DOUBLE PIN DEVELOPED FOR SAFE GAS TAPS.

Abstract

The invention relates to an improved pin configuration for safety gas taps that transmits the user's push motion to the safety valve (magnet) component.

Description

1 TARIFF DOUBLE PIN DEVELOPED FOR SAFE GAS TAPS. Technical Area 5 The invention transforms the user's push action into a safety valve for safety gas taps. It relates to an improved pin configuration that transmits light to the (magnet) part. State of the Art Gas taps used in household cooking stoves and ovens are generally designed for users. It is designed and manufactured with extreme precision to ensure its safety. This The conical part is one of the most critical components in these systems. The potential wear of this part is 15. In this situation, the likelihood of a gas leak from the gas tap increases. The stove going out... In this case, the safety device is open due to electrical energy from the thermocouple. The valve closes due to insufficient energy, preventing gas from passing through. This prevents potential problems if the stove goes out without the user noticing. Dangers are prevented. 20 The safety valve component is activated by the pressure force applied by the user to the gas tap. The thermocouple, which opens to the open position, starts generating energy after the flame is ignited. This part keeps the safety valve in the open position until the stove goes out. The user's The part that transmits the pressing motion to the safety valve is usually the pin. This 25 the part, like the other parts in the gas tap, must be manufactured with precision. It is necessary. The pin used in gas taps is usually cylindrical in shape, It features wide conical structures at its tip. These pins are part of the gas tap's mechanical system. controlling the mechanisms that enable its operation and open and close the gas flow are elements. 30 In current systems, pins are generally manufactured as a single piece. Single-piece pins are machined. manufactured using a manufacturing process and usually made of metal such as aluminum or brass. 2 They are cylindrical forms made from alloys. During production, the pins have a wide conical shape. The end section is machined to a specific diameter according to the instructions, and this machining is usually done with precision machining. Lifting techniques are applied. However, the production of monolithic pins involves both assembly and manufacturing processes. This leads to both difficulties and high production costs. One-piece pins The machining processes used in its manufacture also lead to wear and tear and gas leaks over time. 5 It can also cause negative effects that can open up. The diameter for the production of monolithic pins is... The desired form is obtained from a large-diameter rod by machining the wider section. A large amount of scrap is generated during the machining of the thinnest parts of monolithic pins. Chips are produced, which increases production time and costs. Another problem encountered in using existing pins is during the assembly phase. The chip particles produced during the initial precision machining operation are in the pin. It adheres to the oil on the surface and, with prolonged use, gets stuck between the cone and the body. Friction causes wear and tear and can lead to leaks. Chip particles Another reason for its adhesion to the pin is its one-piece design, which allows it to hold 15. it is mounted inside the tapered part before the precision machining process and This is because it involves a delicate chip removal process. Such leaks compromise both safety. This puts the appliance at risk and reduces its efficiency. Such problems occur when the gas tap... This makes long-term and safe use difficult. The most significant weakness of the current state of the art is the monolithic production of the pin component. its shape leads to both assembly difficulties and wear during long-term use. It opens up. In addition, there are production costs and difficulties encountered in assembly. These are factors that negatively affect the efficiency and safety of the system. In this context, improvements made to the design of the pin components in gas taps, 25 This not only reduces production costs but also improves safety. It also minimizes critical gas leaks. The problems mentioned above... A new pin design was needed to prevent this. Description of the Invention 30 In the new system proposed in the invention, the pin component is manufactured in two separate parts, The aim is to eliminate friction and wear that occur during use, in production. 3 They are trying to reduce costs and increase assembly speed for operators. Two parts This design facilitates production and assembly while also preventing gas leaks. It ensures that the mechanisms to prevent this work more efficiently. In particular, the pin the thin part of the piece and the separate production of its parts and the opening in the conical part Having a socket and the thin part fitting into this socket both reduces production costs and 5 This innovation minimizes errors that may occur during assembly. This applies to both production and... It also offers significant advantages in terms of usability. This technical improvement enhances the safety and durability of gas tap systems. By increasing this, it significantly reduces gas leaks in household cooking stoves and ovens. 10 Eliminates the difficulties encountered during assembly and use of monolithic pins. This design, which eliminates the need for excessive force, also extends the life of the gas tap, while manufacturers It offers a more cost-effective and efficient solution. Drawings The present invention, briefly summarized above and discussed in more detail below, applications of the invention, example applications of which are depicted in the attached drawings. This can be understood by applying. The invention will be described by referring to the attached figures, 20 Thus the characteristics of the invention will be understood more clearly, but the purpose of this is to explain the invention in this way. It is not about limiting it with certain regulations. On the contrary, the invention's accompanying claims all alternatives that could be included within the area defined by it, The aim is to cover the changes and equivalencies. The details shown are: 25 solely for the purpose of describing the preferred arrangements of the present invention. as shown and both the shaping of methods and the rules of invention and to provide the most useful and easily understandable definition of its conceptual characteristics It should be understood that they are being presented. Explanation of Details in Drawings 30 Figure 1 Appearance of the double pin, which is the subject of the invention. Figure 2 Existing one-piece pin 4 Figure 3 shows the appearance of the double pin inside the gas tap. Figure 4 shows the appearance of the existing monolithic pin inside the gas valve. Figure 5. Appearance of the gas tap. Figure 6 shows the appearance of the double pin, shuttle, and safety valve inside the gas tap. Explanation of references 1 Gas tap 1.2 Body 2 One-piece pins 10 2.1 Conical tip 2.2 Piston ring groove 3 Double pins 3.1 Pin 3.1.1 Spring retaining wall 15 3.2 Conical pin tip 3.2.1 Pin seating channel 4 Miles Conical male 6 Shuttles 20 6.1 Shuttle conical tip 7 Safety valves Detailed Description of the Invention The main difference between safety gas taps (1) and non-safe ones is the safety valve. (7) is that it has a safety valve (7) with heat energy generated in the burning stove. By keeping the safety valve (7) in the open position, the electrical energy produced by the thermocouple can be controlled by gas. It allows passage. To operate the safety gas taps (1), the user must press on the shaft (4) part. It applies force and generally rotates counterclockwise to allow gas passage. gas is supplied and reaches the stove burner. The user presses on the shaft (4) part. When applied, the double pin (3), shuttle (6) and safety valve (7) together with the shaft (4). Gas passage is provided by movement. Conical pin end (3.2) and shuttle conical end (6.1) Thanks to the conical contact surfaces, the vertical steering movement is converted to a certain horizontal direction. It passes to the axis and allows the safety valve (7) to move. In the current technique, the one-piece pin (2) is mounted on the conical male (5) part due to its structure. mounting to the conical male (5) before the precision machining operation too small chips sticking to the solid pin (2) Because of this, over time these chips wear down the conical male (5) part and both This shortens the product's lifespan and can also cause gas leaks. Invention 10 the subject of the precision machining of the double pin (3), tapered male (5) part then all particles are cleaned and pin (3.1) through the conical male (5) It is inserted and mounted into the pin seating channel (3.2.1). After this process, the conical male connector (5) gas tap (1) is mounted on the body (1.2).

Claims

6 REQUESTS 1- The invention describes the user's push action for safety gas taps (1). with improved double pin (3) configuration which transmits to the safety valve (7) part related and its feature is; the double pin (3) pin (3.1) and conical pin end (3.2) as 5 production and precision machining of the conical male (5) part It is then characterized by its assembly. 2- The invention is the double pin (3) in claim 1, the characteristic of which is; the pin (3.1) part 10 for mounting the conical pin end (3.2) into the pin seating channel (3.2.1). It is the fact that.

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