A multi-functional rotary switch.
Patent Information
- Application Number
- TR202417831
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- Filing Date
- 2024-12-05
- Publication Date
- 2026-06-22
- Estimated Expiration
- 2044-12-05
Abstract
Description
1 TARIFF A multi-functional rotary switch. TECHNICAL FIELD OF INVENTION 5 The present invention relates to a rotary switch device for a household appliance, according to the preceding part of claim 1. It is related. BACKGROUND OF THE INVENTION 10 In household appliances, switches can be used for mechanical control of electrical components. In addition, switches regulate the operation of electrical components at specific angles and positions. They are used for control purposes. Rotary switches are switches used in household appliances. This can also be an example. Rotary switches operate in a rotary manner. General 15 Rotary switches are used to activate or deactivate electrical components in household appliances. To achieve this, it must be configured to connect to at least one rotating shaft of the household appliance. is being done. In a technical status document numbered EP2472183A2, it is stated that a gas tap for a cooker has a rotary 20 An ignition switch connected to the shaft is described. The subject of the invention is a first contact. a second contact element that makes contact with the end of the aforementioned first contact element. the aforementioned hub for changing the position of the element and the first contact element. provided on its lateral surface and adjacent to this flexible front guide section, the ignition It relates to an ignition switch that includes a triggering tab; the ignition switch in question is a 25 In the second gas cooker element, the second contact element of the first one is used to ignite the gas. To trigger contact with the contact element, proceed on the first contact element mentioned. Characterized by containing at least one second claw provided on the lateral surface of the belly. is being done. An invention provides an improvement, an additional advantage, or an alternative to the prior technique. A BRIEF DESCRIPTION OF THE INVENTION One aim of the invention is to create a device, specifically for 35 household appliances, that can trigger at least one function from different angles. The goal is to obtain a multi-functional rotary switch device for a cooking appliance. 2 Another purpose of the invention is to be able to customize products as needed to meet customer demands. It is easy to trigger multiple functions and to easily control complex functions. The goal is to obtain a rotary switch device that makes it possible to use household appliances, especially cooking appliances. Another aim of the invention is to create a device that can trigger at least one function with less material usage, 5 The goal is to obtain a rotary switch device, especially for cooking appliances, for household appliances. Another aim of the invention is to extend the lifespan of components in a household appliance while triggering at least one function. The goal is to obtain a rotary switch device that can increase the power, especially for household appliances, including cooking appliances. Another purpose of the invention is to ensure that if any malfunction occurs in the rotary switch device... Easily replaceable rotary switch device for household appliances, especially cooking appliances. to do. Another purpose of the invention is to provide cost and time advantages in production, technical service and assembly. The goal is to obtain a rotary switch device, especially for household appliances, including cooking appliances. In the present invention, a key holder is designed with a key that is rotatable and positioned within the key holder. and a hub that passes through and connects to a rotating shaft of the household appliance, a lateral surface of the hub at least one trigger part with a permanently provided trigger and 20 contactless located in the key housing and in such a way that they come into contact with each other as the hub rotates, and the trigger part must make contact with at least one contact element on the lateral surface of the hub for household appliances, at least two contact elements configured to provide A rotary switch device containing a module is presented. The hub, the lateral surface of the hub. It includes at least one belly button opening and the trigger section is located 25° on the lateral surface of the belly button. at least one configured to connect in a way that can be separated by at least one umbilical cord opening The lateral surface of the hub is for triggering a contactable trigger and at least one contact element. It may have at least one permanently provided trigger. Thus, the hub, the trigger permanently attached to the lateral surface of the hub and the liabilities from the trigger It includes the trigger section, which can be at least one of them. The contactable triggers are located on the lateral surface of the hub 30 It can be connected in such a way that it can be separated by at least one umbilical opening. In this way, Connectable triggers allow the appliance to rotate its shaft at the desired angle of rotation. on the lateral surface of the hub in such a way as to trigger at least one of its functions It can be positioned. 35 In a possible configuration, the module would be at least one of the other sides of the switch housing. with at least one mounting hole that can be positioned on it and the contact element side at least one contact link configured to extend from at least one of them 3 It includes at least one of them. Thus, an electric current can easily pass through the module. It can be transferred. In a possible configuration, the modules could be arranged in such a way that electrical current could be transferred between them. by connecting the contact point on it to the connection hole of another module, another 5 One module will be linked to another by adding modules sequentially after the first module. It is configured in such a way that an electric current passes through another module connected after the first one. Transfer between modules can be easily done from one module to another. In a possible configuration, the module will be placed on one open side of the key housing. at least one cover configured in this way, on the other side of the cover and key compartment at least one mounting hole, at least one contact element that can be located on at least one of them configured to extend from the other side, and the lid and key holder by passing it through a contact hole on at least one of them It includes at least one configured contact connection. Thus, an electric current, 15 Data can be easily transferred from one module to another via that module. In a more likely configuration, there is at least one mounting hole on the other side of the key housing. It is located. In another, more likely configuration, the contact link, the contact element. It is configured to extend from at least one of them and on the cover It is configured to pass through the contact hole. 20 In a feasible configuration, the rotary switch device could consist of at least one main module, which could be at least one... It includes a module, the main module in question; a primary key chamber, a rotatable located in the first key housing as shown and passing through the rotating shaft of the household appliance, and a connecting first hub, permanently 25 on a first lateral surface of the first hub The provided trigger is at least one primary trigger, contactless, in the first key chamber. positioned and brought into contact with each other by the rotation of the first hub and the first hub on the first lateral surface, from the first contact element of the first trigger and the second contact a configured to ensure that at least one of its elements is made contact the first contact element and a second contact element, the other 30 of the first key housing at least one primary connection hole on the side, onto the open side of the primary key chamber. It includes at least one primary cover configured to be placed in position. Thus, the rotating The main module of the switching device is obtained. In a more likely configuration, the main module will have at least one connecting element placed inside. It includes at least one primary slot and one secondary slot configured in this way. A primary slot The connector transmits electrical