GEAR-BASED SWITCHING MODULE

Abstract

The invention relates to a switching module used in systems containing a tap handle with an illumination unit that requires position or status indication, including all gas cooking and heating appliances such as ovens and cooktops.

Description

1 TARIFF GEAR-BASED SWITCHING MODULE Technical Area 5 The invention covers all gas cooking and heating appliances, including ovens and cooktops. or in systems containing a tap stem with an illuminated unit that requires status indication It is related to the switching module used. The invention specifically involves the potentiometer acting as a guide for the position of the tap shaft. by providing illumination or using different colors specific to the faucet spout position. by providing a switching module that can provide visual information to the device user. It is related. State of the Art Pushing and turning the gas tap shaft forward on gas stoves, ovens and similar appliances. The device is started by initiating gas flow into the system. Current applications in technology involve direct shaft-centered capacitive sensing methods. However, applications centered on the shaft face physical and dimensional constraints. This is the subject. It also applies to devices with systems coupled to the center of the shaft (for example, stoves), External agents in the form of liquids or particles can more easily enter the module. However, the operating principle of capacitive sensors is more sensitive to environmental influences. Therefore, the accuracy of the work remains low. In this case, the system does not meet expectations. It is unable to provide the working method and performance. Therefore, the known method of the technique... The problems experienced in the applications in this situation need to be eliminated. It has been heard. In the literature review, EP1463076 is given as an example of the known state of the technique. Document number [number] can be shown. The document in question is the electronic-mechanical location. It relates to a method for operating the switch. In this invention, the LED a housing in which an indicator is mounted, an actuator pin, and a potentiometer actuated by this pin, a microcontroller, at least one electronic switch contact, power supply element and 35 an electronic-mechanical position switch containing connection terminals 2 A method for operating it has been described. However, in the method mentioned, the shaft Solutions to problems experienced in devices with centrally coupled systems. No improvements have been mentioned. In conclusion, the existence of the above problems and the inadequacy of current solutions are relevant to the 5 This has made it necessary to make improvements in the technical field. Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field in 10 years. It relates to the switching module, which brings new advantages. The main purpose of the invention is to determine the position of the tap shaft via a potentiometer. by providing illumination or using different colors specific to the faucet spout position. a switching module 15 that can provide visual information to the device user. to reveal. The purpose of the invention is to shift the shaft center by means of toothed connections and to the shaft where it is used. by coupled, the movement of the shaft is transmitted to another gear via the shaft. External factors in the form of liquids or particles that may enter the system can only reach the central gear at 20°. by reaching and evacuating the electronic components from where they are not located into the module. The goal is to introduce a switching module that prevents entry. Another purpose of the invention is to adapt all gas cooking and heating appliances, including ovens and stoves. including a tap stem with an illuminated unit that requires position or status indication 25 alarm, timer, transformer and / or lighting units in systems containing a switching module that allows them to be activated and deactivated simultaneously to place. Another aim of the invention is to integrate 30 magnets and / or electronic components. By operating, it can provide a low-voltage output to the outside at the desired rotation position, and this The signal coming from the output can be used by users as an input signal for different purposes in their own products. The goal is to create a switching module that allows it to be used as information. Another aim of the invention is to create a gear that can be coupled to potentiometers of various sizes. Its structure makes it possible for the potentiometer to rotate and is physically suitable. 3 shifted from the center of the shaft by means of gears due to the necessity of not being able to As the potentiometer is rotated, the resistance value of the potentiometer changes. by evaluating microprocessors, which can be among electronic components, Output information is obtained from the microprocessor based on the resistance values ​​at the desired locations, can provide the user with input information for evaluation based on their different needs (e.g., 5 By rotating the potentiometer and using the resulting values, RGB LEDs can be used. (a switching module that allows different colors to be obtained at different rotation angles of the shaft) to reveal. To be able to fulfill all the objectives mentioned above and that can be derived from the detailed explanation is 10 The invention covers all gas cooking and heating appliances, including ovens and stoves. Faucet stem with illuminated unit requiring position or status indication It is a switching module used in systems, - the shaft of the gas tap that contains the tap stem that performs both circular and linear motion. lower body positioned on the plate, 15 - PCB located on the lower body, - LED light providing illumination on the PCB, - Located on the PCB and suitable for the intended use of the switching system. electronic components containing components, - a device attached to the tap shaft on the lower body and rotating together with the tap shaft. 20 the gear shaft that performs the movement, - connected to the shaft gear on the lower housing and rotated via the shaft gear. the potentiometer gear that performs the movement, - positioned on the potentiometer gear and connected to the potentiometer gear. creating different electrical resistance values ​​by rotating together 25 by causing the LED lights to turn on and / or the resulting electrical signal its value is displayed on the PCB for use in alarm and timer applications. enabling the transfer of data outside the module via an input-output connector. It is related to the fact that it contains a potentiometer. The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. This should be done taking that into consideration. 