 6 of FIG. 3, the end of the cable channel 43, the end of the cable channel 44 of FIG. 3, the ends of the two transit pipelines 7 in FIG. 3, the end of the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 29 of FIG. 3, the end face of the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 30 of FIG. 3 adhered to the ballast of the manifold 42 of FIG. 3, 6, 8 for forming the ballast chamber 83 of FIG. 3, 6, horizontal accumulator 89 of the complex for receiving wastewater with an automated hydraulic flushing device, by connecting the ends of the outer casing of the horizontal accumulator 89 with the inner casing of the horizontal accumulator 89, ensuring the tightness of the ballast chamber 83, pipes of the concrete pipeline 6 made of polymer material, rigidly fixed to the inner the surfaces of the outer shell 1, rigidly fixed to the outer surface of the inner shell 2, rigidly connected at one end to the end cap of the manifold 4, connected at one end to the starting plug of the manifold 5, containing outlet ports 46 connected by adhesion to the ballast of the manifold 42 in FIG. 3, 6, 8, intended for supplying concrete mixture under pressure into the ballast chamber 83 of the horizontal storage tank 89 of the complex for receiving wastewater with an automated hydraulic flushing device, transit pipeline 7 made of polymer material, rigidly connected to at least one distribution manifold hydraulic flush 48, rigidly fixed to the manhole 41, rigidly connected to the end cap of the manifold 4, rigidly fixed to the outer surface of the inner shell 2, rigidly connected to the starting cap of the manifold 5, connected by adhesion to the ballast of the manifold 42 in FIG. 3, 8, designed to connect all hydraulic washout manifolds 48 and 49 into a single pressure hydraulic line, carrying out the transit of water through the ballast chambers 83 of all horizontal accumulators 89, FIG. 12, the supply pipeline for hydraulic flushing of the profiled manifold shelves 8, made of polymer material, rigidly connected to the hydraulic flush distribution manifold 48, shut-off valves with an electric drive for the hydraulic flush of the profiled manifold shelves 50, the end plug of the collector 4, the distribution pipeline for the hydraulic flush of the profiled manifold shelves to 16, rigidly fixed well 41, the outer surface of the inner shell 2, adhered to the ballast of the manifold 42 of FIG. 3, 8, intended to transport water from the hydraulic flush distribution manifold 48 to the hydraulic flush distribution pipe of the profiled shelves of the manifold 16 of FIG. 2, the supply pipeline for hydraulic flushing of the profiled manifold shelves 9, made of polymer material, rigidly connected to the hydraulic flush distribution manifold 48, shut-off valves with an electric drive for the hydraulic flush of the profiled manifold shelves 51, the end plug of the collector 4, the distribution pipeline for the hydraulic flush of the profiled manifold shelves to 17, rigidly fixed well 41, the outer surface of the inner shell 2, adhered to the ballast of the manifold 42 of FIG. 3, 8, intended to transport water from the hydraulic flush distribution manifold 48 to the hydraulic flush distribution pipe of the profiled shelves of the manifold 17 of FIG. 2, the supply pipeline for hydraulic flushing of the profiled manifold shelves 10, made of polymer material, rigidly connected to the hydraulic flush distribution manifold 48, shut-off valves with an electric drive for the hydraulic flush of the profiled manifold shelves 52, the end plug of the collector 4, the distribution pipeline for the hydraulic flush of the profiled manifold shelves to 18 well 41, the outer surface of the inner shell 2, adhered to the ballast of the manifold 42 of FIG. 3, 8, intended to transport water from the hydraulic flush distribution manifold 48 to the hydraulic flush distribution pipeline of the profiled shelves of the manifold 18 of FIG. 2, the supply pipeline for hydraulic flushing of the profiled manifold shelves 11, made of polymer material, rigidly connected to the hydraulic flush distribution manifold 48, shut-off valves with an electric drive for the hydraulic flush of the profiled manifold shelves 53, the end plug of the collector 4, the distribution pipeline for the hydraulic flush of the profiled manifold shelves to 19, rigidly fixed well 41, the outer surface of the inner shell 2, adhered to the ballast of the manifold 42 of FIG. 3, 8, intended to transport water from the hydraulic flush distribution manifold 48 to the hydraulic flush distribution pipe of the profiled shelves of the manifold 19 of FIG. 2, the supply pipeline for hydraulic flushing of the profiled manifold shelves 12, made of polymer material, rigidly connected to the hydraulic flush distribution manifold 49, shut-off valves with an electric drive for the hydraulic flush of the profiled manifold shelves 54, the end plug of the collector 4, the distribution pipeline for the hydraulic flush of the profiled manifold shelves to the viewers 20, rigidly fixed well 41, the outer surface of the inner shell 2, adhered to the ballast of the manifold 42 of FIG. 3, 8, designed to transport water from the hydraulic flush distribution manifold 49 to the hydraulic flush distribution pipe of the profiled shelves of the manifold 20 of FIG. 2, the supply pipeline for the hydraulic flush of the profiled manifold shelves 13, made of polymer material, rigidly connected to the distribution manifold of the hydraulic flush 49, the shut-off valves with an electric drive for the hydraulic flush of the profiled manifold shelves 55, the end cap of the collector 4, the distribution pipeline for the hydraulic flush of the profiled shelves of the collector 21, rigidly fixed well 41, the outer surface of the inner shell 2, adhered to the ballast of the manifold 42 of FIG. 3, 8, designed to transport water from the hydraulic flush distribution manifold 49 to the hydraulic flush distribution pipe of the profiled shelves of the manifold 21 of FIG. 2, the supply pipeline for hydraulic flushing of the profiled collector shelves 14, made of polymer material, rigidly connected to the hydraulic flush distribution manifold 49, shut-off valves with an electric drive for hydraulic flushing of the profiled collector shelves 56, the end plug of the collector 4, the distribution pipeline for the hydraulic flush of the profiled collector shelves 22, rigidly fixed well 41, the outer surface of the inner shell 2, adhered to the ballast of the manifold 42 of FIG. 3, 8, intended to transport water from the hydraulic flush distribution manifold 49 to the hydraulic flush distribution pipe of the profiled shelves of the manifold 22 of FIG. 2, the supply pipeline for hydraulic flushing of the profiled manifold shelves 15, made of polymer material, rigidly connected to the hydraulic flush distribution manifold 49, shut-off valves with an electric drive for the hydraulic flush of the profiled manifold shelves 57, the end plug of the collector 4, the distribution pipeline for the hydraulic flush of the profiled manifold shelves to the manifold 23, rigidly fixed well 41, the outer surface of the inner shell 2, adhered to the ballast of the manifold 42 of FIG. 3, 8, intended to transport water from the hydraulic flush distribution manifold 49 to the hydraulic flush distribution pipe of the profiled shelves of the manifold 23 of FIG. 2, a distribution pipeline for hydraulic flushing of the profiled collector shelves 16, made of polymer material, rigidly connected to the supply pipeline for the hydraulic flush of the profiled collector shelves 8, connected through the passage channel of the hydraulic flush nozzle of the profiled collector shelves 85, with at least one nozzle for the hydraulic flush of the profiled collector shelves 45, containing the passage channel of the hydraulic flush nozzle of the profiled manifold shelves 85 of FIG. 14, rigidly fixed to the outer surface of the inner shell 2, rigidly fixed to at least one end cap of the distribution pipe for flushing the profiled shelves of the collector 24, is connected by adhesion to the ballast of the collector 42 of FIG. 2, 3, 8, designed to receive the incoming flow of water from the supply pipeline for hydraulic flushing of the profiled collector shelves 8, to distribute and release the outgoing water flows through the passage channels of the hydraulic flush nozzle of the profiled collector shelves 85 through the hydraulic flush nozzles of the profiled collector shelves 45, into the inner space of the horizontal storage 89, a distribution pipeline for hydraulic flushing of the profiled collector shelves 17, made of polymer material, rigidly connected to the supply pipeline for the hydraulic flush of the profiled collector shelves 9, connected by means of a passage channel of the hydraulic flush nozzle of the profiled collector shelves 85, with at least one nozzle of the hydraulic flush of the profiled collector shelves 45, containing a passage the channel of the hydraulic flush nozzle of the profiled manifold shelves 85 of FIG. 14, rigidly fixed to the outer surface of the inner shell 2, rigidly fixed to at least one end cap of the distribution pipe for flushing the profiled shelves of the collector 24, is connected by adhesion to the ballast of the collector 42 of FIG. 2, 3, 8, designed to receive the incoming flow of water from the supply pipeline for hydraulic flushing of the profiled collector shelves 9, to distribute and release the outgoing water flows through the passage channels of the hydraulic flush nozzle of the profiled collector shelves 85 through the hydraulic flush nozzles of the profiled collector shelves 45, into the inner space of the horizontal storage 89, a distribution pipeline for hydraulic flushing of the profiled collector shelves 18, made of polymer material, rigidly connected to the supply pipeline for the hydraulic flush of the profiled collector shelves 10, connected by means of the passage channel of the hydraulic flush nozzle of the profiled collector shelves 85, with at least one nozzle for the hydraulic flush of the profiled collector shelves 45, containing the passage the channel of the hydraulic flush nozzle of the profiled manifold shelves 85 of FIG. 14, rigidly fixed to the outer surface of the inner shell 2, rigidly fixed to at least one end cap of the distribution pipe for flushing the profiled shelves of the collector 24, is connected by adhesion to the ballast of the collector 42 of FIG. 2, 3, 8, designed to receive the incoming flow of water from the supply pipeline for hydraulic flushing of the profiled collector shelves 10, to distribute and release the outgoing water flows through the passage channels of the hydraulic flush nozzle of the profiled collector shelves 85 through the hydraulic flush nozzles of the profiled collector shelves 45, into the inner space of the horizontal storage 89, a distribution pipeline for hydraulic flushing of the profiled collector shelves 19, made of polymer material, rigidly connected to the supply pipeline for the hydraulic flush of the profiled collector shelves 11, connected by means of a passage channel of the hydraulic flush nozzle of the profiled collector shelves 85, with at least one nozzle of the hydraulic flush of the profiled collector shelves 45, containing a passage the channel of the hydraulic flush nozzle of the profiled manifold shelves 85 of FIG. 14, rigidly fixed to the outer surface of the inner shell 2, rigidly fixed to at least one end cap of the distribution pipe for flushing the profiled shelves of the collector 24, is connected by adhesion to the ballast of the collector 42 of FIG. 2, 3, 8, designed to receive the incoming flow of water from the supply pipeline for flushing the profiled shelves of the collector 11, to distribute and release the outgoing flows of water through the passage channels of the nozzle of the hydraulic flush of the profiled shelves of the collector 85 through the nozzles of the hydraulic flush of the profiled shelves of the collector 45, into the inner space of the horizontal storage 89, a distribution pipeline for hydraulic flushing of the profiled collector shelves 20, made of polymer material, rigidly connected to the supply pipeline for the hydraulic flush of the profiled collector shelves 12, connected by means of a passage channel of the hydraulic flush nozzle of the profiled collector shelves 85, with at least one nozzle of the hydraulic flush of the profiled collector shelves 45, containing a passage the channel of the hydraulic flush nozzle of the profiled manifold shelves 85 of FIG. 14, rigidly fixed to the outer surface of the inner shell 2, rigidly fixed to at least one end cap of the distribution pipe for flushing the profiled shelves of the collector 24, is connected by adhesion to the ballast of the collector 42 of FIG. 2, 3, 8, designed to receive the incoming flow of water from the supply pipeline for hydraulic flushing of the profiled shelves of the collector 12, to distribute and