current to the main module. The first connector, preferably... It is in contact with a second contact element. A second connection element is found in the household appliance, 4 It transmits an electrical current to an element that will trigger the function. A possible In the configuration, the first slot and the second slot are positioned opposite each other, with the first switch being the key. the first contact element of the reservoir will be close to the second contact element. It corresponds to the side of the key holder. In a possible configuration, the first key holder would be on the other side of the first key holder. It includes at least one primary opening. The primary hub is the first of the primary key chambers. They are placed in the opening. The first contact element and the second contact element are in the first opening. It is placed in the first key compartment in such a way as to correspond to the gold. Thus, the first the first 10, which is the trigger preferably permanently provided on a first lateral surface of the belly. The trigger is activated by the rotation of the rotating shaft of the household appliance, from the first contact element to the second contact element. It can trigger at least one of its elements. In a possible configuration, the first flap includes at least one secondary opening. Thus, The first cover can be placed on the open side of the first key chamber, and the first hub, 15 It can be connected to the first key compartment. Thanks to the second gap, the first cover is connected to the main one. It can be easily placed on the first core of the module. In a possible configuration, the first key chamber would be connected to at least one fitting of the first lid. It involves at least one corresponding connection. The connection part is the first key 20 Its reservoir includes at least one connection opening that connects to at least one connection outlet. Thus, the first key chamber, the first hub, and the first cover are securely attached to each other. They can be connected. In a more likely configuration, the side of the first key chamber There are four connection points in this section. Additionally, the side of the first cover... extending from that part to the side of the first key holder, the four connections of the first key holder 25 There are four connecting sections corresponding to its exit. In a possible configuration, connection protrusions, largely placed in connection openings at connection points It is in the shape of a triangular prism. In a possible configuration, the first key chamber would have at least one upper exit and at least one lower exit. It involves exiting. In a more likely configuration, the first key chamber would contain two sub-chambers. Before exiting, one will be close to the first nest, and before exiting two lower nests, the other will be close to the second nest. The diagram shows two lower protrusions located below the first key holder. In a possible configuration, the upper and lower projections would be largely triangular prisms. It is in the form of 35. In a more likely configuration, the first hub is a shaft that is largely D-shaped. It includes the clearance. The shaft clearance has a significantly reduced diameter, largely in a D shape. It is compatible with the rotating shaft of the device. In a feasible configuration, the rotary switch device could include at least one auxiliary module, comprising at least 5 It includes a module; the auxiliary module in question contains a second key housing, a rotatable one. located in the second key housing as shown, and connected to the rotating shaft of the household appliance and the main module. a second hub that passes through and connects to the first hub, at least one second lateral branch of the second hub connected in such a way that it can be separated into at least a second hub opening on its surface At least one configured contactable trigger, contactless, in the second key chamber 10 positioned and brought into contact with each other by the rotation of the second hub, and the second hub The third contact element of the trigger, which can be connected on the second lateral surface, and the fourth a third party configured to make contact with at least one of the contact elements the contact element and a fourth contact element, on the other side of the second key housing. at least one second connection hole, at least one contact extending from the fourth contact element 15 configure the connection so that it is placed on the open side of the second key housing. and containing at least one contact hole through which the contact connection is passed It includes at least one second cover. In a possible configuration, the second key holder would be located 20 on the other side of the second key holder. It includes at least one third opening. The second hub is the third of the second key chamber. It is placed in the opening. The third contact element and the fourth contact element, the third The second key is placed in the key chamber, corresponding to the area below the opening. Thus, The interconnectable trigger on the second lateral surface of the second hub, the rotating shaft of the household appliance with its return, at least one of the third and fourth contact elements 25 It can trigger it. In a possible configuration, the second hatch includes at least a fourth opening. Thus, The second cover will be placed between the second hub, the second cover, and the second key compartment. The second key can be placed on the open side of the key compartment as shown. The fourth opening is 30 Thanks to this, the second cover can be easily attached to the second hub of the auxiliary module. It can be installed. In a more likely configuration, the auxiliary module would include at least one contact link and a third. at least one third 35 is configured so that at least one of the connecting elements will be installed. It includes the first socket and the fourth socket. The contact connection assists in the flow of electrical current. It transmits from the module to the main module. The third connector, preferably the third contact. It is in contact with the element. The third connecting element is the one whose function will be triggered, the house. 6 It transmits electrical current to the element in the device. In a possible configuration, a third socket. and the fourth slot, positioned opposite each other, the third contact of the second key chamber the side of the second key housing, close to the element and the fourth contact element It corresponds to that part. In a possible configuration, the second key chamber would have at least one second connection to the second lid. This includes the emergence of at least a second link corresponding to the first part. The second link part, the second key chamber has at least one second connection to the output of at least one second connection. It includes the connection opening. Thus, the second key chamber, the second hub and the second cover, They are securely interconnected. In a more likely configuration, the second 10 There are four secondary connection points on the side of the key holder. Additional as, the second key extending from the side of the second cover to the side of the second key compartment the reservoir has four secondary connection points corresponding to four secondary connection points It is located. In a possible configuration, the second connection exits, the second connection They are largely triangular prism-shaped, placed in the second connection openings in the sections. 