CIRCULAR WELDING APPARATUS

Abstract

The invention relates to a welding apparatus (A) which enables the welding of two circular geometry parts (the first part (P1) and the second part (P2), which are spot-welded together) with maximum quality and efficiency without experiencing ergonomic difficulties.

Description

1 TARIFF CIRCULAR WELDING APPARATUS TECHNICAL FIELD The invention allows for the ergonomic assembly of two parts with circular geometry without encountering any difficulties. 5 with circular welding apparatus that ensures welding with maximum quality and efficiency. It is related. PREVIOUS TECHNIQUE Circular welding is a process particularly suitable for joining parts with circular geometries. It is a commonly used method. However, these types of sourcing processes are generally... It faces ergonomic challenges and productivity losses. The 10 known aspects of the technique... in this case, parts with circular geometry (for example, parts with circular surfaces) Welding (pipes or rings) leads to the following problems: In traditional welding methods, operators must accurately position the welding probe. Their manipulation usually requires physical strength, and this situation affects the welding process. This negatively affects efficiency. Operators, during circular welding, handle the parts by hand. 15 It is forced to rotate and weld evenly on every surface. Most existing systems handle the positioning of parts during the circular welding process and It is not sufficiently optimized to ensure its stability. This affects the quality of the source. This leads to inconsistencies and wasted time. Furthermore, the parts during welding... Its movement or improper placement leads to faulty welding and increased waste. This leads to processes. In current systems, circular parts are generally used. The parts are being fixed and the operator is using a welding probe around the fixed parts. This process involves rotation. This creates ergonomic challenges for the operator and also wastes resources. This leads to inconsistencies in quality and interruptions in the sourcing process. This therefore causes the resource duration to be extended. 25 The fastening devices currently in use are generally compatible with parts of a specific size. It is designed to provide this. In this case, a new one for parts of different sizes. A fixing device is required. 2 Additionally, existing fastening devices are used for inserting and welding perforated parts. It has limited compatibility in this regard. When welding these types of parts, usually due to improper placement of holes and parts, welding errors are occurring. Considering the problems mentioned above, circular geometry is number 5. Having two parts allows for maximum quality and efficiency without experiencing ergonomic difficulties. A circular welding apparatus is needed to enable the welding process. In conclusion, all the problems mentioned above necessitate innovation in the relevant field. It has brought it to this state. PURPOSE OF THE INVENTION 10 The present invention aims to eliminate the aforementioned problems and provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. The purpose of the invention is to seamlessly combine two circular geometric parts into a single unit. The goal is to ensure it originates during the trip. The purpose of the invention is to enable the operator to perform the welding process without encountering ergonomic difficulties. 15 The goal is to enable it to function. Specifically, it is necessary for the operator to rotate the parts. The goal is to minimize manual effort and movement. The purpose of the invention is to enable welding by allowing parts to be welded together in a uniform form. The goal is to improve its quality. The purpose of the invention is to enable the welding of parts of different diameters and lengths together. 20 The invention's purpose is to facilitate transport thanks to its unique structure. The aim of the invention is to reduce the time spent in the welding process. A BRIEF DESCRIPTION OF THE INVENTION All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention is a circular welding apparatus. 25 The invention consists of a body that acts as a chassis, with the first and second parts mounted on the body. the first flange and support piece to which it is connected, the first of the aforementioned first and second parts 3 to ensure it remains balanced on the axis, the second axis and the third axis; support a gijon extending outwards on the second axis from the part mentioned, the first and second the lug that clamps the part to the first flange and the lug on the gijon The first fastening element that ensures its fixation is a bearing attached to the aforementioned first flange. The second flange, connected via this connection, is therefore spot-welded to the first flange mentioned above. to enable the first and second parts to be rotated around the second axis Circular, characterized by having an arm that connects to the second flange. two pieces with the same geometry (connected by spot welding (first piece (and the second part) maximum quality and efficiency without experiencing ergonomic difficulties. It relates to the welding apparatus that enables welding. 10 A preferred design of the invention is preferably one that facilitates transport. It includes moving elements that are connected to the aforementioned body. A preferred design of the invention is that the body does not move during welding. It includes a braking mechanism connected to the moving parts to ensure performance. A preferred configuration of the invention is the 15-inch flange and support piece mentioned above. It includes a second connecting element that enables the connection. The preferred configuration of the invention consists of a first and second fastening element which is a nut. It includes. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows the isometric view of the circular welding apparatus. 