TR201701817A2 - A DISHWASHER - Google Patents

Abstract

SUMMARY OF THE INVENTION The present invention relates to a housing (2), a washing vessel (3) on the housing (2), wherein the washing vessel (3) is located between the washing vessel (3) and the housing (2), the air being drawn from the washing vessel (3). The present invention relates to a dishwasher (1) comprising a drying pocket (4), which is sent to the washing tub (3) with low humidity.

Description

DESCRIPTION A DISHWASHER This invention relates to a dishwasher with increased drying efficiency.

After performing the washing and rinsing steps in the dishwasher, drying With this step, the dishes are dried. From the dishwasher The drying step is very important for it to come out brighter and cleaner. Drying In step, water drops on the dishes are evaporated and washed off the dishes. being removed. Evaporating drops of water onto cold surfaces and moist air. it condenses by crashing and is carried from the washing cabinet. The efficiency of the drying step In order for the water vapor to come out of the washing cabinet in a short time after it is completed to be removed or removed from the wash cabinet by condensation required. However, the water drops on the dishes evaporate and It takes time to condense and remove from the wash cabinet. Because The drying step takes a long time, increasing the program duration and energy consumption. causes. Drying performance in energy-saving programs is falling. phase change material to improve drying performance in application A used dishwasher is described.

The aim of this invention is to use a dishwasher with increased drying efficiency. is realization.

In order to achieve the purpose of this invention, the first request and the dependent The dishwasher as defined in the claims has a body and a Includes washing tub. There is a drying pocket between the washing tub and the body. takes. The drying pocket is designed to reduce the humidity of the air drawn from the washing tub. It ensures that it is sent to the washing tub. In this way, more a dry air is sent and the drying performance increases.

The dishwasher, which is the subject of the invention, is a chamber located on the drying pocket. contains. At least one side of the chamber and drying pocket is completely in contact with each other. is doing. In this way, the air in the drying pocket is dehumidified faster.

In one embodiment of the invention, the dishwasher is the surface of the surface in contact with the drying pocket. It contains a chamber whose temperature can be changed. In this way, the chamber can be adapted to different algorithms. able to adapt.

In one embodiment of the invention, the dishwasher is washed with cold water from the mains. contains the filled chamber. In this way, the contact with the drying pocket of the chamber A cold surface is formed on the surface.

In one embodiment of the invention, the dishwasher is washing during the washing process. It contains a reservoir filled with hot water drawn from the boiler. In this way, drying A hot surface is formed on the surface in contact with the pocket.

In one embodiment of the invention, the dishwasher is a heater located on the bowl. contains. When cold water is drawn from the mains on the reservoir, water is supplied by the heater. is heated. In this way, the chamber can adapt to different algorithms.

In one embodiment of the invention, the dishwasher is stuck on the drying pocket. Includes removable hopper. In this way, the chamber can be added later. or can be removed when necessary.

In one embodiment of the invention, the dishwasher is a tank located on the body. contains. The tank carries water at different temperatures with the reservoir. In this way, the dishwasher The amount and type of water stored on the machine is increasing.

A dishwasher realized to achieve the purpose of this invention is presented in the attached figures. has been shown, from these figures; Figure 1- Perspective view of the dishwasher.

Figure 2- The schematic view of the drying pocket and the chamber.

Figure 3- The schematic view of the chamber and the heater.

Figure 4- The sematic view of the reservoir and the tank.

The parts in the figures are numbered one by one and the corresponding numbers are given below. given. 1- Dishwasher 2- Body 3- Washing tub 4- Drying pocket - Hopper 6- Heater 7- Warehouse Dishwasher (1), a body (2), located on the body (2), inside the washing machine A washing tub (3), in which the process is made, is between the washing tub (3) and the body (2). The air drawn from the washing tub (3) located in the wash basin with lower humidity (3) includes a drying pocket (4) that allows it to be sent. Drying pocket (4) The air taken in is purged of moisture and sent back to the washing tub (3). This In this way, when the washing program comes to the drying step, it can be washed quickly with dry air. drying process is carried out. Time and energy spent on drying is decreasing. (Figure 1) The dishwasher (1), which is the subject of the invention, has at least one unit located on the drying pocket (4). the surface of which is in contact with a surface of the drying pocket (4) and It includes a reservoir (5) that provides the exchange. One in contact with the drying pocket (4) Thanks to its surface, heat exchange is provided. In this way, from the washing tub (3) it is ensured that the air drawn into the drying pocket (4) is dehumidified more quickly.

