Water accumulator bulgakov - psa
(57) Abstract:The water battery is designed for use in residential Fund with an uneven supply of water during the day. Water accumulator contains the tank, the cold water supply pipe, pipes for water drainage and a branch pipe connected with the atmosphere. The tank is positioned vertically and is equipped with a transmitter, and an upper float and removable cover in the hole which passes a pipe connected with the atmosphere. And the cold water supply pipe connected to the tank through a flexible hose with a shut-off valve located at the top of the tank with one hand and connected with a rubber hose for quiet water in the tank. On the other side of the tank installed pipe for water drainage. In the cavity of the tank has a tube for emergency water removal. To create a water capacity of up to 250-300 l in apartments PSA provided with a metal support table mounted on the floor over a drain tank of a toilet bowl, which is vertically mounted tank with a flexible water supply hose from the tank to the faucets, sinks, bath tubs and shower, equipped with a water meter and check valve. Tube for emergency diversion of water connected to the tank of the toilet. Ensured continuous supply of the situation), hostels, hotels, kindergartens, hospitals, qatadah and country houses, and can also be used as a tank for heating water by solar energy (rays) in the summer showers, or, as in the tank for fire fighting.Currently, the inhabitants of many cities lack of water in the apartments because of its non-uniform feed during the day. Water, usually served until 9 a.m. and 7 p.m. During the day due to the lack of water there are certain inconveniences. The present invention is a water battery Bulgakov (the PSA) gives the opportunity to have a supply of water, including potable water, into the afternoon and watch the small water pressure from the water supply network. PSA can also be used in other cases when you want a certain clean supply of water.Known water accumulator, comprising a housing (tank) with pipe inlet and outlet of the environment and the heater. In the upper part of the tank located horizontally, is connected through a pipe with heater and atmosphere. This battery is used on ships (see and.with. N 1190144, CL F 22 D 3/00, 1983).Cons: known battery fixed in a specially designated place. He performs only one is possible:
1. It solves a social problem - uninterrupted water supply to the population, thus compensated for the lack of drinking water;
2. The problem of clean water;
3. Uniform mode of water supply due to the constant pressure that leads to the minimum wear of the valves and gaskets, which in turn increases their service life.The goal is achieved that the water battery containing tank, a pipe cold water pipe water drainage and pipe, connected to the atmosphere, the tank is positioned vertically and is equipped with a transmitter, and an upper float and removable cover in the hole which passes a pipe connected with the atmosphere, and the cold water supply pipe connected to the tank through a flexible hose with a shut-off valve located at the top of the tank with one hand and connected with a rubber hose for quiet water in the tank, and on the other side of the tank installed pipe for water drainage, moreover, in the cavity of the tank has a tube for emergency water removal.And to create a water capacity of up to 250-300 l in apartments PSA provided with a metal support table mounted on the floor sideways over a drain of the toilet, where Vert is aka the faucets of the sink, bath and shower, equipped with a water meter and check valve, and the tube for emergency diversion of water connected to the tank of the toilet.The tank may be made of stainless steel or food grade plastic, or black metal, covered with food varnish or food aluminum or food rubber, and can also be equipped with a filter installed inside its capacity at the end of the shut-off valve.The drawing shows a water accumulator PSA.Water accumulator contains vertical tank 1, the cold water supply pipe 2, pipe for water drainage 3. The tank is equipped with a float 4 and the removable cover 5 with the pipe 6, connected with the atmosphere. The cold water supply pipe connected to the tank through a flexible hose 7 with shut-off valve 8 located in the upper part of the tank and connected with a rubber attachment 9 for quiet water in the tank. In the cavity of the tank has a tube for emergency diversion of water 10, which in the case of installation of PSA in the bathroom connected to the tank of the toilet 11. The tank can accumulate water to 250oC300 HPThe PSA can be installed in apartments, hotels, camps, cottages, kindergartens, hostels, etc.In cases truncated shown) on the metal table 12, which is installed on the floor above the tank of the toilet at a height of 20 see PSA using flexible hoses 13 and couplings connected to the housing by the current water network 2. To prevent leakage of