15 In a possible configuration, the second key chamber includes at least one second upper extension. The second upper tab is located on top of the second key compartment. A possible In the design, the second upper projection is largely in the shape of a triangular prism. In a possible configuration, the second key chamber includes at least one second sub-outlet. The second lower protrusion is located at the bottom of the second key chamber. More likely In the configuration, the second key chamber includes two secondary sub-outlets. Two secondary sub-outlets One is placed near the third slot before exiting, and the other two are the second lower exits. It is located near the fourth slot. In a possible configuration, the second lower projections, 25 It is largely in the shape of a triangular prism. In a possible configuration, the second key chamber includes at least one connecting leg. In a more likely configuration, the second key chamber contains three connecting legs. One of the connecting legs should be aligned with the second upper projection, positioned 30 inches from the second key housing. It is an upper connecting leg placed on the top. The other two connecting legs are two each. One of the lower connecting legs should be close to the third slot, and there should be two lower connecting legs. with two second lower projections, one on each leg near the fourth socket. These are the lower connecting legs that are aligned and placed below the second key housing. The connecting legs start from the second key housing and extend 35 cm in one direction of the second cover. It extends. In a possible configuration, the connecting leg must span at least one other connecting opening. It includes. In a possible configuration, the other connecting opening is largely a rectangle. It is in this form. 7 In a feasible configuration, the liabilities trigger would have at least one second lateral surface on the second hub. on it at least one of the second umbilical openings that can be detached and connected to at least one It includes the trigger protrusion. Thus, liabilities can be triggered from the second hub openings. They can be linked in a way that can be separated into at least one. In a more likely configuration, the second 5 The hub opening accordingly includes three recessed sections, a liabilities trigger, and a second hub. one of the interconnectable triggers configured to be placed in the three recessed sections of the opening It includes three trigger protrusions extending from the base. One of the three recesses is particularly prominent. The central recess is less deep than the other two recesses. Thus, connectable triggers, Easily and safely inserted into the second hub openings on the second lateral surface of the second hub. 10 They are positioned in this way. In a possible configuration, the second key chamber of the auxiliary module would be located inside the second key chamber. a bearing surface corresponding to the area around the third opening facing the open side It includes. Thus, the communicable triggers are connected to the second hub openings of the second hub 15 Securely holds the connected triggers by the bearing surface It is supported. In a possible configuration, interconnectable triggers would tightly interlock with the second hub of the second segment. It can be connected to the second hub openings on its lateral surface. In addition, 20 interconnected triggers, also, the absence of a bearing surface for the second key chamber. In this case, it fits snugly into the second belly button openings of the second belly button as well. They can be connected. Thus, the connectable triggers are located on the second lateral surface of the second hub. It is securely connected to the second hub openings. In a possible configuration, the auxiliary module is the main contact point of the auxiliary module. The auxiliary module is connected to the first connection hole of the main module. It is configured to connect to the main module by being added sequentially. Thus, the auxiliary module can trigger another element in the home appliance by connecting to the main module. They are connected. In this way, the electric current flows from the main module to the auxiliary module as well. It can be transferred. In a possible configuration, one auxiliary module could be in contact with another auxiliary module. from the auxiliary module by connecting the connector to the second connection hole of the auxiliary module It is then configured to be connected. 35 8 In a possible configuration, the main module would have at least one connection on an inner surface of the first hub. It includes a protrusion. In a more likely configuration, on the inner surface of the first hub There are two connecting protrusions. In a feasible configuration, the auxiliary module should have at least one 5-inch section on the inner surface of the first hub. a first part of the second hub configured to correspond to the connecting protrusion It includes at least one connection space. Thus, the auxiliary module connects to the main module. During connection, the first part of the second hub attaches to the inner surface of the first hub of the main module. They are positioned in this way. This makes the connection between the main module and the auxiliary module easier and safer. a connection is obtained. In a more likely configuration, the first part of the second hub is 10 It has two connection points. In a possible configuration, the auxiliary module would be an inner part of a second section of the second hub. It includes at least one other connecting protrusion. More likely In the design, there are two other connecting protrusions on the inner side of the second part of the second hub. 15 It is located. In a possible configuration, the connection on the first part of the second hub of the auxiliary module. the gap, when the auxiliary module connects after the main module, the first hub of the main module It is configured to correspond to the connecting protrusion on its inner surface. 20 This allows for an easier and more secure connection between the main module and the auxiliary module. is being done. In a possible configuration, the connection on the first part of the second hub of the auxiliary module. the gap, when another auxiliary module is connected after the auxiliary module, another 25 another connection on the inside of the second part of the second hub of the auxiliary module It is configured to correspond to its protrusion. Thus, the auxiliary module and other A more convenient and secure connection is achieved between the auxiliary modules. In a possible configuration, the second hub, the first section, the second section, the second lateral surface, and a 30 It includes the central opening. The second hub is largely cylindrical in shape. More likely In one configuration, the second lateral surface includes six secondary hub openings. Second hub The number of openings can be customized to the desired number according to user needs. In a possible configuration, six interconnectable triggers, the second lateral surface of the second hub. It can be connected to six secondary belly button openings. In a possible configuration, 35 Each of the interconnectable triggers can have largely diagonally cut ends, the most At least two interconnectable triggers can face each other when connected side-by-side. Another In other words, six of the secondary belly button openings side by side on the second lateral surface 9 When six of the liabilities triggers are linked, the liabilities triggers have a high probability of success. The diagonally cut ends touch each other and the base portions of the interconnecting triggers, It forms a largely circular shape around the second hub. The present invention also describes a method for manufacturing a rotary switch device. It is equipped with a rotary switch device, a main module, and for triggering different functions. It includes at least one auxiliary module added sequentially after the main module, where, After the first helper module, another helper module can be added, where it rotates. the switch device triggering a desired number of different functions on a home appliance To provide this, it is configured to increase the number of auxiliary modules. Auxiliary 10 The module includes at least one communicable trigger as a trigger component, where the communicable The trigger, via the rotation of a rotating shaft of the household appliance, activates at different angles in the desired sequence. A second hub is needed to adjust the trigger section in order to trigger the function. separable into a desired second belly button opening on its lateral surface They can be connected. 