A BURNER

Abstract

This invention relates to a burner (1) with a fixing clip (4.7) which enables the fixed and removable positioning of an igniter (A) used for heating or cooking food inside the oven or for gas measurement or a sensor (B) such as a gas meter, temperature meter.

Description

1 TARIFF A BURNER Technical Area 5 This invention is used to heat or cook food inside an oven. igniter or gas meter used for igniting the burner or measuring gas a fixing clip that allows it to be positioned in a fixed and removable manner It relates to the burner it has. 10 Previous Technique Ovens are appliances that cook the food placed inside them. The devices vary in size, application area, and the heating systems they use. They are classified according to the heating systems of ovens used in homes. These are usually gas, electric, or microwave ovens. In gas ovens, the gas phase... a fuel is burned and the heat obtained during combustion is used to make food It is being cooked. The burner where combustion takes place in ovens used in homes today. The oven burner is located inside the oven and is powered by gas or electricity. It is a working part. The burner is a component that generates heat inside the oven and cooks food. It is a mechanism. The burner, which usually has a metal structure, is located at the bottom of the furnace. It is located and used to control the temperature of the furnace. The burner controls the furnace's operation. It can vary according to its principle and can be of different types. For example, gas-powered Gas ovens use gas burners, while electric ovens have electric burners. The oven burner ensures the oven operates correctly and efficiently, cooking food properly. It helps to cook in a delicious and healthy way. 2 Burners generally have a housing structure. Gas is channeled into this housing structure. The gas enters and exits through holes located on the body. Gas burns by means of an igniter located outside the fuselage. This is happening. Whether the combustion is continuing or not, what is formed during combustion... Temperature is measured using gas meters and / or thermocouple-like devices. Burner EN 5 In its general form, it includes a body with holes in it, and the body or other It includes an igniter mounted on a component and a gas meter and / or thermometer. Some burners also use a reflector plate to distribute the heat evenly. One of the most important aspects for burners is the 10 that enables combustion and gas measurement. It is the connection of the parts to the burner. Parts such as the igniter, gas meter, and heat meter. The parts must be positioned in a fixed position relative to the burner, when needed. It can be easily removed during service and remains in its fixed position without any movement. It means remaining stationary without sliding, moving away, or changing angle. Currently used. The positioning in question cannot be successfully performed in the burners. The current 15 The fixing technique described in the application can be used for igniters, gas gauges, temperature gauges, etc. The devices will not move and will have a structure that allows them to be easily removed when needed. It can be fixed in place. One of the most common technical problems encountered in currently used burners is; 20 the igniter necessary for the burner to ignite and the device that controls the gas in the environment. After the gas gauge is fixed to the burner, the angle between the igniter and the gas gauge will change over time. This changes the setting, and consequently, the burner's operating efficiency decreases. One of the technical problems encountered in currently used burners is the igniter, 25 After devices such as gas meters and heat meters are fixed, the distance to the burner and It is the change of angles. One of the technical problems encountered in currently used burners is the igniter. Devices such as gas meters and thermometers cannot be held at four points; a total of 30 points on two axes. The inability to fix it at four separate points. Devices such as igniters, gas meters, and thermometers. 3 It is usually secured by holding or clamping it at one or more points. Fixations made from one point, or from two or three points, are unfortunately very delicate. These are not fixations. When the oven is moved or when the issue arises over time... There are variations in the position, angle, and distance of the devices, and this In this situation, combustion efficiency can decrease and combustion safety is at risk. 5 It is possible. One of the technical problems encountered in currently used burners is the igniter. After devices such as gas meters and heat meters are fixed, they can be easily connected to the burner. inability to remove 10 The invention in question aims to maintain the rigidity of the igniter and gas meter, and to adjust their angles. to ensure it remains unchanged for a long time, and can be easily removed when necessary. a burner with a fixing clip that is easy to provide and manufacture. It has been developed. 