water from the PSA into the water system installed valves 14 and check valve 15. To account for the flow of water in the PSA set the meter-the meter 16. At the end of the shut-off valve can be installed filter 17, then the PSA will be the capacity to collect drinking, clean water. The PSA also has uravnemer 18. The PSA can be manufactured, for example from a material, such as stainless steel or plastic, etc., PSA works as follows: first, a table mounted in the bathroom on the floor above the toilet. Then install this style tank water battery. Then, using flexible hoses PSA is connected to the cold water, and the outlet pipe (rubber cap) connect with sideways toilet. PSA can also be connected to the faucets tub and shower in the bathroom, as well as to the mixer sink in the kitchen. It does not require great skills and time costs.The advantage of installing the PSA is that it can be connected to the network by the landlord or plumber. nomu its use PSA is very easy to use and affordable for any budget conscious owner. 1. Water accumulator containing tank, a cold water supply pipe, pipes for water drainage and a branch pipe connected with the atmosphere, characterized in that the savings in water consumption, the tank is positioned vertically and is equipped with a transmitter, and an upper float and removable cover in the hole which passes a pipe connected with the atmosphere, and the cold water supply pipe connected to the tank through a flexible hose with a shut-off valve located at the top of the tank with one hand and connected with a rubber hose for quiet water in the tank, on the other hand tank installed pipe for water drainage, moreover, in the cavity of the tank has a tube for emergency water removal.2. The battery under item 1, characterized in that to create a water capacity up to 250 - 300 l in apartments it has a metal support table mounted on the floor over a drain tank of a toilet bowl, which is vertically mounted tank with a flexible water supply hose from the tank to the faucets, sinks, bath tubs and shower, equipped with a water meter and check valve, and the tube for emergency diversion of water connected to the tank of the toilet.3. The battery on the PP.1 and 2, characterized in that it can be made of stainless steel, the or food rubber.4. Water battery on PP.1 to 3, characterized in that the tank is supplied with a filter installed inside its capacity at the end of the shut-off valve.
FIELD: engineering of water-supply systems, in particular, systems for automated provision of drinking water to individual clients in residential buildings, administrative buildings and other types of premises.
SUBSTANCE: in accordance water-supply method, accumulating vessels of users, connected to water-supply system, are forcedly filled with water. Water is delivered in mobile tank. Prior to pouring water, supplier code is used to open lock of hatch positioned at inlet of water-supply system, and mobile tank is connected thereto. When filling accumulating vessels, volume of water consumed by each client is measured. After filling vessels with water, mobile tank is disconnected and its pouring section is sealed. Water-supplying system has pouring pipeline 1, connected to accumulating vessels 5 by means of conductive pipelines 2 with valves 6 and water flow meters 7, transfer head pieces 3 and flexible pipelines 4. Vessels 5 are provided with draining taps 8, inlet valves 9 and water level indicators 10. water-supply system also contains mobile pouring tank 18 with flexible pipeline 17 and local control panel for pouring water, where inlet of pouring pipeline 1 with socket 12 at its end and code lock 13 is positioned, and a plug and socket joint 14 for connecting portable microprocessor device 15 for collecting and processing information about volume of consumed water.
EFFECT: provision of automated pouring of pure drinking water of guaranteed quality to individual accumulating vessels, mounted stationary at client side, provision of water accumulation when client is absent and automatic measuring of consumed water flow for each client.
2 cl, 1 dwg
SUBSTANCE: invention pertains to water supply. Method of water supply consists in supply of drinking water to individual consumers connected to the water supply system of the settlement through main lines and transferring lines of water - supply and further through house inlets and street water intakes. At least one additional over flow pipe equipped with stationary water treatment unit making water of guarantied quality with one hydrant or batcher is arranged in the transferring line parallel to the house inlet or street water intakes, drinking water is dispensed into individual vessels. Water supply system contains water intake plant, first lifting pump station, water treatment plants, reservoir for clean water, second lifting pump station, water ducts, water supply consisting of main and transferring lines, house inlets and street intakes.