release the outgoing flows of water through the passage channels of the nozzle of the hydraulic flush of the profiled shelves of the collector 85 through the nozzles of the hydraulic flush of the profiled shelves of the collector 45, into the inner space of the horizontal storage 89, a distribution pipeline for hydraulic flushing of the profiled manifold shelves 21, made of a polymer material, rigidly connected to the supply pipeline for the hydraulic flushing of the profiled collector shelves 13, connected by means of a passage channel of the hydraulic flush nozzle of the profiled collector shelves 85, with at least one nozzle for the hydraulic flush of the profiled manifold shelves 45, containing a passage the channel of the hydraulic flush nozzle of the profiled manifold shelves 85 of FIG. 14, rigidly fixed to the outer surface of the inner shell 2, rigidly fixed to at least one end cap of the distribution pipe for flushing the profiled shelves of the collector 24, is connected by adhesion to the ballast of the collector 42 of FIG. 2, 3, 8, designed to receive the incoming flow of water from the supply pipeline for hydraulic flushing of the profiled collector shelves 13, to distribute and release the outgoing water flows through the passage channels of the hydraulic flush nozzle of the profiled collector shelves 85 through the hydraulic flush nozzles of the profiled collector shelves 45, into the inner space of the horizontal storage 89, a distribution pipeline for hydraulic flushing of the profiled manifold shelves 22, made of polymeric material, rigidly connected to the supply pipeline for the hydraulic flushing of the profiled collector shelves 14, connected by means of a passage channel of the hydraulic flush nozzle of the profiled collector shelves 85, with at least one nozzle for the hydraulic flush of the profiled manifold shelves 45, containing a passage the channel of the hydraulic flush nozzle of the profiled manifold shelves 85 of FIG. 14, rigidly fixed to the outer surface of the inner shell 2, rigidly fixed to at least one end cap of the distribution pipe for flushing the profiled shelves of the collector 24, is connected by adhesion to the ballast of the collector 42 of FIG. 2, 3, 8, designed to receive the incoming flow of water from the supply pipeline for hydraulic flushing of the profiled collector shelves 14, to distribute and release the outgoing water flows through the passage channels of the hydraulic flush nozzle of the profiled collector shelves 85 through the hydraulic flush nozzles of the profiled collector shelves 45, into the inner space of the horizontal storage 89, a distribution pipeline for hydraulic flushing of the profiled collector shelves 23, made of polymer material, rigidly connected to the supply pipeline for the hydraulic flush of the profiled collector shelves 15, connected by means of the passage channel of the hydraulic flush nozzle of the profiled collector shelves 85, with at least one nozzle for the hydraulic flush of the profiled collector shelves 45, containing the passage the channel of the hydraulic flush nozzle of the profiled manifold shelves 85 of FIG. 14, rigidly fixed to the outer surface of the inner shell 2, rigidly fixed to at least one end cap of the distribution pipe for flushing the profiled shelves of the collector 24, is connected by adhesion to the ballast of the collector 42 of FIG. 2, 3, 8, designed to receive the incoming flow of water from the supply pipeline for hydraulic flushing of the profiled collector shelves 15, to distribute and release the outgoing water flows through the passage channels of the hydraulic flush nozzle of the profiled collector shelves 85 through the hydraulic flush nozzles of the profiled collector shelves 45, into the inner space of the horizontal storage 89, end cap of the distribution pipeline for hydraulic flushing of the profiled manifold shelves 24, made of polymer material, rigidly fixed inside the distribution pipelines for the hydraulic flush of the profiled manifold shelves 16, 17, 18, 19, 20, 21, 22, 23, designed to hermetically close the ends of the distribution pipelines for hydraulic flushing of the profiled collector shelves 16, 17, 18, 19, 20, 21, 22, 23, as well as, in the horizontal accumulator 89, divide the pipeline string into separate sections - the distribution pipelines for hydraulic flushing of the profiled collector shelves by placing the end plugs of the distribution pipeline for hydraulic flushing of the profiled manifold shelves 24 inside the section of the distribution pipeline for hydraulic flushing of the profiled manifold shelves at the required distance, thus determining the actual length of the distribution pipeline for hydraulic flushing of the profiled manifold shelves of FIG. 13 a, b, the pipeline for hydraulic flushing of the collector tray 25, made of polymer material, rigidly connected to the hydraulic flush distribution manifold 48, shutoff valves with an electric drive for hydraulic flushing of the collector tray 58, the end plug of the collector 4, connected through the passage channel of the hydraulic flush nozzle of the collector tray 84, at at least, with one nozzle for hydraulic flushing of the collector tray 60, rigidly fixed to the inspection well 41, the inner surface of the collector tray 28, the end cap of the hydraulic flush pipe of the collector tray 79, containing the passage channel of the hydraulic flush of the collector tray 84 of FIG. 14, designed to receive the incoming water flow from the hydraulic flush distribution manifold 48, distribute and release the outgoing water flows through the passage channels of the hydraulic flush nozzle of the collector tray 84, through the hydraulic flush nozzles of the collector tray 60 into the collector tray 28 of FIG. 2, 5, the pipeline for hydraulic flushing of the collector tray 26, made of polymer material, rigidly connected to the distribution manifold of hydraulic flush 49, shut-off valves with an electric drive for hydraulic flushing of the collector tray 59, the end plug of the collector 4, connected by means of the passage channel of the hydraulic flush nozzle of the collector tray 84, at least , with one nozzle for hydraulic washout of the collector tray 60, rigidly fixed to the inspection well 41, the inner surface of the collector tray 28, the end cap of the hydraulic washout pipe of the collector tray 79, containing the passage channel of the hydraulic washout of the collector tray 84 of FIG. 14, designed to receive the incoming water flow from the hydraulic flush manifold 49, distribute and release the outgoing water flows through the passage channels of the hydraulic flush nozzle of the collector tray 84, through the hydraulic flush nozzles of the collector tray 60 into the collector tray 28 of FIG. 2, 5, profiled manifold shelves 27, made of polymeric material in the form of longitudinal shelves along the entire length of the horizontal accumulator 89, having a profile in the form of transversely recruited channel-forming trays of FIG. 3, 5, 8 for uniform distribution of fluid flows in the plane, rigidly fixed with one edge to the inner surface of the inner shell 2, the other edge - to the collector chute 28, while the profiled collector shelves 27 have a slope towards the collector chute 28, rigidly fixed to the starting collector plug 5, collector end plug 4, designed to efficiently transport water and sediment eroded by means of hydraulic flushing nozzles of the profiled collector shelves 45, when emptying the horizontal accumulator 89, from the inner surface of the inner shell 2 to the collector tray 28, collector tray 28, rigidly fixed to two profiled manifold shelves 27, the base of the chute 78, the starting cap of the manifold 5, the end cap of the manifold 4, the hydraulic flush pipelines of the manifold chute 25, 26, containing the passage channel of the hydraulic flush nozzle of the manifold chute 84 of FIG. 14, rigidly connected to at least one nozzle for hydraulic flushing of the collector tray 60, rigidly connected to at least one tray of the inspection well 35 of FIG. 6, designed to efficiently transport water and sediment during the emptying of the complex for receiving wastewater with an automated hydraulic flushing device, forming a stable bed of FIG. 1, 3, 6, 7, 11, the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 29, made of polymer material, rigidly connected to the distribution manifold of the hydraulic flush 48, shut-off valves with an electric drive for the hydraulic flushing of the profiled shelves of the inspection well 61, the end plug of the manifold 4, rigidly fixed to the manhole 41, the outer surface of the inner shell 2, is adhered to the ballast of the manifold 42 of FIG. 2, 3, 5, 6, 8, rigidly connected to the starting plug of the manifold 5, connected by means of the passage channel of the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 87 to the distribution pipeline for the hydraulic flushing of the profiled shelves of the inspection well 31 of FIG. 15, intended to transport water from the hydraulic flush distribution manifold 48 to the hydraulic flush distribution pipe of the profiled shelves of the inspection well 31 of FIG. 2, the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 30, made of polymer material, rigidly connected to the distribution manifold of the hydraulic flush 49, shut-off valves with an electric drive for the hydraulic flushing of the profiled shelves of the inspection well 62, the end plug of the manifold 4, rigidly fixed to the inspection well 41, the outer surface of the inner shell 2, adhered to the ballast of the manifold 42 of FIG. 2, 3, 5, 6, 8, connected to the starting plug of the manifold 5, connected by means of a passage channel supplying the hydraulic flush pipe of the profiled shelves of the inspection well 87 to the distribution pipeline of the hydraulic flush of the profiled shelves of the inspection well 32 of FIG. 15, intended to transport water from the hydraulic flush distribution manifold 48 to the hydraulic flush distribution pipe of the profiled shelves of the inspection well 32 of FIG. 2, the distribution pipeline for hydraulic flushing of the profiled shelves of the manhole 31, made of polymer material, is rigidly fixed to the manhole 41 of FIG. 15, rigidly fixed to at least one end cap of the distribution pipeline for flushing the shelves of the inspection well 33 of FIG. 5, connected by means of the passage channel of the hydraulic flush supply pipeline of the manhole shaped shelves 87 to the supply line for the hydraulic washout of the manhole shaped shelves 29 of FIG. 15, connected by means of the passage channel of the hydraulic flush nozzle of the profiled shelves of the inspection well 86 of FIG. 15, with at least one nozzle for hydraulic flushing of the profiled shelves of the inspection well 63, designed to receive the incoming water flow from the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 29, distribute and release through the passage channels the nozzles for hydraulic flushing of the profiled shelves of the inspection well 86 through the nozzles of the hydraulic flush of the inspection well well 63, into the manhole 41, the distribution pipeline for flushing the profiled shelves of the manhole 32, made of polymer material, rigidly fixed to the manhole 41 of FIG. 15, rigidly fixed to at least one end cap of the distribution pipeline for flushing the shelves of the inspection well 33 of FIG. 5, connected by means of the passage channel of the hydraulic flush supply pipeline of the manhole shaped shelves 87 to the supply line for the hydraulic washout of the manhole shaped shelves 30 of FIG. 15, connected by means of the passage channel of the hydraulic flush nozzle of the profiled shelves of the inspection well 86 of FIG. 15, with at least one nozzle for hydraulic flushing of the profiled shelves of the inspection well 63, designed to receive the incoming water flow from the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 30, distribute and release through the passage channels the nozzles for the hydraulic flush of the profiled shelves of the inspection well 86 through the nozzles of the hydraulic flush of the inspection well well 63, into the inspection well 41, the end cap of the distribution pipeline for hydraulic flushing of the profiled shelves of the inspection well 33, made of polymeric material, rigidly fixed to the distribution pipeline for the hydraulic flush of the profiled shelves of the inspection well 31, 32, designed to hermetically close the free ends of the distribution pipelines for the flush of the profiled well 31, 32, figs. 5, profiled shelves of the manhole 34 made of polymeric material in the form of shelves having a profile in the form of transversely recruited channel-forming trays of FIG. 6, for uniform distribution of liquid flows in the plane, rigidly fixed with one edge to the inner surface of the inspection well 41, the other edge to the chute of the inspection well 35, while the profiled