RU143590U1 - COMBINED Kiosk FOR SALE OF WATER IN BOTTLE - Google Patents

Abstract

1. Kiosk for the sale of bottled water, consisting of lower and upper metal frames made of profiles interconnected and sheathed by panels of a metal sheet, floor, metal ceiling with a container installed above it, attached to the profiles of the lower frame, the upper metal the frame is the roof of the kiosk, and on the panels of the lower frame there is a window with a counter provided for the seller’s trading place, a technological door, an entrance door and an opening with an integrated vending machine, Otori combined with retail space Seller unified pipeline system operating the kiosk, and supplied to the container, the total for the commercial space and commercial Seller avtomata.2. A kiosk according to claim 1, characterized in that the lower metal frame is made of six steel pipes interconnected by upper and lower metal horizontal corners and has a hexagonal shape in plan. 3. A kiosk according to claim 1, characterized in that all metal panels are insulated with mineral wool, and the panels of the lower metal frame are sheathed inside with waterproof gypsum board. 4. A kiosk according to claim 1, characterized in that the floor of the kiosk is insulated with mineral wool, over which boards are laid. 5. A kiosk according to claim 1, characterized in that the metal ceiling is made in the form of a lattice made of steel strips. The kiosk according to claim 1, characterized in that the container is made of stainless steel, insulated with mineral wool, has a cylindrical shape with a cone-shaped bottom, is equipped with a centrifuge for washing and a water level sensor, and on top has a technological

Description

The utility model relates to trade and public catering enterprises and relates to the construction of a kiosk for storing and selling drinking water in bottling.

A well-known kiosk machine for the sale of water (RF patent No. 113043, IPC G07F13 / 00, published on 01/27/2012), consisting of an external building with thermal insulation, which is integrated into at least one vending machine, a heating and thermal control unit, and at least one water tank that has a drain from overfilling the tank, 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 to supply water through the pump and water purifier in a vending machine, as well as a refueling unit, on the one hand having an outlet to the tank, and on the other hand, a connection for refueling the water tank from an external source.

The disadvantage of this automatic kiosk is the limitation of the volume of water sales due to the lack of additional space for supplying and selling water - the trading place of the kiosk seller.

A well-known point of sale of drinking water in bottling with a reservoir (RF patent No. 98769, IPC E04H1 / 12, publ. 10/27/2010) containing a metal frame made of rod elements, sheathed with panels of galvanized sheet with a polymer coating with the formation of the floor and window an aperture from two side windows and a central opening window located above the counter and over which a visor is made, as well as a roof made hollow in the form of a cylindrical tank with a cone-shaped bottom and holes in the bottom and in the top cover to accommodate the fitting respectively for draining drinking water by gravity through a supply pipe of drinking water to the apparatus for filling and dispensing drinking water reservoir. The roof in the form of a tank is made of rod elements, sheathed with panels of galvanized sheet with a polymer coating and is equipped with a waterproof soft liner placed in the roof cavity, made with fittings respectively for draining drinking water and filling the tank with drinking water.

The disadvantage of this point of sale of drinking water in bottling is the inconvenience in operation due to the lack of an additional retail outlet for the sale of water and the need to remove the liner for washing and installing a new one.

The objective of the claimed utility model is to increase the volume of sales of water in bottling and ensure ease of use by introducing additional points of sale of water in a kiosk.

This problem is solved by a combined kiosk for the sale of bottled water, consisting of lower and upper metal frames made of profiles interconnected and sheathed by panels of a metal sheet, floor, metal ceiling with a container installed above it, attached to the profiles of the lower metal frame, moreover, the upper metal frame is the roof of the kiosk, and on the panels of the lower metal frame there is a window with a counter provided for the seller’s trading place, door, front door and opening with integrated vending machine, and the container is brought to the pipeline system that provides kiosk operation.

According to a utility model, the lower metal frame is made of six steel pipes interconnected by upper and lower metal horizontal angles and has a hexagonal shape in plan.

According to a utility model, all metal panels are insulated with mineral wool, and the panels of the lower metal frame are sheathed inside with waterproof gypsum board.

According to a utility model, the floor of the kiosk is insulated with mineral wool, on top of which boards are laid.

According to a utility model, the metal ceiling is made in the form of a lattice made of steel strips.

According to a utility model, the container is made of stainless steel, insulated with mineral wool, has a cylindrical shape with a cone-shaped bottom, is equipped with a washing centrifuge and a water level sensor, and has a technological hole with a lid on top.

According to a utility model, the upper metal frame is made of square profiles welded together with the formation in the upper part of the hexagonal pyramid, ending with a hatch and has the shape of a hexagon in plan.

According to a utility model, a canopy mounted on the railing is located above the counter.

According to a utility model, the piping system consists of a first pipeline including a first ball valve and a first tee for refueling a tank with water, a second pipeline including a second ball valve, a water filter, an electronic water meter that feeds it through a second tee and a third ball valve to a seller’s retail location and to a vending machine, a third pipeline including an air filter, a check valve and a compressor to create excess air pressure in the tank, a fourth pipeline including quarters the first ball valve for supplying a disinfectant solution and the air displaced by the water from the tank and automatically draining excess water, the fifth pipeline, including the fifth ball valve for draining the disinfectant solution.