EFFECT: increased simplicity and reliability of the invention.
8 cl, 2 dwg
FIELD: civil engineering.
SUBSTANCE: invention relates to field of construction of buildings and structures and can be used at stage of buildings construction in the capacity of systems, providing isolation of units of maintenance of systems of heating, cold and hot water supply in basements and pedimental rooms of erected buildings and structures, and to use usable area of structures by purpose. Separation method of insulating area of maintenance of systems of heating, cold and hot water supply in basements and pedimental rooms of building on stage of its construction, described by presence of distribution pipeline of heating, cold and hot water supply, located in pedimental or basements rooms of buildings, presence at the same floor that it is basements or pedimental room of erected building, isolated room for maintenance engineering services. Additionally on pipes of systems of heating, and also pipes of cold and hot water supply, located inside pedimental or basements rooms of buildings, sectionises, put bends and there are built distribution pipeline inside the isolated room, where it is put valves and/or sensors, and/or devices for calculation of water, and/or drains. Then distribution pipelines are taken out back into main pedimental or basements room up to laces of its main position, where there are put bends and taken away distribution pipelines in the direction, initially built, herewith input into isolated room is implemented independent.
EFFECT: isolation with minimal expenditures of usable area of maintenance units of distribution pipelines of heating, cold and hot water supply, and also providing of independent access to them of personnel for maintenance.
SUBSTANCE: water is supplied along individual discharge pipelines for each zone. At the same time water is supplied into specified pipelines from separate stages of a multi-stage centrifugal pump.
EFFECT: reduced quantity of used equipment, costs for its purchase, assembly, commissioning and operation.
SUBSTANCE: device comprises facility to supply contaminated water, collection reservoir for coming contaminated water, accumulator tank for water storage, siphon accessory for water flow from collecting reservoir to accumulator tank, floodgate for supply of accumulated water to its consumer, sewage water discharge and control system. At the same time accumulator accessory to receive coming contaminated water is joined to pouring valve. Method of water siphoning consists of water supply into collecting reservoir, detection of availability of specified water level in collecting reservoir, actuation of pouring valve depending on determined water level and siphoning of water from collecting reservoir into accumulator tank.
EFFECT: reduced power inputs.
24 cl, 5 dwg
SUBSTANCE: system contains water distribution system including at least one water transportation pipeline and monitoring devices, storage capacity for supplied water, water discharge for supply of accumulated water to water consuming device, and control device. Pipeline includes electrically conducting element. Monitoring devices include generator connected to electrically conducting element, which is meant for generation of electric signal, and measuring unit for measurement at least of one electric parameter of electrically conducting element. Monitoring devices have the possibility of measuring electrical parameter of pipeline. Control device has the possibility of controlling the water supply to storage capacity and water discharge from it depending on the parameter measured with monitoring devices. Monitoring method of water distribution system connected to waste water device involves installation stages, at least one water transportation pipeline and installation of pipeline monitoring device, generation of electric signal by means of generator connected to electrically conducting element and measurement at least of one electrical parameter of electrically conducting element.
EFFECT: such design and procedure allow creating water distribution system in which the risk of connection of transportation pipeline of dirty water to transportation pipeline of potable water is reduced.
27 cl, 4 dwg
SUBSTANCE: system is designed for automated provision of pure potable water of guaranteed quality to individual users in residential homes, administrative buildings, office and other rooms. The system comprises accumulating-consumption tanks (5), quantity of which is equal to quantity of water users. Each reservoir (5) is equipped with an inlet valve (8) controlled by the upper level of water in the tank (5). The system also comprises a distribution pipeline (3) and user pipelines (4), connecting the distribution pipeline (3) with the accumulating-consumption tank (5) of this user, and also a facility for filling of the system with water. The distribution pipeline (3) is connected to the facility for filling of the system with water via an inlet stationary tank (2), arranged as capable of water supply under pressure. User pipelines (4) are arranged in the form of capillary tubes.
EFFECT: reduced material intensity of a water supply system.
5 cl, 2 dwg
FIELD: containers, particularly vessels for containing pure water, liquefied gases, liquid fuel and other liquids.