35 Figures that will help understand the invention. 4 Figure 1a: Perspective view of the switching module that is the subject of the invention. Figure 1b: A different perspective of the switching module that is the subject of the invention. It is the appearance. Figure 2: View of the switching module, the subject of the invention, with the cover open. Figure 3: The shaft gear of the switching module, which is the subject of the invention, is located on the tap shaft and 5 This is a view of a potentiometer gear. Figure 4: Shaft gear and potentiometer of the switching module subject to the invention. It is the appearance of the gear. Figure 5: Bottom view of the PCB of the switching module, which is the subject of the invention. It is the appearance. 10 Figure 6: Internal detail perspective view of the switching module, which is the subject of the invention. Figure 7: Cross-sectional view of the switching module that is the subject of the invention. Explanation of Part References 10. Lower body 20. PCB 30. Input-output connector 40. LED light 50. Electronic component 20 60. Spindle gear 61. Blank 70. Potentiometer gear 71. Projection 80. Potentiometer 25 Nest 81 90. Cover M. Faucet shaft M1. Shaft plate 30 Detailed Description of the Invention In this detailed description, the preferred switching module of the invention is described. alternatives, solely for the purpose of better understanding the subject and without any limitations. 35 It is explained in a way that will not create an impact. Figures 1a and 1b show perspective views of the switching module that is the subject of the invention. It is given that, in its most basic form, the switching module is mounted on the spindle plate (M1). a lower body (10) located on the lower body (10), PCB (20) Input-output ports that provide power input, distribution, and connection of output signals. connector (30), LED light (40) providing illumination on PCB (20), PCB (20) 5 containing components located on it and suitable for the intended use of the switching system. The electronic component (50) is attached to the tap shaft (M) on the lower body (10) and The shaft gear (60) which rotates together with the tap shaft (M) is on the lower housing (10) connected to the shaft gear (60) and making rotational movement by means of the shaft gear (60) potentiometer gear (70), positioned on potentiometer gear (70) and 10 By rotating together with the potentiometer gear (70), different electrical resistances by generating the value, the LED lights (40) will light up and / or the obtained PCB for using electrical signal values ​​in alarm and timer applications. (20) through the input-output connector (30) to transfer outside the module potentiometer (80) providing, cover (90) closing on the main body (10) 15 It includes. The main body (10) which constitutes the main carrier structure of the switching module subject to the invention It is positioned on the spindle plate (M1). The aforementioned spindle plate (M1) gas found in gas cooking or heating appliances, including ovens and stoves, is 20 The faucet has a faucet shaft (M) that performs both circular and linear motion. In the switching module that is the subject of the invention, the main body (10) is shown in Figure 2. A PCB (20) is placed on it. The PCB (20) is located in the switching module. 25 located and which may vary depending on the intended use of the switching module. electronic components including resistors, capacitors, microprocessors and other components (50) provides energy transmission. On the PCB (20), preferably the energy input, Input-output connectors (30) that provide connection of the distribution and output signal. These input-output connectors (30) also include switching. The electrical energy required and input of the module must reach the PCB (20) 30 It provides. As shown in Figure 3, a shaft gear (60) is attached to the tap shaft (M) on the lower body (10) It is fitted. Accordingly, the said shaft gear (60) is fitted as shown in Figure 4. It has a gap (61) in the shape of “D” surrounding the tap shaft (M). The shaft in question is 35 The gear (60) is connected to the tap shaft (M) via the aforementioned gap (61), 6 Rotary motion together with the tap shaft (M) driven by the user. is doing. On the lower housing (10), a potentiometer is attached to the shaft gear (60) as shown in figure 4. The gear (70) is associated with the potentiometer gear (70), shaft gear (60) 5 It performs rotational motion through this means. Potentiometer (80) shown in Figure 5 is mounted on the potentiometer gear (70). It is positioned. The potentiometer (80) rotates together with the potentiometer gear (70). It performs the movement. Accordingly, potentiometer (80), potentiometer 10 To ensure that it is locked to the gear (70) as shown in Figure 5, the potentiometer (80) is on it. As can be seen, there is a housing (81) in the shape of "D" and a potentiometer gear (70) on it. A "D" shaped protrusion (71) was created in the aforementioned socket (81). The subject is the potentiometer (80), the socket (81) of the protrusion (71) on the potentiometer gear (70) by passing through it, the potentiometer gear (70) 15 as shown in Figure 6. so that it can rotate together with the potentiometer gear (70). It is located. The potentiometer (80) rotates together with the potentiometer gear (70). By creating different electrical resistance values, the LED lights (40) can be turned on. and / or the obtained electrical signal value can be used for various purposes such as alarms and timers. Input-output connectors (30) via PCB (20) for use in applications This enables the transfer of data outside the module. Electrical energy from the electronic components (50) on the PCB (20) PCB (20) 25 When it reaches the LED lights (40) on it, the LED lights (40) flash in different scenarios, It is fading. LED lights (40) are of the RGB type, which can have different colors. In this case, LED lights (40) emit light in different colors, giving the user different meanings. It can provide information. Switching is done by closing the cover (90) on the main body (10) of the switching module. The module has been protected from being affected by external factors. The cover in question (90), figure As seen in 7, it wraps around the shaft gear (60) and the liquid or particle This prevents external factors such as these from entering the module. 35 7 The switching module described in the invention is designed to be used in a single unit rather than one unit. can be assembled. In this case, the switching modules in question are input-output. connectors (30) or direct cable connections to each other's conditions and status They can transmit information and engage in electrical communication.