20 Figure 2 shows an isometric view of the circular welding apparatus from different angles. Figure 3 shows the isometric view of the circular welding apparatus without its body. Figure 4 shows the front view of the first and second parts, which are spot-welded together. Figure 5 shows the isometric view of the first and second parts connected to the circular welding apparatus. It is provided. (ready for sourcing) 25 EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES A. Circular welding apparatus 1. Body 4 2. First flange 3. Support piece 4. Gijon 5. Shoe 6. First connecting element 5 7. Bearing 8. Second flange 9th Column 10. Second connecting element P1. Part 10 P2. Second part K. Source probe E1. First axis E2. Second axis E3. Third axis 15 DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention, the circular welding apparatus (A), is only a more detailed explanation of the subject. To ensure a good understanding, it is explained with examples that do not create any limiting effects. The invention consists of two parts with circular geometry (joined together by spot welding). The first part (P1) and the second part (P2)) can accommodate a maximum of 20 without experiencing ergonomic difficulties. It relates to the welding apparatus (A) which ensures quality and efficiency. The first and second parts (P1, P2) to be subjected to circular welding are first shown in Figure 4. As seen, they need to be spot welded together. Afterwards, as shown in Figure 5... The first and second parts (P1, P2) are taken to the circular welding apparatus (A) and formed into a continuous weld. They are welded together in this manner. Also, in the circular welding apparatus in question (A) 25 pieces with circular geometry and a hole in the center This can be due to the fact that the support piece (3) is placed in the holes of the parts to be welded. It coincides with and Gijon (4) passes through this hole. The invention includes a body (1) which acts as a chassis, as shown in figures 1 and 2. The movement 5 is preferably connected to the mentioned body (1) to facilitate transport. It includes the elements. In addition, the body (1) should not move during welding. It includes a braking mechanism connected to the moving parts to provide support. The mentioned body (1) can also be configured to be connected to the ground where it is located, if preferred. is being done. The invention consists of 10 parts (P1,P2) on the body (1) of the first and second parts, as shown in Figure 1. It includes the first flange (2) and support piece (3) to which it is connected. With the first flange (2) second connecting element (10) which provides connection of the support piece (3) It includes. The second connecting element (10) is a nut. This allows the first flange (2) to be connected to it. The support piece (3) has a removable and attachable structure. In this way, the first and / or depending on the dimensions of the second part (P1,P2), the support piece (3) can be removed and replaced with a different 15 A support piece (3) of the specified dimensions can be connected to the first flange (2). The preferred design of the invention In one version, the first flange (2) and the support piece (3) are in a single unit. It is being configured. The invention is made outwards from the support piece (3) on the second axis (E2) as shown in figures 1 and 3. It includes a Gijon (4) that extends straight. 20 The invention consists of the first and second parts (P1, P2) mentioned above, as shown in figures 1 and 3. balance on the first axis (E1), second axis (E2) and third axis (E3) to provide; a support piece (3) extending outwards on the second axis (E2) It includes gijon (4). The first and second parts mentioned (P1,P2) are attached to the first flange (2) 25 The shoe (5) that provides the compression and the fixing of the shoe (5) on the gijon (4) It includes the first connecting element (6) that provides the first connecting element (6). The first connecting element (6) It is a nut. Thanks to the mentioned gijon (4), lug (5) and first connecting element (6). The length of the first and second parts (P1,P2) welded together along the second axis (E2) Even if there are more than (3) support pieces, it can be clamped to the first flange (2) and It is in balance. 30 The invention involves a bearing (7) attached to the first flange (2) mentioned, as shown in figures 2 and 3. It includes a second flange (8) connected to the second flange (8) and a sleeve (9) connected to the second flange (8). 6 The rotation of the mentioned arm (9) on the second axis (E2) will be in the same direction and with the same intensity. In the figure, the second flange (8), bearing (7) and the first flange (2) are in the second axis (E2) respectively. It rotates. The first flange (2) rotates in the same direction and with the same intensity as the first flange. and rotates in the second part (P1,P2). In this way, the operator turns the lever (9) to the first and the second part (P1,P2) is rotated in the specified direction and at the specified speed. 5 The first and second parts (P1,P2) are welded together as a support, as shown in Figure 5. placed on part (3) and then by means of shoe (5) and first connecting element (6) The first flange (2) is clamped. Then the operator welds with the welding probe (K). The process begins. All surfaces where the first and second parts (P1, P2) are in contact. Turn the lever (9) to weld the first and second parts (P1,P2) in the direction it indicates. 10 It translates. Thus, the operator can continuously translate the source without getting up from their seat. It completes the process. To weld the first and second parts (P1, P2) together, respectively; a. The first and second parts (P1, P2) are fixed together by spot welding. b. Support piece (3) of the first and second parts (P1,P2) welded together 15 to be taken upon c. By moving the shoe (5) and the first connecting element (6) on the gijon (4) Compressing the first and second parts (P1,P2) onto the first flange (2), d. For seamless welding of the first and second parts (P1,P2), the arm (9) rotating in the specified direction at the specified speed, 20 The process steps are being implemented. The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a technically skilled person... the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that this can lead to the emergence of new structures. 25

