TR201703440A2 - COOLER WITH A DISTRIBUTION DEVICE - Google Patents

Abstract

The present invention provides a control unit (13) in which the data entered via the control panel (14) and the control panel (14) is stored, the operation of the distribution device (5) is controlled, in which the user can enter data into the distribution device (5) and inquire the status of the distribution device (5). (1).

Description

DESCRIPTION REFRIGERANT CONTAINING A DISTRIBUTION DEVICE This invention aims to dispense solid and/or liquid beverage or food by mixing. It relates to a refrigerant containing a distribution device that provides

Today, refrigerators are used mainly for cooling or freezing foods. Apart from its duties, ice generator, water fountain etc. with the devices attached to them It also offers additional functions to the service of the consumer. This type of device is integrated Since the coolers with which it is supplied offer additional functions and save space, use ease Etc. It is preferred by the consumer because of its advantages. In particular, the water placed in the doors of wardrobe type and two-door coolers Cold or hot water and ice need door by using water dispensers. is received without opening. Mostly, ice and cold water are obtained in coolers. available water springs are used. Water dispenser cooling in two-door coolers located at the compartment door. In this case, the interior temperature of the water While it is sufficient for cooling, an additional cooling process is required for ice production. needs to be implemented. In wardrobe type coolers, water dispenser freezer is located in. Here, unlike the case with two-door refrigerators, ice While it is ready, cold water can be obtained from the water tank in the cooler compartment. The water is transferred to the spring with the help of a pump.

The application has a water fountain where cold water, ice and hot water can be obtained. A refrigerant is described.

United States numbered USZOl6/0264395 in the state of the art In a Patent Application, a beverage that prepares a beverage according to the data entered by the user. A refrigerator with a distribution device is described.

The object of this invention is to include a dispensing device that can be mixed with solids and/or liquids. realization of a cooler.

In order to achieve the purpose of this invention, the first request and the dependent The cooler as defined in the claims, mounted on the body or the door, has at least two The material taken from the hopper is stored in a single hopper at the rate desired by the user. a dispensing device that allows it to be mixed and then delivered to the outlet contains.

The dispensing device dispenses the material in at least two chambers, not in the user's cabin. located in the door and/or body insulation before transferring to the user cabin. mixes in a mixing bowl. Thus, a cooler integrated Beverage dispensing process can be easily done without taking up too much volume with the dispensing device. preserving the temperature of the prepared drinks is provided.

In one embodiment of the invention, liquid and solids are added to at least one of the chambers. obtaining a product in which liquid and solid materials are mixed by adding is provided.

In one embodiment of the invention, the cooler is a mixer in the mixing chamber. contains. Thanks to the mixer, different products taken from the hoppers are interconnected. effective mixing is ensured.

In another embodiment of the invention, the chamber in which the solid materials are placed, It is a device that allows solid materials to be broken, shredded and grinded. Includes grinder.

In another embodiment of the invention, various recipes can be controlled via the control panel. unit can be entered. Thus, the distribution device can be personalized and different interaction of users by enabling user profiles to be loaded and satisfaction is provided.

With this invention, various cocktails can be prepared simply and quickly, automatically. are prepared and put into use.

In order to achieve the purpose of this invention, a cooler is attached has been shown, from these figures; Figure 1 - General view of the chiller with a distribution device.

Figure 2 - is the section view of the distribution device and the cooler.

The parts in the figures are numbered one by one and the corresponding numbers are given below.

Cooler insulation material distribution device transmission pipe mixing chamber outlet port . Mixer . transmission mechanism . control unit 14. Control panel . Tray Cooler (1), a body (2), a door (3) providing access to the body (2), body At least two chambers with at least one outlet (9) located on (2) or door (3) (6) and at least two transmission pipes (7), one of which is opened to the chambers (6). The other ends of the pipes (7) are opened and the products taken from the chambers (6) the outlet port (9), which is located under the chambers (6), before the outlet port (9). (9) a dispensing device (5) with a connected mixing chamber (8) includes (Figure 1).

The cooler (1) ensures that the products in the chambers (6) are taken at the desired rate and At least two transfer mechanisms that allow the transfer to the mixing chamber (8) (ll) contains. Thus, from the chambers (6) to the mixing chamber (8), the desired It is ensured that the amount of material can be measured and transferred. Transfer In an embodiment of the invention as the mechanism (11), a pump is used.

In another embodiment of the invention, the valve as the transmission mechanism (11) is used.

The user can take it by making a mixture from the materials in the chambers (6). instantly or previously installed by the user The material in the proportions determined according to the recipes is taken from the chambers (6) and conveyed. It is transferred to the mixing chamber (8) with the help of pipes (7). To mix up It is mixed in the reservoir (8) and poured into the outlet of the dispenser (5) (9). is transmitted.