15 In a possible configuration of a rotary switch device, the auxiliary module would be positioned after the main module. It can be added. In this case, the first part of the second hub of the auxiliary module becomes the main one. It is placed on the inner surface of the first core of the module. In addition, the top of the auxiliary modules The connecting leg connects to the upper 20 of the main module via the other connecting opening of the upper connecting leg. It is connected to the exit, the lower mounting pins of the auxiliary module, the lower mounting pins It is connected to the lower extensions of the main module via other connection openings. Thus, An easy and secure connection between the main module and the auxiliary module is achieved. In a possible configuration of the rotary switch device, another auxiliary module, auxiliary 25 It can be added after the module. In this case, the second core of another helper module. The first part is located inside the second part of the second hub of the auxiliary module. Additionally, the upper connecting leg of another auxiliary module, the other upper connecting leg It is connected to the second upper output of the auxiliary module via a connection opening. [Other] The lower mounting pins of the auxiliary module, and the other mounting openings of the lower mounting pins are 30. It is connected to the second sub-outputs of the auxiliary module via this. Thus, another Easy and secure connection of the auxiliary module to the auxiliary module is achieved. In a possible configuration, the main module rotates with the rotation of the appliance's rotating shaft. Accordingly, at least one auxiliary module connects after the main module, and the main module and 35 It rotates with the rotation of the rotating shaft of the household appliance. In a possible configuration, the rotating shaft of a household appliance could function as the rotating shaft of a gas tap, the rotating shaft of the regulating element, activating element or switching element This can be exemplified as follows. In a possible configuration, there would be two key holders, such as the first key holder and the second key holder. reservoirs, hubs such as the first hub and second hub, first cap and second cap Trigger components, such as covers, contactable triggers, and permanently supplied triggers, are rigid. It can be made of plastic material. In a possible configuration, the contact elements and contact joints would be made of conductive metals. It is possible. In a possible configuration, the connecting element could be a cable. In a possible configuration, the present invention would be particularly useful for a cooker, such as a built-in oven. These are household appliances. In a possible configuration, a built-in oven has a control panel. It includes the control knob located on it. Also, the display unit control panel. It is located on top. A furnace door is located below the control panel. The oven door includes a handle and a clear front glass panel. The front glass panel is positioned inside a cavity of the oven. It allows viewing, the side shelves are located on the side walls of the space, 20 A hot air fan is positioned against one back wall of the cavity, and against one top wall of the cavity. A grill heater is positioned. A tray for food items to be prepared in the oven, two sides It is placed on the shelf. The present invention can also be used for solo cookers. 25 BRIEF DESCRIPTION OF THE FIGURES The sole purpose of the attached drawings, whose advantages over the previous technique are given above, is to show the current The purpose is to illustrate the invention, and these drawings will be explained in detail below: 30 Figure 1 shows a front perspective view of a main module of a rotary switch device. is provided. Figure 2 shows a rear perspective view of the main module of the rotary switch device. 35 is provided. 11 Figure 3 shows a first key chamber of the main module and a first hub of the main module. A frontal perspective view is given where the elements are interconnected. Figure 4 shows a front perspective exploded view of the main module of the rotary switch device. is given. 5 Figure 5 shows a front perspective view of an auxiliary module of a rotary switch device. is provided. Figure 6 shows another front perspective of the auxiliary module of the rotary switch device. The appearance is given. Figure 7 shows a rear perspective view of the auxiliary module of the rotary switch device. is provided. Figure 8 shows a front perspective exploded view of the auxiliary module of the rotary switch device. The appearance is given. Figure 9 shows a front perspective cross-sectional view of a second key chamber. In Figure 10, a connectable trigger is connected to a second hub opening, while the other The associable trigger is about to associate with another second hub opening of the second hub. A frontal perspective view of the second hub is given. Figure 11 shows a 25 where three interconnectable triggers are connected to the second hub openings of the second hub. The diagram shows a sample front view of the second hub in the structure. Figure 12 shows that the four interconnectable triggers are connected to the second hub openings of the second hub. Another diagram shows a sample front view of the second hub. Figure 13 shows that three interconnectable triggers can be connected to the second hub opening of the second hub. A representative front view of the second hub in a different configuration is provided. In Figure 14, the main module and two auxiliary modules are shown as connecting a gas tap to a household appliance. A sample of a rotary switch device in a configuration where it is connected to a rotating shaft is shown in a 35. It is given the appearance of being blown up. 12 In Figure 15, the main module and two auxiliary modules are attached to the rotating shaft of the gas tap of the household appliance. A sample front perspective of a rotary switch device in a connected configuration. The appearance is given. In Figure 16, the main module and two auxiliary modules are connected to the rotating shaft of the gas tap of the household appliance. An example top view of a rotary switch device in a connected configuration. is provided. Figure 17 shows a connection point where the main module is attached to the rotating shaft of the gas tap of the household appliance. The diagram shows an example front view of a rotary switch device. 10 Figure 18 shows a front view of a possible household appliance incorporating the invention. DETAILED DESCRIPTION OF THE FIGURES In this detailed explanation, the subject of the invention is not merely for the purpose of better understanding the subject; it is for the benefit of all. This is explained with examples that will not create a limiting effect. Accordingly, the following detailed explanations are provided. The description explains a rotary switch device (100) for household appliances (10). The present invention is for household appliances (10), in particular for cooking appliances, mainly shown in Figure 14. It is related to the rotary switch device (100). Referring to any of the figures from Figure 1 to Figure 4, the household appliance (10) is specifically a cooker. The rotary switch device (100) for the device includes a main module (20), the main module (20); a first key chamber (21), rotatable in the first key chamber 25 (21) a first one located and passing through and connecting to the rotating shaft (11) of the household appliance (10). The hub (26) is permanently provided on a first lateral surface (27) of the first hub (26). at least one first trigger (27.1) which is the trigger, in a contactless manner in the first key chamber (21) positioned and brought into contact with each other by the rotation of the first hub (26) and the first 30 on the first lateral surface (27) of the hub (26) from the first contact element of the first trigger (27.1). (24.1) and ensuring that at least one of the second contact elements (24.2) is made to come into contact. a first contact element (24.1) and a second contact element configured as follows (24.2), at least one first connection on the other side of the first key chamber (21) (O2) the hole (23) is to be placed on the open side (O1) of the first key chamber (21) It includes at least one first cover (30) that has been configured. 