15 Thanks to the burner in question, the igniter and gas meter can be safely connected. They are compressed, and in any stretching or movement situation, they remain fixed at their angle. it can remain as Purposes of the Invention The purpose of this invention is to enable devices such as igniters, gas gauges, and thermometers to remain in a fixed position. a system that ensures it stays in place, and allows the devices in question to be easily removed when necessary. The goal is to create a burner with a fixing clip. 25 Another purpose of this invention is to create two devices such as igniters, gas gauges, and thermometers. a burner with a fixing clip that allows it to be fixed at four points on the axis to accomplish. 4 Another aim of this invention is to create a device that can maintain its position in situations such as stretching. The purpose is to create a fixing clip. Another purpose of this invention is to enable devices such as igniters, gas gauges, and thermometers. Fixing 5 allows for easy alignment with the same axis during fixing. The goal is to create a burner that has a clip. Another purpose of this invention is to provide a fixed base for devices such as igniters, gas gauges, and thermometers. A fixation that allows the device to be positioned in a fixed point without moving at all. The goal is to create a burner with a clip. 10 Detailed Description of the Invention The burner constructed to achieve the purpose of this invention is shown in the attached figures. and these shapes are; 15 Figure 1. Front perspective view of the burner. Figure 2. Perspective view of the fixing clip and carrying handles. Figure 3. Perspective view of the fixing clip attached to the carrying handle. It is the appearance. 20 Figure 4. Cross-sectional perspective of the fixing clip attached to the carrying handle. It is the appearance. Figure 5. Mounting clip and carrying handle of the igniter or sensor. This is a perspective view of the device without the mounting hardware. Figure 6. 25 attached to the mounting clip and carrying handle of the igniter or sensor. It is a perspective view of the situation. Figure 7. Attachment clip and carrying handle of the igniter or sensor. It is a perspective view of the situation. 5 The parts in the figures are individually numbered, and these numbers correspond to: It is given below. 1. Burner 2. Body 5 3. Reflective surface 4. Fixing bracket 4.1. Fixing body 4.2. First stabilizer 4.3. Second stabilizer 10 4.4. First carrying arm 4.4.1. Space 4.5. Second carrying handle 4.5.1. Half space 4.6. Passing clearance 15 4.7. Fixing clip 4.7.1. Pass-through channel 4.7.2. Top cover 4.7.3. Grip space 4.7.4. Overhang 20 4.7.5. First holder 4.7.6. Second holder 4.7.7. Third holder 4.7.8. Fourth holder A. Igniter B. Sensor It is a heating element located inside the furnace, usually powered by gas, and located at the bottom of the furnace. part of it used to heat or cook food inside the oven, containing 30 a shell (2) into which the gas to be burned is filled and the gas comes out from inside; to the shell (2) 6 fixed, on which the igniter (A) and sensor (B) are fixed. Igniter (A) with first stabilizer (4.2) and second stabilizer (4.3) and carrying the sensor (B) fixed at the desired distance and angle relative to the body (2). It is a burner (1) with a fixing apparatus (4); its feature is: -the first stabilizer (4.2) and the second stabilizer (4.3) should be in the form of a "U", the first 5 carrying handle (4.4) and the second carrying handle (4.5) and at least one of these handles It contains the interlocking gap (4.6) on it, -pass-through channel (4.7.1), holding gap (4.7.3), passing-through projection (4.7.4), first holder (4.7.5), second holder (4.7.6), third holder (4.7.7) and fourth holder (4.7.8) 10 At least one fixing clip (4.7) to which the igniter (A) or sensor (B) is attached including, -holding gap (4.7.3) located asymmetrically on the edges and holding The igniter (A) or sensor (B) is inserted into the gap (4.7.3) from four places and The first clamp (4.7.5) holds the object firmly by clamping it from four axes, the second clamp 15 (4.7.6) includes the third retainer (4.7.7) and the fourth retainer (4.7.8). The subject of the invention is the burner (1), for heating or cooking food inside the oven. igniter (A) used for igniting the burner or measuring gas. 20 fixed and demountable sensors (B) used for gas measurement and temperature measurement It includes a fixing clip (4.7) that holds asymmetrically on four axes. The fixing clip (4.7), included in one application of the invention, is for combustion in ovens. and combustion inside the furnace using gas supplied from a gas unit 25 igniter needed to burn a burner (1) that emits heat by creating (A) and a gas meter that measures gas leaks or a thermometer that measures temperature, or similar positioning of the sensor (B) around the burner (1) and in that location It is adapted for fixation. In one application of the invention, the burner (1) is used in ovens, stoves, etc. where the cooking process is carried out. It is used in a device. The preferred application of the invention is a burner (1) 7 It is preferably used to provide the necessary heat for