SU817163A1 - Water tower - Google Patents

Water tower Download PDF

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Publication number
SU817163A1
SU817163A1 SU792779436A SU2779436A SU817163A1 SU 817163 A1 SU817163 A1 SU 817163A1 SU 792779436 A SU792779436 A SU 792779436A SU 2779436 A SU2779436 A SU 2779436A SU 817163 A1 SU817163 A1 SU 817163A1
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SU
USSR - Soviet Union
Prior art keywords
water
tank
water tower
water supply
tower
Prior art date
Application number
SU792779436A
Other languages
Russian (ru)
Inventor
Виталий Иванович Точилов
Original Assignee
Tochilov Vitalij
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Tochilov Vitalij filed Critical Tochilov Vitalij
Priority to SU792779436A priority Critical patent/SU817163A1/en
Application granted granted Critical
Publication of SU817163A1 publication Critical patent/SU817163A1/en

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Description

(54) ВОДОНАПОРНАЯ БАШНЯ ТОЧИЛОВА(54) WATER TOWER OF TOCHILOV

Изобретение относитс  к строитель cisy, в основном к коммунальному, в частности к водоснабжению. Оно может Ga№b использовано и в других отрасл  народного хоз йства, например на транспорте - морском и железнодорож а также в сельском хоз йстве и промштенйости . Известна водонапорна  , содержавда  бак, ство , вертикальные ТРУ0Ы дл  подвода и отвода води, св  зантлё патрубк ши и задвижками f 1} Йедостаткаш известного устройства  влшотс  значительные габарифы и сложность подвод  це-от8а||Яа(ей системе т бопроводов. Цель изобретеии  - устраневИе указанных недостатков. Дл  достижени  указанной водонапорна  бшви  снабжена Г-оС азныкш трубами, подключенньвм о нт концом к вертикальной трубе, а их. свободные концы устаноалет в придон ной части бака. На чертеже показана принципиальна  схема водонапорной башни. Водонапорна  башн  содержит преимущественно железобетонный ствол 1, бак 2 со сферически выпуклым дном, вертикальную трубу 3, Г-образные трубы 4, приваренные к сто ку на отметке максимального уровн  воды в баке и нижними концами в придонную часть бака. Кроме того, на водоподвод щей магистрали 3 установлена запорно-регулируквда  арматура, например, обратный клапан 5. Башн  работает следукнцим образсмл. Допустим, что бак 2 полон воды. Пусть в этот момент водопотребЛёние, например, города возрастает, и подача воды насосами в бак становитс  ;недостаточной. Тогда напор в сети снижаетс  и в верхней Участи заглушенного сто ка 3 образуетс  вакуум, за счет которого вода из бака по трубам 4 начинает переливатьс  в вертикальную 3. При уменьшении же водопотреблени  вода под напорем насосов вновь начинает заполн ть бак. При анашогичном изменении водопотреблени  цикл повтор етс . Могущий выдел тьс  при вакууме в верхней части сто ка 3 воздух будет раствор тьс  в воде при опорожнении и заполнении бака. В случае же большого выделени  воздуха, вакуум может поддерживатьс  путем его отбора с помощью, например,вакуум-насоса , подключенного к наивысшей точкеThe invention relates to the builder cisy, mainly to the municipal, in particular to the water supply. It can also be used in other branches of the economy, for example, in sea and rail transport, as well as in agriculture and industry. The well-known water-pumping, containing, vertical TROUY for supplying and discharging water, connecting the pipe and valves f 1} Yedostatkash known device has considerable dimensions and complexity of supplying it to the system of pipelines. The purpose of the invention is to eliminate These deficiencies. In order to achieve the above water supply, the water supply system is equipped with G-оС asnix pipes with an end connected to the vertical pipe, and their free ends are installed in the bottom part of the tank. The drawing shows a schematic diagram of the water-pressure pipe The water tower contains a predominantly reinforced concrete shaft 1, a tank 2 with a spherically convex bottom, a vertical pipe 3, and L-shaped pipes 4 welded to the stand at the maximum level of water in the tank and the lower ends to the bottom of the tank. of the water supply line 3, valves are installed, for example, non-return valve 5. The tower works as an example. Suppose that tank 2 is full of water. Let the water consumption, for example, of the city increase, and the water supply to the tank becomes ; Insufficient. Then the pressure in the network decreases and in the upper part of the muffled stand 3 a vacuum is formed, due to which water from the tank through pipes 4 begins to overflow into vertical 3. When the water consumption decreases, the water under the pressure of pumps again begins to fill the tank. With an anasogic change in water consumption, the cycle repeats. The air that escapes under vacuum in the upper part of the drain 3 will dissolve in the water when emptying and filling the tank. In the case of large air emissions, the vacuum can be maintained by taking it out with, for example, a vacuum pump connected to the highest point.

вертикальной трубы 3 и расположенного в помещении водокачки.vertical pipe 3 and located in the water tower.

Claims (1)

1. Диклаури Д.С, Гидравлика, сельскохоз й-ствёваоо) водоснабжение и гидросиловые установки. М., Строййздат, , с. 192, рис.11-76.1. Diklauri D.S., Hydraulics, agricultural farm, water supply and hydro power plants. M., Stroyzdat, with. 192, fig.11-76.
SU792779436A 1979-05-18 1979-05-18 Water tower SU817163A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
SU792779436A SU817163A1 (en) 1979-05-18 1979-05-18 Water tower

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SU792779436A SU817163A1 (en) 1979-05-18 1979-05-18 Water tower

Publications (1)

Publication Number Publication Date
SU817163A1 true SU817163A1 (en) 1981-03-30

Family

ID=20833444

Family Applications (1)

Application Number Title Priority Date Filing Date
SU792779436A SU817163A1 (en) 1979-05-18 1979-05-18 Water tower

Country Status (1)

Country Link
SU (1) SU817163A1 (en)

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