shelves of the inspection well 34 have a slope towards the chute of the inspection well 35, rigidly connected to the starting plug collector 5, depending on the location in the complex for receiving wastewater with an automated hydraulic flushing device, rigidly connected to the end cap of the collector 4, connected by adhesion to the ballast of the inspection well 70 of FIG. 6, designed to efficiently transport water and the sediment eroded by means of hydraulic flushing nozzles of the profiled shelves of the inspection well 63 when emptying the complex for receiving wastewater with an automated hydraulic flushing device, the tray of the inspection well 35, made of polymer material, rigidly fixed to the profiled shelves of the inspection well 34, rigidly fixed to at least one collector tray 28, connected by adhesion to the ballast of the inspection well 70, designed to efficiently transport water and sediment when emptying the complex for receiving wastewater with an automated hydraulic flushing device, the neck of the inspection well 36, made of polymer material, in the form vertical shell, having a diameter less than the diameter of the manhole, overlapped from above by a sewer hatch 37, rigidly fixed to the manhole 41, rigidly fixed to the sewer manhole 37, intended for access to the working the space of the manhole 41, the sewer hatch 37, made of metal, rigidly fixed to the neck of the manhole 36 of FIG. 1, designed to access the inner space of the inspection well 41, as well as to protect the equipment from external factors and prevent the likelihood of a person accidentally getting into the inspection well 41, a supply tank with a burst stream 38, made in the form of a container, mounted in the overhead part of the receiving chamber of the automated damper tank of sewage pumping stations or in any other above-ground room corresponding to the purpose, rigidly fixed in the upper part to the water intake 81, rigidly fixed in the lower part to the hydraulic seal 40, containing inside the rigidly fixed sensor of the upper level of the supply tank 64, containing inside the rigidly fixed lower sensor the level of the supply tank 65, containing within the float of the float valve, fixed by adhesion to the seals of the cable passage 68 of FIG. 2, designed to receive through the water intake 81 an open stream of water from the inlet pipe 39, accumulate the required volume of water, and also empty it by means of a water seal 40, into the pressure pipe 82, the inlet pipe 39, made of a polymer or other material suitable for the purpose, with one side, rigidly connected to the network of the external utility-drinking or technical water supply, rigidly fixed to the shut-off valves with an electric drive of the inlet pipeline 69, rigidly fixed to the float valve 80 of FIG. 2, on the other hand, mounted vertically with a free end directed to the center of the water inlet 81, to ensure the outflow of a downward stream of water into the supply tank with a burst of the jet 38 through the water inlet 81, designed to transport water from the network of the external drinking or technical water supply through the water inlet 81 into the supply tank with a stream break 38, a hydraulic seal 40 made of a polymer or other material corresponding to the purpose, which is a bent pipe in which a certain amount of water is retained, overlapping the flow section, rigidly connected to the supply tank with a stream break 38, pump 47 designed to prevent gases from entering the supply tank with a burst jet 38 of FIG. 2, an inspection well 41, made of a polymeric material in the form of a sewer well having double walls, rigidly fixed to at least one horizontal accumulator 89, rigidly fixed to the neck of the inspection well 36, containing inside a rigidly fixed hydraulic flush distribution manifold 48, 49, rigidly fixed, at least one transit pipeline 7, rigidly fixed to the inspection well, feeding pipelines for flushing the profiled collector shelves 8, 9, 10, 11, 12, 13, 14, 15, hydraulic flushing pipelines for the collector tray 25, 26, fixed by the passage channel of the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 87 FIG. 15, feeding pipelines for hydraulic flushing of the profiled shelves of the inspection well 29, 30, rigidly fixed distribution pipelines for hydraulic flushing of the profiled shelves of the inspection well 31, 32 of FIG. 15, fixed to the inspection well by means of the passage channel of the hydraulic flush nozzle of the profiled shelves of the inspection well, at least one nozzle of the hydraulic flush of the profiled shelves of the inspection well 63, containing the passage channel of the hydraulic flush nozzle of the profiled shelves of the inspection well 86, the passage channel of the supply pipeline of the profiled flush wells 87 fig. 15, rigidly fixed to the distribution pipelines for hydraulic flushing of the profiled shelves of the inspection well 31, 32, at least one end cap of the distribution pipeline for the hydraulic flushing of the profiled shelves of the inspection well 33, rigidly fixed to the supply pipeline for the hydraulic flushing of the profiled shelves of the collector 8 shutoff valves with electric drive of the profiled collectors 50, rigidly fixed to the supply pipeline for flushing the profiled shelves of the collector 9, shut-off valves with an electric drive for flushing the profiled shelves of the collector 51, rigidly fixed to the supply pipeline for the hydraulic flushing of the profiled shelves of the collector 10, shutoff valves with the electric drive for the hydraulic flushing of the profiled shelves of the collector 52 collector 11 shut-off valves with an electric drive for flushing the profiled shelves of the collector 53, rigidly fixed to the hydraulic supply pipeline drainage of profiled manifold shelves 12 shut-off valves with an electric drive for hydraulic flush of profiled collector shelves 54, rigidly fixed to the supply pipeline for hydraulic flush of profiled collector shelves 13 shut-off valves with an electric drive for hydraulic flush of profiled collector shelves 55, rigidly fixed to the supply pipeline of a hydraulic line of a hydraulic line 14 of profiled collector shelves 56, rigidly fixed to the supply pipeline for hydraulic flushing of profiled collector shelves 15 shut-off valves with an electric drive for hydraulic flush of profiled collector shelves 57, rigidly fixed to the hydraulic flush pipe of the collector tray 25 shut-off valves with an electric drive for hydraulic flush of the collector tray 58, rigidly fixed to the hydraulic flush pipe of the collector tray shut-off valves with an electric drive for hydraulic flushing of the collector tray 59, rigidly fixed to the supply pipeline for hydraulic flushing of profiled shelves, see drain well 29 shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the inspection well 61, rigidly fixed to the supply pipeline for the hydraulic flush of the profiled shelves of the inspection well 30, shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the inspection well 62, rigidly fixed power cables 72, 73. 2, designed to change the direction of the horizontal storage tank 89 in plan, to connect the horizontal storage tanks 89 into a single storage tank, to accommodate the hydraulic flushing process equipment for servicing the complex for receiving wastewater with an automated hydraulic flushing device, the ballast of the collector 42 is a monolithic section made of heavy hydraulic concrete by pumping the concrete mixture under pressure through the concrete conduit pipes 6 and outlet ports 46 into the ballast chamber 83 of FIG. 4, designed to prevent the horizontal accumulator 89 from floating during the operation of the wastewater reception complex with an automated hydraulic flushing device in water-saturated soils, cable channel 43 made of polymer material rigidly connected to the end cap of the collector 4 and the starting cap of the collector 5, rigidly fixed to the outer surface the inner shell 2 is adhered to the ballast of the manifold 42 of FIG. 2, designed for the passage of power cables of shut-off valves 72 through the ballast of the collector 42 of the horizontal accumulator 89, the cable channel 44 made of polymer material, rigidly connected to the end cap of the collector 4 and the starting cap of the collector 5, rigidly fixed to the outer surface of the inner shell 2, is connected by adhesion to the ballast of the manifold 42 of FIG. 2, designed for the passage of power cables of shut-off valves 73 through the ballast of the collector 42 of the horizontal accumulator 89, nozzles for flushing the profiled shelves of the collector 45, made of metal, in the form of multi-jet water sprays, rigidly attached to the inner shells 2, connected by means of the passage channel for the nozzles for flushing the profiled shelves manifold 85 of FIG. fourteen. with distribution pipelines for hydraulic flushing of the profiled collector shelves 16, 17, 18, 19, 20, 21, 22, 23, while, located linearly, at a certain distance from each other, the outlet nozzles of the hydraulic flush nozzles of the profiled collector shelves 45 have a direction from the inner surface of the inner of the shell 2 to the collector chute 28, thereby forming the function of hydraulic transport in certain areas of the surface of the profiled collector flanges 27 along the entire length of the horizontal accumulator 89, each of these sections being subordinated to a certain hydraulic flush pipe of the profiled collector flanges of FIG. 2, 3, 5, thus, according to the invention, each horizontal reservoir 89 has 8 sections of hydraulic washout, 4 sections for each shelf of the collector 27 from the starting plug of the collector 5 to the end plug of the collector 4, designed to provide a controlled directional water flow for washing and the movement of sediment along the profiled shelves of the collector 27, from the inner surface of the inner shells 2 to the collector chute 28, along the entire length of the horizontal accumulator 89, while the number of hydraulic flush sections can vary depending on the hydraulic conditions of the pressure pipeline network and the quality indicators of the transported wastewater, outlet a window 46, made in the form of an outlet in the pipes of the concrete pipeline 6, the location and number of which corresponds to the length of the horizontal accumulator 89, intended for the release of the concrete mixture from the pipes of the concrete pipeline 6 into the ballast chamber 83 of the horizontal accumulator 89, the pump 47 is a hydraulic centrifugal machine in industrial design with the required operating parameters, rigidly connected to the hydraulic seal 40, pressure pipe 82, connected by means of a power cable 74 to the operating control module for hydraulic flushing 71, is designed to pump water from the supply tank with a burst of jet 38 through the pressure pipeline 83, in hydraulic flush distribution manifolds 48, 49, hydraulic flush distribution manifold 48, made of polymeric material, is a comb with outlets for connecting to it a water supply pipeline and pipelines receiving a water flow, rigidly connected to the supply pipeline, depending on the location of the horizontal accumulator 89 in as part of a complex for receiving wastewater with an automated hydraulic flushing device with a pressure pipeline 82 or a transit pipeline 7, rigidly connected, depending on the location of the horizontal accumulator 89 as part of a complex for receiving wastewater with a an omatized device for hydraulic flushing with a transit pipeline 7, while the horizontal accumulator 89 No. 1 of FIG. 1, 12, the transit pipeline 7 does not provide, since it is a dead-end, rigidly connected to the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 29, the supply pipeline for the hydraulic washout of the profiled shelves of the collector 11, the supply pipeline for the hydraulic washout of the profiled shelves of the collector 10, the supply pipeline for the hydraulic washout of the profiled shelves of the collector 9 a supply pipeline for hydraulic flushing of the profiled shelves of the collector 8, a hydraulic flush pipeline for the collector tray 25, depending on the location as part of the complex for receiving wastewater with an automated hydraulic flushing device, is rigidly fixed to a viewing well or other structure of the corresponding purpose, designed to receive water depending on the location within the complex for receiving wastewater with an automated water flush device from the pressure pipeline 82 or the transit pipeline 7, as well as supply water to the water flush supply pipeline of the shaped shelves of the inspection well 29, the supply pipeline for hydraulic flushing of the profiled shelves of the collector 11, the supply pipeline for the hydraulic flush of the profiled shelves of the collector 10, the supply pipeline for the hydraulic flush of the profiled shelves of the collector 9, the supply pipeline for the hydraulic flushing of the