cooking in a gas oven. A burner (1) used inside the oven can be used one or more times. In many ovens, preferably one is placed above the cooking chamber and the other inside the cooking chamber. Two burners (1) are used, located underneath. The burner (1) burns the gas that enters it, providing the necessary heat for cooking. Some A reflective surface (3) is used to ensure homogeneous heat distribution in the burner (1). The subject of the invention is a burner (1), with or without a reflective surface (3). It is available for use. The burner (1) contains a shell (2) into which the gas enters. The shell (2) is single It can be in the form of a single piece or multiple pieces. The invention is a In its application, the burner (1) preferably has a body (2) consisting of at least two parts. It includes. The body (2) preferably consists of at least two parts, upper and lower. It includes and the body (2) is obtained by combining the parts in question. 15 The gas required for combustion is preferably located inside the shell (2) or attached to the shell (2) It is connected to the connected gas inlet. On the shell (2) the gas can escape. There are combustion chambers. Combustion chambers are either single-row or auxiliary combustion chambers. It can be in the form of two rows of voids, including the combustion voids. The gas released burns, preferably in this area, generating the heat necessary for cooking. 20 Reflection surface (3) for homogeneous distribution of heat generated during combustion It is available for use. The reflective surface (3) is preferably mounted on the body (2) and has a flat structure. It provides. The reflective surface (3) allows the fire to spread through the surface of the heat. 25 It provides. The reflective surface (3) is flat, in a wide form, preferably with different geometric shapes. It can be in various forms. The reflective surface used in one application of the invention. (3) is in a quadrangular form and the body (2) is in the middle part of the said surface or the middle It is fixed to the body (2) in such a way as to fit into its sections. 8 The ignition of the gas coming out of the burner (1) body (2) is preferably done with the igniter (A). The igniter (A) is a part of the burner (1) or the body of the burner (1) (2) It is in the form of an assembled element. The igniter (A) is necessary for the combustion of the gas. It provides the trigger. Whether the burner (1) is burning or not, burning 5. To measure whether the oven temperature or the oven interior temperature is at the desired temperature. Some sensors (B) such as gas gauges and temperature gauges are used. In the sensors (B) may be part of the burner (1) like the igniter (A) or mounted on the body (2). It can also take the form of an element that is removed. In one application of the invention, the igniter (A) and / or sensor (B) are attached to the housing (2) 10 It is mounted with the fixing bracket (4). The fixing bracket (4) is attached to the body (2). It can be a single piece or a part that is subsequently mounted to the body (2). It is possible. In the preferred application of the invention, the fixing device (4) is attached to the body. (2) is a mounted connecting piece. The preferred distance and angle of the mounting bracket (4), igniter (A) and sensor (B) by ensuring that the burner (1) is positioned facing the shell (2) is used. The fixing apparatus (4) has a fixing body (4.1) There is a slot for the body (2) on the fixing body (4.1). and extensions that stretch out from the right and left sides of the socket. Fixing 20 preferably a seating slot on the apparatus (4) where the body (2) can sit located and extending outwards on both sides of the said seating area. Extensions are available. The extensions in question are located at a preferred distance and angle from both sides of the body (2) 25 It is located on each fixing device (4) extension, the igniter (A) and first stabilizer (4.2) and second stabilizer (4.3) to which the sensor (B) will be attached The igniter (A) and sensor (B) are preferably located on the mounting body (4.1). to the first stabilizer (4.2) and the second stabilizer (4.3) located on the right and left They are mounted. The first fastener (4.2) and the second fastener (4.3) are of the same form, 30 9 The two fastening pieces can be symmetrical to each other, or they can be different from each other. It is possible. The first fixer (4.2) and the second fixer (4.3) with the fixing body (4.1) It can be a single unit or made up of separate parts attached to it. First 5 first stabilizer (4.2) and second stabilizer (4.3) preferably at the end of the fixing apparatus (4) These are the components on which the igniter (A) and sensor (B) are mounted. The first stabilizer (4.2) and the second stabilizer (4.3) are preferably in the form of a “u” and It includes a first carrying arm (4.4) and a second carrying arm (4.5) running parallel to each other. 