A telescopic column boom welding machine.

Abstract

The invention relates to a welding machine (1) that has at least one column (10) and at least one boom (40) that can be moved in such a way as to be at least partially displaced on the said column (10) and can weld on the workpiece by means of at least one welding head (20). The novelty of the invention is characterized by the fact that the said boom (40) includes at least one first part (41), at least one second part (42) and at least one third part (43) of trapezoidal sheet metal structure (59) for changing its length by sliding it in and out; that the said first part (41) includes at least one main boom drive element to which it is connected so that it moves parallel to the ground on the column (10); and that it includes at least one middle boom drive element (50) that is positioned on the second part (42) and can drive at least one gear mechanism (II) and at least one chain mechanism (III) for the synchronized movement of the second part (42) and the third part (43). Figure 1

Description

1 TARIFF A telescopic column boom welding machine. TECHNICAL AREA 5 The invention consists of at least one column and at least part of the structure located on the said column. It can be animated in a way that changes and works via at least one source header. It refers to a welding machine that has at least one boom capable of welding the part. PREVIOUS TECHNIQUE Column boom welding machines are used for joining large-sized workpieces. It is a type of welding machine used in operations. This type of welding machine 15 typically used in construction, shipbuilding, bridge construction, and other large metal structure projects. The term column is used to describe the workpiece where this type of welding machine will perform the welding operation. This is due to the fact that the part is mounted on a column that has been raised. Column boom welding machines can weld large and heavy workpieces with high precision. It has the ability to weld. These types of machines can automate the welding process. And it helps minimize human intervention. Typically in industrial settings. They are designed for use and have high power and resource capacity. These types of welding machines can be used for various welding processes. For example, MIG and TIG. They can support different welding methods such as electrode welding. Column boom Welding machines are used in the production and repair of large and complex metal structures. These are important tools used. The known reference in the literature, CN202015909U, relates to a welding machine, specifically... It relates to an electric telescopic boom welding machine. The purpose of the invention is to replace the previous one. to overcome the problems encountered in technology and a compact 30 suitable for use The goal is to provide a boom-type welding machine with a hidden electrical structure. telescopic boom system, an electric raising and lowering system for a telescopic boom, welding machine's horizontal movement system, welding machine head, a The source consists of a power supply and an operation box. Concealed electrical. 2 telescopic boom system; an electric telescopic box, a telescopic speed reducer a motor, a pair of telescopic screw rods, a guide sleeve, a guide block, a It consists of a telescopic boom. The horizontal walking system of the welding machine is... It consists of a walking speed reducer motor and a welding machine base. The telescopic boom travels linearly within the telescopic box via electrical transmission. It is propelled in such a way that it moves. The telescopic boom moves forward. it becomes a console and the telescopic box moves backwards He cannot reach all the way behind him. The known reference in the literature, CN217096325U, describes a rotation and stretching operation of 10. It relates to a telescopic functional welding console. The purpose of the invention is; The previous technical structures had weak flexibility and large dimensions. The goal is to overcome the problems of adaptability to workpieces with differences. The invention consists of a vertical column with a horizontal telescopic arm. The angle of the arm can be adjusted. It includes a first drive device for adjustment. A second drive device, two sections 15 extending the boom by moving a boom along the base boom or It allows for narrowing. Two sections can be formed by adjusting the angle of the telescopic arm. By combining the extension or retraction of the boom, the work at the outer end of the boom This ensures an increase in the area. Column boom welding machines with telescopic booms offer greater mobility. While this offers some advantages due to their capabilities, it also leads to some problems. They can open it. Here are the potential problems that may arise from using a telescopic boom. Some of the problems are as follows: - Maintenance and Repair: Mechanical structure, maintenance and repair of the telescopic boom. This can increase the requirements for the correct functioning of telescopic mechanisms. This is important; otherwise, disruptions may occur in the processes. - Precision: The telescopic boom allows for 30° approach and retraction of the workpiece. It has the capability, but this also requires fine-tuning. Operators need to configure these settings correctly, otherwise... There may be source errors. 3 - Equipment Complexity: Telescopic boom machines require more mechanical and It includes electronic equipment. This means the equipment is more complex and requires more maintenance. It means it has a structure. - Workpiece Weight: A 5 where telescopic booms are generally lighter. Although it is an advantage, the weight of the workpieces can sometimes be challenging for such machines. This may require additional equipment and safety measures for handling and processing heavy workpieces. Precautions may be necessary. In conclusion, all the problems mentioned above require an innovation in the relevant technical field. This has made it necessary to do it. A BRIEF DESCRIPTION OF THE INVENTION The present invention aims to eliminate the aforementioned disadvantages and the related technical 15 It is related to a welding machine, aiming to bring new advantages to the field. One aim of the invention is to produce workpieces of a size far larger than those known in the field. a strong and functional column boom for use in boiling The goal is to produce a welding machine. 