WO2023234804A1 - Device for automatically sanitizing drinking water dispenser tanks - Google Patents

Device for automatically sanitizing drinking water dispenser tanks Download PDF

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Publication number
WO2023234804A1
WO2023234804A1 PCT/RU2023/050039 RU2023050039W WO2023234804A1 WO 2023234804 A1 WO2023234804 A1 WO 2023234804A1 RU 2023050039 W RU2023050039 W RU 2023050039W WO 2023234804 A1 WO2023234804 A1 WO 2023234804A1
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Prior art keywords
pump
water
filter
tank
drinking water
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PCT/RU2023/050039
Other languages
French (fr)
Russian (ru)
Inventor
Сергей Игоревич ОЗЕРОВ
Original Assignee
Сергей Игоревич ОЗЕРОВ
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Publication of WO2023234804A1 publication Critical patent/WO2023234804A1/en

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D25/00—Filters formed by clamping together several filtering elements or parts of such elements
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B08—CLEANING
    • B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B9/00—Cleaning hollow articles by methods or apparatus specially adapted thereto 
    • B08B9/02—Cleaning pipes or tubes or systems of pipes or tubes
    • B08B9/027—Cleaning the internal surfaces; Removal of blockages
    • B08B9/032—Cleaning the internal surfaces; Removal of blockages by the mechanical action of a moving fluid, e.g. by flushing
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
    • B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
    • B67D1/00—Apparatus or devices for dispensing beverages on draught
    • B67D1/07—Cleaning beverage-dispensing apparatus

Definitions

  • the utility model relates to devices for sanitary treatment of technological equipment for bottling drinking water, in particular, coolers and purifiers [B67D1/00, B67D3/0003].
  • a DEVICE FOR OBTAINING A WORKING SOLUTION IN A PRESSURE PIPELINE [RU 205749, published: 08/06/2021] is known, including a tee installed along its length with a fitting with a plate with a hole located between them and a hermetically sealed container for a mother solution of high concentration with a pipeline from its lower part and a shut-off valve directly at the tee fitting, with free space in the upper part of the tank with an air supply, characterized in that the mother solution is injected directly into the pressure pipeline supplying water to the nozzles through a calibrated hole and the injection speed and, as a result, the concentration of the resulting working solution is determined by the air pressure in the container, the constant value of which is at a set level is provided by a gas reducer from the enterprise network, a compressor or an air cylinder.
  • the closest analogue is a PORTABLE WATER PURIFIER [KR 20220048733 (A), published: 04/20/2022], containing partitions for dividing the container into the first and second sump; a water tank in the upper part of the housing, filters, a device for water circulation, a pump is connected to the upper part of the housing, and the second filter assembly, including the pump, supplies water from the second sump through the second filter assembly.
  • the technical result of the utility model is to improve the quality of cleaning tanks of drinking water bottling installations by using automatic sanitation.
  • a device for automatic sanitation of tanks of drinking water bottling installations containing a filter, a pump and water intake and discharge lines connected to the inlet and outlet of the pump, respectively, characterized in that the pump is connected to a timer and a pulse-width modulator with the possibility of time regulation using a timer for turning on the pump and changing the current strength in the electrical circuit using a pulse-width modulator to regulate the pressure of water circulated through the pump in the tank being sanitized to form turbulent flows of water at the outlet of the main line along the walls of the tank being sanitized and cleaning the walls of the tank with these flows, A filter is installed in the water discharge line.
  • the filter filter element contains non-woven polypropylene, activated coconut carbon with silver, a fibrous cation exchanger, a hydrophilic membrane, made in the form of disks and alternately laid in layers from top to bottom in the internal cavity of the filter housing.
  • the fibrous cation exchanger is made in the form of staple fiber.
  • the fibrous cation exchanger is made in the form of a non-woven fabric.
  • Figure 1 shows a device for automatic sanitation of tanks of drinking water bottling installations in the embodiment of placing a filter inside the tank.
  • Figure 2 shows a device for automatic sanitation of tanks of drinking water bottling installations in the embodiment of placing the filter outside the tank.