profiled shelves of the collector 8, the pipeline for the hydraulic flush of the collector tray 25, as well as depending on the location as part of a complex for receiving wastewater with an automated hydraulic flushing device, to supply water to the transit pipeline 7, while the horizontal accumulator 89 No. 1 of FIG. 1, 12, the transit pipeline 7 does not provide, since it is a dead-end, the hydraulic washout manifold 49, made of polymer material, is a comb with outlets for connecting to it the pipeline for the supply of water and pipelines that receive the flow of water connected to the supply pipeline, depending on from the location of the horizontal storage tank 89 as part of a wastewater reception complex with an automated hydraulic flushing device with a pressure pipeline 82 or a transit pipeline 7, rigidly connected, depending on the location of the horizontal storage tank 89, as part of a wastewater reception complex with an automated hydraulic flushing device with a transit pipeline 7, in this case, the horizontal accumulator 89 No. 1 of FIG. 1, 12, the transit pipeline 7 does not provide, since it is a dead-end, connected to the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 30, the supply pipeline for the hydraulic washout of the profiled shelves of the collector 15, the supply pipeline for the hydraulic washout of the profiled shelves of the collector 14, the supply pipeline for the hydraulic washout of the profiled shelves of the collector 13, pipeline for flushing the profiled shelves of the collector 12, the pipeline for flushing the collector tray 26, depending on the location as part of the complex for receiving wastewater with an automated hydraulic flushing device, is fixed to the inspection well or other structure of the corresponding purpose, designed to receive water depending on the location within the complex for receiving waste water with an automated device for hydraulic flushing from the pressure pipeline 82 or the transit pipeline 7, as well as supply water to the supply pipeline for hydraulic flushing of profiled p a manhole 30, a supply pipe for hydraulic flushing of the profiled collector shelves 15, a supply pipeline for a hydraulic washout of the profiled collector shelves 14, a supply pipeline for a hydraulic washout of the profiled collector shelves 13, a supply pipeline for a hydraulic washout of the profiled collector shelves 12, a hydraulic washout pipeline for the collector tray 26, and depending on the location in as part of a complex for receiving wastewater with an automated hydraulic flushing device, to supply water to the transit pipeline 7, while the horizontal accumulator 89 No. 1 of FIG. 1, 12, the transit pipeline 7 does not provide, since it is a dead-end, shut-off valves with an electric drive for hydraulic flushing of the profiled manifold shelves 50, having an industrial design, rigidly mounted in the supply pipeline for hydraulic flushing of the profiled manifold shelves 8 between the hydraulic flush distribution manifold 48 and the end plug of the collector 4, connected by the power cable of the shut-off valve 72 to the hydraulic flush operating module 71 of FIG. 2, designed to shut off the flow of water in the flow section of the supply pipeline for hydraulic flushing of the profiled shelves of the collector 8 by means of an electric drive, controlled by the operating control module for hydraulic flushing 71, by means of the power cable of the shut-off valves 72, the shut-off valves with an electric drive for the hydraulic flush of the profiled shelves of the collector 51, which has an industrial design rigidly mounted in the supply a hydraulic flush pipeline of the profiled manifold shelves 9 between the hydraulic flush distribution manifold 48 and the end cap of the manifold 4 connected by means of a power cable shut-off valves 72 to the operational control module for the hydraulic flush 71 FIG. 2, designed by means of an electric drive to shut off the flow of water in the flow section of the supply pipeline for hydraulic flushing of the profiled shelves of the collector 9, controlled by the operational control module for the hydraulic flush 71, by means of the power cable of the shut-off valves 72, the shut-off valves with the electric drive for the hydraulic flush of the profiled shelves of the collector 52, which has an industrial design rigidly mounted in the supply a hydraulic flush line of the profiled manifold shelves 10 between the hydraulic flush distribution manifold 48 and the end plug of the manifold 4 connected by means of a power cable shut-off valves 72 to the operating control module for the hydraulic flush 71 FIG. 2, designed to shut off the flow of water in the flow section of the supply pipeline for hydraulic flushing of the profiled shelves of the collector 10 by means of an electric drive, controlled by the operating control module for hydraulic flushing 71, by means of the power cable of the shut-off valves 72, the shut-off valves with the electric drive for the hydraulic flush of the profiled shelves of the collector 53, which has an industrial design rigidly mounted in the supply a hydraulic flush pipeline of the profiled manifold shelves 11 between the hydraulic flush distribution manifold 48 and the end cap of the manifold 4 connected by means of a power cable shut-off valves 72 to the operating control module for the hydraulic flush 71 FIG. 2, designed by means of an electric drive to shut off the flow of water in the flow section of the supply pipeline for hydraulic flushing of the profiled shelves of the collector 11, controlled by the operational control module for hydraulic flushing 71, by means of the power cable of the shut-off valves 72, the shut-off valves with the electric drive of the hydraulic flush of the profiled shelves of the collector 54, which has an industrial design rigidly mounted in the supply a hydraulic flush pipeline of the profiled manifold shelves 12 between the hydraulic flush distribution manifold 49 and the end cap of the manifold 4 connected by means of a power cable shut-off valves 73 to the operating control module for the hydraulic flush 71 FIG. 2, designed to shut off the flow of water in the flow section of the supply pipeline for hydraulic flushing of the profiled shelves of the collector 12 by means of an electric drive, controlled by the operational control module for hydraulic flushing 71, by means of a power cable of shut-off valves 73, shut-off valves with an electric drive for the hydraulic flush of the profiled shelves of the collector 55, which has an industrial design rigidly mounted in the supply the hydraulic flush pipeline of the profiled manifold shelves 13 between the hydraulic flush distribution manifold 49 and the end cap of the manifold 4 connected by means of a power cable shut-off valves 73 to the operational control module for the hydraulic flush 71 FIG. 2, designed by means of an electric drive to shut off the flow of water in the flow section of the supply pipeline for flushing the profiled shelves of the collector 13, controlled by the operational control module for the hydraulic flushing 71, by means of the power cable of the shut-off valves 73, the shut-off valves with the electric drive for the hydraulic flushing of the profiled shelves of the collector 56, which has an industrial design rigidly mounted into the supply hydraulic flush pipeline of profiled manifold shelves 14 between the hydraulic flush distribution manifold 49 and the end plug of the manifold 4 connected by means of a power cable shut-off valves 73 to the operating control module for hydraulic flush 71 FIG. 2, designed to shut off the flow of water in the flow section of the supply pipeline for hydraulic flushing of the profiled shelves of the collector 14 by means of an electric drive, controlled by the operational control module for hydraulic flushing 71, by means of a power cable of shut-off valves 73, shut-off valves with an electric drive for the hydraulic flush of the profiled shelves of the collector 57, which has an industrial design, rigidly mounted in the supply hydraulic flush pipeline of profiled manifold shelves 15 between the hydraulic flush distribution manifold 49 and the end plug of the manifold 4 connected by means of a power cable shut-off valves 73 to the hydraulic flush control operating module 71 FIG. 2, designed by means of an electric drive to block the flow of water in the flow section of the supply pipeline for hydraulic flushing of the profiled shelves of the collector 15, controlled by the operational control module for hydraulic flushing 71, by means of a power cable of shut-off valves 73, shut-off valves with an electric drive for hydraulic flushing of the collector tray 58, having an industrial design, rigidly mounted in the hydraulic flush pipeline a manifold tray 25 between the hydraulic flush distribution manifold 48 and the manifold end plug 4 connected by means of a power cable shut-off valves 72 to the hydraulic flush control operating module 71 of FIG. 2, designed to shut off the flow of water in the flow section of the hydraulic flushing pipeline of the collector tray 25, controlled by the operating control module for hydraulic flushing 71, by means of a power cable of shut-off valves 72, shut-off valves with an electric drive for hydraulic flushing of the collector tray 59, of industrial design, rigidly mounted in the hydraulic flushing pipeline of the collector tray 26 between the hydraulic flush distribution manifold 49 and the end plug of the manifold 4 connected by means of a power cable shut-off valves 73 to the hydraulic flush operating module 71 of FIG. 2, designed by means of an electric drive to block the flow of water in the flow section of the pipeline for hydraulic flushing of the collector tray 26, controlled by the operating control module for hydraulic flushing 71, by means of a power cable of shut-off valves 73, hydraulic flushing nozzles of the collector tray 60, made of metal in the form of multi-jet water sprays, rigidly connected linearly along the ribs of the collector tray 28, while 50% of the total number of hydraulic flush nozzles of the collector tray 60 are located in the rib of the collector tray 28 gravitating to the hydraulic flush pipeline of the collector tray 25 at a distance from the starting plug of the collector 5 to the center of the horizontal accumulator 89, the remaining 50% of the number of hydraulic flush nozzles of the tray collectors 60 are placed in the rib of the collector tray 28, which gravitates to the hydraulic flush pipeline of the collector tray 26, at a distance from the center of the horizontal reservoir 89, to the end cap of the collector 4, thus dividing the hydraulic flush in the collector tray in the horizontal reservoir 89 torus 28 in two stages, connected by means of the passage channel of the hydraulic flush nozzle of the collector tray 84 of FIG. 14 to the pipelines for hydraulic flushing of the collector tray 25, 26, while the outlet nozzles of the hydraulic flush nozzles of the collector tray 60 are directed from the starting plug of the collector 5 towards the end plug of the collector 4 thereby forming the function of hydraulic transport in the collector tray 28 of FIG. 2, 3, 4, 5, 8, 11, designed to provide the necessary directional water flow for erosion and movement of sediment along the collector chute 28 from the starting cap of the collector 5 towards the end cap of the collector 4, shut-off valves with an electric hydraulic flush of the profiled shelves of the inspection well 61 , having an industrial design, rigidly mounted in the hydraulic flush supply pipeline of the profiled shelves of the inspection well 29 between the hydraulic flush distribution manifold 48 and the end plug of the manifold 4 connected by means of a power cable of the shut-off valve 72 to the operational flush control module 71 of FIG. 2, designed to block the flow of water in the flow section of the hydraulic flushing pipeline of the profiled shelves of the inspection well 29, by means of an electric drive, controlled by the operational control module for the hydraulic flushing 71, by means of the power cable of the shut-off valves 72, the shut-off valves with an electric drive for the hydraulic flushing of the profiled shelves of the inspection well 62, which has an industrial design, rigidly mounted into the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 30 between the hydraulic flush distribution manifold 49 and the end plug of the collector 4 connected by means of a power cable shutoff valves 73 to the operating module for hydraulic flushing 71 FIG. 2, designed by means of an electric drive to block the flow of water in the flow section of the pipeline for hydraulic flushing of the profiled shelves of the inspection well 30, controlled by the operational control module for hydraulic flushing 71, by means of a power cable of shut-off valves 73, nozzles for flushing the profiled shelves of the inspection well 63, made of metal in the form of multi-jet water sprays, The profiled shelves of the inspection well 86 of Fig. 1, rigidly connected by means of the passage channel of the hydraulic flush nozzle. 