RU62268U1 - DRINKING MACHINE - Google Patents

Abstract

The invention relates to automatic devices for bottling liquids, in particular, to automatic machines for bottling beverages.

The purpose of the proposed utility model is to increase the productivity of the machine for bottling by increasing the speed of serving people.

The device operates as follows. The fluid source, drain 24, the control unit 20 are connected to appropriate external devices / or energy sources. According to the control signals from the control unit 20, gas from the gas source 26 and liquid from the liquid source 29 are supplied through the corresponding pipelines 31 to the beverage preparation device 27. The selection of the beverage and its supply on / off is carried out using the first 15 and / or connected to the control unit 20 second 10 controls. The control unit 20 provides such a mode of operation when the preparation of the drink and its delivery to the first 17 and second 6 nozzles can be carried out simultaneously. The pump 28, compressor 25, and the device for making drinks 27 have a capacity that provides for the simultaneous preparation of two different drinks and their dispensing in the first 14 and second 7 niches. Bottling of the drink is carried out in a container that is substituted for the first pipe 17 (in the first niche 14) and / or under the second pipe 6 (in the second niche 7). The implementation of the machine for bottling drinks with two niches (the first 14 and second 7) significantly speeds up the service process.

1 pf, 2 Fig.

Description

Technical field

The invention relates to automatic devices for bottling liquids, in particular, to automatic machines for bottling beverages.

State of the art

A well-known automatic machine for bottling (patent of the Russian Federation No. 544228, publication date 10.06.06), consisting of a body in the form of a rectangular parallelepiped, inside which there is a reservoir and pumping equipment. The housing consists of a front, rear, first and second side walls, a bottom and a cover. The rear wall is rigidly connected to the first side wall, the front wall is rigidly connected to the second side wall. The connection of the front wall and the second side wall is made with rounding the corner, the front wall is connected to the rest of the body on the hinges. A niche is made in the front wall with the end of the beverage supply tube placed in it, and on the side of the niche is a control element that enables the on / off supply of the beverage.

The closest technical solution is a carbonated dispenser (RF patent No. 54957, priority 03.11.2003), consisting of a body in the form of a rectangular parallelepiped with rounded ribs. The housing includes a front, rear, two side walls, a bottom and a cover. The front wall is convex, in its upper part there is a niche of a rectangular shape, into which three nozzles for supplying drinks are displayed. At the end of each pipe, an outlet device (crane) is connected. At the bottom of the niche there are grilles to remove splashes and excess drinks. Above the niche are the control elements of a carbonating dispenser in the form of several buttons, which enable / disable different types of drinks. Inside the case, there are tanks for drinks and pumping equipment for supplying drinks from the tanks to the nozzles. All the walls, the bottom and the lid of the body are rigidly interconnected, at the bottom of one of the side walls there is a rectangular door, half the height of the side wall, attached to the side wall on hinges with the possibility of opening / closing. The door is intended for access inside the case for

maintenance of devices located in it. However, with such a design of a building with one niche, only one person can be serviced, which, when there is a large concentration of people (for example, when using a gas dispenser by employees of an enterprise during a break), will result in a queue.

A disadvantage of the known technical solutions is the insufficiently high productivity of the machine for bottling drinks.

The purpose of the proposed utility model is to increase the productivity of the machine for bottling by increasing the speed of serving people.

Utility Model Disclosure

This goal is achieved due to the fact that in the machine for bottling containing a gas source, a liquid source, a control unit, pipelines, a beverage preparation device, a parallelepiped-shaped housing with a front, first side, second side and rear walls, a bottom and a cover, wherein said lid is located on top and connected to said first, second side and rear walls, said bottom is located below and connected to said first, second side and rear walls, and said front wall is laid between the specified bottom and the cover, the first and second side walls and connected to one of them with the possibility of rotation, the specified rear wall is located between the specified bottom and the cover, the first and second side walls and connected to them, in addition to the specified front wall a niche with the first upper and lower walls, the first nozzle is located in the specified first upper wall, and the first grate is located in the specified first lower wall, the first control element is located on the front wall, and this said gas source and a liquid source are connected by a corresponding pipe to said beverage preparation device, which is connected by a corresponding pipe to said first pipe, and said first control element is connected to said control unit, in one of said side walls there is a second niche with second upper and the lower walls, in the specified second upper wall there is a second pipe connected to the specified device for the preparation of drinks by a corresponding pipe a wire, and in the specified second lower wall there is a second grate, on the specified one of the side walls there is a second control element connected to the specified control unit.