SUBSTANCE: vessel comprises liquid inlet and outlet means, coaxial circulation support column having windows for liquid pouring from the vessel into column. Column is immersed in vessel bottom and defines a pit for pouring liquid out of the vessel. The windows are located in staggered order along the full column height and formed on outermost column side relative water inlet area of the vessel. Areas of window arrangement and number of windows are selected to prevent dead space forming in the vessel during water pouring out.
EFFECT: prevention of dead space forming in the vessel.
FIELD: reservoirs adapted to store water or sewage water or ones used as septic means.
SUBSTANCE: low-pressure reservoir is formed of plastics and is submersed in ground. Reservoir has at least one orifice to supply liquid into reservoir. Inner reservoir surface is shaped so that inner surface mate surface defined by rotating closed curve which rotates at constant level so that reservoir height is less than height of spherical reservoir having the same volume.
EFFECT: increased reservoir strength, improved ability of reservoir transformation and installation in-situ, simplified structure thereof and elimination of deep pit excavation for underground reservoir installation.
20 cl, 14 dwg
FIELD: water supply, particularly to control pumping station cooperating with water supply system.
SUBSTANCE: automatic control method involves regulating liquid pressure at pump inlet in accordance to daily schedule, wherein liquid pressure and flow rate at pump outlet are measured and hydraulic resistance of the system is determined as ratio between liquid pressure and liquid flow rate at pump outlet. If above hydraulic resistance at pump outlet exceeds predetermined value liquid pressure at pump outlet needs to be increased. If above hydraulic resistance at pump outlet is below predetermined value liquid pressure at pump outlet needs to be decreased to obtain predetermined value of liquid flow rate change degree at pump outlet.
EFFECT: increased efficiency of water supply system regulation at continuously varying consumer flow rate due to improved accuracy and reliability of the system.
FIELD: water supply systems.
SUBSTANCE: invention can be used at farms, household plots, water supply of cottages and farm settlements. Proposed station is made in form of container in which control system and variable-capacity frequency-controlled submersible electric pump are mounted. Pumping station includes deferrizator, water softener, bactericidal set, lighting unit and light. Microclimate control unit connected with heater and fan and intake-and-distributing device. Coarse filter is installed on supply pipeline. Fine filter and pressure transmitter connected with input of control system are installed on outlet branch pipe of pressure pipeline. Control system contains frequency converter and it is connected by output with electric pump, and by input, with intake-and-distributing device whose outputs are connected with inputs of heating and ventilating unit, microclimate control and lighting unit and also with bactericidal set, water softener, water deferrizator and coarse and fine filters. Invention provides possibility of lifting water from well by frequency-controlled submersible electric pump of variable capacity, provide straight-flow water supply, conform water supply with consumption, provide conformity of lifted water characteristics to requirements of State Standard and protect electric pump from emergencies.
EFFECT: improved operation reliability.
SUBSTANCE: invention is attributed to the sphere of food storage, including potable water and concerns storage tanks of such products. Storage tank for liquid products including portable water incorporates vertical body designed for installation "into ground" and consisting of cylindrical section made of non-metallic material, the said cylindrical section being supported by stiffening members, and fastened to cylindrical section of cover with flanging, and flat outside bottom. Storage tank is made to be installed both above-ground and "into ground". Cylindrical section, cover and bottom of storage tank body are made as multilayer structure of reeled or molded, solid or containing filler layers of composite materials based on fiber reinforcement material and plastic binder. Cylindrical section is made of the saidreeled layers and cover and bottom the said of molded layers, stiffening members of cylindrical section are made as ribs, cylindrical section, cover and bottom are made of constant or variable cross-section. Ribs are located on cylindrical section, either inside and outside or only outside, with constant or variable pitch relative to each other, cylindrical section with ribs, cover with access door made therein and bottom flat or raised from inside with stiffening ribs made thereon each constituting integral unit.
EFFECT: improvement of operating reliability of storage tank due to improved durability, rigidity thereof as well as widening of operational capability..
21 cl, 3 dwg