15 to the distribution pipelines for flushing the profiled shelves of the inspection well 31, 32, while the outlet nozzles of the hydraulic flushing nozzles of the profiled shelves of the inspection well 63 are directed from the inner surface of the inspection well 41 to the tray of the inspection well 35, thereby forming the function of hydraulic transport on the surface of the profiled shelves of the inspection well 34 fig. 2, designed to provide the necessary directional water flow for erosion and movement of sediment along the profiled shelves of the inspection well 34, from the inner surface of the inspection well 41 to the tray of the inspection well 35, the upper water level sensor in the supply tank with a jet burst 64, has an industrial design, rigid mounted inside the upper part of the bursting supply tank 38, connected by means of a communication cable of the water level sensors 76 to the hydraulic flush operating module 71 of FIG. 2, designed to monitor the change in the maximum water level in the supply tank with a break in the stream 38, the sensor of the lower water level in the supply tank with a break in the stream 65, has an industrial design, rigidly mounted inside the lower part of the supply tank with a break in the stream 38, connected via a communication cable of the level sensors water 76, to the operating fluid control module 71 of FIG. 2, designed to monitor the change in the minimum water level in the supply tank with a break in the stream 38, the upper level of wastewater sensor 66, has an industrial design, rigidly mounted in the receiving chamber of an automated damper tank of sewage pumping stations or in another structure of the corresponding purpose in the upper level of wastewater, connected via a communication cable of the water level sensors 76 to the hydraulic flush operating module 71 of FIG. 2, designed to control the change in the maximum level of wastewater in the horizontal storage tank 89 of the complex for receiving wastewater with an automated hydraulic flushing device, the lower level sensor of wastewater 67, has an industrial design, mounted in the receiving chamber of an automated damper tank of sewage pumping stations or in another structure of the corresponding purpose in the lower wastewater level, is connected via a communication cable of the water level sensors 76 to the hydraulic flush operating module 71 of FIG. 2, designed to control the change in the minimum level of wastewater in the horizontal storage tank 89 of the complex for receiving wastewater with an automated hydraulic flushing device, the seal of the cable passage 68, has an industrial design, is connected by adhesion to the supply tank with a break in the stream 38, is connected by adhesion to the communication cable of the sensors water level 76, is designed to seal cable passages through the structural elements of the supply tank with a rupture of the stream 38, shut-off valves with an electric drive of the inlet pipeline 69, which has an industrial design, rigidly mounted in the inlet pipeline 39, between the float valve 81 and the connecting device of the outdoor drinking water network or a service water pipeline connected by means of a power cable of shut-off valves 72 to the operating control module for hydraulic flushing 71 of FIG. 2, designed to block the flow of water into the supply tank with a burst of the jet 38 by means of an electric drive, controlled by the operating control module for hydraulic flushing 71, by means of a power cable of shut-off valves 72, the ballast of the inspection well 70, is a monolithic section, in the lower part of the inspection well 41, made of heavy hydraulic concrete, by placing the concrete mixture in the space between the bottom of the manhole 41 and the profiled shelves of the manhole 34 and the chute of the manhole 35, connected by adhesion to the manhole 41, the shaped shelves of the manhole 34, the chute of the manhole 35 in FIG. 1, 6, designed to prevent the rise of the inspection well 41 during the operation of the complex for receiving wastewater with an automated device for hydraulic flushing in water-saturated soils, the operating control module for hydraulic flushing 71 is connected by means of a power cable of shut-off valves 72 with shut-off valves with an electric hydraulic flush of profiled collector shelves 50, 51 , 52, 53 providing the functioning of hydraulic flushing in horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4, connected by means of a power cable of shut-off valves 73 with shut-off valves with an electric hydraulic flush drive of profiled collector shelves 54, 55, 56, 57 ensuring the functioning of hydraulic flushing in horizontal storage tanks 89 No. 1, No. 2, No. 3, No. 4, connected by means of a power cable of shut-off valves 72 with shut-off valves with an electric drive for hydraulic flushing of the collector tray 58, which ensure the functioning of hydraulic flushing in horizontal storage tanks 89 No. 1, No. 2, No. 3, No. 4, connected via a power cable valve 73 with shut-off valves with an electric drive for hydraulic flushing of the collector tray 59 ensuring the functioning of hydraulic flush in horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4, connected by means of a power cable of shut-off valves 72 with shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the inspection well 61 providing the functioning of hydraulic flushing in the inspection wells 41 adjacent to the horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4, connected by means of a power cable of the shut-off valves 73 with the shut-off valves with an electric drive for the hydraulic flush of the profiled shelves of the inspection well 62 ensuring the functioning of the hydraulic flushing in the horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4 manholes 41, connected through a power cable of shut-off valves 72 with shut-off valves with an electric drive of the inlet pipeline 69, connected through a power cable of pump 74 with pump 47, connected through a power cable of the operating unit 75 with an external with a source of electricity, connected via a communication cable of water level sensors 76 to a sensor of the upper level of the tank with a burst of jet 64, connected via a communication cable of water level sensors 76 to a sensor of the lower level of a tank with a burst of jet 65, connected via a communication cable of water level sensors 76 to a sensor the upper level of wastewater 66, connected via a communication cable of the water level sensors 76 with the sensor of the lower level of wastewater 67, connected via a communication cable of the operating modules 77 to the operating module of the automated damper reservoir of sewage pumping stations, designed to receive information from the operating module of the automated damper reservoir of sewage pumping stations stations through the communication cable of the operating modules 77, as well as the upper water level sensor in the supply tank with a break in the jet 64, the lower water level sensor in the supply tank with a break water jet 65, wastewater upper level sensor 66, wastewater lower level sensor 67, by means of communication cables of water level sensors 76 and, based on the processed data, start the operation of hydraulic flushing of the sludge complex for receiving wastewater with an automated hydraulic flushing device, power cables of shutoff valves 72 connecting to the operating control module for hydraulic flushing 71, shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 50, 51, 52, 53 horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4, shut-off valves with an electric drive for hydraulic flushing of the collector tray 58 horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4, shut-off valves with an electric drive for flushing the profiled shelves of the inspection well 61, adjacent to the horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4 inspection wells 41, shut-off valves with an electric drive of the inlet pipeline 69 , are intended to provide power supply from the operating control module for hydraulic flushing ohm 71 to electric drives of shut-off valves with an electric drive for hydraulic flushing of the profiled manifold shelves 50, 51, 52, 53, shut-off valves with an electric drive for hydraulic flushing of the collector tray 58, shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the inspection well 61, shut-off valves with an electric drive of the inlet pipeline 69, c shut-off valves 73, connecting to the operating control module for hydraulic flushing 71, shut-off valves with an electric drive for hydraulic flushing of the profiled collector shelves 54, 55, 56, 57 horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4, shut-off valves with an electric drive for hydraulic flushing of the collector tray 59 horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4, shut-off valves with an electric hydraulic flush of the profiled shelves of the inspection well 62 adjacent to the horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4 inspection wells 41, are designed to supply power from the operating hydraulic flush control module 71 to electric drives valves with an electric drive for hydraulic flushing of the profiled manifold shelves 54, 55, 56, 57, shut-off valves with an electric drive for hydraulic flushing of the collector tray 59, shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the inspection well 62, a pump power cable 74 connecting to the operating module, a hydraulic flush pump 71 47, is intended to provide power supply from the operating control module for hydraulic flushing 71 to the pump 47, the power cable of the operating module 75, connecting the operating control module for hydraulic flushing 71 to an external power source, is designed to supply power to the operating control module for hydraulic flushing 71, from an external power source, communication cables water level sensors 76, connected to the operating control module for hydraulic flushing 71, the upper water level sensor in the supply tank with a burst jet 64, the lower water level sensor in the supply tank with a burst jet 65, the upper level sensor 100 nykh 66, the lower level sensor of wastewater 67, are intended to transmit information from the sensor of the upper level of water in the supply tank with a burst of the jet 64, the sensor of the lower level of water in the supply tank with a rupture of the jet 65, the sensor of the upper level of wastewater 66, the sensor of the lower level of wastewater 67, to the operating module for hydraulic flushing control 71, the communication cable of the operating modules 77, connecting the operating module for hydraulic flushing control 71, to the operating module of the automated damper reservoir of sewage pumping stations is intended to exchange information between the operating module for control of hydraulic flushing 71 and the operating module of the automated damper reservoir of sewage pumping stations , the base of the chute 78, made of a polymeric material in the form of a wedge-shaped rib, along the entire length of the horizontal accumulator 89 rigidly fixed to the inner surface of the inner shell 2, rigidly attached to the collector chute 28, p Designed to stabilize in the collector chute 28 a hydraulic slope with respect to the inner surface of the inner shell 2, according to the invention, having a horizontal position of FIG. 7, 8, 11, as well as to give additional rigidity to the collector tray 28, the end cap of the hydraulic flush pipeline of the collector tray 79, made of polymer material, rigidly fixed inside the hydraulic flush pipelines of the collector tray 25, 26, designed to hermetically close the free ends of the hydraulic flush pipelines of the collector tray 25, 26, figs. 5, a float valve 80, has an industrial design, rigidly connected to the water pipeline 39, between the shut-off valves with an electric drive of the inlet pipeline 69 and the free end of the water pipeline 39, while the float valve is located in the supply tank with a break in the stream 38, designed to control filling the supply tank with water with a break in the stream 38, the water inlet 81, made in the form of a neck, rigidly fixed in the upper part of the supply tank with a break in the stream 38 providing a through channel for receiving water, while the upper edge of the water inlet 81 is located below the edge of the vertically directed free end of the inlet pipeline 39, intended to receive the downward open jet of water from the inlet pipe 39 into the bursting supply tank 38 of FIG. 2, a pressure pipeline 82, made of a polymeric material in the form of a tee piping, with one branch rigidly connected to the pump 47, the other two are rigidly connected to the hydraulic washout manifold 48 and the hydraulic washout manifold 49, thereby forming a single