A DISHWASHER

Abstract

This invention relates to the dishwasher (1), which is adapted for washing kitchen utensils which are preferred to be cleaned, especially in kitchens.

Description

1 TARIFF A DISHWASHER Technical Area 5 This invention is particularly useful for cleaning kitchen utensils that are frequently used in kitchens. It relates to dishwashers adapted for washing. Previous Tech 10 Dishwashers are one of the cleaning appliances used in homes. They are generally... This machine, which replaces the dishwashing sink in the kitchen, washes the dishes. It performs washing and drying processes automatically. The dishwasher cleans the dishes using water and detergent, and then... It uses hot air for the drying process. This eliminates the need to wash dishes by hand. It provides a more hygienic cleaning than other methods and saves users time. Additionally... The dishwasher, with its various program options, can handle different types of dishes. It has the ability to clean. 20 Dishwashers are found in homes, restaurants, schools, in short, everywhere that has a kitchen. by enabling faster and more economical dishwashing in the area, life It is raising the standard. Machines suitable for the area, taking into account the variety of kitchen operations. Household dishwashers are used in homes, while mini dishwashers are used in offices. These machines are preferred in crowded areas such as restaurants, schools, and hotels. Industrial-type, large-capacity machines are used. 2 Dishwashers contain rotating water spray nozzles. The machine After being switched on, the washing process begins by spraying water from these nozzles. It begins with creating foam using detergent, and then... It rinses with clean water. After rinsing, hot air is used. The dishes are dried with it. 5 With current technology, most of the time the dishes are not completely washed after the machine has finished running. The problem is that the dishes are not dry. Dishes remain damp inside the machine. After a while, it starts to smell because the lid is closed, and because of this problem... By keeping the machine lid open for a while longer, the user can complete the drying process. 10 He is waiting for it to happen. The invention in question proposes the development of dishwashers as a solution to the problem encountered in the current technology. the machine's door is selected via commands from the control unit. It can be switched on and off at specific times. This allows the machine to maintain a humid environment of 15 degrees Celsius. The remaining dishes dry completely by coming into contact with the air. Thus, the machine The odor problem that occurs inside is also resolved. The Joint Stock Company No. US2013057134 (A1) is included in the known state of the art. In the patent document, the states mentioned 20 in the dishwashing drying process. An automatic dishwasher door opening system is included in this study. A bracket rotated from the center of rotation by linear activator motion forms a channel. by moving the pin inside, the door handle applies force to the door. It provides. United States No. US2020263478 (A1) in the known state of the art The state patent document describes an automatic dishwasher door opening system. It has been explained. A motor in the system is controlled by a control system. By transferring the movement to the gear system, it moves the arm that can make contact with the door back and forth. In this system, the control unit stores the system's position information in its memory. It holds. 3 Chinese patent no. CN111980520 (A) in the known state of the art The application document includes an automatic dishwasher door opening system. It has a gear system driven by a motor that can come into contact with the door. It moves the shaft back and forth. The system's door opening function, temperature, humidity, 5 It is operated using data received from person detection sensors. Purposes of the Invention The aim of this invention is a dishwasher with a lid that can be opened and closed during operation. to accomplish. Another aim of this invention is to create a drying process that is more efficient. The dishwasher is the solution. Another aim of this invention is to create a dishwasher that saves energy and time. to accomplish. Another purpose of this invention is to create a drying rack whose door can be opened and closed according to the drying performance. It is to create a dishwasher. 20 Brief Description of the Invention The initial requirement and other requirements implemented to achieve the purpose of this invention... The dishwasher body, door, and door opening and closing mechanisms described in the requirements are 25. It consists of mechanisms. The body holds the washbasin and all the other elements of the dishwasher together. It is a structure. When the user wants to wash dirty dishes, they place the dishes in the compartment located on the body. It is placed inside the reservoir and thus the washing process is started. 30 to the body There is an attached lid. The user opens the lid and pours into the container. 