10 There is a gap (4.4.1) on the first carrying handle (4.4) and on one of the second carrying handles (4.5) There is a half-space (4.5.1) on the other. In one application of the invention, space on the first carrying handle (4.4) (4.4.1) and on the second carrying handle (4.5) There is a half-space (4.5.1). The subject of the invention is a burner (1) that holds the igniter (A) or sensor (B) at four points. and also on the second stabilizer (4.3) or the second carrying handle (4.5) It includes a fixing clip (4.7) that can be clamped into the slot (4.6) found. In one application of the invention, the first carrying arm (4.4) and / or the second carrying arm 20 (4.5) a gap or protrusion on which the fixing clip (4.7) can be fixed. In the preferred application of the invention, the fixing clip (4.7) The protrusion or gap on the first carrying handle (4.4) and / or the second carrying handle By passing through the gap or protrusion on the lever (4.5) a locking mechanism is established. is being done. 25 In an application of the invention, the first carrying handle (4.4) and / or the second carrying handle There is a gap (4.6) above (4.5). The gap (4.6) is preferably in the lower part of the first carrying arm (4.4) and / or the second carrying arm (4.5) It is located. 30 First stabilizer (4.2) and second stabilizer (4.3) of the igniter (A) and sensor (B) It is fixed by means of the fixing clip (4.7). The fixing clip; (4.7) first The carrying handle (4.4) and / or the second carrying handle (4.5) can be removed It can be attached. Fixing clip (4.7) preferably in the slot (4.7.1), top cover (4.7.2), holding gap (4.7.3), snap-in projection (4.7.4), first retainer (4.7.5), second retainer (4.7.6), It includes a third retainer (4.7.7) and a fourth retainer (4.7.8). The subject of the invention is the burner (1), the first holder (4.7.5) and the third holder (4.7.7) holding 10 the gap (4.7.3) is opposite on the edges and one of them is the holding gap (4.7.3) They are positioned asymmetrically, one to the right of the central axis and the other to the left. In the burner (1) that is the subject of the invention, the second holder (4.7.6) and the fourth holder (4.7.8) are opposite each other. its position and one of the holding space (4.7.3) 15 above the central axis They are positioned asymmetrically one below the other. The subject of the invention is the burner (1), the first holder (4.7.5), the second holder (4.7.6), the third The retainer (4.7.7), the fourth retainer (4.7.8) which is extended outwards and It has protrusions and extensions on which the igniter (A) or sensor (B) is mounted. The holding space (4.7.3) is located on the edges, inside the holding space (4.7.3). The igniter (A) or sensor (B) is fixed by compressing each one separately. It is held in this way. When the igniter (A) or sensor (B) is to be removed, first holder (4.7.5), second holder (4.7.6), third holder (4.7.7), fourth The extended structure of the retainers (4.7.8) allows the element in question to be removed by stretching. 25 It has been adapted to give. First holder (4.7.5), second holder (4.7.6), third The holder (4.7.7), preferably the outermost part of the extended structure of the fourth holders (4.7.8) It is slightly angled upwards so that the flex and the igniter (A) or sensor (B) It is easy to remove it through the ring-shaped opening on it. 11 Preferably the entire edge on the right and left sides of the body of the fixing clip (4.7) There is a passage channel (4.7.1) along its length. The fixing clip (4.7) is on the right side of the body. and the left edges are preferably bent inwards, and the bend in question It forms a channel or retaining edge. The channel of the fixing clip (4.7) (4.7.1), on the first carrying arm (4.4) and / or the second carrying arm (4.5) 5 It provides a slot, a channel, and a gripping edge for attachment. Fastening. The relevant transport through the gap in the connecting channel (4.7.1) located on the clip (4.7). It is attached to the arm (4.4, 4.5). The fixing clip (4.7) is located just above the snap channel (4.7.1) on the top cover (4.7.2). It has the top cover (4.7.2) and the snap channel (4.7.1) located in the upper part. It is formed by bending inwards in the shape of a transition channel (4.7.1). Top cover (4.7.2), Limiting and / or passing channel in the upper part of the fixing clip (4.7) It provides a structure in this form. The passage channel (4.7.1) and the top cover (4.7.2) are the first carriers of the fixing clip (4.7). to be attached to the handle (4.4) or the second carrying handle (4.5) within a channel structure It provides. The user can attach the fixing clip (4.7) to the first carrying handle (4.4) or The second carrying handle (4.5) is attached by sliding it over it. If the user prefers. The fixing clip (4.7) can be removed by pulling it upwards in the opposite direction. 20 The first carrying handle (4.4) or the second carrying handle (4.5) of the fixing clip (4.7) A snap-on projection (4.7.4) is used for fixing it onto the surface. Snap-on projection (4.7.4), a snap-on protruding part on the body of the fixing clip (4.7). It forms the surface. The snap-on projection (4.7.4) is placed on the fixing clip (4.7). 