Claims

7 REQUESTS 1. The invention consists of two parts with circular geometry (welded together) ergonomic challenges of the first part (P1) and the second part (P2) that are connected A source that ensures maximum quality and efficiency without experiencing any issues. The device is (A) and its feature is; 5  A body that acts as a chassis (1),  The first part where the first and second parts (P1,P2) are connected on the body (1) flange (2) and support piece (3),  The first and second parts (P1,P2) mentioned have the first axis (E1) and the second axis To ensure it remains balanced on the (E2) and third axes (E3); 10 a support piece (3) extending outwards on the second axis (E2) gijon (4), The first and second parts mentioned (P1,P2) are attached to the first flange (2) the shoe (5) that provides the compression and the shoe (5) on the gijon (4) The first connecting element (6) which ensures its fixation, 15  The second flange (2) is connected to the first flange (2) by means of a bearing (7). flange (8),  The first flange mentioned (2) and therefore the first and second flanges which are spot welded rotational rotation of the part (P1,P2) on the second axis (E2) The arm (9) connected to the second flange (8) to provide 20 It is characterized by its inclusion.

2. Circular welding apparatus (A) conforming to Claim 1, its feature is ease of transport. The moving elements preferably connected to the mentioned body (1) in order to provide It includes.

3. Circular welding apparatus (A) conforming to claim 2, its feature being; during welding connected to the moving elements to ensure that the body (1) does not move It includes a braking mechanism.

4. Circular welding apparatus (A) conforming to claim 1, its feature being; the first flange mentioned is 30 second connecting element that provides connection between (2) and the support piece (3) (10) is included. 8 5. Circular welding apparatus (A) conforming to claim 1 or 4, having a nut. It includes the first and second connecting elements (6,10).

6. The invention consists of a first part (P1) and a second part (P2) with circular geometry. Maximum quality and efficiency without experiencing ergonomic difficulties. It is the method that enables its generation; its characteristic is; a. The first and second parts (P1, P2) are fixed together by spot welding. b. Support piece of the first and second parts (P1,P2) welded together (3) to be taken upon, 10 c. The shoe (5) and the first connecting element (6) move on the gijon (4). by compressing the first and second parts (P1,P2) onto the first flange (2), d. For seamless welding of the first and second parts (P1, P2) Rotating the arm (9) in the specified direction at the specified speed, It is characterized by including the steps involved in the process. 15