pipeline network, intended to receive the flow of water from the pump 47 and transport it to the hydraulic flush manifold 48 and the hydraulic flush manifold 49 of FIG. 2, the ballast chamber 83, formed along the entire length of the horizontal accumulator 89, between the inner surface of the outer shells 1 rigidly connected to each other at the ends and the outer surface of the inner shells 2 rigidly connected to each other at the ends by means of transverse links 3, while sealing the ends in the ballast chamber of the horizontal accumulator 89 is achieved by rigidly fixed end plugs of the collector 4 and the starting plugs of the collector 5, containing inside, rigidly fixed to the inner shell 2, the outer shell 1, the end cap of the collector 4, the starting plug of the collector 5, pipes of the concrete pipeline 6, rigidly fixed to the inner shell 2, end cap of collector 4, starting cap of collector 5, transit pipelines 7, cable channels 43, 44, feeding pipelines for flushing of profiled shelves of the inspection well 29, 30, feeding pipelines for flushing of profiled shelves of collector 8, 9, 10, 11, 12, 13 , 14, 15, distribution pipes subpipes for hydraulic flushing of the profiled manifold shelves 16, 17, 18, 19, 20, 21, 22, 23, designed to form the required volume of ballast in the collector 42, the passage channel of the hydraulic flush nozzle of the collector tray 84, connecting the hydraulic flush pipelines of the collector tray 25, 26 with the hydraulic flush nozzles of the tray collector 60, formed as a result of the rigid connection of the collector tray 28 and the hydraulic flush pipelines of the collector tray 25, 26 by means of a through hole through the wall of the collector tray 28 and the wall of the hydraulic flush pipelines of the collector tray 25, 26, thus forming a through channel for water supply from the hydraulic flush pipelines of the tray manifold 25, 26, by means of a hydraulic flush nozzle of the collector tray 60 into the collector tray 28 of FIG. 14, the passage channel of the hydraulic flush nozzle of the profiled collector shelves 85, connecting the distribution pipelines for the hydraulic flush of the profiled collector shelves 16, 17, 18, 19, 20, 21, 22, 23 with the hydraulic flush nozzles of the profiled collector shelves 45, formed due to the rigid connection of the inner shell 2 and the distribution pipelines for hydraulic flushing of profiled collector shelves 16, 17, 18, 19, 20, 21, 22, 23 by means of a through hole through the wall of the inner shell 2 and distribution pipelines for hydraulic flushing of profiled collector shelves 16, 17, 18, 19, 20, 21, 22, 23 , thus forming a through channel for supplying water from the distribution pipelines for flushing the profiled collector flanges 16, 17, 18, 19, 20, 21, 22, 23 by means of the hydraulic flushing nozzle of the profiled collector flanges 45 into the inner space of the horizontal accumulator 89 in FIG. 14, the passage channel of the hydraulic flush nozzle of the profiled shelves of the inspection well 86, connecting the distribution pipelines for the hydraulic flush of the profiled shelves of the inspection well 31, 32 with the nozzles of the hydraulic flush of the profiled shelves of the inspection well 63, formed as a result of the rigid connection of the inspection well 41 and the distribution pipelines of the half flush of the inspection well 32 through a through hole through the wall of the inspection well 41 and the wall of the distribution pipelines for flushing the profiled shelves of the inspection well 31, 32, thus forming a through channel for supplying water from the distribution pipelines for flushing the profiled shelves of the inspection well 31, 32 by means of a nozzle for hydraulic flushing of the profiled shelves of the inspection well 63 into the interior of the manhole 41 of FIG. 15, the passage channel of the hydraulic flush supply pipeline of the profiled shelves of the inspection well 87, connecting the distribution pipeline of the hydraulic flush of the profiled shelves of the inspection well 31 with the supply pipeline of the hydraulic flush of the profiled shelves of the inspection well 29 and the distribution pipeline of the hydraulic flush of the profiled shelves of the inspection well 32 with the supply pipeline of the profiled wells of the inspection well formed as a result of the rigid connection of the inspection well 41 and the distribution pipelines for flushing the profiled shelves of the inspection well 31, 32 by means of a through hole through the wall of the inspection well 41 and the wall of the distribution pipelines for flushing the profiled shelves of the inspection well 31, 32, thus forming a passage channel for supplying water from the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 29 into the distribution pipeline for the hydraulic flushing of the profiled shelves of the inspection well 31, as well as from the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 30 into the distribution pipeline for hydraulic flushing of the profiled shelves of the inspection well 32 FIG. fifteen. a component of the horizontal accumulator 88, is a specified product of the horizontal accumulator 89 of FIG. 4, made of a polymer material in an industrial environment, consisting of the outer shell 1 and the inner shell 2 rigidly fixed to honey by themselves by means of cross-links 3, while from the outside to the inner shell 2 fragments of pipes of the concrete pipeline 6 are rigidly fixed, a fragment of the cable channel 43, a fragment of a cable channel 44, fragments of transit pipelines 7, a fragment of a supply pipeline for hydraulic flushing of profiled shelves of a viewing well 29, a fragment of a supply pipeline for hydraulic flushing of profiled shelves of a viewing well 30, fragments of a supply pipeline for hydraulic flushing of profiled shelves of a collector 8, 9, 10, 11, 12, 13, 14 , 15, and on the inner side to the inner shell 2 are rigidly fixed fragments of the profiled collector shelves 27, with a rigidly fixed fragment of the collector tray 28, a fragment of the base of the tray 78, rigidly attached nozzles for water flushing of the profiled collector shelves 45, in addition, the fragment of the collector tray 28 contains a stiffness to the attached nozzles for hydraulic flushing of the collector tray 60 and rigidly fixed fragments of the hydraulic flushing pipelines of the collector tray 25, 26, while the components 88 of the horizontal accumulator 89, depending on their location in the horizontal accumulator 89 and their number in the horizontal accumulator 89, will contain fragments of certain supply pipelines for hydraulic washout of the profiled collector shelves in an amount equal to the number of lines supplying the hydraulic washout pipelines of the profiled collector shelves passes in a given section of the horizontal accumulator 89 of FIG. 3, this is due to the fact that each supply pipeline for hydraulic flushing of the profiled collector shelves belongs to a certain distribution pipeline for hydraulic flushing of the profiled collector shelves, and each distribution pipeline for hydraulic flushing of the profiled collector shelves has a certain length and a certain location in the horizontal reservoir 89, as well as fragments of the distribution pipelines for hydraulic flushing of the profiled shelves collectors, the number of which, regardless of the location of the prefabricated element in the horizontal accumulator 89, is equal to two, and each fragment of the distribution pipeline for hydraulic flushing of the profiled collector shelves is an integral part of a specific distribution pipeline for hydraulic flushing of the profiled collector shelves, according to the invention, designated 16; 17; 18; nineteen; 20; 21; 22; 23 of Fig. 3, limited at the ends by the end caps of the distribution pipeline for hydraulic flushing of the profiled shelves of the collector 24 of Fig. 13, designed to form a horizontal accumulator 89 by rigidly connecting the ends in a certain order, observing the alignment of the mating elements into a single horizontal accumulator 89 through the vertical shaft of the inspection well 41, pulling through the ground by means of mechanization of technologies for laying pipelines by a trenchless method horizontally at a given depth into the next manhole 41, thus placing the horizontal storage tank 89 horizontally between the 2 manholes 41, while the ballasting of the horizontal storage tank 89 consists in the fact that the concrete the mixture under pressure is pumped through the pipes of the concrete pipeline 6 into the ballast chamber 83, while the length of the horizontal accumulators is 89, their number, diameter, as well as the number of the supply pipelines for the hydraulic flush of the profiled collector shelves and the distribution pipelines for hydraulic flushing of the profiled shelves of the collector can be adjusted as necessary with the condition of maintaining the ability to remove sediment, the horizontal accumulator 89 is a cylindrical reservoir of FIG. 1, 3, mounted by a trenchless method horizontally in the ground at a given depth by mechanizing the technologies for laying pipelines by a trenchless method by element-by-element rigid connection in a certain order of the components of the horizontal accumulator 88 in the vertical shaft of the inspection well 41, followed by dragging in the ground a prepared section of the horizontal accumulator 89, thus Thus, placing all the components of the horizontal storage tank 88 horizontally into a single horizontal storage tank 89 without digging a trench into the next manhole 41, rigidly fixed to the manhole 41 and, depending on the location of the horizontal storage tank 89, as part of a wastewater reception complex with an automated hydraulic flushing device , to the receiving chamber of an automated damper reservoir of sewage pumping stations or other hydraulic structures, containing rigidly connected outer shell 1, inner shell 2, pop river connection 3, end cap of collector 4, starting cap of collector 5, concrete conduit pipes 6, transit pipeline 7, supply pipeline for hydraulic flush of profiled collector shelves 8, supply pipeline for hydraulic flush of profiled collector shelves 9, supply pipeline for hydraulic flush of profiled collector shelves 10, supply pipeline for hydraulic flush of profiled collector shelves collector shelves 11, a supply pipeline for hydraulic flushing of profiled collector shelves 12, a supply pipeline for hydraulic flushing of profiled collector shelves 13, a supply pipeline for hydraulic flushing of profiled collector shelves 14, a supply pipeline for hydraulic flushing of profiled collector shelves 15, a distribution pipeline for hydraulic flushing of profiled collector shelves 16, distribution pipeline for hydraulic flushing of profiled collector shelves 17, the distribution pipeline for hydraulic flushing of the profiled collector shelves 18, the distribution pipeline for the hydraulic flushing of the profiled collector shelves 19, will distribute spruce pipeline for hydraulic flushing of profiled collector shelves 20, distribution pipeline for hydraulic flushing of profiled collector shelves 21, distribution pipeline for hydraulic flushing of profiled collector shelves 22, distribution pipeline for hydraulic flushing of profiled collector shelves 23, at least one end plug of the distribution pipeline for hydraulic flushing of profiled collector shelves 24, valve collector 25, pipeline for hydraulic flushing of the collector tray 26, profiled manifold shelves 27, collector tray 28, supply pipeline for hydraulic flushing of profiled shelves of the inspection well 29, supply pipeline for hydraulic flushing of profiled shelves of the inspection well 30, distribution pipeline for hydraulic flushing of profiled shelves of the inspection well 31, distribution pipeline for hydraulic flush manhole 32, cable channel 43, containing inside the power cable harnesses of shut-off valves 72 cable channel 44, containing containing inside the harnesses of power cables of shutoff valves 73, the base of the tray 78, at least one end cap of the hydraulic flush pipe of the collector tray 79, connected to the collector ballast 42, connected at least one hydraulic flush nozzle of the profiled collector shelves 45, containing the outlet window 46, connected at least one nozzle for hydraulic washout of the collector tray 60, containing a ballast chamber 83, containing a passage channel for a hydraulic washout of a collector tray 84, containing a passage channel for a hydraulic washout of profiled collector shelves 85, containing a passage channel for a hydraulic washout of profiled shelves of a viewing well 86, containing a passage channel the channel of the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 87, designed to receive wastewater, empty, and also wash off the sediment from the profiled shelves of the collector 27 and the collector tray 28 by means of hydraulic flushing during emptying.

