TR202010950A2 - A DISHWASHER WITH A FAILURE CONTROL SYSTEM - Google Patents

Abstract

This invention consists of a body (2), a washing tub (3) located on the body 5 (2), in which the washing process takes place, and at least a basket (4) in the washing tub (3) on which the kitchen utensils are placed to be washed. a dishwasher (1) comprising at least one spray element (5) that provides the washing process by conveying water on the basket (4), a lighting element (6) located on the washing tub (3), and an optical sensor (7). It is related to.

Description

DESCRIPTION A DISHWASHER WITH A FAILURE CONTROL SYSTEM This invention relates to a dishwasher containing a fault control system.

Nowadays, dishwasher is used to wash dirty kitchen items. It is widespread and efficient. Dishwashers operate at high temperatures in less time and less It enables the cleaning process to be carried out with a large amount of water. Dishwasher Dirty kitchen utensils are placed in the baskets on top. close to baskets Transferring water onto kitchen utensils thanks to the fans located in the position is provided. Thanks to the holes on the propeller and the rotation of the propellers, water is pressurized and the cleaning effect increases. In this way, with less amount of water The cleaning process takes place, saving time and energy. Kitchen The placement of your belongings on the basket is important. Kitchen utensils on basket Ability to spray water directly onto the kitchen utensils while placing them must be provided. Parts that do not come into contact with water may remain dirty. For this reason kitchen Their belongings are placed on baskets as wide as possible. contact with water When the surface area is increased, problems such as not being able to use the basket area efficiently appear. is coming out. For this reason, kitchen utensils are often placed on top of each other on the basket. is placed. In this case, the fans may hit the kitchen utensils while rotating. causing it to crash and stop or rotate slowly. efficiency of the propeller The dishwasher comes out dirty after the washing process as a result of it not working. causes kitchen utensils. This situation reduces user satisfaction.

In the European patent document numbered EP2614763, which is in the state of the art A dishwasher that can detect the movement of the fan with a vibration sensor is explained.

The purpose of this invention is to realize a dishwasher with increased washing efficiency.

The first claim and the following claims are made to achieve the purpose of this invention. In the dishwasher described in the claims, a body consists of a washing machine located on the body. At least one basket inside the washing drum ensures that water is conveyed to the basket. At least one spray element, a lighting located inside the washing tub, providing element and an optical sensor. Kitchenware, basket by user is placed on it. Rotation of the spray element around its own axis Thanks to this, the water delivered to the basket is pressurized. In this way, kitchen utensils Cleaning is ensured in a shorter time. Lighting inside the washing tub Thanks to the element, the inside of the washing tub is illuminated. Thanks to the optical sensor The changing light intensity can be detected as the spray element rotates.

The dishwasher, which is the subject of the invention, monitors the changing light intensity in the washing tub. It contains a control unit that determines and controls the Light inside the washing tub The change in its intensity over time is monitored by the control unit.

In an embodiment of the invention, the dishwasher adjusts the light intensity inside the washing tub. Control unit that controls spray element movement depending on the change Contains. The control unit changes the light intensity with the movement of the spray element. are evaluated together. Changing during regular rotation of the spray element The movement of the spray element is controlled when the light intensity changes.

In one embodiment of the invention, the dishwasher operates depending on the rate of change of light intensity. It contains a control unit that allows the rotation speed of the spray element to be determined. In this way, depending on the selected washing program, the fan can rotate at normal rotation speed. retention is ensured.

In an embodiment of the invention, the dishwasher rotates the spray element It contains a control unit that allows the speed to be increased when it decreases. User spraying in order to ensure a return speed suitable for the washing program selected by The rotation of the element is increased. In this way, non-mechanical malfunctions can be eliminated. and the washing process is ensured to be efficient.

In an embodiment of the invention, the dishwasher rotates the spray element It contains a control unit that allows additional water to be taken when the water level decreases. Taking additional water Thanks to this, the rotation speed of the spray element is increased and the washing process is made more efficient. It is ensured that it happens.

In one embodiment of the invention, the dishwasher controls the rotation speed of the spray element. It contains a control unit that warns the user if the user cannot get under the control unit.

Despite the precautions taken, the spray element rotation speed remains within the reference values. When this cannot be achieved, the user is warned. In this way, kitchen utensils It prevents the product from coming out dirty after the washing process.

With the invention, the light intensity and light intensity in the washing tub can be detected by means of an optical sensor. which allows detection of the change of the spray element depending on the rotation speed A dishwasher containing a control unit is realized.

A dishwasher built to achieve the purpose of this invention is shown in the attached figures. are shown and from these figures; Figure 1- is the perspective view of the dishwasher.