20 All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention is intended to be realized with at least one column and on the said column at least one that can be moved in a way that allows for partial displacement and at least one a 25 having at least one boom capable of welding the workpiece via a welding head. It is a welding machine. Accordingly, its innovation lies in the boom's ability to move back and forth between itself. In order to change its length, at least one first piece of trapezoidal sheet metal structure is required. It must contain at least a second part and at least a third part, of the aforementioned first part at least one of the columns to which it is connected so that it moves parallel to the ground. The main boom drive element is located on the second part, making the second part 30 and at least one of the third parts must be moved in sync with each other. at least one that can drive the chain mechanism and at least one gear mechanism It includes a central boom drive element. This ensures precision and robust stance. An enhanced column boom welding machine is obtained. 4 A feature of a possible configuration of the invention is the aforementioned mid-boom drive. its element has at least one movement pinion and with the aforementioned movement pinion For proper coupling, the boom must contain at least one rack and pinion on the side facing the ground. Thus, the boom's components can move synchronously with each other, providing strength and durability. It might work somehow. Another characteristic of a possible configuration of the invention is that the central boom drive element is the most... It contains a small chain drive sprocket. Thus, the parts of the boom are relative to each other. It can move synchronously and operate with high durability. 10 Another possible configuration feature of the invention is the parts on the boom. at least one stopper and at least one limiter to restrict their movement relative to each other This includes keeping the boom's movement under control and preventing unwanted movements. The movements are prevented. 15 Another possible configuration of the invention features a boom with at least one motion transmitter. It includes strong communication and transfer of motion between the boom components. It is provided. Another possible configuration of the invention features a boom with at least one chain tensioner. It includes this element. Thus, the tension of the chains is maintained regularly, and The boom is ensured to function properly. Another possible configuration of the invention features 25 on the column. at least for positioning and at least partial rotation around its own axis It includes a crossbar group. Thus, the welding machine is designed according to the workpiece. This makes it easier to position them in predetermined shapes. Another possible configuration of the invention features a boom positioned vertically on the column at 30°. It must include at least one lift mechanism for its displacement. Thus, the boom's function The part is positioned in a way that is appropriate to its height. Another possible configuration of the invention features the boom having at least one linear slide. This ensures the linear movement of the boom sections relative to each other. The process is carried out more precisely. BRIEF DESCRIPTION OF THE FIGURE 5 Figure 1 shows a representative perspective view of the welding machine that is the subject of the invention. It has been given. Figure 2 shows a representative perspective view of the welding machine that is the subject of the invention. 10 It has been given. Figure 3 shows a representative perspective of the boom located in the welding machine that is the subject of the invention. The appearance is given. DETAILED DESCRIPTION OF THE INVENTION This detailed explanation of the invention only serves to better understand the subject. This is explained with examples that will not create any limiting effect. Figure 1 shows a representative perspective view of the welding machine (1) which is the subject of the invention. The subject of the invention, the welding machine (1), is essentially a column boom welding machine. It is a machine (1). Column boom welding machine (1) for large and complex metal work. for the purposes of welding parts or automating welding processes Industrial welding machines are used (1). They usually consist of a number of main components 25 They include. The welding machine (1) essentially consists of at least one column (10), at least one boom (40) includes at least one source heading (20) and at least one cross-section group (30). Figure 2 shows a representative perspective view of the welding machine (1) that is the subject of the invention. Accordingly, the mentioned column (10) is a raised 30 of the welding machine (1). It represents the column or vertical support section. This column (10) is a heat source. It is the basic supporting structure of the machine (1). Welding head (20) and other components It is a structure that carries the column (10) during the welding process. It enables it to be fixed in one position. The boom (40) provides the necessary movement for the welding process. 