  • Figure 3 shows a longitudinal section of the filter.
  • the figures indicate: 1 - filter, 2 - pump, 3 - intermediate tube, 4 - intake tube, 5 - housing, 6 - power supply, 7 - timer, 8 - pulse width modulator, 9 - filter housing, 10 - cover , 11 - fitting, 12 - filter element, 13 - non-woven polypropylene, 14 - activated coconut carbon with silver, 15 - fibrous cation exchanger, 16 - hydrophilic membrane, 17 - outlet fitting, 18 - additional tube.
  • the device for automatic sanitation of tanks of drinking water bottling installations contains a filter 1 (see Fig. 1) and a pump 2.
  • the device for automatic sanitation of tanks of drinking water bottling installations also contains a water intake line and a water discharge line.
  • the water intake line is formed by pump 2 and intake tube 4.
  • One end of intake tube 4 is connected to the inlet of pump 2, and the other end of intake tube 4 is freely placed in the drinking water bottling tank.
  • the water discharge line is formed by pump 2, intermediate tube 3 and filter 1, with one end of the intermediate tube 3 connected to the output of pump 2, and the other to fitting 11 of filter 1.
  • Pump 2 is connected to timer 7 and pulse-width modulator 8.
  • Timer 7, pulse-width modulator 8 are mounted in a separate housing 5. Pump 2, timer 7 and pulse-width modulator 8 are powered from power supply 6.
  • the filter 1 may include a filter housing 9 (see Fig. 3) with a cover 10 and a fitting 11, a filter element 12.
  • the filter element 12 is located in the internal cavity of the filter housing 9.
  • the filter element 12 of the filter 1 contains non-woven polypropylene 13, activated coconut carbon with silver 14, fibrous cation exchanger 15, hydrophilic membrane 16.
  • Non-woven polypropylene 13, fibrous cation exchanger 15, hydrophilic membrane 16 are made in the form of disks and alternately laid in layers from top to bottom in the internal cavity of the filter housing 9.
  • Activated coconut carbon with silver 14 is made in the form of granules and is poured into the filter housing 9 between non-woven polypropylene 13 and fibrous cation exchanger 15.
  • the fibrous cation exchanger 15 can be made in the form of non-woven or staple fiber.
  • a device for automatic sanitation of tanks in drinking water bottling installations operates as follows.
  • the power supply 6 is connected to the network, the timer 7 is used to set the time interval and how often the pump 2 will be turned on for automatic sanitation of the tanks.
  • the electrical signal converted by the pulse-width modulator 8 is supplied to the pump 2, the rotor of which, rotating at a given frequency, through the intake tube 4 ensures the intake of water from the installation tank and directs it with the required pressure through the intermediate tube 3 to the filter 1. Cleaned in filter 1, water exits through holes located in the bottom of the filter housing 9 into the installation tank.
  • the filter housing 9 When installing filter 1 outside the tank of a drinking water bottling installation (see Fig. 2), the filter housing 9 is sealed, and on the bottom of the filter housing 9 an outlet fitting 17 is installed with an additional tube 18, the free end of which is placed in the tank of the drinking water bottling installation. water.
  • the water purified in filter 1 exits through an additional tube 18 into the installation tank.
  • filter 1 ensures cleaning of the sanitized tank of the installation and water with the required quality.
  • pump 2 ensures that water is taken from the tank being sanitized and transported to filter 1.
  • a separate housing 5 with a power supply 6, a timer 7 and a pulse-width modulator 8 located in it allows, depending on the design features of the installation for bottling drinking water, install it both in the body and outside the body of the installation being sanitized.
  • a timer 7 in the device allows the operator to set the turn-on time of the pump 2 and the duration of its operation once, thereby ensuring automatic sanitation of the installation tank without direct human intervention.
  • a pulse-width modulator electrically connected to pump 2 allows, depending on the contamination of the tank, to set the required pressure and ensure the required flow rate from the purified water discharge line, which, in turn, forms turbulent flows along the walls of the tank being sanitized, and additionally helps clean the tank without directly disassembling the installation tank.
  • non-woven polypropylene 13 makes it possible to remove particles larger than 5 microns from the tank being sanitized.