Brief Description of the Drawings

The utility model is illustrated by drawings (figure 1, 2), which shows an automatic machine for bottling. Figure 1 shows a General view of the machine for bottling water in the projection, figure 2 shows a front view of the machine for bottling water with an open front wall.

Implementation of a utility model.

Description of the design of the device illustrating a particular case of the implementation of the utility model

In the figures, in clockwise order of increasing numbers are indicated: body 1, front wall 2, cover 3, first side wall 4, second upper wall 5, second pipe 6, second niche 7, second lower wall 8, second grille 9, second control element 10, ventilation holes 11, first grill 12, first lower wall 13, first niche 14, first control element 15, first upper wall 16, first pipe 17, rear wall 18, filter 19, control unit 20, second exhaust valves 21, first exhaust valves 22, bottom 23, drain 24, compressor 25, source gas nick 26, the beverage preparation device 27, pump 28, fluid source 29, the second side wall 30, piping 31.

The case 1 of the automatic machine for bottling is made in the form of a rectangular parallelepiped. It consists of a front wall 2, a rear wall 18, a first side wall 4, a second side wall 30, a cover 3 and a bottom 23. The material from which the housing 1 is made may be different, for example, metal, plastic, or a combination thereof. In this case, the housing 1 is made of metal sheets.

In the description, the direction “from top to bottom” is assumed to coincide with the direction of the gravity vector, the vertical refers to the direction parallel to the gravity vector, the horizontal refers to the direction perpendicular to the gravity vector. Further in the description, the arrangement of the elements of the device as vertical / horizontal is indicated according to these directions. The relative position of the elements above / below each other in the vertical direction is indicated with respect to the horizontal surface on which the beverage dispenser is in the operating position.

The bottom 23 is located below and connected to the first 4, second 30 side walls and rear wall 18.

The cover is located on top and connected to the first 4, second 30 side walls and rear wall 18.

The rear wall 18 is located between the bottom 23 and the cover 3, the first 4 and second 30 side walls. The rear wall 18 is rigidly connected to the first 4 and second 30 side walls, the cover 3 is rigidly attached to the above walls and the bottom 23 is attached to the bottom. The cover 3 and the bottom 23 have the corresponding shape necessary for tight closure with the front 2, the first 4 and the second 30 side walls. Additional holes can be made in the rear wall 18 for hoses, cables, etc., connecting the beverage dispenser to external devices and / or energy sources (not shown in the figures).

The front wall 2 is located between the bottom 23 and the cover 3, the first 4 and second 30 side walls, connected to the rest of the housing 1 by a movable connection (for example, on hinges). In this case, the front wall 2 is movably connected with a hinge to the first side wall 4. The detachable connection of the front wall 2 with the second side wall 30 is fixed with a lock (not shown in the figures).

In the front wall 2, in the middle relative to its width, in height at the level of convenient access for humans, there is a first niche 14. At the bottom of the front wall 2 there are ventilation holes 11 for cooling the devices inside the housing 1, which will be discussed below.

In the first side wall 4, in the middle relative to its width, in height at the level of convenient access for humans, there is a second niche 7. At the bottom of the first side wall 4 there are ventilation holes 11 for cooling the devices inside the case 1.

The first 14 and second 7 niches are made in the form of a rectangular parallelepiped, they are recessed inside the housing 1. In this case, the first 14 and second 7 niches are made of identical sizes, but in other cases they can be of different sizes, depending on the dimensions of the housing 1. Through them respectively, the first 16 and second 5 upper walls are brought out. In the first 13 and second 8 lower walls of the first 14 and second 7 niches, respectively, the first 12 and second 9 gratings are located. The sizes of the first 14 and second 7 niches are made sufficient for unhindered placement in them, respectively, under the first 17 and second 6 nozzles of the beverage container.

From the inside of the housing 1 on the first upper wall 16 of the first niche 14 is located at least one first exhaust valve 21, which is connected by appropriate

pipelines 31 with a beverage preparation device 27 and a first nozzle 17. Similarly, at least one second exhaust valve 22 is located inside the housing 1 on a second upper wall 5 of a second niche 7, which is connected by respective pipelines 31 to a beverage preparation device 27 and a second nozzle 6. In this case, there are two first 21 and two second exhaust valves 22.

From the inside of the housing 1 on the first lower wall 13 of the first niche 14, a corresponding pipe 31 connected to the drain 24 is connected to the first grill 12. Similarly, from the inside of the housing 1 on the second wall of the second niche 7, the corresponding pipe 31 is connected to the drain 24.