35 Referring to Figure 3 and Figure 4, the main module (20) shall have at least one connecting element (70) installed. It includes at least one first slot (60.1) and a second slot (60.2) configured in this way. 13 The first connector (70.1) supplies electrical current to the main module (20). First connector element (70.1) is preferably in contact with the second contact element (24.2). A second connection element (70.2) directs the electric current to an element in the household appliance (10) whose function will be triggered. It transmits. The first slot (60.1) and the second slot (60.2) are located opposite each other, the first 5 to the first contact element (24.1) and the second contact element (24.2) of the key housing (21) It corresponds closely to the side (S) of the first key chamber (21). Referring to Figure 4, the first key chamber (21), the other side of the first key chamber (21) (O2) It contains at least one first opening (22) on it. First hub (26), first key It is placed in the first opening (22) of the reservoir (21). The first contact element (24.1) and 10 The second contact element (24.2) corresponds to the first key below the first opening (22). It is placed in the reservoir (21). On the first lateral surface (27) of the first hub (26). more preferably the first trigger (27.1) provided permanently, the rotating shaft (11) of the household appliance (10) with its return from the first contact element (24.1) and the second contact element (24.2) at least It can trigger one of them. In this way, the first contact element (24.1) and the second contact element 15 (24.2) are brought into contact with each other. Referring to Figure 4, the first cover (30) contains at least one second opening (31). Thus, the first The cover (30) can be placed on the open side (O1) of the first key compartment (21) and the first The hub (26) is connected to the first key housing (21). 20 Referring to Figure 4, the first key chamber (21) has at least one connection part of the first cover (30). (32) includes the emergence of at least one corresponding link (25). The link part (32) is the first at least one connection to the key housing (21) and at least one connection to the output (25) It includes the opening (32.1). In this way, the first key chamber (21), the first hub (26) and 25 The first cover (30) can be securely connected to each other. Figure 1 to Figure 4 Referring to the figures, four connections appear on the side (S) of the first key chamber (21). (25) is located. In addition, the first key (S) is on the side of the first cover (30). (25) four connections extending to the side of the first key chamber (21) There are four corresponding connection parts (32). Connection outlets (25), connection 30 a large triangular prism placed in the connection openings (32.1) in parts (32) It is in this form. Referring to Figure 2 and Figure 3, the first key chamber (21) has at least one upper exit (25.1) and at least It includes a sub-outlet (25.2). The first key chamber (21) contains one of the two sub-outlets (25.2) 35 so that it is close to the first slot (60.1) and one of the two lower exits (25.2) is in the second slot (60.2) Two lower parts placed in the lower part (L) of the first key chamber (21) so that they are close together 14 It includes the exit (25.2). In addition, the upper exits (25.1) and lower exits (25.2), large It is in the shape of a triangular prism. Referring to Figure 2, the main module (20) has at least one inner surface (I1) of the first hub (26). It includes the connecting protrusion (29). In particular, there are two 5 on the inner surface (I1) of the first hub (26). There is a connecting protrusion (29). Referring to Figures 3 and 4, the first hub (26) is a shaft that is largely D-shaped. It includes the opening (28). The shaft opening (28) is a largely D-shaped reduced diameter. It is compatible with the rotating shaft (11) of the household appliance (10). 10 Referring to any of the figures from Figure 5 to Figure 8, the rotary switch device (100) is the most It contains a small auxiliary module (40), the said auxiliary module (40) is a second switch its housing (41), which is located in the second key housing (41) in a rotatable way and house Passing through the rotating shaft (11) of the device (10) and the first hub (26) in the main module (20) and 15 a second hub (45) connected to the second hub (45) at least one second lateral surface (49) connected in such a way that it can be separated into at least one second hub opening (49.1). at least one liabilities trigger (50) configured, contactless second switch located in the reservoir (41) and brought into contact with each other by the rotation of the second hub (45) 20 of the trigger (50) that can be connected on the second lateral surface (49) of the second hub (45) at least one of the third contact element (44.1) and the fourth contact element (44.2) a third contact element (44.1) configured to provide contact and a the fourth contact element (44.2), on the other side of the second key chamber (41) (O2) at least one second connection hole (43) extended from the fourth contact element (44.2) 25 The contact connection (44.3) is placed on the open side (O1) of the second key housing (41). configured to be placed and through which the contact connection (44.3) is passed. It includes at least one second cover (51) which includes a small contact connection hole (51.1). Referring to Figure 8, the second key chamber (41), the other side of the second key chamber (41) (O2) It contains at least one third opening (42) on it. Second hub (45), second key 30 It is placed in the third opening (42) of the reservoir (41). The third contact element (44.1) and The fourth contact element (44.2) will be the second one to correspond to the bottom of the third opening (42). It is placed in the key housing (41). In this way, the second lateral surface of the second hub (45) (49) the interconnected trigger (50) on the rotating shaft (11) of the household appliance (10) at least one of the third contact element (44.1) and the fourth contact element (44.2) 35 It can trigger it. Referring to Figure 8, the second cover (51) contains at least one fourth opening (51.2). In addition, second cover (51), second hub (45) between second cover (51) and second key housing (41) The second key can be placed on the open side of the key chamber (41) so that it can be placed there. Thanks to the fourth opening (51.2), the second cover (51) connects to the second hub of the auxiliary module (40). (45) It can be easily placed on it. 5 Referring to Figure 8, the auxiliary module (40) has at least one contact connection (44.3) and a third connection. at least one third element configured to be placed in it (70.3) It includes the socket (60.3) and the fourth socket (60.4). Contact connection (44.3), main It transmits the electrical current from the module (20) to the auxiliary module (40). The third connection element is 10 (70.3) is preferably in contact with the third contact element (44.1). The third connecting element (70.3) transmits the electric current to the element in the household appliance (10) whose function will be triggered. In a possible configuration, the third slot (60.3) and the fourth slot (60.4) would be opposite to each other. located, the second key housing (41) to the fourth contact element (44.2) and the third close to the contact element (44.1) on the side of the second key housing (41) (S) 15 It corresponds to. Referring to either Figure 5 or Figure 6, the auxiliary module (40) is inside the first hub (26). configured to correspond to at least one connection projection (29) on the surface (I1) at least one connection gap (47.1) on the first part (47) of the second hub (45) 20 It includes. Thus, while the auxiliary module (40) is connected to the main module (20), the second hub (45) the first part (47), the inner surface (I1) of the first hub (26) of the main module (20) It is placed in this way. In this way, it is easier to connect the main module (20) and the auxiliary module (40). and a secure connection is obtained. In addition, the first part (47) of the second hub (45) It has two connection gaps (47.1). The first part (47) of the second hub (45), 25 It is extended from the auxiliary module (40) to the main module (20). Referring to Figure 7, the auxiliary module (40) is an inner side of a second part (48) of the second hub (45). (I2) includes at least one other connection protrusion (48.1). More likely In the structure, two other 30s are located on the inner side (I2) of the second part (48) of the second hub (45). There is a connecting protrusion (48.1). Referring to any of the figures from Figure 5 to Figure 8, the second key chamber (41), at least one second connection part corresponding to (51.3) of the second cover (51) It includes the connection exit (41.1). The second connection part (51.3) is 35 of the second key housing. (41) at least one second connection opening to connect to (41.1) at least one second connection opening (51.4) includes. Thus, the second key chamber (41), the second hub (45) and the second cover. (51) can be securely connected to each other. Side of the second key compartment (41) 16 There are four secondary connections (41.1) on (S). In addition, the second the side of the key housing (41) corresponding to the four second connection outlets (41.1) There are four secondary connecting parts (51.3) that extend to the side (S) of the cover (51). Second connection protrusions (41.1), second connection openings in the second connection sections (51.3) (51.4) is largely in the shape of a triangular prism. 