  • activated coconut carbon with silver 14 allows you to suppress the reproduction and development of bacteria in the tank, remove harmful odors and gases, chlorine, and improve the organoleptic characteristics of water.
  • fibrous cation exchanger 15 in the form of non-woven or staple fiber makes it possible to remove iron and heavy metal ions, such as lead, cadmium, manganese, mercury, copper, nickel, etc., from drinking water, while maintaining the natural ionic composition of the water.
  • hydrophilic membrane 16 makes it possible to clarify water and remove bacteria from it.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Separation Using Semi-Permeable Membranes (AREA)
  • Water Treatment By Sorption (AREA)

Abstract

The utility model relates to devices for sanitizing technical equipment for dispensing drinking water, in particular coolers and purifiers. A device for automatically sanitizing drinking water dispenser tanks comprises a filter, a pump, and water intake and discharge lines connected to the inlet and outlet of the pump respectively. The pump is connected to a timer and to a pulse width modulator so that the timer is capable of activating the pump in a time-adjustable manner, and the pulse width modulator is capable of altering the current intensity in an electrical circuit for adjusting the pressure of the water circulating through the pump in the tank to be sanitized in order to form, at the outlet of the discharge line, turbulent flows of water along the walls of the tank to be sanitized, and to clean the walls of the tank by means of said flows. The filter is mounted in the water discharge line. A filtering element of the filter contains non-woven polypropylene, silver-impregnated activated coconut charcoal, a fibrous cation exchanger, and a hydrophilic membrane, which are provided in the form of discs and are arranged in alternate layers from top to bottom inside an inner cavity of a filter housing. The fibrous cation exchanger is in the form of a staple or non-woven fibre. The result is that of providing better quality cleaning of water tanks without directly dismantling a dispenser.

Description

УСТРОЙСТВО АВТОМАТИЧЕСКОЙ САНАЦИИ БАКОВ УСТАНОВОК ДЛЯ РОЗЛИВА ПИТЬЕВОЙ ВОДЫ DEVICE FOR AUTOMATIC SANITATION OF TANK INSTALLATIONS FOR DRINKING WATER FILLING
ОПИСАНИЕ ПОЛЕЗНОЙ МОДЕЛИ DESCRIPTION OF THE UTILITY MODEL
Полезная модель относится к устройствам для санитарной обработки технологического оборудования для розлива питьевой воды, в частности, кулеров и пурифайеров [B67D1/00, B67D3/0003]. The utility model relates to devices for sanitary treatment of technological equipment for bottling drinking water, in particular, coolers and purifiers [B67D1/00, B67D3/0003].
Известен РАЗЛИВОЧНЫЙ АППАРАТ И СПОСОБ ЕГО ЧИСТКИ [RU 2394751, опубликовано: 20.07.2010], содержащий источник продукта; расходомер для определения расхода продукта, прошедшего через разливочный аппарат; систему чистки и контроллер, производящий сравнение определенного расходомером расхода продукта, прошедшего через разливочный аппарат, с исходным уровнем расхода указанного продукта и активирующий систему чистки в заданный момент времени, если расход продукта, прошедшего через указанный аппарат, не превысил исходного уровня расхода, а также вводящий задержку момента инициирования цикла чистки аппарата, если расход продукта, прошедшего через указанный аппарат, превышает исходный уровень расхода. Known FILLING APPARATUS AND METHOD FOR ITS CLEANING [RU 2394751, published: 07/20/2010], containing a source of product; flow meter for determining the flow rate of the product passing through the filling apparatus; a cleaning system and a controller that compares the flow rate of the product passing through the filling device, determined by the flow meter, with the initial flow level of the specified product and activates the cleaning system at a given point in time, if the flow rate of the product passing through the specified device does not exceed the initial flow level, as well as introducing delay in initiating the cleaning cycle of the device if the flow rate of the product passing through the specified device exceeds the initial flow rate.
Основной технической проблемой прототипа является: The main technical problem of the prototype is:
- низкое качество очистки; - low quality of cleaning;
- отсутствие автоматической системы санации. - lack of an automatic sanitation system.