25 located on the first carrying handle (4.4) or the second carrying handle (4.5) to which it is attached By passing through the gap (4.6), the fixing clip (4.7) is attached to the arm in question. It ensures locking and fixing. The locking clip (4.7), igniter (A) and will fix the sensor (B) in a stable, motionless and fixed position It must be positioned. Therefore, after the fixing clip (4.7) is attached It is very important that it is locked and secured at one point. The subject of the invention is 30. The fixing clip (4.7) of the burner (1) is attached to the first snap-on projection (4.7.4). 12 into the slot on the carrying handle (4.4) or the second carrying handle (4.5) (4.6) passes through and secures the fixing clip (4.7). Thus the fixing clip (4.7) remains stationary. The fixing clip is inserted into (4.7). The igniter (A) and sensor (B) are fixed in their installed position, location and distance. It remains in this position. The igniter (A) and sensor (B) remain stationary, 5 remaining completely unchanged at the angle and distance it is attached is crucial for combustion, temperature measurement, and gas. This is crucial for ensuring that processes such as measurements are carried out safely and accurately. It is undesirable for the igniter (A) and sensor (B) to be moved in the position where they are installed. This is a situation that can cause problems in measurement and ignition processes. The fixing clip (4.7) has a holding slot (4.7.3) on its body. Holding gap (4.7.3), fixing clip when attaching the igniter (A) and sensor (B) (4.7) is the opening through which it passes. The holding gap (4.7.3) is different geometric shapes and It can be in various forms. In the preferred application of the invention, the holding cavity (4.7.3) is in a quadrilateral form. There are 15 on each side of the holding space (4.7.3). It has outward-facing gripping protrusions. The preferred designation of the invention. In the application, the first holder (4.7.5) is on one side of the holding gap (4.7.3), the other second holder (4.7.6) on one side, third holder (4.7.7) on the other side and last There is a fourth retainer (4.7.8) on its edge. All of these retainers It has an outwardly protruding structure. First holder (4.7.5), second holder (4.7.6), 20 The third retainer (4.7.7) and the fourth retainer (4.7.8) are preferably of a flexible nature. First holder (4.7.5), second holder (4.7.6), third holder (4.7.7) and fourth The retainer (4.7.8) preferably has part of the edges of the retaining space (4.7.3) where it is located. It extends along the length. First holder (4.7.5), second holder (4.7.6), third holder 25 (4.7.7) and the fourth retainer (4.7.8), from each edge of the retaining gap (4.7.3) It is positioned to face outwards and towards the center. The first holder (4.7.5), the second the first gripper (4.7.6), the third gripper (4.7.7) and the fourth gripper (4.7.8), the gripping gap (4.7.3) because it surrounds the igniter (A) which is inserted into the holding cavity (4.7.3) It secures the sensor (B) by clamping it at four points. The first holder (4.7.5), 30 second holder (4.7.6), third holder (4.7.7) and fourth holder (4.7.8) directly 13 He can hold the igniter (A) and sensor (B) by pressing down on them, as well as the igniter (A) and It also passes into a ring-shaped gap located on the sensor (B) body. It is able to retain these elements. First holder (4.7.5), second holder (4.7.6), third holder (4.7.7) and fourth 5 to make the holder (4.7.8) around the holding gap (4.7.3), in a saw-like manner The cutting is done with an opening part. The igniter (A) and sensor (B) have four separate parts. The elements in question can be compressed at a certain point, remaining fixed without moving. This is very important for its preservation. However, when the number of holders is increased, production... It becomes more difficult. As the number of gripping parts increases, the cutting of these parts becomes 10 As the number of gripping parts increases, the igniter (A) and sensor (B) become more difficult. This ensures more stable fixation. First holder (4.7.5), second holder (4.7.6), The third holder (4.7.7) and the fourth holder (4.7.8) are symmetrical with respect to the central axis. If it is desired to be done in this way, due to the size of the fixing clip (4.7) Unfortunately, it is not possible to make a cut of the preferred thickness. Applicant's statement 15 The subject is sliding, asymmetrical grippers for solving technical problems. It has been developed. Each gripper is not centered on the central axis, but rather on the center. It is positioned so that it is slightly shifted from the axis. Subject of the application One of the most important features of the invention is that the grippers are asymmetrically positioned off-center. It is positioned by sliding. 