5 Referring to Figure 7, the second key chamber (41) contains at least one second upper protrusion (41.2). The second upper protrusion (41.2) is placed on the upper part (U) of the second key compartment (41). The second upper projection (41.2) is largely in the shape of a triangular prism. Referring to Figure 7, the second key chamber (41) contains at least one second sub-outlet (41.6). The second lower outlet (41.2) is placed under the second key compartment (41) (L). Additional As such, the second key chamber (41) contains two second lower outlets (41.6). Two second One of the bottom outlets (41.6) is placed near the third slot (60.3) and two second bottom outlets One (41.6) is placed near the fourth slot (60.4) as shown in Figure 8. 15 The second lower projections (41.6) are largely triangular prism-shaped. Referring to Figure 6, the second key housing (41) contains at least one connecting leg (41.3). Specifically, the second key housing (41) contains three connecting legs (41.3). Connection One of its legs (41.3) is aligned with the second upper projection (41.2) of the second key chamber 20 (41) is an upper connecting leg (U) placed on the top (41.3a). The connecting legs (41.3) the other two, one of the two lower connecting legs (41.3b) as in Figure 8, into the third slot (60.3) will be close and the other of the two lower connecting legs (41.3b) will be in the fourth slot (60.4) the second key chamber to be close to the second lower protrusions (41.6) and aligned with them (41) are the lower connecting legs (41.3b) placed on the lower part (L). Connecting legs (41.3), 25 Starting from the second key chamber (41) and the second cover (51) as shown in Figure 8 It extends in the direction of. The connecting leg (41.3) has at least one other connecting span (41.4) It includes. In a possible configuration, the other connection opening (41.4) is largely It is rectangular in shape. Referring to Figure 9, the second switch chamber (41) of the auxiliary module (40), the second switch chamber (41) a support corresponding to the area around the third opening (42) facing the open side (O1). It includes its surface (41.5). Referring to any of the figures between Figure 10 and Figure 13, the interconnectable trigger (50), 35 at least one second hub on the second lateral surface (49) of the second hub (45) at least one trigger projection (50.1) to be connected to the opening (49.1) in a detachable manner. It includes. The liaison trigger (50), at least one second lateral surface of the second hub (45). 17 (49) to be connected to at least one second belly button opening (49.1) in a detachable manner. It must include at least one trigger protrusion (50.1). According to Figure 10, the second hub opening (49.1), It includes three recessed sections (49.2), accordingly, the liabilities trigger (50), second hub. configured to be placed in the three recessed parts (49.2) of the opening (49.1) Three trigger projections (50.1) extending from a base part (50.2) of the liabilities triggers (50) 5 It includes one of the three recesses (49.2), in particular the middle recess (49.2), the other two recesses It is less deep than part (49.2). Thus, the liabilities triggers (50) are located in the second hub (45) easily and safely into the second hub openings (49.1) on the second lateral surface (49). The contactable triggers (50) are placed in a tight-fitting manner on the second hub (45) of the second It can be connected to the second hub openings (49.1) on its lateral surface (49). In addition, 10 Connectable triggers (50), the bearing surface (41.5) of the second key chamber (41) exists If not, the second belly (45) can be fitted tightly into the second belly openings. (49.1) can be connected. In this way, the connectable triggers (50) are connected to the second hub (45) second It is securely connected to the second hub openings (49.1) on its lateral surface (49). Any number of links can be created, referring to any of the figures from Figures 10 to 13. trigger (50), on the second lateral surface (49) of the second hub (45), the desired second hub It can be connected to the openings (49.1). In this way, at least one connectable trigger (50), home By rotating a rotating shaft (11) of the device (10), the user can rotate different sequences according to the desired sequence. It can trigger different functions at different angles. 20 Referring to any of the figures between Figure 10 and Figure 13, the second hub (45); the first It includes part (47), second part (48), second lateral surface (49) and a central opening (46). The second hub (45) is largely cylindrical in shape. In addition, the second lateral surface (49) has six It includes the number of second umbilical openings (49.1). The number of second umbilical openings (49.1) is 25 It can be produced in any number required according to user needs. It is possible... in the configuration, six interconnectable triggers (50), second lateral surface (49) of the second hub (45) It can be connected to six secondary belly button openings (49.1). A possible In the configuration, at least two interconnectable triggers (50) are available as shown in Figure 10, Figure 12 and Figure 13. When connected side-by-side, each of the liabilities triggers (50) can face each other 30 They can have largely diagonally cut ends. In other words, they are interconnectable. Six of the triggers (50) are side by side on the second lateral surface (49) of the second belly openings (49.1) When connected to six of them, the associable triggers (50) are largely diagonal. The cut ends are in contact with each other and the base parts of the interconnectable triggers (50) (50.2) forms a large circle around the second hub (45) (35 in the figures). (not shown). 18 Referring to Figure 12, for example, the second lateral surface (49) of the second hub (45) of the second hub Three interconnectable triggers (50) connected side-by-side to the openings (49.1), auxiliary module (40) The third contact will keep the ignition switch open with the return of the main module (20). will trigger at least one of the element (44.1) and the fourth contact element (44.2) It is configured in this way. Three interconnectable triggers (50) are not placed side by side with another 5 The other liabilities trigger (50) in Figure 12, which is placed in a second hub opening (49.1), home Connected to the rotating shaft (11) of the device (10), the auxiliary module (40) rotates with the main module (20) When continued, the third contact element (44.1) will turn on the light (10) on the household appliance. and configured to trigger at least one of the fourth contact elements (44.2) is being done. 10 Referring to any of the figures in Figures 14 through 17, the rotary switch device (100), two auxiliary appliances (10) connected to the rotating shaft (11) of a gas tap (G). A structure is shown that includes module (40) and main module (20). Referring to Figure 14, auxiliary module (40), contact connection (44.3) of the auxiliary module (40) to the main module (20) 15 After the main module (20), the auxiliary module is connected to the first connection hole (23). (40) configured to connect to the main module (20) by adding it consecutively. In this way, the auxiliary module (40) is connected to another element in the home appliance (10). It is connected to the main module (20) to trigger it. Accordingly, the electric current is also connected to the main module. It can be transferred from module (20) to auxiliary module (40). Referring to Figure 14, another auxiliary 20 module (40), contact connection (44.3) of another auxiliary module (40) of the auxiliary module (40) will be connected after the auxiliary module (40) by connecting to the second connection hole (43). It is configured in this way. In addition, the connection 25 on the first part (47) of the second hub (45) of the auxiliary module (40). The gap (47.1) is connected after the auxiliary module (40) and the main module (20), while the main module (20) corresponds to the connecting projection (29) on the inner surface (I1) of the first hub (26). It is configured in this way. In addition, the first of the second hub (45) of the auxiliary module (40). The connection gap (47.1) on part (47) is another auxiliary module (40) auxiliary When connected after module (40), the second hub (45) of another auxiliary module (40) 30 the inner side (I2) of the second part (48) will correspond to another connecting projection (48.1) It is configured in this way. Referring to Figure 14, Figure 15 and Figure 16, the auxiliary module (40) is after the main module (20). It can be added. In this case, the first part of the second hub (45) of the auxiliary module (40) is 35 (47) is placed on the inner surface (I1) of the first hub (26) of the main module (20). In addition, The upper connection pin (41.3a) of the auxiliary module (40), the other upper connection pin (41.3a) It is connected to the upper output (25.1) of the main module (20) via the connection opening (41.4), 19 The lower connection pins (41.3b) of the auxiliary module (40), the other lower connection pins (41.3b) via connection openings (41.4) to the lower projections (25.2) of the main module (20) They are connected. Thus, the main module (20) and the auxiliary module (40) are easily and safely connected. a connection is obtained. In addition, another auxiliary module (40) can be added after auxiliary module (40). In this case, the first part (47) of the second hub (45) of another auxiliary module (40), inside (I2) of the second part (48) of the second hub (45) of the auxiliary module (40) It is placed. In addition, the upper connecting leg (41.3a) of another auxiliary module (40), upper The auxiliary module (40) 10 can be connected to the other connection opening (41.4) of the connecting leg (41.3a). It is connected to the second upper exit (41.2). Another auxiliary module (40) sub-link. legs (41.3b), lower connecting legs (41.3b) through other connecting openings (41.4) It is connected to the second sub-outputs (41.6) of the auxiliary module (40). Thus, another Easy and secure connection of the auxiliary module (40) to the auxiliary module (40) is achieved. In a possible configuration, the main module (20) rotates with the rotating shaft (11) of the home appliance (10). Accordingly, at least one auxiliary module (40) returns after the main module (20). connected by the rotation of the rotating shaft (11) of the home appliance (10) and the main module (20). It is turning. Referring to Figure 18, the present invention is household appliances (10), such as a built-in oven. They are cooking appliances. In a possible configuration, the built-in oven has a control panel (210) It includes the control button (200) located on it. Also, the display unit (220), A furnace door (230) is located on the control panel (210). It is located below. The oven door (230), a handle (240) and a transparent front glass (250) 25 It includes. The front window (250) allows one to look into a cavity (300) of the oven, on the side The shelves (260) are located on the side walls (270) of the space (300), and one of the back walls of the space (300) A hot air fan (330) is positioned on the wall (320) and on an upper wall of the cavity (300) (290) a grill heater (280) is positioned. For food items to be prepared in the oven. The tray (310) is placed on two side shelves (260). 30 This invention can also be used for solo cookers. In the present invention, a method for manufacturing a rotary switch device (100) is also presented. It is equipped with a rotary switch device (100), a main module (20) and 35 different functions. At least one auxiliary module added sequentially after the main module (20) to trigger it (40) contains, where, after the auxiliary module (40), another auxiliary module (40) It can be added; the rotary switch device (100) has (10) different functions in the home appliance (10) The number of auxiliary modules (40) will be increased to enable it to trigger the desired amount It is configured as follows. The auxiliary module (40) has at least one trigger section (T). It includes the connectable trigger (50), where the connectable trigger (50) is a part of the home appliance (10). Different functions at different angles in the desired order by means of the rotation of the rotating shaft (11). A second hub (45) and a second lateral 5 for adjusting the trigger part (T) to trigger it. The surface (49) can be separated into a desired second hub opening (49.1). They can be connected. In a possible configuration, the rotating shaft of the household appliances (10) (11), the rotating shaft of the gas tap (G) (11), the rotary 10 of the regulating element, activating element or switching element This can be exemplified as miles (11). In a possible configuration, such as the first key chamber (21) and the second key chamber (41) Key chambers (80), hubs such as the first hub (26) and the second hub (45) (90), first cover (30) and second cover (51) such as (C), liabilities triggers (50) and permanently provided 15 Trigger parts (T), such as triggers, can be made from a rigid plastic material. In a possible configuration, the contact elements (D) and contact connection (44.3) are conductive. They can be made from metals. In a possible configuration, the connecting element (70) can be a cable. 21 REFERENCE LIST 100. Rotary switch device 10. Home appliance 11. Rotary shaft 5 20. Main module 21. First key compartment 22. First opening 23. First connecting hole 24.1. First contact element 10 24.2. Second contact element 25. Connection issue 25.1. Top exit 25.2. Bottom exit 26. First generation 15 27. First lateral surface 27.1 First trigger 28-mile range 29. Connection protrusion 30. First cover 20 31. Second opening 32. Connection section 32.1. Connection span 40. Auxiliary module 41. Second key compartment 25 41.1. Second connection appears. 41.2. Second upward climb 41.3. Connecting leg 41.3a. Upper connecting leg. 41.3b. Lower connecting leg 30 41.4. Other connection opening 41.5. Bearing surface 41.6. Second sub-exit 42. Third opening 43. Second connection hole 35 44.1. Third contact element 44.2. Fourth contact element 44.3. Contact link 22 45. Second generation 46. Center opening 47. Part One 47.1. Connection gap 48. Part 2, Section 5 48.1. Other connection projection 49. Second lateral surface 49.1. Second umbilical opening 49.2. Indentation section 50. Contactable trigger 10 50.1. Trigger protrusion 50.2. Base section 51. Second cover 51.1 Contact hole 51.2. Fourth opening 15 51.3. Second connection section 51.4. Second connection opening 60.1. First nest 60.2. Second nest 60.3. Third slot 20 60.4. Fourth slot. 70. Fastener 70.1. First connecting element 70.2. Second connecting element 70.3. Third connecting element 25 80. Key holder 90th Belly H. Umbilical opening C. Cover C1. Connection hole 30 D. Contact element T. Trigger part G. Gas tap M. Module L1. Lateral surface 35 O1. Open side O2. The other side S. Side 23 U. Upper part L. Lower part I1. Inner surface I2. Inside 200. Control button 5 210. Control panel 220. Screen unit 230. Oven door 240. Handle 250. Windscreen 10 260. Side shelf 270. Side wall 280. Grille heater. 290. Upper wall 300. Gap 15 Tray 310. 320. Rear wall 330. Hot air fan
Claims
24 REQUESTS 1. A key holder (80), which is positioned in a rotatable key holder (80). and a hub (90) that passes through and connects to a rotating shaft (11) of the household appliance (10), at least one 5 permanently provided trigger on a lateral surface (L1) of the belly (90). The trigger part (T) and the contactless position in the key housing (80) and They will come into contact with each other by the rotation of the hub (90) and the lateral surface of the hub (90). The trigger part (T) on (L1) must make contact with at least one contact element (D). Household appliances containing at least two contact elements (D) configured to provide (10) is a rotary switch device (100) containing at least one module (M) for (10), and its feature is 10 at least one umbilical opening (H) on the lateral surface (L2) of the umbilical (90) It must include at least one hub on the lateral surface (L1) of the trigger part (T) and the hub (90). at least one of which is configured to be connected in a detachable manner to its opening (H) from the communicable trigger (50) and the hub to trigger at least one contact element (D). (90) at least 15 permanently provided triggers on the lateral surface (L1). It is the ability to be one of them.