Известно УСТРОЙСТВО ДЛЯ ПОЛУЧЕНИЯ РАБОЧЕГО РАСТВОРА В НАПОРНОМ ТРУБОПРОВОДЕ [RU 205749, опубликовано: 06.08.2021], включающее установленный на его протяжении тройник со штуцером с расположенной между ними пластиной с отверстием и закрывающуюся герметически емкость для маточного раствора высокой концентрации с трубопроводом от ее нижней части и запорным краном непосредственно у штуцера тройника, со свободным пространством в верхней части емкости с подводом под давлением воздуха, отличающееся тем, что впрыскивание маточного раствора происходит непосредственно в напорный трубопровод подачи воды к форсункам через калиброванное отверстие и скорость впрыска и, как следствие, концентрация получаемого рабочего раствора определяются величиной давления воздуха в емкости, постоянное значение которого на установленном уровне обеспечивается газовым редуктором от сети предприятия, компрессора или воздушного баллона. A DEVICE FOR OBTAINING A WORKING SOLUTION IN A PRESSURE PIPELINE [RU 205749, published: 08/06/2021] is known, including a tee installed along its length with a fitting with a plate with a hole located between them and a hermetically sealed container for a mother solution of high concentration with a pipeline from its lower part and a shut-off valve directly at the tee fitting, with free space in the upper part of the tank with an air supply, characterized in that the mother solution is injected directly into the pressure pipeline supplying water to the nozzles through a calibrated hole and the injection speed and, as a result, the concentration of the resulting working solution is determined by the air pressure in the container, the constant value of which is at a set level is provided by a gas reducer from the enterprise network, a compressor or an air cylinder.
Основной технической проблемой прототипа является: The main technical problem of the prototype is:
- низкое качество очистки; - low quality of cleaning;
- отсутствие автоматической системы санации. - lack of an automatic sanitation system.
Наиболее близким аналогом является ПОРТАТИВНЫЙ ОЧИСТИТЕЛЬ ВОДЫ [KR 20220048733 (А), опубликовано: 20.04.2022], содержащий перегородки разделения емкости на первый и второй отстойник; емкость для воды в верхней части корпуса, фильтры, устройство для циркуляции воды, насос подключается к верхней части корпуса, а второй фильтр в сборе, в том числе и насос, подает воду из второго отстойника через второй фильтр в сборе. The closest analogue is a PORTABLE WATER PURIFIER [KR 20220048733 (A), published: 04/20/2022], containing partitions for dividing the container into the first and second sump; a water tank in the upper part of the housing, filters, a device for water circulation, a pump is connected to the upper part of the housing, and the second filter assembly, including the pump, supplies water from the second sump through the second filter assembly.
Основной технической проблемой прототипа является: The main technical problem of the prototype is:
- низкое качество очистки; - low quality of cleaning;
- отсутствие автоматической системы санации. - lack of an automatic sanitation system.
Технический результат полезной модели заключается в повышении качества очистки баков установок для розлива питьевой воды путем применения автоматической санации. The technical result of the utility model is to improve the quality of cleaning tanks of drinking water bottling installations by using automatic sanitation.
Указанный технический результат достигается за счет того, что устройство автоматической санации баков установок для розлива питьевой воды, содержащее фильтр, насос и магистрали забора и сброса воды, соединенные с входом и выходом насоса соответственно, отличающееся тем, что насос подключен к таймеру и широтноимпульсному модулятору с возможностью регулирования по времени с помощью таймера включения насоса и изменения широтно-импульсным модулятором силы тока в электрической цепи для регулирования напора циркулируемой через насос воды в санируемом баке для образования турбулентных потоков воды на выходе из магистрали вдоль стенок санируемого бака и очищения стенок бака этими потоками, в магистраль сброса воды смонтирован фильтр. The specified technical result is achieved due to the fact that a device for automatic sanitation of tanks of drinking water bottling installations, containing a filter, a pump and water intake and discharge lines connected to the inlet and outlet of the pump, respectively, characterized in that the pump is connected to a timer and a pulse-width modulator with the possibility of time regulation using a timer for turning on the pump and changing the current strength in the electrical circuit using a pulse-width modulator to regulate the pressure of water circulated through the pump in the tank being sanitized to form turbulent flows of water at the outlet of the main line along the walls of the tank being sanitized and cleaning the walls of the tank with these flows, A filter is installed in the water discharge line.