20 First holder (4.7.5), second holder (4.7.6), third holder (4.7.7) and fourth holder; (4.7.8) holding gap (4.7.3) a little to the right and left relative to the center It is positioned in a shifted manner. Thus, the first holder at the preferred width is available. (4.7.5), second holder (4.7.6), third holder (4.7.7) and fourth holder (4.7.8) get 25 It can be done. First holder (4.7.5), second holder (4.7.6), third holder (4.7.7) and the fourth holder (4.7.8) is manufactured wider than normal in circular form four points on the larger surface area of ​​the igniter (A) and sensor (B), It ensures compression and retention by applying pressure from the axis. 14 The fixing clip (4.7) holds the first holder (4.7.5) and the third holder (4.7.7). The gap (4.7.3) is located on opposite sides of the edges. The first gripper (4.7.5) and the third gripper (4.7.7) gripper gap (4.7.3) are opposite each other. It is located at the edges and at opposite ends relative to the central axis. First holder (4.7.5) and the third holder (4.7.7) will be positioned asymmetrically with respect to each other and the central axis 5 It is adapted as follows: The first holder (4.7.5) is the igniter (A) and the sensor (B). pressing down on the upper part of its circular form from one surface, the third holder (4.7.7) It presses against the opposite surface on the lower part of the circular form. The first gripper (4.7.5) and the fourth gripper (4.7.8) gripper gap (4.7.3) are opposite 10 It is located at the edges and at opposite ends relative to the central axis. First holder (4.7.5) and the fourth holder (4.7.8) is positioned asymmetrically with respect to each other and the central axis. It has been adapted to be the first holder (4.7.5), igniter (A) and sensor. (B) pressing down on the side section of the circular form from one surface to the fourth holder (4.7.8) It presses against the opposite side of the circular form from the opposite surface. 15 First holder (4.7.5), second holder (4.7.6), third holder (4.7.7) and fourth Due to the asymmetric position of the holder (4.7.8), the igniter (A) and the sensor (B) Circular structures are subjected to spring pressure from four different points asymmetrically. is being implemented. 20 The subject of the invention is the use and structure of the burner (1) and the fixing clip (4.7) as follows: It is as follows. The fixing device (4) is fixed to the body (2). Fixing The clip (4.7) is the first fastener (4.2) and the first carrier of the second fastener (4.3). It is attached to the handle (4.4) or the second carrying handle (4.5). Fixing clip (4.7) When attaching, the connecting channel (4.7.1), the first carrying handle (4.4) or the second carrying handle 25 (4.5) is transferred onto it. In the preferred application of the invention, the fastening The clip (4.7) is attached to the second carrying handle (4.5) and the second carrying handle (4.5) There is a semicircular half-space (4.5.1) on it. The fixing clip (4.7) must be 30 inches from the gap (4.4.1) or half-gap in the arm where it is attached. (4.5.1) is located on the retaining slot on the fixing clip (4.7). (4.7.3) comes on a space (4.4.1) or half-space (4.5.1) and preferably It is positioned so that it is center-axis oriented. On the fixing clip (4.7) the attached protrusion (4.7.4), the first carrying handle (4.4) or the second carrying handle When the fixing clip (4.7) is inserted into the slot (4.6) located on (4.5) It is fixed onto the relevant carrying handle (4.4, 4.5). There is a 5 on the fixing clip (4.7). When the holding space (4.7.3) is located over the half space (4.5.1), the center There is no requirement for the igniter (A) and sensor (B) to be on the axis. It provides freedom of movement during installation, allowing for easy sliding. When secured by attaching the fixing clip (4.7), there are 10 on the fixing clip (4.7). on the holding space (4.7.3), space (4.4.1) or half space (4.5.1) It comes. Because the fixing clip (4.7) holders extend towards the central axis. It acts like flexible springs surrounding the retaining gap (4.7.3). Fixing clip (4.7) first holder (4.7.5), second holder (4.7.6), third holder (4.7.7) and The fourth holder (4.7.8) surrounds the holding gap (4.7.3). The first holder is 15 (4.7.5), second holder (4.7.6), third holder (4.7.7) and fourth holder (4.7.8) flexible Because of this, it allows a device to enter or exit its central axes. After the fixing clip (4.7) is attached, the user can attach the igniter (A) and / or sensor. (B) the space on the first carrying arm (4.4) and the second carrying arm (4.5) It is installed by passing it through (4.4.1) and half gap (4.5.1). Igniter (A) and / or 20 The first carrying handle (4.4) where the sensor (B) fixing clip (4.7) is located or It is secured by being compressed when it passes through the second carrying handle (4.5). Igniter (A) and / or sensor (B) first carrying handle (4.4) or second carrying handle (4.5) It remains fixed inside. In other words, the user is the service igniter. When you want to remove sensor (A) and / or sensor (B), the first holder (4.7.5), the second holder 25 by flexing outwards the third gripper (4.7.7) and the fourth gripper (4.7.8) (4.7.6). The user removes the igniter (A) and / or sensor (B). Additionally, the user removes the igniter (A). and / or by pulling the sensor (B) in the opposite direction, the first holder (4.7.5), the second holder (4.7.6), It is possible to remove the third holder (4.7.7) and the fourth holder (4.7.8) by flexing them.