2. According to claim 1, a rotary switch device (100) is characterized by the module (M), the switch at least one connection located on at least one other side (O2) of the reservoir (80) configured to extend from the hole (C1) and by at least one contact element (D) 20 It must include at least one of the contact links (44.3).
3. According to claim 2, a rotary switch device (100) and its feature is that the module (M), modules Contact on module (M) such that electric current can be transferred between (M) 25 by connecting the connection (44.3) to the connection hole (C1) of another module (M). another module (M) is added sequentially after another module (M) It must be configured to connect to module (M).
4. According to claim 2, a rotary switch device (100) is characterized by the module (M), the switch 30 configured to be placed on one open side (O1) of the reservoir (80) a small cover (C), the cover (C) and the other side of the key chamber (80) (O2) at least one connection hole (C1) that can be located on at least one of them, at least one contact configured to extend by element (D) and cover (C) and key a contact link on at least one of the other sides of the reservoir (80) (O2) at least one contact connection configured to pass through the hole (51.1) 35 (44.3) is included.
5. A rotary switch device (100) according to any of the previous requirements, and its feature is: The rotary switch device (100) must have at least one module (M), which can be at least one main module (20). The main module (20) includes a first key chamber (21), a rotatable located in the first key housing (21) and on the rotating shaft of the household appliance (10) (11) a first hub (26) passing through and connecting, a first lateral 5 of the first hub (26) at least one first trigger (27.1) which is permanently provided on the surface (27), located in the first key housing (21) and the first hub in a contactless manner (26) will be brought into contact with each other by turning and the first lateral of the first hub (26) on the surface (27) from the first contact element (24.1) of the first trigger (27.1) and the second 10 in such a way as to ensure that it is made to contact at least one of the contact elements (24.2). a first contact element (24.1) and a second contact element (24.2) are configured, At least one first connection on the other side of the first key chamber (21) is (O2). The hole (23) will be placed on the open side (O1) of the first key chamber (21). It must include at least one first cover (30) configured in this way.
6. A rotary switch device (100) according to any of the previous requirements, and its feature is: The rotary switch device (100) must have at least one auxiliary module (40). The module (M) includes the auxiliary module (40); a second key chamber (41), located in the second key housing (41) in a rotatable manner and of the household appliance (10) passing through the rotating shaft (11) and connecting to the first hub (26) in the main module (20). a second hub (45), at least one second lateral surface (49) on the second hub (45) configured to be connected in such a way that it can be separated into a second hub (45) opening. At least one liabilities trigger (50) is triggered by contactless second key located in the chamber (41) and in contact with each other by the rotation of the second hub (45) It can be connected in such a way as to be connected on the second lateral surface (49) of the second hub (45) 25 from the third contact element (44.1) and the fourth contact element (44.2) of the trigger (50) a third contact configured to ensure contact with at least one of them element (44.1) and a fourth contact element (44.2), of the second key housing (41) at least one second connection hole (43) on the other side (O2), fourth contact at least one contact connection (44.3) extended from element (44.2), second switch 30 configured to be placed on the open side (O1) of the reservoir (41) and at least one contact hole through which the contact connection (44.3) is passed It must contain at least one second cover (51) which includes (51.1).
7. According to claim 6, a rotary switch device (100) has the feature of a liabilities trigger (50), 35 at least one second lateral surface (49) on the second hub (45) at least one second at least one trigger projection to be attached to the belly button opening (49.1) in a detachable manner (50.1) includes. 26 8. A rotary switch device (100) according to any of the previous requirements, and its feature is: main of the contact connection (44.3) of the auxiliary module (40) of the auxiliary module (40). after the main module (20) by connecting the module (20) to the first connection hole (23). 5 will be connected to the main module (20) by successively adding the auxiliary module (40). It is configured in this way.
9. A rotary switch device (100) according to any of the previous requirements, and its feature is: contact of another auxiliary module (40), contact of another auxiliary module (40) 10 connection hole (43) of the second connection hole (40) of the auxiliary module (44.3) Configure to connect after the auxiliary module (40) by connecting It is the fact that it has been done.
10. According to claim 5, a rotary switch device (100) is characterized by the main module (20), the first The hub (26) must contain at least one connecting projection (29) on an inner surface (I1). 15 11. According to claim 6, a rotary switch device (100) and its feature is the auxiliary module (40), on the inner surface (I1) of the first hub (26) there is at least one connecting projection (29) the first part (47) of the second hub (45) which is configured to come on the way It contains a small connection gap (47.1). 20 12. According to claim 11, a rotary switch device (100) and its feature is the auxiliary module (40), at least one other on an inner side (I2) of a second part (48) of the second hub (45). It includes the connecting protrusion (48.1).
13. According to claim 8, a rotary switch device (100) and its feature is the auxiliary module (40) the connection gap (47.1) on the first part (47) of the second hub (45), auxiliary When module (40) connects after the main module (20), the first of the main module (20) on the inner surface (I1) of the hub (26) corresponding to the connecting projection (29) It is configured. 30 14. According to claim 9, a rotary switch device (100) and its feature is the auxiliary module (40) the connection gap (47.1) on the first part (47) of the second hub (45), another When connecting after the auxiliary module (40), another auxiliary module (40) On the inner side (I2) of the second part (48) of the second hub (45) of the module (40) another 35 It is configured to correspond to the connection protrusion (48.1). 27 15. Manufacturing of a rotary switch device (100) according to any of the previous requirements. is a method for, - rotary switch device (100), a main module (20) and different functions At least one added sequentially after the main module (20) to trigger it It includes the auxiliary module (40), where, after the auxiliary module (40) there are another 5 an auxiliary module (40) can be added, where the rotary switch device (100) to trigger the desired number of (10) different functions on the home appliance The number of auxiliary modules (40) is configured to be increased. - at least one liabilities trigger (50) of the auxiliary module (40) as a trigger part (T) It includes, here, the communicable trigger (50), a rotating shaft of the household appliance (10) 10 (11) different functions at different angles in the desired order by means of the return. a second hub (45) for adjusting the trigger part (T) in order to trigger The second lateral surface (49) can be separated into a desired second belly opening (49.1). They can be connected in this way.