В частности, фильтрующий элемент фильтра содержит нетканый полипропилен, уголь активированный кокосовый с серебром, волокнистый катионит, гидрофильную мембрану, выполненные в виде дисков и поочередно уложенные слоями сверху вниз во внутренней полости корпуса фильтра. In particular, the filter filter element contains non-woven polypropylene, activated coconut carbon with silver, a fibrous cation exchanger, a hydrophilic membrane, made in the form of disks and alternately laid in layers from top to bottom in the internal cavity of the filter housing.
В частности, волокнистый катионит выполнен в виде штапельного волокна. В частности, волокнистый катионит выполнен в виде нетканого полотна. In particular, the fibrous cation exchanger is made in the form of staple fiber. In particular, the fibrous cation exchanger is made in the form of a non-woven fabric.
Краткое описание чертежей. Brief description of the drawings.
На фиг. 1 представлено устройство автоматической санации баков установок для розлива питьевой воды в варианте реализации размещения фильтра внутри бака. In fig. Figure 1 shows a device for automatic sanitation of tanks of drinking water bottling installations in the embodiment of placing a filter inside the tank.
На фиг. 2 представлено устройство автоматической санации баков установок для розлива питьевой воды в варианте реализации размещения фильтра вне бака. In fig. Figure 2 shows a device for automatic sanitation of tanks of drinking water bottling installations in the embodiment of placing the filter outside the tank.
На фиг. 3 представлен продольный разрез фильтра. In fig. Figure 3 shows a longitudinal section of the filter.
На фигурах обозначено: 1 - фильтр, 2 - насос, 3 - промежуточная трубка, 4 - заборная трубка, 5 - корпус, 6 - блок питания, 7 - таймер, 8 - широтно-импульсный модулятор, 9 - корпус фильтра, 10 - крышка, 11 - штуцер, 12 - фильтрующий элемент, 13 - нетканый полипропилен, 14 - уголь активированный кокосовый с серебром, 15 - волокнистый катионит, 16 - гидрофильная мембрана, 17 - выходной штуцер, 18 - дополнительная трубка. The figures indicate: 1 - filter, 2 - pump, 3 - intermediate tube, 4 - intake tube, 5 - housing, 6 - power supply, 7 - timer, 8 - pulse width modulator, 9 - filter housing, 10 - cover , 11 - fitting, 12 - filter element, 13 - non-woven polypropylene, 14 - activated coconut carbon with silver, 15 - fibrous cation exchanger, 16 - hydrophilic membrane, 17 - outlet fitting, 18 - additional tube.
Осуществление полезной модели. Implementation of a utility model.
Устройство автоматической санации баков установок для розлива питьевой воды содержит фильтр 1 (см. Фиг.1) и насос 2. The device for automatic sanitation of tanks of drinking water bottling installations contains a filter 1 (see Fig. 1) and a pump 2.
Устройство автоматической санации баков установок для розлива питьевой воды также содержит магистраль забора воды и магистраль сброса воды. Магистраль забора воды образована насосом 2 и заборной трубкой 4. Один конец заборной трубки 4 соединен с входом насоса 2, а другой конец заборной трубки 4 свободно размещен в баке для розлива питьевой воды. Магистраль сброса воды образована насосом 2, промежуточной трубкой 3 и фильтром 1, причем один конец промежуточной трубки 3 соединен с выходом насоса 2, а другой со штуцером 11 фильтра 1. The device for automatic sanitation of tanks of drinking water bottling installations also contains a water intake line and a water discharge line. The water intake line is formed by pump 2 and intake tube 4. One end of intake tube 4 is connected to the inlet of pump 2, and the other end of intake tube 4 is freely placed in the drinking water bottling tank. The water discharge line is formed by pump 2, intermediate tube 3 and filter 1, with one end of the intermediate tube 3 connected to the output of pump 2, and the other to fitting 11 of filter 1.