4 They can reach and place dirty dishes or clean dishes in the container. It extracts it from inside. The lid opening mechanism operates under predefined conditions. If this happens, you can open the lid by applying a pushing force or a It closes by applying pulling force. Detailed Description of the Invention The dishwasher, which was created to achieve the purpose of this invention, is shown in the attached figures. These figures are shown below; Figure 1. Top view of the dishwasher including the door opening mechanism. It is a partial perspective view. Figure 2. Top view of the dishwasher including the door opening mechanism. It is a zoomed-in partial perspective view. Figure 3. Perspective view of the lid opening mechanism. 15 Figure 4. Perspective view of the lid opening mechanism together with the sensor. Figure 5. Cross-sectional perspective view of the lid opening mechanism. Figure 6. Perspective view of the router. The parts in the figures are individually numbered, and each number corresponds to 20. It is given below. 1. Dishwasher 2. Body 3. Cover 25 4. Lid control mechanism 4.1. Guiding part 4.1.1. Drive extensions 4.1.2. Lock clearance 4.1.3. Push extension 30 4.1.3.1. Direction point 4.1.3.2. Compression protrusion 4.1.4. Control part 4.2. Router 4.2.1. Tensile form 4.2.2. Push form 5 4.2.3. Routing channel 4.2.4. Rotation gap 4.3. Actuator 4.3.1. Energy input 4.3.2. Activation shaft 10 4.4. Sensor 4.4.1. Sensor trigger Especially in kitchens, washing kitchen utensils that are preferred for cleaning. A dishwasher adapted for (1) in its most basic form, 15 - at least one body in which washing is carried out inside (2), - the body (2) is adapted to allow the user to access the inside and opens at least one lid that can be closed (3), - the lid (3) according to the drying conditions or as preferred by the user 20, which is adapted to be able to turn on and off automatically.  In order to open and close the lid (3), the lock located in the lid (3) having a control component (4.1.4) adapted to fit into place, word a push or pull force on the lock via the control part (4.1.4) by applying the lock coming out of its housing, the lid (3) can be opened or at least one guiding part that enables it to close (4.1), 25  guiding the movement of the guiding part (4.1) around an axis adapted to rotate, during the process of rotating around that axis The guide piece (4.1) moves back and forth to open the cover (3) adapted in an eccentric geometric form that will allow it to close at least one router (4.2), 30 6  placed on the axis in question in the router (4.2) and at least the axis around which the router (4.2) rotates is It includes a lid opening mechanism (4) with an actuator (4.3). In one application of the invention, the dishwasher (1) has at least one body (2) 5 It is located. This mentioned body (2) contains the washing chamber and the dishwasher. (1) is the structure that holds all its elements together. The user washes the dirty dishes When desired, the dishes can be placed in the container located in the body (2) and It initiates the washing process in this way. The dishes involved in this application of the invention The machine has a cover (3) attached to the body (2) (1). 10 This cover (3) is the one that the user puts into the compartment located inside the body (2). It is adapted for access. The user opens the lid (3) and puts it inside the container. They can reach and place dirty dishes or clean dishes in the container. It can be extracted from inside. In this application of the invention, the dishwasher (1) automatically opens the lid (3). In cases where it is preferred to open and close the lid (3), opening the lid or There is at least one lid opening mechanism (4) adapted for closing. This mentioned lid opening mechanism (4) is required when the predefined conditions are met. In this case, a push or pull force is applied to the lid (3) and in this way 20 It enables the lid (3) to be opened or closed. This invention In the lid opening mechanism included in the application, there is at least one guidance (4). part (4.1) is located. This directional part (4.1) is the cover (3) in direct contact with and during the process of pushing or pulling the lid (3) (3) is the element that applies the direct pushing or pulling force. This 25 of the invention Multiple drive extensions in the steering part (4.1) included in the application (4.1.1) is located. There is a lock between the said drive extensions (4.1.1). The cover (3) contains a gap (4.1.2) and a control piece (4.1.4) In cases where opening or closing is preferred, the lid (3) lock actuator It is located in the control part (4.1.4) which is among the extensions (4.1.1) and this 30 In this way, force is created in both the pushing and pulling directions, and the lid (3) 7 It is ensured that it opens or closes properly. Drive extensions. (4.1.1) lies in a parallel form relative to each other and both drive extensions Between (4.1.1) are the locking clearance (4.1.2) and the control part (4.1.4). To push the control piece (4.1.4) into the lock located on the cover (3) The transmission of the generated drive to the control part (4.1.4) is via a thrust extension (4.1.3) 5 This is accomplished via the thrust extension (4.1.3) which is also the drive. It is also designed for joining the extensions (4.1.1) with each other and the cover (3) force created in the direction of opening or closing is the push extension (4.1.3) via drive extensions (4.1.1) and control part (4.1.4) is directed. The