6 It is the part that provides. The boom carries the (20) welding head (40) and on the workpiece It moves and reaches the area where the welding process will be performed. The welding head (20) is this boom (40) is located on and the welding process is carried out as it approaches the workpiece. It accomplishes. On the welding machine (1) column (10) on a crossbar group (30) It is positioned. The sleeper group (30) is parallel to the ground of the welding machine (1). It allows it to be moved in this way. In addition, the column (10) traverse group (30) at least partially around itself manually / automatically It is configured to be rotatable. In this way, the welding machine (1) works 10 positioning according to the part in predetermined ways It is made easier. The boom (40) is raised on the column (10) It can be lowered. In other words, an elevator on the boom (40) column (10). It can be moved vertically by means of the mechanism (I). Thus, the work Positioning of the welding head (20) depending on the height of the part 15 It is possible to provide. The boom (40) can be at least lifted by means of the elevator mechanism (I). It is also possible for it to move partially parallel to the ground. For this purpose... At least one main boom motor on the elevator mechanism (I) (as shown in the figures) (not shown) can be found. Column boom welding machines (1) enable automatic welding of large and complex metal workpieces. They are used to perform welding operations. These machines accurately process the workpiece. positioning and welding head (20) in different regions of the workpiece It is important with its load-bearing capabilities. The column (10) provides a fixed reference point, The boom (40) performs the necessary welding movements on the workpiece. This is a large 25 and enables efficient welding of long workpieces. Figure 3 shows a representative image of the boom (40) located in the welding machine (1) which is the subject of the invention. A perspective view is given. Accordingly, the subject of the invention is the welding machine (1) The boom (40) essentially has a telescopic structure. Thanks to this, large workpieces can be lifted. It can also be shaped. For this purpose, the boom (40) has multiple interlocking parts. It is produced by assembling several parts. The boom (40) has at least one first Part (41) contains at least one second part (42) and at least one third part (43). The first piece mentioned (41) is moved on column (10). The mentioned 7 The second part (42) is located following the first part (41). The third part (43) is located after the second part (42). These three The parts come and go, the boom (40) goes beyond what is known in the technical space IP This allows it to be shortened. Due to its telescopic structure, the boom (40) has rigidity problems. It has an improved structure. For this reason, at least part of the boom (40) is made of trapezoidal sheet metal. It has a trapezoidal (triangular) structure (59). Trapezoidal sheet metal structure (59) has a trapezoidal (triangular) shape. It is a type of metal sheet that is rectangular. The characteristic feature of this type of sheet metal is that it is One side is wider than the other, which creates the trapezoid shape. 10 Trapezoidal sheet metal structure (59) on the opposite side walls of the boom (40) preferably on the opposite side walls of the boom (40) It is positioned to extend in the vertical direction. Trapezoidal sheet metal structure (59) preferably in both the first part (41), the second part (42) and the third It is located in part (43). Thus, the rigidity of the whole boom (40) is improved. is provided. 15 The first part (41) on the boom (40) is located on the elevator mechanism (I). The main boom (40) is driven by the engine. The second part on the boom (40) (42) and the third part (43) are moved in sync with each other. The parts on the boom (40) can move linearly on each other. There is at least one linear slide (58) to enable this. The aforementioned linear The parts on the boom (40) move linearly by means of the slide (58). This is ensured. There must be at least one gear for moving the parts on the boom (40) relative to each other. It includes mechanism (II) and at least one chain mechanism (III). Boom (40) on the second part (42) to move the constituent parts relative to each other There is at least one mid-boom drive element (50). The aforementioned mid-boom drive element element (50) contains at least one moving pinion (51). The mentioned moving pinion 30 pinion (51) with at least one rack (52) on boom (40) parts It is associated with the mentioned rack (52) boom (40) facing the ground. It is located on the side, at the base. Thus, the middle boom drive element (50) with respect to each other, the parts forming the boom (40) move synchronously with each other when it is activated. This ensures the movement of the parts relative to each other on the boom (40). 8 at least one stopper (53) and at least one limiter (54) to limit It can be found. On the boom (40) the chain mechanism (III) is the middle boom. At least one chain drive gear (55) located on the drive element (50) In addition, there is at least one around the middle boom drive element (50). The chain tensioning element (56) and at least one power transmitter (57) may be present. 5 In this way, the first part (41), the second part (42) and the third part that make up the boom (40) the parts (43) are moved in a synchronized and robust manner is provided. With all this structure, the telescopic boom (40) structure It is ensured that it has a strong structure and its rigid stance is supported. is. 10 The scope of protection of the invention is set out in the attached claims and is strictly adhered to. The detailed explanation cannot be limited to the examples given. Because in technology... A specialist, without deviating from the main theme of the invention, will do what is described above. It is clear that similar structures can emerge in light of this. 15 9 REFERENCE NUMBERS GIVEN IN THE FIGURE 1 Welding Machine Colon Source Heading 5 Sleeper Group 40 Bombs 41 Part One 42 Second Part 10 43 Third Part 50 Mid-Boom Propulsion Elements 51 Movement Pinion 52 Rack and Pinion 15 53 Center Backs 54 Limiters 55 Chain Drive Sprockets 56 Chain Tensioning Elements 57 Motion Transmitter 20 58 Linear Slides 59 Trapezoidal Sheet Metal Structure (I) Elevator Mechanism (II) Gear Mechanism 25 (III) Chain Mechanism