Насос 2 подключен к таймеру 7 и широтно-импульсному модулятору 8. Pump 2 is connected to timer 7 and pulse-width modulator 8.
Насос 2, таймер 7, широтно-импульсный модулятор 8 смонтированы в отдельном корпусе 5. Питание насоса 2, таймера 7 и широтно-импульсного модулятора 8 осуществляется от блока питания 6. Pump 2, timer 7, pulse-width modulator 8 are mounted in a separate housing 5. Pump 2, timer 7 and pulse-width modulator 8 are powered from power supply 6.
В частности, фильтр 1 может включать в себя корпус фильтра 9 (см. Фиг.3) с крышкой 10 и штуцером 11, фильтрующий элемент 12. Фильтрующий элемент 12 размещен во внутренней полости корпуса фильтра 9. Фильтрующий элемент 12 фильтра 1 содержит нетканый полипропилен 13, уголь активированный кокосовый с серебром 14, волокнистый катионит 15, гидрофильную мембрану 16. Нетканый полипропилен 13, волокнистый катионит 15, гидрофильная мембрана 16 выполнены в виде дисков и поочередно уложены слоями сверху вниз во внутренней полости корпуса фильтра 9. Уголь активированный кокосовый с серебром 14 выполнен в виде гранул и засыпан в корпус фильтра 9 между нетканым полипропиленом 13 и волокнистым катионитом 15.In particular, the filter 1 may include a filter housing 9 (see Fig. 3) with a cover 10 and a fitting 11, a filter element 12. The filter element 12 is located in the internal cavity of the filter housing 9. The filter element 12 of the filter 1 contains non-woven polypropylene 13, activated coconut carbon with silver 14, fibrous cation exchanger 15, hydrophilic membrane 16. Non-woven polypropylene 13, fibrous cation exchanger 15, hydrophilic membrane 16 are made in the form of disks and alternately laid in layers from top to bottom in the internal cavity of the filter housing 9. Activated coconut carbon with silver 14 is made in the form of granules and is poured into the filter housing 9 between non-woven polypropylene 13 and fibrous cation exchanger 15.
В частности, волокнистый катионит 15 может быть выполнен в виде нетканого или штапельного волокна. In particular, the fibrous cation exchanger 15 can be made in the form of non-woven or staple fiber.
Устройство автоматической санации баков установок для розлива питьевой воды работает следующим образом. A device for automatic sanitation of tanks in drinking water bottling installations operates as follows.
Включают блок питания 6 в сеть, таймером 7 устанавливают интервал времени и с какой периодичностью будет включаться насос 2 для автоматической санации баков. The power supply 6 is connected to the network, the timer 7 is used to set the time interval and how often the pump 2 will be turned on for automatic sanitation of the tanks.
Изменяя широтно-импульсным модулятором 8 силу тока в электрической цепи устанавливают необходимую скорость перекачки воды санируемого бака. By changing the current strength in the electrical circuit using a pulse-width modulator 8, the required speed of pumping water from the tank being sanitized is established.
После включения блока питания 6 преобразованный широтно-импульсным модулятором 8 электрический сигнал подается к насосу 2, ротор которого, вращаясь с заданной частотой, через заборную трубку 4 обеспечивает забор воды из бака установки и направляет с необходимым напором через промежуточную трубку 3 в фильтр 1. Очищенная в фильтре 1 вода выходит через отверстия, расположенные в днище корпуса фильтра 9 в бак установки. After turning on the power supply 6, the electrical signal converted by the pulse-width modulator 8 is supplied to the pump 2, the rotor of which, rotating at a given frequency, through the intake tube 4 ensures the intake of water from the installation tank and directs it with the required pressure through the intermediate tube 3 to the filter 1. Cleaned in filter 1, water exits through holes located in the bottom of the filter housing 9 into the installation tank.