other 10 without drive extensions (4.1.1) of the thrust extension (4.1.3). At its end there is a directional terminal (4.1.3.1). The said directional terminal (4.1.3.1) is passed to the router (4.2) and the router (4.2) is a If rotated around the axis, the orientation end (4.1.3.1) also acts as a guide. (4.2) tracks the movement of the router (4.2) and this movement Therefore, it also enables the movement of the thrust extension (4.1.3). Thrust 15 In addition to the orientation end (4.1.3) on its extension, there is also a compression projection (4.1.3.1). (4.1.3.2) is located. This mentioned compression protrusion (4.1.3.2) is a push. In order to determine how much distance the extension (4.1.3) has traveled, push It was created in extension (4.1.3). In this application of the invention, the guidance in the lid opening mechanism (4) at least one adapted to enable the part (4.1) to move back and forth There is a router (4.2). This mentioned router (4.2) is an axis. It is adapted to rotate around and when the lid (3) is closed, the said Orientation 25 when rotated almost one hundred and eighty degrees around the axis By pushing part (4.1) opens the lid (3). In this application of the invention The located guide (4.2) is created in an eccentric geometric form and at least It consists of a pull form (4.2.1) and at least one push form (4.2.2). The rotation axis of the router (4.2) is closer to the tensile form (4.2.1) For every one hundred and eighty-degree rotation of the router (4.2), the directional end (4.1.3.1) 30 It alternates between the pull form (4.2.1) and the push form (4.2.2). 8 In the router (4.2) there is a pull form (4.2.1) and a push form (4.2.2). There is a routing channel (4.2.3). This mentioned routing channel (4.2.3) is the one that guides the orientation end (4.1.3.1) and the router (4.2). Vector force to the orientation end (4.1.3.1) in case of rotation around the axis 5 by applying force to the steering part (4.1) to move back and forth is the element. The routing end (4.1.3.1) is always this routing channel mentioned. (4.2.3) remains within and moves within the guidance channel (4.2.3). In this application of the invention, the router (4.2) also has There is rotational clearance (4.2.4). This rotational clearance (4.2.4) The part where the actuator (4.3) is mounted is the guide (4.2) mentioned in this 10 The rotating cavity (4.2.4) rotates around the central axis. In this application of the invention, the lid opening mechanism (4) has at least one There is an actuator (4.3). This actuator (4.3) is the one mentioned in the router (4.2) The rotating gap (4.2.4) is driven by rotating it around the central axis and 15 Therefore, to move the steering part (4.1) forward or backward It is the element that creates the required drive. In this application of the invention The actuator (4.3) has at least one energy input (4.3.1). The said actuator (4.3) receives the energy needed from this energy input mentioned in (4.3.1). The actuator (4.3) also has an actuator shaft (4.3.2) and these 20 mentioned above The actuator shaft (4.3.2) is placed inside the turning space (4.2.4) and When the actuator (4.3) is driven, the activated shaft (4.3.2) rotates on its own axis. by rotating around it, it creates a drive through the rotation gap (4.2.4) transmits to the router (4.2). In this application of the invention, the lid opening mechanism (4) has at least one There is a sensor (4.4). The sensor (4.4) is located in the guiding part (4.1) It is adapted to detect its position and to give commands to the actuator (4.3). The sensor (4.4) contains a sensor trigger (4.4.1) and this sensor mentioned above If the trigger (4.4.1) is activated, the actuator (4.3) is driven 30 is stopped and the actuator (4.3) maintains its initial position. 9 The operation of the lid opening mechanism (4) is carried out as follows. When the lid opening mechanism (4) is in the initial position, the actuator (4.3) guides it. Part (4.1) is located closest to the other. At this moment the dish the fulfillment of the predefined conditions in the machine (1) and the lid (3) 5 Actuator (4.3) drive in cases where automatic opening is required is made and the actuator shaft (4.3.2) located in the actuator (4.3) rotates. the clearance (4.2.4) and therefore the clearance to rotate the router (4.2) (4.2.4) It rotates around the central axis. Rotation of the router (4.2) In this case, the routing end located within the routing channel (4.2.3) is 10 (4.1.3.1) force is applied and in this case the orientation end is connected to (4.1.3.1) The steering part (4.1) is forced to move in the forward direction. Steering If part (4.1) advances, the cover is controlled via part (4.1.4). (3) By moving the lock, the lid (3) is forced open and after a while The lid (3) is opened. In this way, the lid (3) of the dishwasher (1) is opened 15 It opens automatically. After the cover (3) is opened, the actuator (4.3) If it turns again, the lid opening mechanism (4) returns to its initial position. Since the control part (4.1.4) is attached to the cover (3) lock, the cover (3) must also be locked. pull it along and the lid (3) comes back to the closed position. This ensures that the dishwasher door (1) (3) is used every 20 days. In this case, it can be automatically turned on and off.

