Welding Pliers Perpendicularity Adjustment Measuring Device

Abstract

The invention relates to the perpendicularity adjustment measuring device (30) used to adjust the perpendicularity of the projection, spot or spot welding clamp (20) on parts with a form on their surface and / or in fixtures where angled fixture positioning is required for use in projection, spot or spot welding.

Description

1 TARIFF Welding Pliers Perpendicularity Adjustment Measuring Device Technical Area 5 The invention is designed for use in projection, spot or point welding, and for forming a surface. in parts and / or fixtures where angled fixture positioning is required Used for adjusting the perpendicularity of projection, spot or spot welding clamps. It is related to a measuring device. 10 The invention specifically relates to the projection, spot, or point of the workpiece by welding pliers. with a practical connection to ensure it is positioned perpendicular to the area where the welding will be done. Using a comparator, the perpendicularity of a 360° radius is measured, and the comparator... It relates to a measuring device that makes it possible to adjust the perpendicularity with high precision. 15 State of the Art In current applications, pliers perpendicularity adjustment is done manually using squares according to the workpiece surface. An attempt is being made to check it. However, the pliers are positioned 20 degrees around the 360° contact surface. Perpendicularity check is difficult or inaccessible depending on the part form. It is possible. Even in this case, it does not offer the possibility of precise adjustment. This also affects the projector. the spot or point weld cannot press perpendicularly against the workpiece contact surface and the weld This causes chips to scatter around during the process. The chips that scatter around, the part It splinters and adheres to the surface and other equipment in the vicinity, causing material damage. damage and also nearby areas if the source cell is not an area isolated from personnel. It creates a workplace safety risk by splashing onto personnel. Similarly, the welding done in this way... The penetration is not at the desired level, which also reduces the quality of the process. This Therefore, there is a need to eliminate the problems encountered in the current state of the art. It has been heard. 30 In the literature review, an example of the current state of the technique is given. Document number CN104959754 can be cited. The aforementioned document is the source. It relates to a welding device developed to increase its efficiency. In this invention, The upper and lower feed mechanisms that operate the welding torch and the up and down movement 35 A holding mechanism is used for this purpose. The rotary drive mechanism is the source. 2 It drives the rotation of the torch. A pin has different holes in its holding mechanism. The angle of the welding torch can be adjusted by positioning it. However, this adjustment... It needs to be done by eye. Therefore, the desired quality and safety are ensured. It is not possible to meet their standards. In conclusion, the existence of the above problems and the inadequacy of the current solutions, 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. This relates to welding pliers and perpendicularity adjustment measuring devices, which offer new advantages. The main purpose of the invention is to enable welding pliers to project, spot, and point the workpiece. 15 with a practical connection to ensure it is positioned perpendicular to the area where the welding will be done. Using a comparator, the perpendicularity of a 360° radius is measured, and the comparator... a measuring device that makes it possible to adjust the perpendicularity with high precision has been developed to place. The purpose of the invention is to create a device that can be rotated 360° by means of a bearing while measurement is being taken, and 20 measuring the form of the workpiece surface along the vertical axis from every angle using a comparator and a measuring device that allows personnel adjusting the welding robot to make precise adjustments. to reveal. To fulfill all the purposes stated above and those that can be derived from the detailed explanation, 25 The invention is intended for use in projection, spot or point welding. for parts with formed surfaces and / or where angled fixture positioning is required projection in fixtures, perpendicularity of spot or point welding clamp It is a perpendicularity measuring device used in adjustments. - The working distance of the welding clamp on a projection, spot or point welding machine is 30. a comparator that measures the perpendicularity of a part to another, - connected to the rear surface of the comparator and to the comparator's welding pliers. the first retaining body that ensures it is secured, - the first clamping body opens and closes by connecting to the comparator's source. The second retaining body, which allows it to be secured to the pliers, 35 3 - located on the second holder housing and when the second holder housing is opened the first adjustment lever that allows it to close, - located inside the first and second holding bodies, and the first holding the body and the second holder body rotate around the welding pliers. half-moon bearing, 5 - Angle adjustment ball bearing located on the first retaining housing, - angle adjustment located on the rear cover that closes the back surface of the comparator. Adjusting the comparator angle by positioning the ball bearing in its housing. spherical angle adjustment ball that provides - located on the first retaining body and angle adjustment ball 10 The second part allows for angular adjustment of the comparator by tightening it in its housing. This is related to the fact that it includes an adjustment lever. 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. 15 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. Figures that will help understand the invention. Figure 1: The perpendicularity adjustment device, the subject of the invention, mounted on the welding machine. It is the appearance. Figure 2: Perspective view of the perpendicularity adjustment measuring device, which is the subject of the invention. Figure 3: Top perspective view of the perpendicularity adjustment device, which is the subject of the invention. Figure 4: Perspective view of the open and closed states of the perpendicularity adjustment device, which is the subject of the invention. 25 It is the appearance. Figure 5: Perspective view of the perpendicularity adjustment device, which is the subject of the invention. Figure 6: On the welding clamp of the perpendicularity adjustment device, which is the subject of the invention. It is a perspective view. Figure 7: Cross-section of the welding clamp of the perpendicularity adjustment measuring device, which is the subject of the invention. It is the appearance. Explanation of Part References 10. Welding machine 35 20. Welding pliers 4 30. Perpendicularity adjustment device 31. Comparator 32. First retaining body 33. Second retaining body 34. First adjustment lever 5 35. Crescent bearing 36 36. Angle adjustment ball bearing housing 37 37. Angle adjustment ball bearing 38 38. Second adjustment lever 35 39. Back cover 10 P. Workpiece Detailed Description of the Invention 15 In this detailed explanation, the preferred device for the perpendicularity adjustment measuring device (30) which is the subject of the invention is described. alternatives, solely for the purpose of better understanding the subject and without any limitations It is explained in a way that will not create an impact. In Figure 1, the perpendicularity adjustment measuring device (30) which is the subject of the invention is attached to the welding machine (10) The appearance of the assembled state is given. Accordingly, the most basic perpendicularity measuring device (30) in case of; projection, spot or spot welding machine (10) welding pliers (20) comparator (31) measuring the perpendicularity to the workpiece (P), rear of the comparator (31) 25 The first retaining body (32) which provides access to the first retaining body (32) is opened by connecting to it. the second which closes and ensures that the comparator (31) is fixed to the welding pliers (20). retaining body (33), located on the second retaining body (33) and the second retaining body (33) the first adjustment lever (34) which enables it to open and close, the first retaining body (32) and located inside the second holding body (33) and connected to the first holding body (32) and the second holding 30 The half-moon bearing (35) that enables the body (33) to rotate around the welding pliers (20), The first one is located on the rear cover (39) which is closed on the rear surface of the comparator (31). by being positioned in the angle adjustment ball bearing (36) on the retaining body (32) spherical angle adjustment ball that enables adjustment of the comparator (31) angle (37), located on the first retaining body (32) and angle adjustment ball (37) angle adjustment ball 35 By compressing it in its housing (36), the angular adjustment of the comparator (31) can be made. It includes the second adjustment lever (38). In the perpendicularity adjustment measuring device (30) which is the subject of the invention, projection, spot or spot welding 5 measuring the perpendicularity of the welding pliers (20) to the workpiece (P) on the machine (10). A rear cover (39) is fitted to the rear surface of the comparator (31). On the cover (39) there is an angle adjustment ball (38) as shown in Figure 2. The aforementioned angle adjustment ball (38) is attached to the rear surface of the comparator (31) as shown in Figure 3. As seen, a primary holding body (32) is connected to it. The primary holding 10 an angle adjustment ball on the body (32) that positions the angle adjustment ball (37) inside. There is a housing (36). The angle adjustment ball (37) is spherical in shape and the first holder Angle adjustment ball via a second adjustment lever (35) located on the body (32) Adjusting the angle of the comparator (31) by compressing it in its housing (36). It provides. 15 The first retaining body (32) and the opening by connecting to the first retaining body (32) The second clamping body (33) which can be closed, to the welding pliers (20) of the comparator (31) It ensures that it is fixed. The first adjustment is located on the second retaining body (33). The second holding body (33) is opened and closed by means of the lever (34). The first holding body 20 (32) and inside the first retaining body (32), the half-moon as seen in figures 4 and 5. There are bearings (35). The half-moon bearings (35) are attached to the first retaining housing (32). The second holding body (33) ensures that the welding pliers (20) rotate around it. The use of the perpendicularity adjustment measuring device (30) which is the subject of the invention is as follows; 25 The workpiece (P) is fixed in its corresponding position in the fixture of the welding machine. Welding The pliers (20) are brought to the spot welding position of the workpiece (P). Precise perpendicularity adjustment For this purpose, the perpendicularity control device (30) is connected via the first adjustment lever (34). It is fixed to the upper body of the pliers (20). The comparator's 30 is adjusted by means of the second adjustment lever (38). (31) angle shall be close to the spot welding point (P) of the workpiece and perpendicular to It is positioned to measure the resulting difference in distance. The perpendicularity control device (30) is rotated around the welding pliers (20) during welding. The perpendicularity of the pliers (20) to the workpiece (P) is checked around the center point. 35 In the direction of the height difference observed via the comparator (31), the source 6 The angular position of the pliers (20) is revised. These steps are for making the fine adjustment. It can be repeated several times. The slope control device (30) via the first adjustment lever (34) It is disassembled and the welding process is started.