Thanks to the shortening of the process of dehumidifying the air in the drying pocket (4) drying step can take place faster. This saves time and energy is provided. (Figure 2) In one embodiment of the invention, the dishwasher (1) is in contact with the drying pocket (4). The chamber (5) that can adapt to different algorithms by changing the surface temperature contains. By changing the temperature of the water in the chamber (5), the surface temperature can be changed. In this way, the use of the chamber (5) can also be timed with different algorithms. and saves energy.

In one embodiment of the invention, the dishwasher (1) is rinsed with cold water taken from the mains. It contains a chamber (5) that provides a cold surface when filled. Hopper (5) When cold water is filled on it, the surface in contact with the drying pocket (4) it is assured to be. In this way, the condensation process in the drying pocket (4) faster and the drying step is shortened.

The energy spent for condensation is reduced.

In one embodiment of the invention, the dishwasher (1) is used for washing during the washing process. which provides the formation of a hot surface when filled with hot water drawn from the boiler (3). the chamber (5). During the washing process, the heat drawn from the washing tub (3) water fills into the chamber (5). In this way, the surface of the chamber (5) is heated.

The humidity of the air on the drying pocket (4) in contact with the hot surface is rapidly can be reduced. In this way, more amount is added to the washing tub (3) in a short time. dry air can be sent. The drying step time is shortened and the energy savings are achieved.

In one embodiment of the invention, the dishwasher (1) is located on the chamber (5), it includes a heater (6) that provides heating of the water taken into the chamber (5). Hopper (5) When cold water is taken from the mains on it, water can be heated by means of the heater (6). This In this way, without using water heated in the dishwasher (l) during the washing process, only the water in the reservoir (5) is heated. hot water of cold water inside The bowl (5) and the dishwasher (1), which can also be used as able to adapt. (Figure 3) In one embodiment of the invention, the dishwasher (1) is stuck on the drying pocket (4). It contains a removable chamber (5). The chamber (5) gets stuck on the drying pocket (4). can be removed. In this way, when desired, the chamber (5) can be prevented from being used. can be removed. Harmful substances that can be formed by the water waiting in the reservoir (5), the chamber (5) can be easily cleaned by removing it. In this way, hygienic and easy usage is provided.

In one embodiment of the invention, the dishwasher (1) is equipped with a reduced outer surface thickness. it contains a drying pocket (4). The outer surface thickness of the drying pocket (4) is reduced.

In this way, the heat exchange between the chamber (5) and the drying pocket (4) increases. is provided. In addition, the drying pocket (4), the outer surface thickness of which decreases, the dishwasher (1) It takes up less space on it. In this way, the bowl (5), the dishwasher (1) placed comfortably on it.

In one embodiment of the invention, the dishwasher (1), the washing tub (3) and the body (2) It contains a reservoir (7) located between the chamber (5) and water at different temperatures.

Water at different temperatures is filled on the tank (7) with the reservoir (5). Water to tank (7) It can be transmitted from the mains or through the washing tub (3). Tank (7) with hopper (5) can be used simultaneously. In this way, the water stored in the dishwasher (l) A dishwasher with increased drying efficiency with this invention (l) is carried out. A dryer located between the washing tub (3) and the body (2). Thanks to its pocket (4), the air in the washing tub (3) is protected from moisture during the drying step. it is used as a purifier. Dehumidification of the air that occurs in the drying pocket (4) The faster the purification process, the faster the drying process. is carried out. A chamber (5) is used on the drying pocket (4).

Hot or cold water can be filled into the chamber (5). Drying with hopper (5) air in the drying pocket (4) thanks to the heat exchange between the dehumidification takes place faster. In this way, the drying performance increases, time and energy savings are achieved.