In the immediate vicinity of the first niche 14 (in this case, on the side to the left of it when the observer is opposite the first niche 14), at least one first control element 15 is located. In this case, the first control element 15 is made in the form another of four buttons with explanatory inscriptions below them.

In the immediate vicinity of the second niche 7 (in this case, on the side to the left of it when the observer is opposite the second niche 7), at least one second control element 10 is located. In this case, the second control element 10 is the same as the first the control element 15 is made in the form of four buttons located one below the other with explanatory inscriptions below them.

Inside the housing 1 there is a gas source 26, a beverage preparation device 27, a liquid source 29, a compressor 25, a pump 28, a filter 19, a first exhaust valve 21, a second exhaust valve 22, a drain 24, a control unit 20, pipelines 31.

The gas source (in this case, one carbon dioxide cylinder) is located on the bottom 23 of the housing 1, is located at the rear wall 18 in a vertical position, it is fixed by mounting on the second side wall 30. The gas source 26 is connected by a corresponding pipe 31 to the beverage preparation device 27 .

The fluid source in this case is a tap fixed in the middle of the rear wall 18, which has a lead through an additional hole to the outside of the housing 1. Outside, it can be connected, for example, to a water supply system or a container with liquid (as an option, a container with liquid can be placed inside the case one). The fluid source 29 is connected by a suitable pipe 31 to the beverage preparation device 27 and to the filter 19.

The device for preparing a drink 27 is located in the lower half of the housing 1, mounted on the frame. The beverage preparation device 27 may consist, for example, of a heat-insulating container, in which there is a heat exchange fluid in which a cooler, a temperature sensor, a stirrer, a coil and a carbonizer are placed; an overflow pipe is brought out from the heat-insulating container (these elements are not shown in the figure because of the multivariance of their execution in shape and size). In addition, the device for preparing a drink 27 may contain containers for various additives to liquids used in the preparation of drinks (salt, syrup, etc.), respective mixing containers and pipelines 31 connecting these containers to each other and the first 21 and second 22 exhaust valves.

The beverage preparation device 27 is connected by corresponding pipelines 31 to a gas source 26, a liquid source 29, a pump 28, a compressor 25, first 21 and second 22 exhaust valves.

The compressor 25 is located in the lower part of the housing 1, is fixed on the bottom 23, connected to the cooler through the corresponding pipelines 31.

The filter 19 is located in the upper part of the rear wall 18, is mounted on it. The filter 19 is integrated into the corresponding pipe 31 between the liquid source 29, the beverage preparation device 27, in front of the pump 28.

The pump 28 is located in the middle of the inner space of the housing 1, is mounted above the device for preparing the drink 27 on the same frame. The pump 28 is built into the corresponding pipe 31 between the liquid source 29, the beverage preparation device 27, behind the filter 19 in front of the beverage preparation device 27.

The drain in this case is a crane fixed in the middle in the lower part of the rear wall 18, having a conclusion through an additional hole to the outside of the housing 1. The drain 24 is connected by corresponding pipelines 31 to the first 12 and second 9 grids. Outside it can be connected, for example, to a drain pipe of a water supply system, to a sewer pipe, etc.

The control unit 20 is located in the upper part of the first side wall 4 and is mounted on it. The control unit 20 is connected by electrical circuits to a pump 28, a compressor 25, a beverage preparation device 27, first 21 and second 22 exhaust valves, first 15 and second 10 control elements. In order to simplify the perception of the drawings, electrical circuits are not shown in the figures.

Additionally, in the first 13 and second 8 lower walls of the first 14 and second 7 niches can be located glass washers connected by appropriate

pipelines 31 with a source of fluid 29 and a drain 24 (not shown in the figures). In other cases, both niches (first 14 and second 7) of the beverage dispenser may be equipped with devices for dispensing disposable cups.

Operation of a device illustrating a particular case of a utility model implementation

The device operates as follows. The machine for bottling drinks is put in its intended place (for example, in the workshop, in the corridor, in the dining room, etc.). The front wall 2 performs the function of a door providing access to devices located inside the housing 1. The front wall 2 is biased by hinges, providing access to devices located inside the housing 1.

A fluid source 29, a drain 24, a control unit 20 are connected to appropriate external devices / or energy sources (water supply, sewage, electrical networks), a gas source 26, if necessary, adjustment work is carried out. After that, the front wall 2 with the second side wall 30 is returned to its original position and locked with a rear wall 18.

