Pipe form straightening tool.

Abstract

The invention relates to a pipe deformation device used to correct the shape of pipes in cases of pipe deformation such as impact, dent, or ovality caused by transportation, operation, or workbench damage in air, fuel, oil, and pressure pipes.

Description

1 TARIFF PIPE FORM CORRECTION DEVICE The technical field to which the invention relates: The invention relates to the conveyance, operation, and machine-generated impact of air, fuel, oil, and pressure pipes. In cases of pipe deformities such as dents or ovality, correcting the shape of the pipe is possible. It relates to a useful pipe form correction device. State of the art: Today, pipes are made from a variety of materials such as metal, plastic, cement, and glass. Pipes are hollow cylinders used to transport matter from one place to another. They are separated according to their areas. 10 Pipe deformations occur during the manufacturing, assembly, or use of pipes. This refers to deviations from the shape and dimensions in the pipe's design. Defects are usually caused by faulty molding, incorrect assembly techniques, or external factors during production. It can occur due to reasons such as impacts or excessive pressure. Deformities include bending, twisting, diameter changes, ovalization, surface irregularities. Problems such as defects and irregular wall thickness may be found. These types of problems... Deformations negatively affect the pipe's load-bearing capacity and functionality. They can have an impact, therefore they need to be corrected. If they are not corrected... In these cases, the pipes are scrapped. Pipe form correction devices are specialized tools used to correct these defects. 20 It is used as such. The main ones among these devices are mechanical correction devices. apparatus, hydraulic systems, heating method correction devices and pneumatic Repair tools are included. These tools allow for controlled application of pressure to the damaged section of the pipe. By applying force or heat, it causes the pipe to return to its original shape. thus enabling the pipe to be reused safely and efficiently. 25 He knows. Currently, commonly used methods for ovality problems include handform manual dexterity. Repair work is used. For collapses, a pipe diameter appropriate for the pipe is inserted into the pipe. 2 This is done by inserting a chuck (a steel shaft suitable for the inner diameter of the pipe) and pushing it in. However, this Since this method often damages the pipe, the pipe is usually scrapped. Various recommendations for correcting pipe deformities in the current state of the art. Although improvements have been made to the applications, these improvements are insufficient. For this purpose... Some of the applications for the developed inventions are given below. 5 Subject to application number “US20070177946A1”, which is in the known state of the art. The invention is a system designed for repairing dents in pipes, a pipe clamp. The device is described as including a mandrel, a cable, and a winch. The pipe holding device... It is used to hold the tube in a fixed position, the mandrel passes through the tube It is designed to be stretched and from the first edge, the second edge and one side surface 10 that it was formed, the first end of the cable was connected to the first edge of the mandrel in a detachable manner, The crane is attached to the second end of the cable and winds the cable, the mandrel is pulled by the crane by being pulled through the pipe and pushing the dents on the pipe's surface outwards It is said to have eliminated it. The 15th application, "US3422659A", is subject to the known state of the art. The invention is a device used to straighten crushed or bent metal pipes. It is mentioned that they have fixed ball-like limit stops at their front and rear ends. a flexible but rigid cable was found inside the crushed or bent pipe The instructions describe how to repair dents by inserting a ball bearing. In the current state of the art, pipe deformation correction devices number 20. It is explained. However, the pipe form defect applied in the known state of the technique. Repair tools and methods can cause scratches and some deformations inside the pipe. This can cause scratches inside the pipes, rendering them unusable and therefore scrap. This is causing it to happen. In conclusion, due to the negative aspects described above and the current solutions, topic 25 Due to its shortcomings, an improvement is needed in the relevant technical field. It has been made. 3 The purpose of the invention: The main purpose of the invention is to allow the pipe deformation correction device to be placed inside the pipe. The advantage is that it does not cause scratches or deformations. Thus, inside the pipe... To prevent scratches from occurring during the repair process, the pipes will not become scrap. It is a verification. 