SOURCE TABLE

Abstract

The invention relates to a welding table (A) which enables multiple perforated parts (P) to be welded in a centered manner with minimum labor and minimum time without the need for spot welding.

Description

1 TARIFF SOURCE TABLE TECHNICAL FIELD The invention allows for the welding of multiple perforated parts that require spot welding. 5 Centered in a way that is undetectable, with minimum effort and minimum time It is related to the welding table that enables the welding. PREVIOUS TECHNIQUE In today's industrial production processes, especially during welding, there are multiple Securing and properly centering the perforated part is a significant challenge. It forms. In particular, the process of welding cylindrical parts together is a lengthy process. 10 It constitutes a process. In traditional methods used in welding processes, Centering and securing the parts is usually done manually, and this This situation both increases labor requirements and leads to a loss of time. In addition, manual fastening is a method prone to operator errors, which... As a result of errors, the quality of the welding process decreases and undesirable deviations occur in production. 15 is occurring. In these types of manual methods, spot welding of parts is common in the fastening process. It is a technique that is used. However, spot welding complicates the production process. This requires additional labor and increases the overall duration of the welding process. Axial displacements cannot be prevented, especially when fixing long parts, 20 This can negatively affect the geometric accuracy of the parts after welding. Furthermore, Movement of parts during the welding process can lead to unwanted deformations. It opens the door and reduces product quality. In addition to manual methods, existing systems offer automatic fastening and centering. These mechanisms are used. However, most of these systems have complex structures and high 25 Due to its costs, it is not suitable for small and medium-sized production facilities. Furthermore, this... fastening mechanisms used in systems depend on the geometric characteristics of the parts. It appears to be insufficient in providing flexibility, especially for different geometries. 2 When the components need to be welded together, existing systems are insufficient. It fails to deliver efficiency. Considering the issues mentioned above, the sourcing process is subject to change. Multiple perforated parts to be held can be secured with minimum effort without the need for spot welding. Welding power that enables centering in the shortest possible time. 5 A table is needed. In conclusion, all the problems mentioned above necessitate innovation in the relevant field. It has brought it to this state. THE PURPOSE OF THE INVENTION The present invention aims to eliminate the problems mentioned above and to provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. The purpose of the invention is to enable parts to be fixed without the need for spot welding, and by enabling sourcing, processing time on the production line can be shortened and labor costs can be reduced. The goal is to reduce the need. The purpose of the invention is to fasten parts with multiple different geometries and 15 The aim is to provide flexible working arrangements by enabling resource allocation. The purpose of the invention is to achieve centering of parts and to minimize errors in the centering process. The aim is to ensure that it is done within the tolerance limit. The purpose of the invention is to arrange the parts to be welded in a specific order. stacking and welding operations taking place in an orderly working environment 20 to provide. A BRIEF DESCRIPTION OF THE INVENTION All the purposes mentioned above and those that will emerge from the detailed explanation below. The existing invention, the source desk, is designed to achieve this. The invention is a pneumatic table on which the parts to be welded are placed, from one to 25 to enable the fixing of excess parts to the pneumatic table, especially long parts. to ensure it is fixed; pneumatically, it will extend linearly on the second axis. The first slide, configured on the table, will extend linearly along the third axis. 3 The second slide, configured on the pneumatic table as shown, is positioned on the pneumatic table. configured slots, pins connecting to those slots, multiple parts To be fixed to a pneumatic table, it must move linearly along the first axis; Multiple fixed pneumatic pistons connected to the pneumatic table, the first and mentioned above At least one movable pneumatic piston connected to the second slide, multiple parts 5 connected to fixed and movable pneumatic pistons to ensure centering Centering bushings, in the aforementioned pneumatic table, facilitate the part clamping process and pneumatic table to enable the welding process to take place simultaneously The partition dividing it in half, the second and third of the aforementioned movable pneumatic pistons The first set of buttons, which enables movement along the aforementioned movable axis, to ensure that the pneumatic pistons are fixed in the position determined on the second axis and to ensure that it is fixed in the position determined on the third axis, the first and second pneumatic brakes connected to the slide and providing air to the pneumatic brakes. pneumatic valve, the aforementioned fixed pneumatic pistons and movable pneumatic pistons 15 that allows it to move on the third axis and be fixed in specified positions. It will be subjected to welding processing to be characterized by containing a second group of buttons. Multiple perforated parts can be produced with minimum labor without the need for spot welding. with a welding table that enables centered welding in minimum time. It is related. A preferred configuration of the invention involves the parts being placed on the pneumatic table 20 minutes before arrival. It includes a stacking table that allows for stacking. A preferred configuration of the invention involves transferring the parts from the stacking table to the pneumatic table. It includes the first conveyor that enables the transfer. A preferred configuration of the invention involves stacking parts produced within the facility onto a stacking table. It includes a second conveyor that enables the transfer of goods. 25 A preferred configuration of the invention is the pneumatic system, which produces the maximum number of parts in the minimum amount of time. Two stacking tables, a first conveyor and a second conveyor to facilitate the transfer of goods to the table. It includes a conveyor. A preferred configuration of the invention is that of multiple centering bushings. It includes a shelf that prevents them from getting lost and ensures they are stacked in a specific order. 30 4 A preferred configuration of the invention is part fixation during the welding process. opaque material to prevent light from reaching the area where the process is taking place It includes a partition made of the same material. A preferred configuration of the invention is fixing the long parts to the pneumatic table. Flexible 5 configured in the form of a strip gate to allow parts to pass through it. It includes a partition made of the same material. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows the isometric view of the welding table. Figure 2 shows the isometric view of the pneumatic table belonging to the welding table. Figure 3 shows the bottom view of the pneumatic table belonging to the welding table. 