Claims

8 REQUESTS 1. Including all gas-powered cooking and heating appliances, such as ovens and stoves. Faucet stem with illuminated unit requiring position or status indication It is a switching module used in systems, and its feature is; 5 - the tap stem (M) of the gas tap that moves in a circular and linear motion Lower housing (10) located on the spindle plate (M1) containing, - PCB (20) located on the lower body (10), - LED light (40) providing illumination on PCB (20), - The switch system usage is located on the PCB (20) 10 electronic components containing components suitable for their purpose (50), - fitted onto the tap shaft (M) on the lower body (10) and with the tap shaft (M) gear shaft that rotates together (60), - associated with the shaft gear (60) on the lower housing (10) and the shaft gear (60) potentiometer gear (70) which rotates via, 15 - positioned on the potentiometer gear (70) and potentiometer By rotating together with the gear (70), it creates different electrical resistances. by generating the value, the LED lights (40) will light up and / or be obtained the obtained electrical signal value in alarm and timer applications For use via the input-output connector (30) through the PCB (20) 20 It contains a potentiometer (80) that enables the transfer of power outside the module.

2. A switching module that complies with Claim 1, and its feature is; the aforementioned PCB (20) located on it and the connection of the power input, distribution and output signal. It includes an input-output connector (30) that provides 25 3. A switching module that complies with Claim 1, and its characteristic is; the main body mentioned above. (10) and the cover (90) that is closed on top and surrounds the shaft gear (60) It includes.

4. A switching module conforming to Claim 1, whose characteristic is; the aforementioned shaft gear. (60) surrounding the tap shaft (M) and the shaft gear (60) on the tap shaft (M) is that it contains a space in the form of “D” (61) which enables the connection.

5. A switching module conforming to Claim 1, featuring a potentiometer gear 35. (70) and the socket (81) located on the potentiometer (80) 9 by making a transition, the potentiometer (80) to the potentiometer gear (70) It contains a protrusion (71) that enables it to interlock.

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