При монтаже фильтра 1 вне бака установки для розлива питьевой воды (см. Фиг.2), корпус фильтра 9 выполняют герметичным, а на днище корпуса фильтра 9 устанавливают выходной штуцер 17 с дополнительной трубкой 18, свободный конец которой размещают в баке установки для розлива питьевой воды. В этом варианте, очищенная в фильтре 1 вода выходит через дополнительную трубку 18 в бак установки. When installing filter 1 outside the tank of a drinking water bottling installation (see Fig. 2), the filter housing 9 is sealed, and on the bottom of the filter housing 9 an outlet fitting 17 is installed with an additional tube 18, the free end of which is placed in the tank of the drinking water bottling installation. water. In this embodiment, the water purified in filter 1 exits through an additional tube 18 into the installation tank.
Применение фильтра 1 обеспечивает очистку санируемого бака установки и воды с требуемым качеством. The use of filter 1 ensures cleaning of the sanitized tank of the installation and water with the required quality.
Применение насоса 2 обеспечивает забор воды из санируемого бака и транспортирование ее к фильтру 1. The use of pump 2 ensures that water is taken from the tank being sanitized and transported to filter 1.
Наличие отдельного корпуса 5 с размещенным в нем блоком питания 6, таймером 7 и широтно-импульсным модулятором 8, позволяет, в зависимости от конструктивных особенностей установки для розлива питьевой воды, устанавливать его как в корпусе, так и вне корпуса санируемой установки. The presence of a separate housing 5 with a power supply 6, a timer 7 and a pulse-width modulator 8 located in it allows, depending on the design features of the installation for bottling drinking water, install it both in the body and outside the body of the installation being sanitized.
Наличие таймера 7 в устройстве позволяет оператору однократно установить время включения насоса 2 и продолжительность его работы, тем самым, обеспечить автоматическую санацию бака установки без непосредственного участия человека. The presence of a timer 7 in the device allows the operator to set the turn-on time of the pump 2 and the duration of its operation once, thereby ensuring automatic sanitation of the installation tank without direct human intervention.
Применение широтно-импульсного модулятора, электрически связанного с насосом 2, позволяет, в зависимости от загрязненности бака, установить требуемый напор и обеспечить необходимую скорость истечения из магистрали сброса очищенной воды, которая, в свою очередь, образует турбулентные потоки вдоль стенок санируемого бака, и дополнительно способствует очищению бака без непосредственной разборки бака установки. The use of a pulse-width modulator electrically connected to pump 2 allows, depending on the contamination of the tank, to set the required pressure and ensure the required flow rate from the purified water discharge line, which, in turn, forms turbulent flows along the walls of the tank being sanitized, and additionally helps clean the tank without directly disassembling the installation tank.
Применение нетканого полипропилена 13 позволяет удалить из санируемого бака частицы размером более 5 мкм. The use of non-woven polypropylene 13 makes it possible to remove particles larger than 5 microns from the tank being sanitized.
Применение угля активированного кокосового с серебром 14 позволяет подавить размножение и развитие бактерий в баке, удалить вредные запахи и газы, хлор, улучшить органолептические показатели воды. The use of activated coconut carbon with silver 14 allows you to suppress the reproduction and development of bacteria in the tank, remove harmful odors and gases, chlorine, and improve the organoleptic characteristics of water.
Применение волокнистого катионита 15 в виде нетканого или штапельного волокна позволяет удалить из питьевой воды ионы железа и тяжелых металлов, таких как свинец, кадмий, марганец, ртуть, медь, никель и др., при условии сохранения естественного ионного состава воды. The use of fibrous cation exchanger 15 in the form of non-woven or staple fiber makes it possible to remove iron and heavy metal ions, such as lead, cadmium, manganese, mercury, copper, nickel, etc., from drinking water, while maintaining the natural ionic composition of the water.
Применение гидрофильной мембраны 16 позволяет осветлить воду, удалить из нее бактерии. The use of hydrophilic membrane 16 makes it possible to clarify water and remove bacteria from it.
Применение устройства автоматической санации баков установок для розлива питьевой воды обеспечивает повышение качества очистки баков без непосредственной разборки установки. The use of a device for automatic sanitation of tanks of drinking water bottling installations ensures improved quality of tank cleaning without direct disassembly of the installation.