The complex of devices connected to each other for functioning works as follows:

Mode No. 1

During the operation of the automated damper reservoir of sewage pumping stations (utility model patent RU No. 186682 U1, published: 01/29/2019 bul. No. 4) in the "Normal" mode, the storage tank of the automated damper reservoir of sewage pumping stations is emptied, shut-off valves with an electric drive for hydraulic flushing of profiled shelves collector 50, mounted in the supply pipeline for hydraulic flushing of the profiled shelves of the collector 8, shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the collector 51, mounted in the supply pipeline for the hydraulic flush of the profiled shelves of the collector 9, shut-off valves with an electric drive for the hydraulic flush of the profiled shelves in the collector 52, mounted collector 10, shut-off valves with an electric drive for flushing the profiled shelves of the collector 53, mounted in the supply pipeline for flushing the profiled shelves of the collector 11, shut-off valves with electric drive for hydraulic flushing of profiled collector shelves 54, mounted in the supply pipeline for hydraulic flushing of profiled collector shelves 12, shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 55, mounted in the supply pipeline for hydraulic flushing of profiled collector shelves 13, shut-off valves with electric drive for profiled collector shelves 13 pipeline for hydraulic flushing of profiled collector flanges 14, shut-off valves with an electric drive for hydraulic flushing of profiled collector flanges 57, mounted in the supply pipeline for hydraulic flushing of profiled collector flaps 15, shut-off valves with an electric drive for hydraulic flushing of collector tray 58, mounted in the pipeline for hydraulic flushing of collector tray 25, shut-off valve collector 59, mounted in the pipeline for hydraulic flushing of the collector tray 26, shut-off valves with an electric hydraulic flush of the profiled shelves of the inspection well 61, mounted in the supply pipeline for hydraulic flushing of the profiled shelves of the inspection well 29, shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the inspection well 62, mounted in the supply pipeline for the hydraulic flushing of the profiled shelves of the inspection well 30, horizontal accumulators 89 No. 1, No. 2, No. 3, No. 4 , is in a closed state, overlapping the flow area of pipelines, shut-off valves with an electric drive of the inlet pipeline 69, mounted in the inlet pipeline 39, is in a closed state, blocking the flow area of the pipelines.