10 EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES A. Resource desk 1. Pneumatic table 101. First sled 102. Second sled 15 Nest 103 Pin 104 105. Fixed pneumatic piston 106. Movable pneumatic piston 107. Centering bushing 20 108. Screen 109. First button group 110. Pneumatic brake 111. Pneumatic valve 112. Second button group 113. Zodiac shelf 2. Stacking table 3. First conveyor 4. Second conveyor 5 P. Part E1. First axis E2. Second axis E3. Third axis DETAILED DESCRIPTION OF THE INVENTION 10 In this detailed explanation, the subject of the invention, source desk (A), is only to better understand the subject. To ensure comprehension, it is explained with examples that do not create any limiting effects. The invention relates to spot welding of multiple perforated parts (P) that are to be subjected to welding. without the need for anything else, with minimum labor and in minimum time, in a centralized manner. It is related to the welding table (A) which enables welding. 15 The invention relates to parts (P) that are to be subjected to welding, as shown in Figure 1. It includes a pneumatic table (1) on which the parts to be welded are placed. (1) originates here. The invention extends linearly along the second axis (E2) as shown in Figure 2. 20 on the first slide (101) and the third axis (E3) configured on the pneumatic table (1). The second slide is configured on the pneumatic table (1) to extend linearly. (102) includes. Multiple slots (103) configured on the pneumatic table (1) and It contains multiple pins (104) that connect to the mentioned sockets (103). Preferably 3-4 Several pins are used. Multiple fixed pneumatic pins are connected to the pneumatic table (1). It contains pistons (105). At least 25 connected to the first and second slides (101,102) mentioned. It includes one movable pneumatic piston (106). The aforementioned fixed and movable The pneumatic pistons (105,106) move linearly on the first axis (E1). 6 Thanks to these elements mentioned, multiple parts (P) can be attached to the pneumatic table (1) connection and simultaneous connection of both the source process and the part (P). This ensures that the process is carried out. In addition, the process of fixing the long parts (P) is also performed. This is provided. For long parts (P), the fastening process is usually done with a fixed pneumatic piston. (105) and the movable pneumatic piston (106) located on the first or second slide (101,102) 5 It is done by means of. Also, instead of fixed pneumatic pistons (105) into housings (103) The fastening process can also be carried out by means of the connecting pins (104). The aforementioned pins (104), fixed and movable pneumatic pistons (105,106) part (P) passing through the holes and on the third axis (E3) the part is placed on the pneumatic table (1) By clamping, it ensures that the part (P) does not move during the welding process. 10 Pins (104) are suitable for connecting to the holes on part (P). The movable parts are attached to the nest(s) (103), on the first or second sled (101,102). The pneumatic piston (106) is brought to the appropriate position. The invention enables the centering of multiple parts (P) as shown in Figure 2. Centering bushings connected to fixed and movable pneumatic pistons (105,106) 15 (107) includes. The mentioned centering bushings (107) are especially in the parts (P) by ensuring the holes are centered, the welding process can be carried out without axial misalignment. It enables the realization of more than one centering bust (107) the bushing shelf (113) which ensures that it does not get lost and is stacked in a certain order It includes. Thanks to the bushing rack (113), the operator can access the centering bushing (107) 20 minutes as needed. It can be reached quickly. Also, the centering towers (107) are scattered around. ensuring that the work area does not pose occupational health and safety risks by not standing in that position. It is provided. Also, the loss or damage of the centering bushings (107) It is being blocked. The invention is made on the aforementioned pneumatic table (1), part (P) 25 as shown in figures 1 and 2. to ensure that the fastening process and the welding process take place simultaneously It includes a partition (108) that divides the pneumatic table (1) in half. Source During the operation, the source light is directed to the part (P) where the fixing operation takes place. The screen (108) is made of opaque material to prevent it from coming in. Long 30 for part (P) to pass through for fixing parts (P) to the pneumatic table (1). to provide a partition (108) made of flexible material and in the form of a strip door It is configured so that the pneumatic table can be fixed for long parts (P). (1) the entire surface can be used. Also, while welding is done on one side, the other 7 so that the operator on the side can do their job without being disturbed by the welding light. is provided. The invention is based on the aforementioned movable pneumatic pistons (106) as shown in figures 2 and 3. First group of buttons (109) that enables movement on the second and third axes (E2,E3) It includes. The mentioned movable pneumatic pistons (106); 5 on the second axis (E2). to ensure it is fixed in the specified position and on the third axis (E3) connected to the first and second slides (101,102) to ensure it is fixed in position pneumatic brake (110) and pneumatic brakes that supply air to the pneumatic brakes (109) It includes a valve (111). The aforementioned fixed pneumatic pistons (105) and movable The pneumatic pistons (106) move on the third axis (E3) and the specified 10 It includes a second group of buttons (112) that enable it to be fixed in position. The first and Thanks to the second button group (109,112) the operator controls the movable pneumatic pistons (106) It is possible to adjust the position. The invention is based on the fact that the parts (P) come to the pneumatic table (1) before they are shown in Figure 1. It includes a stacking table (2) that allows the stacking of parts (P) 15 on the stacking table (2). It includes the first conveyor (3) which enables transfer to the pneumatic table (1). Enabling the transfer of parts produced within the facility to the (P) stacking table (2). It includes a second conveyor (4). Thanks to the aforementioned stacking table (2), they are connected to each other. Parts (P) to be welded can be stacked or parts (P) with the same geometry can be joined together. They can be stacked to form a group. Thanks to the first and second conveyors (3,4) 20 The parts (P) are placed on the pneumatic table (1) in an orderly manner and without the use of muscle power. The transmission of the maximum number of parts (P) in the minimum time is ensured on the pneumatic table. (1) two stacking tables (2) to enable transfer, first conveyor (3) and There is a second conveyor (4). As shown in Figure 1, the welding table (A) is in the middle with a pneumatic table (1), stacking table 25 (2) consists of the first and second conveyors (3,4) and the pneumatic table (1) in the center located and part (P) feed from both sides of the pneumatic table (1). is provided. 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 30-year-old is an expert in the field. the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge.