Claims

ФОРМУЛА ПОЛЕЗНОЙ МОДЕЛИ UTILITY MODEL FORMULA
Устройство автоматической санации баков установок для розлива питьевой воды, содержащее фильтр, насос и магистрали забора и сброса воды, соединенные с входом и выходом насоса соответственно, отличающееся тем, что насос подключен к таймеру и широтно-импульсному модулятору с возможностью регулирования по времени с помощью таймера включения насоса и изменения широтно-импульсным модулятором силы тока в электрической цепи для регулирования напора циркулируемой через насос воды в санируемом баке для образования турбулентных потоков воды на выходе из магистрали вдоль стенок санируемого бака и очищения стенок бака этими потоками, в магистраль сброса воды смонтирован фильтр. A device for automatic sanitation of tanks of drinking water bottling installations, containing a filter, a pump and water intake and discharge lines connected to the inlet and outlet of the pump, respectively, characterized in that the pump is connected to a timer and a pulse-width modulator with the ability to regulate time using a timer turning on the pump and changing the current strength in the electrical circuit using a pulse-width modulator to regulate the pressure of water circulated through the pump in the tank being sanitized to form turbulent flows of water at the outlet of the line along the walls of the tank being sanitized and cleaning the walls of the tank with these flows, a filter is mounted in the water discharge line.
Устройство автоматической санации баков установок для розлива питьевой воды, по п.1, отличающееся тем, что фильтрующий элемент фильтра содержит нетканый полипропилен, уголь активированный кокосовый с серебром, волокнистый катионит, гидрофильную мембрану, выполненные в виде дисков и поочередно уложенные слоями сверху вниз во внутренней полости корпуса фильтра. A device for automatic sanitation of tanks of installations for bottling drinking water, according to claim 1, characterized in that the filter element of the filter contains non-woven polypropylene, activated coconut carbon with silver, fibrous cation exchanger, hydrophilic membrane, made in the form of disks and alternately laid in layers from top to bottom in the inner cavities of the filter housing.
Устройство автоматической санации баков установок для розлива питьевой воды, по п.2, отличающееся тем, что, волокнистый катионит выполнен в виде штапельного волокна.A device for automatic sanitation of tanks in drinking water bottling installations, according to claim 2, characterized in that the fibrous cation exchanger is made in the form of staple fiber.
Устройство автоматической санации баков установок для розлива питьевой воды, по п.2, отличающееся тем, что, волокнистый катионит выполнен в виде нетканого полотна. A device for automatic sanitation of tanks of drinking water bottling installations, according to claim 2, characterized in that the fibrous cation exchanger is made in the form of a non-woven fabric.
6 6
PCT/RU2023/050039 2022-05-31 2023-02-27 Device for automatically sanitizing drinking water dispenser tanks WO2023234804A1 (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO1998041337A1 (en) * 1997-03-17 1998-09-24 Matthew Bentley Method and apparatus for cleaning liquid process pipes
JPH1118951A (en) * 1997-07-08 1999-01-26 Sanyo Electric Co Ltd Bevarage supply device
WO1999033745A1 (en) * 1997-12-26 1999-07-08 Suntory Limited Drinking water dispenser with sterilization means
RU2394751C1 (en) * 2005-06-07 2010-07-20 Дзе Кока-Кола Компани Dispenser and method of its cleaning
KR20220048733A (en) * 2020-10-13 2022-04-20 주식회사 제이알이엔지 Portable water purifier

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO1998041337A1 (en) * 1997-03-17 1998-09-24 Matthew Bentley Method and apparatus for cleaning liquid process pipes
JPH1118951A (en) * 1997-07-08 1999-01-26 Sanyo Electric Co Ltd Bevarage supply device
WO1999033745A1 (en) * 1997-12-26 1999-07-08 Suntory Limited Drinking water dispenser with sterilization means
RU2394751C1 (en) * 2005-06-07 2010-07-20 Дзе Кока-Кола Компани Dispenser and method of its cleaning
KR20220048733A (en) * 2020-10-13 2022-04-20 주식회사 제이알이엔지 Portable water purifier

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