Claims

7 REQUESTS 1. For use in projection, spot or point welding, on its surface. in parts that are formed and / or where angled fixture positioning is required The perpendicularity of the projection, spot or spot welding clamp (20) in the fixtures is 5 The device used for adjustment is the perpendicularity adjustment measuring device (30), and its feature is; - welding on projection, spot or spot welding machine (10) Comparator (31) which measures the perpendicularity of the pliers (20) to the workpiece (P), - connected to the rear surface of the comparator (31) and the comparator (31) First retaining body 10 which enables it to be fixed to the welding pliers (20) (32), - opens and closes by connecting to the first retaining body (32) and enabling the comparator (31) to be fixed to the welding pliers (20). second retaining body (33), - located on the second retaining body (33) and 15 of the second retaining body (33) first adjustment lever (34) that enables it to open and close, - located inside the first retaining body (32) and the second retaining body (33) and welding of the first retaining body (32) and the second retaining body (33) The crescent bearing (35) that enables the pliers (20) to rotate around it, - Angle adjustment ball bearing (36) located on the first retaining body (32), 20 - located on the rear cover (39) which is closed on the rear surface of the comparator (31) The comparator is positioned in the area and angle adjustment ball bearing (36). (31) Angle adjustment ball in the form of a sphere that enables the adjustment of the angle (37), - located on the first retaining body (32) and angle adjustment ball (37) angle 25 angular adjustment of the comparator (31) by tightening in the adjustment ball bearing (36). It includes a second adjustment lever (38) which enables it to be done.

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