Insulation material filled between the walls of the cooler (l), body (2) and door (3) (4) includes. Mixing chamber (8), on body (2) or door (3), insulation material (4). Thus, inside the mixing chamber (8) preserving the temperature of the prepared mixture before it is taken from the outlet (9) is provided (Figure 2).

In one embodiment of the invention, the cooler (1) is inside the mixing chamber (8). It includes at least one mixer (10) that assists the mixing process. Mixer (10) As a result, spraying, ultrasonic vibration, multi-layers located on the delivery pipe (7) methods such as nozzle sprayer or slotted propeller are used.

The cooler (l) allows the user to enter data into the distribution device (5) and control panel with a control panel (14) where the device (5) can query the status The operation of the distribution device (5), where the data entered through (14) is stored, It includes a control unit (13) by which it is controlled. Hoppers (6) desired products through the control panel (14) on the door (3) after being filled with The information about the products in the chamber (6) is entered by the user.

Thus, the mixtures created by the user are sent to the control unit (13). is loading. Data entered via control unit (13), control panel (14) according to the previously entered recipes from the materials in the chambers (6) or transfer mechanisms that ensure that it is received in line with the instantly entered information. (11) and controls the sensors. In the distribution device (5), level, pressure, pollution, temperature, distance, humidity, weight etc. sensors that measure values is used. Distribution device (5), wired or wirelessly controlled can be achieved.

The cleanliness of the transmission bonnets (7) is the transmission mechanism of the water drawn from the network. By operating the pump used as (l 1) first in one direction and then in the other direction. by circulating it in all the delivery pipes (7) and inside the chambers (6) is provided.

In one embodiment of the invention, the cooler (1) is filled with liquid in at least one of them. on the other hand, it contains at least two chambers (6) in which solid material is placed. In both chambers (6) It is connected to the mixing chamber (8) separately via the transmission pipes (7).

The liquid-filled reservoir (6) can be directly connected to the water mains, as well as to the user. It can also be filled with other liquid materials. To this chamber (6), Liquid-filled packages taken from outside can also be inserted like cartridges.

The hopper (6), where solids are filled, can be used for baby food, cornflakes, etc. thick It is a chamber (6) in which the materials are placed. The cooler (1) is part of this chamber (6). It is the smallest unit that is placed in the chamber (6), which breaks and shreds solid materials. contains a small grinder (12).

The transfer mechanism (l 1) is the one in the chambers in which solid and liquid materials are placed. (6) transfers the materials into the mixing chamber (8) at the desired rate.

In the preferred embodiment of the invention, the dispenser (5), water, ice and the user Three outlets where solid and liquid materials will be mixed and transferred to be determined by the mouth (9).

Due to the cooler (l), overflowing from the glass or incorrect positioning of the glass it includes a tray (15) that allows the spilled beverage to be collected. Tray (15) it is in a removable structure. In this way, the tray (15) is quickly and simply can be cleaned.

With this invention, various cocktails, solid liquid mixtures can be prepared quickly and practically. They are automatically prepared and made available for use.

Claims (1)

REQUIREMENTS: At least one outlet port (9), 0 at least two chambers (9), placed on the body (2) or the door (3), containing a body (2) and a door (3) providing access to the body (2). 6) and 0 one ends open to the chambers (6), at least two transmission pipes (7) and the other ends of the 0 transmission pipes (7) are opened, where the products taken from the 0 chambers (6) are mixed, before the outlet mouth (9), the chambers (6) a cooler (1), characterized by a distribution device (5) having a mixing chamber (8), located below it, connected to the 0 outlet port (9). A cooler (l) as in Claim 1, characterized by at least two transfer mechanisms (11) that allow the products in the chambers (6) to be taken at the desired rate and transferred to the mixing chamber (8). A cooler (1) as in Claim 2, characterized by the pump used as the transfer mechanism (11). A cooler (1) as in Claim 2, characterized by the valve used as the transfer mechanism (11). A distribution device (5) containing insulating material (4) filled between the walls of the body (2) and the door (3), and the mixing chamber (8) located in the insulating material (4) on the body (2) or the door (3). A cooler (l) as in claim 1, characterized by ). A cooler (1) as in Claims 1 and 5, characterized by at least one mixer (10) inside the mixing chamber (8) that assists the mixing process. It is characterized by a control panel (14) where the user can enter data into the distribution device (5) and query the status of the distribution device (5), and a control unit (13) where the data entered through the control panel (14) is stored and the operation of the distribution device (5) is controlled. A cooler (1) as in any one of the preceding claims. A cooler (1) as in Claim 19, characterized by at least two chambers (6) in which at least one liquid is placed and at least one solid material is placed. A cooler (1) as in Claims 1 and 8, characterized by at least one grinder (12) which is placed in the chamber (6) where solid materials are filled, and which breaks and shreds solid materials. A cooler (l) as in any one of the above claims, characterized by a tray (15) that provides the collection of the beverage that overflows from the glass or due to the incorrect positioning of the glass.