Mode No. 2

At the moment of activation by the operating module of the automated damper reservoir of sewage pumping stations (utility model patent RU No. 186682 U1, published: 01/29/2019 bul. No. 4) of the "Overflow" mode or the "Emergency" mode, the operating control module for hydraulic flush 71, connected via a communication the cable of operating modules 77 with the operating module of the automated damper tank of sewage pumping stations, through the communication cable of the operating modules 77, receives information from the operating module of the automated damper tank of sewage pumping stations about filling the complex for receiving wastewater with an automated device for hydraulic flushing with wastewater from the receiving chamber of the automated damper reservoir of sewage pumping stations, after which, the operating control module for hydraulic flushing 71 starts the hydraulic flushing system by means of the power cable of the shut-off valve 72, activating the opening of the shut-off valve of the valve with an electric drive of the inlet pipeline 69, mounted on the inlet pipeline 39, connected to the network of an external utility-drinking or technical water supply, thereby filling the supply tank with water with a break in the stream 38, as the supply tank is filled with a break in the stream 38 with water, the float valve 80 is triggered , mounted on the water pipeline 39 between the shut-off valves with an electric drive of the input pipeline 69 and the free end of the water pipeline 39, blocking the flow of water in the input pipeline 39, then, as the storage tank of the automated damper tank of sewage pumping stations is filled, the upper level of wastewater sensor 66 is triggered, advanced information on the maximum wastewater level in the horizontal reservoir 89 by means of the communication cables of the water level sensors 76 to the operating control module for hydraulic flushing 71, which, in turn, starts the primary stage of hydraulic flushing in the horizontal reservoir lakh 89 No. 1, No. 2, No. 3, No. 4 for the release of transit pipelines 7, feeding pipelines for hydraulic flushing of the profiled shelves of the inspection well 29, 30, feeding pipelines for hydraulic flushing of profiled shelves of the collector 8, 9, 10, 11, 12, 13, 14, 15, as well as distribution pipelines for hydraulic flushing of profiled collector shelves, 16; 17; 18; nineteen; 20; 21; 22; 23, pipelines for hydraulic flushing of the collector tray 25, 26 of the hydraulic line, from air locks, by turning on the pump 47 through the power cable of the pump 74, and sequentially short-term opening of the shut-off valves with an electric drive for hydraulic flushing of the profiled manifold shelves 50, 51, 52, 53, shut-off valves with an electric drive hydraulic flush of the collector tray 58, shut-off valves with an electric drive for hydraulic flush of the profiled shelves of the inspection well 61, by means of power cables of the shut-off valves 72, as well as shut-off valves with an electric drive for hydraulic flush of the profiled collector flaps 54, 55, 56, 57, shut-off valves with an electric drive for hydraulic flush of the collector tray 59 , shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the inspection well 62, by means of the power cables of the shut-off valves 73, thereby pumping a certain amount of water from the supply tank with a break in the stream 38, into the hydraulic flush system, while the consumed water in the supply tank with a break m of stream 38 is replenished through the operation of the float valve, upon completion of the stage of sequential pumping of the hydraulic line and closing the shut-off valves with an electric drive for flushing the profiled manifold shelves 50, 51, 52, 53, 54, 55, 56, 57, shut-off valves with an electric drive for flushing the collector tray 58 , 59, shut-off valves with an electric drive for flushing the profiled shelves of the inspection well 61, 62, and filling the pressure hydraulic line with water in the horizontal accumulator 89 No. 1, No. 2, No. 3, No. 4, the operational control module for hydraulic flushing 71 completes the primary cycle of hydraulic flushing, shutting down the pump 47 via the power cable of the pump 74, then, as the storage tank of the automated damper tank of the sewage pumping stations is emptied, the lower level sensor of wastewater 67 is triggered, advanced information about the minimum level of wastewater in the storage tank via communication cables of the water level sensors 76 to the operating module control of hydraulic flushing 71, which, in turn, starts the main stage of hydraulic flushing in the horizontal reservoir 89 No. 1, No. 2, No. 3, No. 4 by turning on the pump 47 through the power cable of the pump 74, and for a certain period of time opens and then closes by power cables of shut-off valves 72, 73, shut-off valves with an electric drive for hydraulic flushing of profiled shelves of the collector 50, 51, 52, 53, 54, 55, 56, 57, shut-off valves with an electric drive for hydraulic flush of the collector tray 58, 59, shut-off valves with an electric drive for hydraulic flush of profiled shelves inspection well 61, 62, for dosed water release into the supply pipelines for flushing the profiled shelves of the collector 8, 9, 10, 11, 12, 13, 14, 15, hydraulic flushing pipelines of the collector tray 25, 26, the supply pipelines for the hydraulic flushing of the profiled shelves of the inspection well 29, 30, and the implementation of the profiled shelves of the collector 45, the hydraulic flush nozzles of the collector tray 60, the hydraulic flush nozzles profiled shelves of the inspection well 63, hydraulic washout of sludge in the complex for receiving wastewater with an automated hydraulic washout device in the following sequence:

horizontal accumulator 89 No. 1

1 - shut-off valves with an electric drive for flushing the profiled shelves of the inspection well 61, 62;

2 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 53, 57;

3 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 58;

4 - shut-off valves with an electric drive for flushing the profiled shelves of the collector 52, 56;

5 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 58;

6 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 51, 55;

7 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 59;

8 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 50, 54;

9 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 59;

horizontal accumulator 89 No. 2

1 - shut-off valves with an electric drive for flushing the profiled shelves of the inspection well 61, 62;

2 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 53, 57;

3 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 58;

4 - shut-off valves with an electric drive for flushing the profiled shelves of the collector 52, 56;

5 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 58;

6 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 51, 55;

7 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 59;

8 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 50, 54;

9 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 59;

horizontal accumulator 89 No. 3

1 - shut-off valves with an electric drive for flushing the profiled shelves of the inspection well 61, 62;

2 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 53, 57;

3 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 58;

4 - shut-off valves with an electric drive for flushing the profiled shelves of the collector 52, 56;

5 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 58;

6 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 51, 55;

7 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 59;

8 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 50, 54;

9 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 59;

horizontal storage 89 No. 4

1 - shut-off valves with an electric drive for flushing the profiled shelves of the inspection well 61, 62;

2 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 53, 57;

3 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 58;

4 - shut-off valves with an electric drive for flushing the profiled shelves of the collector 52, 56;

5 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 58;

6 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 51, 55;

7 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 59;

8 - shut-off valves with an electric drive for hydraulic flushing of profiled collector shelves 50, 54;

9 - shut-off valves with an electric drive for hydraulic flushing of the collector tray 59, at the same time, upon completion of the cycle of shut-off valves with an electric drive for hydraulic flushing of the collector tray 59 in position 7 in the horizontal accumulator 89 No. with an electric drive of the input pipeline 69, thereby stopping the flow of water into the supply tank with a rupture of the stream 38, thereby completing mode No. 2 with the operation of shut-off valves with an electric drive for hydraulic flushing of the profiled collector shelves 50, 54 in position 8 in the horizontal storage tank 89 No. 4 and shut-off valves with electric drive for hydraulic flushing of the collector tray 59 in position 9 in the horizontal accumulator 89 No. 4, on the reserve volume of water in the supply tank with a rupture of the jet 38 upon completion of the shut-off valve operation cycle with an electric drive for hydraulic flushing of the collector tray 59 in position 9 in the horizontal accumulator 89 No. 4, operating module hydraulic flush control 71, turns off the pump 47 through the power cable of the pump 74, transmitting information through the communication cable of the operating modules 77 to the operating module of the automated damper reservoir of the sewage pumping stations about the end of mode No. 2.

The presented complex for receiving wastewater with an automated hydraulic flushing device was tested in the production conditions of MUP Vodokanal in the city of Irkutsk.

Claims (1)

A complex for receiving wastewater with an automated hydraulic flushing device, containing at least one outer shell rigidly fixed with cross braces, an end cap of the collector, a starting cap of the collector, pipes of a concrete pipeline, containing outlet windows, at least one inner shell rigidly fixed with transit pipelines supplying hydraulic flushing pipelines for profiled manhole shelves, supplying hydraulic flushing pipelines for profiled manifold shelves, distribution pipelines for hydraulic flushing of profiled manifold shelves with rigidly fixed end caps of the distribution pipeline for hydraulic flushing of profiled collector shelves, profiled manifold flush nozzles passage channel of the hydraulic flush nozzle of the profiled manifold shelves, the collector tray rigidly fixed to the hydraulic flush nozzles of the collector tray, pipe to the water flush of the collector tray, having rigidly fixed end caps of the hydraulic flush pipeline of the collector tray, containing the passage channel of the hydraulic flush nozzle of the collector tray, at least one distribution pipeline for hydraulic flushing of the profiled shelves of the inspection well, having a rigidly fixed end plug of the distribution pipeline of the hydraulic flush of the profiled with a passage channel of the supply pipeline for flushing of the profiled shelves of the inspection well, at least one nozzle for hydraulic flushing of the profiled shelves of the inspection well, rigidly connected to the passage channel of the nozzle of the hydraulic flushing of the profiled shelves of the inspection well, at least one profiled shelf of the inspection well, rigidly fastened to the inspection well at least one neck of the inspection well, rigidly fixed to the sewer hatch, inlet pipeline rigidly fixed to the float valve, flow bottom tank with a jet break, rigidly fixed to the water intake, a water seal rigidly fixed to the pressure pipeline, characterized in that it contains at least one inspection well, at least one collector ballast, at least one cable channel, a pump, at least one distribution manifold for hydraulic flushing, at least one shut-off valves with an electric drive for hydraulic flushing of the profiled manifold shelves, at least one shut-off valves with an electric drive for hydraulic flushing of the collector tray, at least one shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the inspection well, the upper water level sensor in the flow well tank with jet break, low water level sensor in the supply tank with jet break, high waste water level sensor, waste water low level sensor, at least one cable gland seal, shut-off valves with electric drive of the inlet pipeline, at least one manhole ballast , ope water flush control module, at least one power cable for shut-off valves, pump power cable, operating module power cable, at least one communication cable for water level sensors, communication cable for operating modules, at least one ballast chamber, at least one split part of a horizontal storage tank, at least one horizontal storage tank, moreover, a manhole made in the form of a sewer well, containing inside the lower part a manhole ballast connected by adhesion, which is a monolithic section made of heavy hydraulic concrete, and also containing a rigidly fixed distribution hydraulic flush manifold, rigidly fixed to the horizontal accumulator, consisting of rigidly fixed components of the horizontal accumulator, an operational flush control module, connected by means of power cables, shut-off valves with a lock valves with an electric drive for hydraulic flushing of the profiled manifold shelves, shut-off valves with an electric drive for hydraulic flushing of the collector tray, shut-off valves with an electric drive for hydraulic flushing of the profiled shelves of the inspection well, shut-off valves with an electric drive of the inlet pipeline, as well as a sensor connected to the upper pump by means of a power cable of the pump, and also connected to water level in the supply tank with a break in the jet, a sensor for the lower water level in the supply tank with a break in the jet, a sensor for the upper level of wastewater, a sensor for the lower level of wastewater by means of communication cables of water level sensors connected to the seals of the cable passage, and also connected to an external source electricity through the power cable of the operating module, as well as connected to the operating module of the automated damper tank of sewage pumping stations by means of the communication cable of the operating modules, collector ballast, made from heavy hydraulic concrete by pumping concrete mixture under pressure into a ballast chamber, bonded by adhesion to a cable duct.

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