The essence of the utility model is illustrated by drawings, where in FIG. 1 is a front view of the kiosk; FIG. 2 is a longitudinal section of a kiosk, side view, in FIG. 3 is a cross section of a kiosk; FIG. 4 is a connection diagram of a piping system.

Combined kiosk for the sale of water in bottling consists of the lower 1 and upper 2 metal frames (Fig. 1, 2) made of profiles interconnected and sheathed by panels 3 of a metal sheet (Fig. 1), floor 4 (Fig. 1 , 2), a metal ceiling 5 (Fig. 2) with a capacity of 6 installed on it (Fig. 2), attached to the profiles of the lower frame, and the upper frame is the roof 7 of the kiosk (Fig. 1), and there are a window on the panels of the lower frame 8 with a counter 9 (Fig. 1, 2), provided for the trading place of the seller 10 (Fig. 3), technological door 11, the front door 12 and the opening for the integrated vending machine 13 (FIG. 4). The lower frame is made of six steel pipes 14 (Fig. 3), interconnected by the upper 15 and lower 16 (Fig. 1) metal horizontal angles and has a hexagonal shape in plan. All metal panels 3, technological door 11 and door 12 are insulated with mineral wool 17, and the panels of the lower metal frame are sheathed from the inside with waterproof gypsum board 18 (Fig. 2, 3). The floor of the kiosk is insulated with mineral wool 17, on top of which boards 19 are laid (Fig. 2). The capacity of the cylindrical shape 6 is made of stainless steel, has a bottom 20 of a conical shape, and in the upper part has a technological hole with a cover 21 (Fig. 2, 4) and is also insulated with mineral wool 17. The capacity is equipped with a washing centrifuge 22 and a water level sensor 23 (Fig. 4), the Upper frame 2 is made of square profiles welded together with the formation in the upper part of the hexagonal pyramid 24, ending in the hatch 25 (Fig. 1), and has a plan in the form of a hexagon. Above counter 9 there is a canopy 26, which closes window 8 at night (Fig. 1, 2). For the convenience of customers, a railing 27 is provided (Fig. 1, 2), on which a canopy is fixed.

The piping system in the particular case of the implementation of the kiosk (Fig. 4) consists of a first pipeline 28, including a first ball valve 29 and a first tee 30 for filling the tank with water, a second pipe 31, including a second ball valve 32, a water filter 33, an electronic water meter 34 with the supply of water through the second tee 35 and the third ball valve 36 to the seller’s trading place 10 and to the vending machine 13, of the third pipeline 37, including the air filter 38, the check valve 39 and the compressor 40 to create excess air pressure in the tank 6, Werth conduit 41, comprising a fourth ball valve 42 to output air displaced by water from the tank 6, and an automatic draining of excess water, the fifth conduit 43, comprising a fifth ball valve 44 for draining the disinfectant solution.

The piping system operates as follows: Refueling the kiosk through the first pipeline 28 (Fig. 4). In this case, the ball valves 29 and 42 open, the remaining valves are closed. Water is supplied under pressure by means of a pump installed on a car - a water tanker. In this case, through the fourth pipeline 41, the air displaced by the water exits the tank. Refueling is carried out under the control of the seller of the kiosk. It controls the filling of water into the tank using the installed inside the tank 6 of the sensor 23 of the water level. When the tank is full, the seller instructs the driver to stop refueling. In the event of failure of the water level sensor 23 when the tank 6 is full, the excess water is automatically drained through the fourth pipeline 41. The driver, seeing in the technological door the flow of water from the fourth pipeline 41, immediately stops refueling. To prevent deterioration of water quality, before and after each filling, all connectors on the pipelines (not indicated in the drawing) are treated with a disinfectant solution and hermetically packed.

Water is supplied for sale (Fig. 4) through a second pipeline 31, through a water purification filter 33. At the same time, taps 32 and 36 are open, and taps 29, 42 and 44 are closed. Delivery is made to the vending machine and to the counter, for bottling by the seller. The supply is made under pressure, which is created inside the tank with water using a high-pressure compressor 40. Air, to create pressure inside the system, from the compressor enters the tank through the third pipe 37 through the air purification filter 38. The check valve 39 does not allow air to exit the system , and when refueling the kiosk, in case of overfilling of the tank, it does not allow water to enter the compressor. The entire system, consisting of a tank and pipelines, is sealed. The water is taken from the tank through the second pipeline 31 at a level of 10 cm from the bottom of the tank, which prevents possible precipitation from being sold to the bottom of the tank.