According to the control signals from the control unit 20, gas (in this case, carbon dioxide) from the gas source 26 and liquid (in this case, water) from the liquid source 29 is supplied through the corresponding pipelines 31 to the beverage preparation device 27. In this case, the liquid passes through the filter 19 , if necessary, is pumped up by pump 28 (in the event that the pressure under which the liquid enters is not sufficient for the normal operation of the device for preparing drinks).

The selection of the beverage and the on / off supply of the beverage is carried out using the control elements 20 connected to the control unit 20 of the first 15 and / or second 10, in particular by pressing their buttons. At the same time, the control unit 20 provides such a mode of operation of the device for preparing drinks when the preparation of the beverage (or drinks) and its delivery to the first 17 and second 6 nozzles can be carried out simultaneously or almost simultaneously. In the automatic machine for bottling drinks, a pump 28, a compressor 25, and a device for making drinks 27 of such a capacity are installed that make it possible to simultaneously prepare two different drinks and dispense them in the first 14 and second 7 niches. In this case, the delivery of chilled water, sparkling water, salted water is provided.

If there are glasses in the machine for dispensing drinks, they can be switched on, for example, using one of the buttons of the first 15 and second 10 control elements, while the water is supplied to the glass washer through the corresponding pipelines 31 through the first 21 and second 22 exhaust valves from the pump 28; the used water is removed through appropriate pipelines 31 to drain 24. If there are devices for dispensing disposable cups in the beverage dispenser, they can be switched on, for example, using the first 15 and second 10 control elements.

Bottling of the drink is carried out in a container that is substituted for the first pipe 17 (in the first niche 14) and / or under the second pipe 6 (in the second niche 7). Spray of the drink and / or its surplus, which did not fall into the container, and in the presence of glass washers - used water, is removed through the first 12 and second 9 grates, pass through the corresponding pipelines 31 to the drain 24 and are discharged through it to the outside of the housing 1, to the external drain ( sewer) pipe.

The implementation of an automatic machine for bottling drinks with two niches (first 14 and second 7) located on different (front 2 and first side 3) walls significantly speeds up the maintenance process, which is especially important, for example, when installing the machine in production rooms, when for a short period time (break in work) it is necessary to serve a large number of people. People can go simultaneously to the first 14 and second 7 niches and get drinks without interfering with each other. Thus, serving people is about twice as fast. In addition, this automatic machine for bottling drinks is compact, and it does not require much space to install it.

During operation, it may be necessary to repair or readjust, as well as replace individual components located inside the housing 1. For this, housing 1 is opened by turning the front wall 2. This provides convenient unhindered access to the first 14 and second 7 niches from the inside and all other devices inside housing 1, and does not require disconnection of any internal connections. All necessary work is performed, after which the housing 1 is locked.

The implementation of the utility model of the machine for filling drinks with a housing 1, the rear wall 18 of which is connected to the first 4 and second side 40 walls, the bottom 23 and the cover 3, the movable connection of the front wall 2 and the first side wall 4, with the first 14 and second 7 niches, located respectively on the front 2 and the first side 4 walls, with respectively placed on the first 16 and second 5 upper

the walls of the first 17 and second 16 pipes, respectively placed on the first 13 and second 8 lower walls of the first 12 and second 9 gratings, with a gas source 26, a beverage preparation device 27, a liquid source 29, a compressor 25, a pump 28, located inside the housing 1 the filter 19, the first exhaust valves 21, the second exhaust valves 22, the drain 24, the control unit 20, with the above connections of the elements corresponding pipelines 31 increases the performance of the machine for bottling.

Claims (1)

A beverage dispenser comprising a gas source, a liquid source, a control unit, pipelines, a beverage preparation device, a parallelepiped-shaped housing with a front, first side, second side and rear walls, a bottom and a lid, said lid located on top and connected to said the first, second side and rear walls, the specified bottom is located below and connected to the specified first, second side and rear walls, and the specified front wall is located between the specified bottom and cover, the first and the second side walls and connected to one of them with the possibility of rotation, the specified rear wall is located between the specified bottom and the cover, the first and second side walls and connected to them, in addition, in the specified front wall there is a first niche with the first upper and lower walls, a first branch pipe is located in said first upper wall, and a first grate is located in said first lower wall, a first control element is located on said front wall, wherein said gas source and a liquid source and connected by a corresponding pipe to said beverage preparation device, which is connected by a corresponding pipe to said first nozzle, and said first control element is connected to said control unit, characterized in that a second niche with second upper and lower walls is made in one of said side walls, in the specified second upper wall there is a second pipe connected to the specified device for the preparation of drinks by the corresponding pipeline, and in the specified second the bottom wall is a second grating on said one of said side walls is arranged a second control element coupled to said control unit.