RU173506U1 - KIOSK AUTOMATIC WATER FOR SALE OF WATER - Google Patents

Abstract

The utility model relates to commercial equipment and is intended for the automatic sale of water. A kiosk for selling water 1 includes an outer casing 2 with thermal insulation 3, a device for dosed water supply 4, a unit for thermal monitoring and heating 5, a water tank 6 having a branch 7 from overfilling with water 8, at least one water level sensor 9 , a device for ozonizing 10 water 8 in a tank 6, a pump 11, equipped with an inlet pipe 12 for supplying water 8 from the tank 6 to the consumer, and associated with a device for the dosed supply 4 of water 8, as well as a refueling unit from an external source 13 associated with the flushing channel 14, and input patrol approx. 12 of the pump 11 for water intake 8 is located inside the reservoir 6. At the same time, a drain pipe 15 is installed in the lower part of the reservoir 6, connected to the outlet 7 from the overflow of the reservoir 6 with water 8. The device for dosed water supply 4 includes a water conduit 16 connected to the pump outlet 11, the counter of the pulse converter of the fluid flow 17, interacting with the flow of water in the conduit 16 and connected to the input of the control device 18, while the pressure switch 19 of the water in the conduit 16 is additionally introduced into the device for dosed water supply, with single with the signal input of the electromagnetic valve 20, and the output of the control device 18 is connected to the control input of the pump 11. 2 ill.

Description

The utility model relates to commercial equipment and is intended for the automatic sale of water.

The well-known "System of centralized monitoring and control of water treatment equipment" (patent for utility model of the Russian Federation No. 122787; IPC G05B 15/00; publication date 10/12/2012), containing a processing center, commercial water treatment equipment, in particular, an automatic machine for the retail sale of drinking water in containers consumer, water treatment equipment installed in multi-storey residential buildings, in particular with access water distribution terminals, one or more automated workstations of operators accepting payments for dispensed water, in particular replenishment of the balance of service cards, one or more workstations for monitoring the operation of water treatment equipment and settlements for dispensed water, one or more workstations for a user of a service card, in particular through a WEB browser, to information, in particular about consumed water, about user status , on cumulative discounts and promotions, characterized in that the water treatment equipment is connected to the processing center using a global information network, in particular through GPRS and / or ETHERNET, For applicants, of one or more of its types, it is carried out using service cards, in particular by proximity proximity identification cards, and it is possible to arrange settlements with users for consumed water, both for replenished service cards, preferably for automatic machines for the retail sale of drinking water, and settlements, made together with utility bills, preferably for water treatment devices installed in residential buildings, while both types of calculation can be used simultaneously on the same serv the original map for various water treatment plants.

The well-known "Vending machine for the sale of water in bottling" (patent for utility model of the Russian Federation No. 138563; IPC G07F 15/00; publication date 03/20/2014), consisting of an automatic water filling system and a sealed water tank, where the automatic filling system is equipped with a control a controller, an electromagnetic valve, a pulse water meter, electronic equipment for receiving cash payments, a device for dispensing change or without it, an information display, buttons "start", "stop / pause" and "change", and having the ability to function With access to an industrial voltage network, namely, a flow pump that interacts with water through pressure, can be turned off, and a can of compressed air can operate in automatic or manual mode, and compressed air constantly interacts with water, which interacts with filling zone, while water interacts with an electromagnetic valve located in the immediate vicinity of the filling gander, and a control controller, an electromagnetic valve, a pulse counter water infrared, electronic payment equipment, change dispenser, information display and start, stop / pause and let down buttons interact with a removable battery, and when the vending machine interacts with industrial voltage, the flow pump interacts with water with the function pressure changes and a can of compressed air, and at the same time a control controller, a solenoid valve, a pulse water meter, equipment for electronic payments, a dispenser, an information display and a button The start, stop / pause and let-down panels interact with the battery and / or the mains voltage, and the machine also has a built-in flushing nozzle for flushing the tank under water.

The well-known "Kiosk-automatic machine for selling water" (patent for utility model of the Russian Federation No. 113043; IPC G07F 13/00; publication date 01/27/2012), including an external building with thermal insulation, which has at least one vending machine, a heating unit and thermal monitoring and at least one water tank that has a drain from overflowing the water tank, as well as water level sensors interconnected with a vending machine, an ozonation device connected to the water tank, and a drainage pipe is located in the lower part of the water tank water through n a pump, a water purification device in a vending machine, and a refueling unit, on the one hand having an outlet to the tank, and on the other, a connection for refueling the water tank from an external source.

It is known "Device for the dosed supply of drinking water in vending machines" (patent for a utility model of the Russian Federation No. 96135; IPC E03B 1/02; publication date 07/20/2010), having a piping with a metering function, consisting of an electronic pulse converter 4 of the liquid flow 7, connected to the control device 5, and a normally closed solenoid type electromagnetic valve 6, connected to the control device 5, the number of solenoid valves and electronic pulse converters of the fluid flow in one machine There can be more than one in any order.