Sanitary processing (Fig. 4) of the tank 6 is carried out through the fourth pipeline 41, which is connected on one side to a tank with a disinfectant solution equipped with a pump (not indicated in the drawing), and on the other hand ends inside the tank 6 with a centrifuge 22. Washing of the tank and pipelines is carried out as follows: from the tank with a disinfecting solution, through the pump to the fourth pipe 41, a disinfecting solution is supplied under pressure, which rotates the spherical head of the centrifuge 22, which allows you to disinfect the entire inner surface of the container, also it allows you to completely wash off the remnants of the disinfectant solution when flushing with clean water. When a disinfectant solution is supplied, the first, second and fifth pipelines remain closed. At the end of the supply of the disinfecting solution inside the container 6 using the compressor 40 creates a pressure of 2 atm. First, under pressure, the first pipeline is washed in turn, then the second (in this case, you must first remove the water purification filter 33 and turn off the vending machine 13). Then the fifth pipeline is flushed. At the same time, the disinfecting solution itself is drained back into the tank using a flexible hose. The waste disinfectant solution is drained under pressure, which allows more efficient cleaning of not only the tank, but also all pipelines. Cleaning containers and pipelines from the remains of the disinfecting solution is carried out with clean water in the same way, at least 3 times. The replacement of the water purification filter 33 and the air filter 38 of the compressor is carried out according to the recommendations of the manufacturers.

The kiosk is mounted on a horizontal sand cushion with a thickness of at least 250 mm. Two rectangular foundation slabs of 1.5x4 m are installed at the base of the kiosk. The bottom frame of the kiosk is made on these plates, made of six steel pipes 2 m high, 80 mm in diameter and 4 mm wall thickness and is fixed with anchor bolts on six specially raised legs. These pipes are interconnected by upper and lower steel corners 80x100x5 mm and form a hexagonal frame. A metal grating ceiling consisting of steel strips 50x5 mm is attached to the upper corners of the lower frame. The container is installed on the kiosk and fastened with three M 12 bolts to the upper corners of the lower frame of the kiosk and insulated at the top and bottom with a non-combustible basalt mineral wool 30 mm thick. The upper frame of 80x80x5 mm square profiles welded together with the formation of the top of the hexagonal pyramid, which ends with a hatch. Metal sheets 1 mm thick are laid on the upper frame, which are insulated with non-combustible basalt mineral wool 100 mm thick. The bottom frame of the kiosk is sheathed on the outside with metal sheets 1 mm thick, and is also insulated with non-combustible basalt mineral wool 100 mm thick. On the inside, the lower frame is sheathed with waterproof plasterboard. The floor is also insulated with non-combustible basalt mineral wool 50 mm thick, on which 40 mm thick boards treated with fire-retardant impregnation are laid on top. Combined kiosk can be equipped with lighting and heating systems.

The proposed design of the combined kiosk, which provides for combining the sale of water for bottling by the seller and one or more vending machines, allows you to increase the volume of water sold, thereby increasing the convenience of using the kiosk, eliminating queues during the maximum flow of customers and monitoring the vending machine's operation.

In the particular case of the utility model, it is possible to use a compressor in one of the pipelines as well as an electronic water meter, which provides additional convenience in the operation of the kiosk.

Thus, the combined kiosk for the sale of water in bottling provides an increase in the volume of water sold for bottling and increased ease of use by introducing additional points of sale of water in the kiosk.

Claims (9)

1. Kiosk for the sale of bottled water, consisting of lower and upper metal frames made of profiles interconnected and sheathed by panels of a metal sheet, floor, metal ceiling with a container installed above it, attached to the profiles of the lower frame, the upper metal the frame is the roof of the kiosk, and on the panels of the lower frame there is a window with a counter provided for the seller’s trading place, a technological door, an entrance door and an opening with an integrated vending machine, Otori combined with retail space Seller unified pipeline system operating the kiosk, and supplied to the container, the total for the commercial space and the seller of the vending machine. 2. The kiosk according to claim 1, characterized in that the lower metal frame is made of six steel pipes interconnected by upper and lower metal horizontal corners and has a hexagonal shape in plan. 3. The kiosk according to claim 1, characterized in that all metal panels are insulated with mineral wool, and the panels of the lower metal frame are sheathed inside with waterproof gypsum board. 4. The kiosk according to claim 1, characterized in that the floor of the kiosk is insulated with mineral wool, on top of which the boards are laid. 5. A kiosk according to claim 1, characterized in that the metal ceiling is made in the form of a lattice made of steel strips. 6. The kiosk according to claim 1, characterized in that the container is made of stainless steel, insulated with mineral wool, has a cylindrical shape with a cone-shaped bottom, is equipped with a centrifuge for washing and a water level sensor, and has a technological hole with a lid on top. 7. The kiosk according to claim 1, characterized in that the upper metal frame is made of square profiles welded together with the formation in the upper part of the hexagonal pyramid, ending with a hatch, and has a plan in the form of a hexagon. 8. The kiosk according to claim 1, characterized in that a canopy fixed on the railing is located above the counter. 9. The kiosk according to claim 1, characterized in that the unified piping system consists of a first pipeline including a first ball valve and a first tee for filling the tank with water, a second pipeline including a second ball valve, a water filter, an electronic water meter with its supply through the second tee and the third ball valve to the seller’s trading place and to the vending machine, the third pipeline, including an air filter, a check valve and a compressor to create excess air pressure in the tank, the fourth pipeline, incl. sistent fourth rotary valve for supplying a disinfecting solution and air outlet, water displaced from the tank and automatic draining excess water, fifth conduit comprising fifth ball valve for draining the disinfectant solution.