Claims

16 REQUESTS 1. The heating element located inside ovens, usually powered by gas, and used to heat the oven. at the bottom, used to heat or cook food inside the oven, a shell into which the gas to be combustible is filled and the gas exits from inside to outside (2); 5 fixed to the body (2), on which the igniter (A) and sensor (B) first stabilizer (4.2) and second stabilizer (4.3) which enable it to be fixed The igniter (A) and sensor (B) located at the desired distance relative to the body (2) and a burner (1) with a fixing apparatus (4) that holds it fixed at an angle Feature; 10 -the first stabilizer (4.2) and the second stabilizer (4.3) should be in the form of a "U", the first carrying handle (4.4) and the second carrying handle (4.5) and at least one of these handles It contains the interlocking gap (4.6) on it, -pass-through channel (4.7.1), holding gap (4.7.3), pass-through projection (4.7.4), first first holder (4.7.5), second holder (4.7.6), third holder (4.7.7) and fourth holder 15 (4.7.8) on the first carrying handle (4.4) or the second carrying handle (4.5) at least one fixing clip to which the igniter (A) or sensor (B) is attached. (4.7) includes, -holding gap (4.7.3) located asymmetrically on the edges and holding The igniter (A) or sensor (B) inserted into the gap (4.7.3) is connected in four places 20 and the first clamp (4.7.5) which holds it firmly by clamping it from four axes, the second It includes the first retainer (4.7.6), the third retainer (4.7.7) and the fourth retainer (4.7.8).