Claims

REQUESTS 1. Especially in kitchens, kitchen utensils that are preferred for cleaning. adapted for washing, in its most basic form, - at least one body in which washing is carried out inside (2), 5 - the body (2) is adapted to allow the user to access the inside and opens at least one lid that can be closed (3), - the lid (3) according to the drying conditions or as preferred by the user adapted to be able to turn on and off automatically,  To open and close the lid (3), 10 is inserted into the lock located on the lid (3). having a control component (4.1.4) adapted to fit into place, word a push or pull force on the lock via the control part (4.1.4) by applying the lock coming out of its housing, the lid (3) can be opened or at least one guiding piece that enables it to close (4.1),  15 around an axis that directs the movement of the guiding part (4.1). adapted to rotate, during the process of rotating around that axis The guide piece (4.1) moves back and forth to open the cover (3) adapted in an eccentric geometric form that will allow it to close at least one router (4.2),  placed on the axis in question in the router (4.2) and 20 at least the axis around which the router (4.2) rotates is characterized by a lid opening mechanism (4) with an actuator (4.3) dishwasher (1).

2. In cases where automatic opening and closing of the lid (3) is preferred, 25 adapted and predefined conditions for opening or closing the lid (3) If this happens, apply a push or pull force to the lid (3) Lid opening mechanism (4) that enables the lid (3) to be opened or closed. dishwasher as in request 1 characterized by (1). 11 3. Located in the lid opening mechanism (4) and in direct contact with the lid (3) and direct pushing or pulling of the lid (3) during the process of pushing or pulling the lid (3) Characterized by the guiding part (4.1) which is the element that applies the pulling force. dishwasher as in request 1 (1).

4. Located in the guiding part (4.1) and in a form that is parallel to each other dish as in claim 1 characterized by extending drive extensions (4.1.1) machine (1).

5. Located between the drive extensions (4.1.1) and when the cover (3) is opened or 10 In cases where closing is preferred, the lid (3) is placed between the locks and opening the lid (3) smoothly by creating a push or pull force or characterized by the control part (4.1.4) that enables it to close Dishwasher like in 1 (1).

6. The drive extensions (4.1.1) and the control part (4.1.4) are locked in the cover (3). drive extensions of the drive created for pushing or pulling inside with the push extension (4.1.3) which enables transmission to (4.1.1) and the control part (4.1.4). dishwasher as in claim 1 characterized (1).

7. Designed for connecting drive extensions (4.1.1) to each other. the actuation of the force created in the direction of opening or closing the lid (3) push that enables the extensions (4.1.1) and the control part (4.1.4) to be directed. dishwasher (1) as in claim 1 characterized by extension (4.1.3).

8. The other end of the thrust extension (4.1.3) which does not have drive extensions (4.1.1) and is passed to the router (4.2) and the router (4.2) has one axis If rotated around, the router (4.2) inside the router (4.2) movement of the thrust extension (4.1.3) 30 as in claim 1 characterized by the orientation end (4.1.3.1) providing dishwasher (1). 12 9. Located in the thrust extension (4.1.3) and the distance of the thrust extension (4.1.3) In order to determine the distance covered, the pressure created in the thrust extension (4.1.3) dishwasher (1) as in claim 1, characterized by its protrusion (4.1.3.2).

10. Located in the lid opening mechanism (4) and the forward 5 of the guiding part (4.1) Characterized by the router (4.2) adapted to enable it to move backward. dishwasher as in request 1 (1).

11. Adapted to rotate around an axis and spoken when the lid (3) is closed. 10 when the subject rotates almost one hundred and eighty degrees around its axis The router (4.2) opens the cover (3) by pushing the guiding part (4.1) dishwasher as in request 1 characterized by (1).

12. It is formed in an eccentric geometric shape and has at least one tensile form. (4.2.1) and with a router consisting of at least one push form (4.2.2) 15 dishwasher as in claim 1 characterized (1).

13. The axis of rotation is closer to the tensile form (4.2.1) and every one hundred and eighty degrees in rotation direction end (4.1.3.1) pull form (4.2.1) and push form (4.2.2) 20 in request 1 characterized by the router (4.2) which moves between them dishwasher (1).

14. The pull form (4.2.1) and the push form (4.2.2) located in the router (4.2) guiding the field orientation end (4.1.3.1) and the router (4.2) If it rotates around the axis, a vector force of 25 is applied to the orientation end (4.1.3.1). by applying force to move the steering part (4.1) back and forth dish as in request 1 characterized by the routing channel (4.2.3) machine (1).

15. The part of the router (4.2) where the actuator (4.3) is mounted, 30 rotation gap around which the router (4.2) rotates Dishwasher (1) as in claim 1 characterized by (4.2.4). 13 16. The lid opening mechanism (4) and the turning of the guide (4.2) The gap (4.2.4) is driven by rotating it around the central axis and Therefore, to move the steering part (4.1) forward or backward The system is characterized by the actuator (4.3) which generates the required drive. Dishwasher like in 1 (1). 5 17. Located in the actuator (4.3) and placed inside the turning space (4.2.4) When the actuator (4.3) is driven, it rotates around its own axis. It transmits the drive it creates to the router (4.2) via the rotation gap (4.2.4) Dishwasher 10 as in claim 1 characterized by the transmitting activated shaft (4.3.2). machine (1).

18. The lid opening mechanism (4) and the guiding part (4.1) adapted for the detection of its position and for giving commands to the actuator (4.3) and if its sensor trigger (4.4.1) is activated 15 the actuator (4.3) is stopped and the actuator (4.3) maintains its initial position dishwasher as in request 1, characterized by the sensor (4.4) that enables it to do so. machine (1).

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