Claims

STEMS 1. Find at least one column (10) and above the mentioned column (10) for positioning and at least partial rotation around its own axis at least one crossbar group (30) on the column (10) with at least 5 (20) having at least one boom (40) capable of welding in the part of the vessel The welding machine (1) has the feature that the mentioned boom (40) fits inside each other. trapezoidal sheet metal structure (59) for changing its length by entering and exiting. at least one first part (41), at least one second part (42) and at least one third part 10 containing part (43), The first part mentioned is parallel to the ground on column (10) (41). It must contain at least one main boom propulsion element connected to it for ground movement. positioned on the second part (42) and the second part (42) and the third For parts n (43) to be moved in a synchronized manner, at least one 15 the mechanism of the chain (II) and at least one chain mechanism (III) It must contain at least one mid-boom drive element (50) capable of moving the mid-boom The drive element nn (50) must contain at least one chain drive gear (55), boom (40) to limit the movement of the parts relative to each other, at least one The bomb (40) must include a stopper (53) and at least one limiter (54), and at least one 20 The movement transmission c (57) must include and the boom (40) must have at least one chain tensioner. It contains element (56).

2. According to stem 1, it is a welding machine (1) and its feature is; the mentioned middle boom drive element nn (50) at least one movement pinion (51) and the mentioned movement 25 To connect the pinion (51), the boom (40) must be on the ground-facing side. It contains a small rack (52).

3. According to stem 1, a welding machine (1) has the following features; boom (40) column (10) at least one elevator mechanism for its displacement in the vertical direction (I) 30 It includes.

4. According to stem 1, a welding machine (1) has the following feature; the boom (40) has at least one It contains linear k zak (58).

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