2. As in Claim 1, it is a burner whose function is to heat the food inside the oven or 25 used for cooking, for lighting the burner or for measuring gas. sensors used for igniter (A) or gas measurement, temperature measurement (B) a fixed and detachable one that holds asymmetrically on four axes It includes a fixing clip (4.7).

3. The burner is as in Claim 1 and its characteristics are; first holder (4.7.5) and third holder 30 (4.7.7) holding gap (4.7.3) oppositely positioned on the edges and one of them holding 17 The gap (4.7.3) is asymmetrical, with one on the right of the central axis and the other on the left. It is its location.

4. The burner is as in Claim 1 and its feature is; second holder (4.7.6) and fourth holder (4.7.8) being opposite each other and one of them holding space (4.7.3) center 5 It is characterized by one being positioned above the other on the axis, and the other below, in an asymmetrical manner.

5. The burner is as in Claim 1 and its characteristic is that it has an igniter (A) or sensor (B) on four holding from point and also second stabilizer (4.3) or second carrier The fixing clip 10 which is clamped into the slot (4.6) on the arm (4.5). (4.7) includes.

6. The burner is as in Claim 1 and its features are; first holder (4.7.5), second holder (4.7.6), third holder (4.7.7), fourth holder (4.7.8) outward extension It has protrusions as shown in the figure and the extensions are either the igniter (A) or sensor 15 (B) The mounting space (4.7.3) is located on the edges.

7. The burner is as in Claim 1 and its characteristic is that it is located inside the holding cavity (4.7.3). by compressing the placed igniter (A) or sensor (B) separately When the igniter (A) or sensor (B) is to be removed, which holds it firmly, 20 its extended structure is flexible to allow the element in question to emerge. adapted first holder (4.7.5), second holder (4.7.6), third holder (4.7.7), The fourth is that it includes the retainer (4.7.8).

8. The burner is as in Claim 1 and its characteristics are; first holder (4.7.5), second holder 25 (4.7.6), the third retainer (4.7.7), the extended structure of the fourth retainer (4.7.8) Its features include an upwardly curved tip and easy flexibility.

9. The burner is as in Claim 1 and its feature is; first carrying arm (4.4) and second carrying 30 one arm (4.5) has a gap (4.4.1) and the other arm has a half gap (4.5.1) It is the presence of. 18 10. The burner is as in Claim 1 and its feature is; the first carrying handle (4.4) or the second The fixing clip (4.7) which can be attached to the carrying handle (4.5) and removed. It includes.

11. The burner is as in Claim 1 and its feature is; the channel for the mounting clip (4.7) is 5 (4.7.1), top cover (4.7.2), holding opening (4.7.3), snap-on projection (4.7.4), first first holder (4.7.5), second holder (4.7.6), third holder (4.7.7) and fourth holder (4.7.8) is included.

12. The burner is as in Claim 1 and its feature is that the fixing clip (4.7) is on the right side of the body 10 and having a slip channel along the entire edge on the left side (4.7.1), fastening The clip (4.7) has a structure with the right and left edges of its body bent inwards. It is the fact that.

13. The burner is as in Claim 1 and its characteristics are; first holder (4.7.5), second holder 15 (4.7.6), third holder (4.7.7) and fourth holder (4.7.8) The gap (4.7.3) extends outwards from each edge along a portion of its edges and It should be positioned so that it faces towards the center.

14. The burner is as in Claim 1 and its characteristics are; first holder (4.7.5), second holder 20 (4.7.6), third holder (4.7.7) and asymmetric position of the fourth holder (4.7.8) due to the circular structures of the igniter (A) and sensor (B) It is the application of spring pressure from four different points.

15. The burner is as in Claim 1 and its feature is; the fixing clip (4.7) second transport 25 It should be on the handle (4.5) and the semicircle on the second carrying handle (4.5). The presence of a half-space (4.5.1) is the result.

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