5 Another purpose of the invention is to allow the tool holder spindle to make contact with the damaged area of ​​the tube. It is the rotation of the wheel around its own axis. Another objective of the invention is to ensure that the details in contact with the inner surface of the pipe have a circular cross-section. This is because it conforms to the pipe geometry and therefore does not create scratches while shaping. The goal is to eliminate their disorders. 10 Explanation of the figures: FIGURE -1; Showing the general view of the pipe form straightening apparatus that is the subject of the invention. It is a drawing. FIGURE 2; General overview of the worm gear system of the pipe form correction device subject to the invention. It is the top view that gives the image. 15 Reference numbers: 1. Handle 2. Support Plate 3. Rotating Head 4. Beam 20 5 miles 6. Fixed Mounting Plate 7. Upper Pressure Jaw 8. Lower Pressure Jaw 1 4 9. Lower Pressure Jaw 2 10. Worm Screw Description of the invention: The invention relates to the conveyance, operation, and workbench impact of air, fuel, oil, and pressure pipes. to correct the shape of the pipe in cases of pipe deformities such as dents and ovalities It relates to a useful pipe form correction device. The invention involves holding the handle (1) and attaching the shaft (5) to the inner diameter of the damaged pipe. By placing it and rotating it around itself so that it makes contact with the damaged area, Turning the rotating head (3) that directs the team counterclockwise until infinite 10 The screw (10) is rotated in the same direction as the rotating head (3). The worm screw (10) turning force, upper pressure jaw (7), lower pressure jaw 1 (8) and lower pressure jaw 2 (9) By applying a pushing force, the impacted surface is straightened outwards. The invention allows for the on-site repair of the damaged part (on the aircraft, etc.). It is possible to do so. It can be customized to the desired length and diameter according to need. 15 The invention involves holding the shaft (5) and inserting it into the inner diameter of the damaged pipe. placement of lower pressure jaw 1 (8) and lower pressure jaw 2 (9) to contact the area The rotating head (3) guiding the team is rotated counterclockwise. turning, turning the worm screw (10) in line with the rotating head (3), worm By applying the turning force of the screw (10) to the upper pressure jaw (7) impact 20 It is the process of straightening the surface outwards. The invention includes a holding lever (1) that keeps the apparatus stationary; and the linear movement of the shaft (5). limiting support plate (2); part which enables the shaft (5) to move in a circular motion. Rotary head (3); beam (4) determining the position of the fixed connection plate; worm screw (10) power transfer shaft (5); lower pressure jaw 1 (8) and lower pressure jaw 2 (9) one of each 25 Fixed connection plate (6) which ensures the alignment and connection with the damaged pipe The upper pressure jaw corrects deformities by contacting the inner surface of the parts. (7); corrects deformities by contacting the inner surface of damaged pipe sections and lower pressure jaw 1 (8) and lower pressure jaw 2 which are assembled together according to the pipe diameter (9); by changing the direction of circular motion, linearly to the upper and lower jaw parts It contains a worm gear (10) that provides movement.

Claims

6 REQUESTS 1. This is a pipe form correction device, its feature is that it ensures the device remains stable. holding handle (1); support plate (2) limiting the linear movement of the shaft (5); the shaft (5) the rotating head (3) which is the part that enables circular movement; fixed beam (4) determining the position of the connecting plate; power 5 on the worm screw (10) transfer shaft (5); lower pressure jaw 1 (8) and lower pressure jaw 2 (9) one another Fixed connection plate (6) which ensures its alignment and connection with the damaged The upper part corrects deformities by contacting the inner surface of the pipe sections. The pressure jaw (7) contacts the inner surface of the damaged pipe sections and shapes them. 10 lower pressure plates that correct defects and are assembled according to pipe diameter. jaw 1 (8) and lower pressure jaw 2 (9); the direction of circular motion a worm gear that provides linear movement to the upper and lower jaw sections by changing the screw. (10) is included.

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