The parts in the figures are numbered one by one, and the corresponding numbers are shown below. has been given. 1- Dishwasher 2- Body 3- Washing drum 4- Basket - Spray element 6- Lighting element 7- Optical sensor 8- Control unit The dishwasher (1) consists of a body (2), located on the body (2), in which the washing process is carried out. a washing tub (3), located in the washing tub (3) on which the kitchen At least one basket (4) in which the belongings are placed to be washed is made by transmitting water onto the basket (4). At least one spray element (5) that enables the washing process to occur, A lighting element (6) and an optical sensor (7) located on the boiler (3). Contains. The user places the kitchenware on the basket (4) to be washed. is placing. Thanks to the rotation of the spray element (5) around its own axis Water is transmitted to the dishes under pressure. In this way, the cleaning process It is getting easier. Thanks to the lighting element (6) located inside the washing tub (3) The interior of the washing tub (3) is illuminated. The optical sensor (7) detects the light It allows it to be detected. While the spray element (5) rotates, the pressure inside the washing tub (3) The change in light intensity is detected by the optical sensor (7).

The dishwasher (1) that is the subject of the invention operates while the spray element (5) is moving. A control that allows the change of light intensity in the washing tub (3) to be controlled It contains the unit (8). Light intensity information received from the control unit (8) and the optical sensor (7) Thanks to this, it is possible to control the change in the washing tub (3). In this way, light The change in intensity is kept under control and with other components It can also be stretched.

In an embodiment of the invention, the changing light inside the dishwasher (1), the washing tub (3) Control unit (8) that controls the movement of the spray element (5) depending on its intensity Contains. The control unit (8) operates when there is an unexpected change in light intensity. The spray element (5) controls the rotation speed and number of revolutions. Spraying When the light intensity changing while the element (5) rotates is between different values, the control The unit (8) detects an error in the spray element (5) and provides control. This In this way, kitchen utensils are prevented from leaving without being cleaned.

In an embodiment of the invention, the dishwasher (1) operates depending on changing light intensity. control unit (8) that enables detection of the rotation speed of the spray element (5) Contains. The control unit (8) operates depending on the change values of light intensity. It can determine the speed of the spray element (5). In this way, the spray element (5) It is ensured that it spins at a speed appropriate to the washing program.

In an embodiment of the invention, the dishwasher (1) controls the rotation speed of the spray element (5). It contains a control unit (8) that allows the speed to be increased when a decrease is detected.

When it is detected that the spray element (5) is at low speed, the control unit (8) It ensures that the speed of the spray element (5) is increased. In this way, washing efficiency is increased.

In an embodiment of the invention, the dishwasher (1) controls the rotation speed of the spray element (5). It contains a control unit (8) that allows additional water to be taken in when it is detected to fall.

The spray element (5) is operating at a lower speed than the running washing program values. When it is determined that it is rotating, additional water intake is provided through the control unit (8). This Thus, as the water delivered to the spray element (5) increases, the return speed increases.

In an embodiment of the invention, the dishwasher (1) rotates the spray element (5) faster. When it cannot be kept within the values previously determined by the manufacturer, the user It contains a control unit (8) that provides stimulation. by the control unit (8) The precautions that can be taken are to keep the rotation speed of the spray element (5) between normal values. When it fails, the user is informed. In this way, the problem is solved by the user can be resolved by.

With the invention, any malfunctions that may occur on the spray element (5) during the washing process can be prevented. A dishwasher containing a control unit (8) that enables detection via optical sensor (7) machine (1) is carried out. Light detected via optical sensor (7) The movement of the spray element (5) is controlled through the change in intensity. can be done. In this way, any slowdown or stopping that may occur during the washing process is eliminated. Washing problems that may occur as a result of malfunctions such as these are prevented.

Claims (1)

CLAIMS: A body (2), a washing tub (3) located on the body (2) in which the washing process takes place, at least one basket (4) within the washing tub (3) on which kitchen utensils are placed to be washed, a basket ( 4) It consists of at least one spraying element (5) that ensures the washing process by transmitting water onto it, a lighting element (6) located on the washing tub (3) and an optical sensor (7), which performs washing while the spraying element (5) moves. A dishwasher (1) characterized by a control unit (8) that enables the change of light intensity in the tub (3) to be controlled. Characterized by the control unit (8) that controls the movement of the spray element (5) depending on the changing light intensity in the washing tub (3), the control unit (8) that enables the rotation speed of the spray element (5) to be detected depending on the changing light intensity in Claim 1. A dishwasher (1) as in Claim 1 or Claim 2, characterized by ). A dishwasher (1) as in Claim 3, characterized by a control unit (8) that enables the speed to be increased when the rotation speed of the spray element (5) is detected to decrease. A dishwasher (1) as in Claim 3 or Claim 43, characterized by a control unit (8) that allows additional water to be taken in when the rotation speed of the spray element (5) is detected to be low. The rotation speed of the spray element (5) is between the values previously determined by the manufacturer. A dishwasher (1) as in any of the above claims, characterized by a control unit (8) that warns the user when it cannot be kept.