Claims

8 REQUESTS 1. The invention relates to the welding of multiple perforated parts (P) that are to be subjected to welding. Minimum labor and minimum time without the need for spot welding. The welding table (A) ensures that the welding is centered, Feature; 5  Pneumatic table on which the parts (P) to be welded are placed (1),  Ensuring that multiple parts (P) are fixed to the pneumatic table (1) and especially to ensure the fixing of long parts (P); The pneumatic table 10 will extend linearly along the second axis (E2). (1) The first slide configured on (101), pneumatic so that it extends linearly along the third axis (E3). second slide (102) configured on table (1), The slots configured on the pneumatic table (1) (103), The pins (104) connected to the mentioned sockets (103), 15  First for fixing multiple parts (P) to the pneumatic table (1) To move linearly along the axis (E1); Multiple fixed pneumatic pistons connected to the pneumatic table (1) (105), o At least one 20 connected to the first and second slides mentioned (101,102) 106-movement pneumatic piston  To ensure the centering of multiple parts (P), a fixed and centering bushings connected to movable pneumatic pistons (105,106) (107),  On the mentioned pneumatic table (1), the part (P) fixing process and welding 25 pneumatic to ensure the operation takes place simultaneously the partition (108) that divides the table (1) in half,  The mentioned movable pneumatic pistons (106) on the second and third axes The first group of buttons (109) that enables movement of (E2,E3),  The mentioned movable pneumatic pistons (106); 30 on the second axis (E2). to ensure it is fixed in the specified position and on the third axis (E3) to ensure it is fixed in the designated position on the first and second runners 9 (101,102) connected pneumatic brake (110) and air to pneumatic brakes (109) pneumatic valve (111) which enables the supply of  The fixed pneumatic pistons (105) and the movable pneumatic pistons mentioned the pistons (106) move on the third axis (E3) and the determined The second group of buttons (112) that enables them to be fixed in positions, 5 It is characterized by its inclusion.

2. The welding table (A) conforming to Claim 1 is characterized by its pneumatic connection of the parts (P). It includes a stacking table (2) which allows it to be stacked before coming to the table (1).

3. The welding table (A) conforming to Claim 1 is characterized by; the parts (2) on the stacking table are 10 (P) First conveyor (3) that enables transfer to the pneumatic table (1) It includes.

4. The welding table (A) conforming to Claim 1 is characterized by being produced within the facility. Second conveyor (4) enabling the transfer of parts (P) to the stacking table (2) 15 It includes.

5. The source desk (A) that meets any of the above requirements has the following characteristics: Transfer of maximum part (P) in minimum time to pneumatic table (1) two stacking tables (2), first conveyor (3) and second 20 in order to ensure that it is done It includes conveyor (4).

6. The source table (A) conforming to Claim 1 is characterized by having multiple centering points. ensuring that the (107) of the tower does not disappear and is stacked in a certain order It contains the zodiac shelf (113). 25 7. The source table (A) conforming to claim 1 is characterized by the following: during the welding process The welding light should not reach the area where the part (P) fixing process takes place. It includes a partition made of opaque material (108) to provide protection.

8. The welding table (A) conforming to Claim 1 is characterized by its pneumatic handling of long parts (P). strip to allow part (P) to pass through it for fixing to the table (1). a partition made of flex material configured in the form of a door (108) It includes.