The disadvantages of the known automatic kiosks for the sale of drinking water are: the difficulty of accessing the inner lower part of the water tank, in order to clean it of sediment formed on the walls of the tank, as well as frequent failures and low maintainability of the unit for controlling the dosed water supply.

The technical problem solved by the proposed utility model is to eliminate these drawbacks, including improving water quality and increasing the overhaul time of equipment.

The technical result is achieved due to the fact that in the kiosk for selling water, including an external case with thermal insulation, a thermal control and heating unit, a device for dosed water supply, a water tank having at least one level sensor from overflow with water water, a device for ozonizing water in the tank, a pump equipped with an inlet pipe for supplying water from the tank to the consumer and connected to a device for dosed water supply, as well as a refueling unit from an external source, a refueling unit about t of an external source is connected to the outlet from the overflow of the tank with water, and the inlet pipe of the pump for water intake is located inside the tank, while an opening for access to the inside of the tank is made in the lower part of the water tank.

In addition, in the device for dosed water supply, which includes a conduit connected to the pump outlet, a pulse transducer counter for the fluid flow, interacting with the flow of water and connected to the input of the control device, an additional pressure switch interacting with the flow of the water supply and connected to the signal input of the electromagnetic valve, while the output of the control device is connected to the control input of the pump.

The achievement of the technical task is ensured by the fact that the pump inlet is located at a certain distance from the bottom of the tank in order to prevent salt deposits from entering the system, and a hole is made in the lower part of the tank for access to the tank and its cleaning. A decrease in the failure rate and an increase in maintainability and overhaul time of the unit for controlling the dosed water supply are ensured by reducing the functional load on the control device by eliminating its direct connection to the input of the electromagnetic valve.

In FIG. 1 shows a block diagram of the layout of the main elements that make up the kiosk.

In FIG. 2 shows a block diagram of a device for dosed water supply.

A kiosk for selling water 1, includes an outer casing 2 with thermal insulation 3, a device for dosed water supply 4, a thermal control and heating unit 5, a water tank 6 having a branch 7 from overfilling with water 8, at least one water level sensor 9, a device for ozonizing 10 water 8 in a reservoir 6, a pump 11 provided with an inlet 12 for supplying water 8 from the reservoir 6 to a consumer, and connected to a device for dosing 4 of water 8, as well as a refueling unit from an external source 13 associated with flushing channel 14, and the input pat side 12 of the pump 11 for water intake 8 is located inside the tank 6. At the same time, a drain pipe 15 is installed in the lower part of the tank 6, connected to the outlet 7 from the overflow of the tank 6 with water 8.

The device for the dosed water supply 4 includes a conduit 16 connected to the output of the pump 11, a pulse counter of the liquid flow converter 17, interacting with the water flow in the conduit 16 and connected to the input of the control device 18, while a pressure switch is additionally introduced into the device for the dosed water supply 19 of water in the conduit 16, connected to the signal input of the electromagnetic valve 20, and the output of the control device 18 is connected to the control input of the pump 11.

The operation of the kiosk for selling water 1 is based on the dispensing of water to the consumer from the conduit 16 in accordance with the signals of the control device 18, which is part of the device for dosed water supply 4. The principle of operation of the dosing device 4 consists in counting the amount of released water by the counter of the pulse flow converter liquid 17 and transmitting information to the input of the control device 18, the output of which forms a signal supplied to the control input of the pump 11. With increasing pressure in the water pipe 16, installed e thereon water pressure switch 19 outputs an electrical pulse is supplied to the signal input of the solenoid valve 20, a novice rental water.

For the successful and high-quality functioning of the kiosk-machine for selling water 1, it provides thermal insulation 3 of the building 2, a heating unit 5 of the kiosk equipment at low ambient temperatures, and a water tank 6, having a branch 7 from overfilling with water, connected to a drain pipe 15, the refueling unit from the external source 13 of the tank 6, connected with the washing channel 14. After washing the tank 6, water is removed from it through the drain pipe 15. The equipment also includes at least one level sensor I water 9, a device for ozonation of water 10 in the tank 6 and a pump 11, equipped with an inlet pipe 12 for supplying water from the tank 6 to the consumer and connected with a device for dosed water supply 4. Inside the tank 6 for water intake is located the inlet pipe 12 of the pump 11, located at some distance from the bottom of the tank 6 in order to avoid salt deposits in the system. In the lower part of the tank 6 for its cleaning, an opening 15 is made for access to the inside of the tank.

Using the utility model provides improved water quality and increased turnaround times of equipment.

Claims (1)

A kiosk for selling water, including an external case with thermal insulation, a thermal control and heating unit, a device for dosed water supply, a water tank having a drain from overfilling with water, at least one water level sensor, a device for ozonizing water in the tank, a pump equipped with inlet and outlet nozzles for intake and supply of water from the tank to the consumer, and connected to a device for dosed water supply, as well as a refueling unit from an external source, characterized in that the refueling unit is from an external source the meter is connected to a flushing channel located inside the tank, and a drain pipe is installed in the lower part of the tank, connected to the outlet from the tank overfilling with water, while the inlet pipe of the pump for water intake is located inside the tank.

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