A PIPE CUTTING TOOL
Patent Information
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- ASELSAN ELEKTRONIK SANAYI & TICARET ANONIM SIRKETI
- Filing Date
- 2024-12-02
- Publication Date
- 2026-06-22
Abstract
Description
1 TARIFF A PIPE CUTTING TOOL Technical Area This invention allows for the modification of pipes, especially pipes made from a plastic-based material. enabling precise cutting, during the cutting process with a cutting tool that prevents users from getting hurt while performing the task It is related. Previous Tech 10 In the known state of the art, the process of cutting pipes is done with a utility knife or similar tool. This is done, for example, by users using cutting tools. (The word...) The issue is that the exact location from which the pipe will be cut during the cutting process must be predetermined. are determined and marked on the pipe, and the user is responsible for this. The pipe is cut using a cutting tool via a marker. 15 Depending on the size and weight of the pipe, the cutting process may require multiple users. Situations may arise where it needs to be carried out by [the relevant authority]. In this method, the precision of the pipe cutting process is entirely up to the user. It depends on experience and skill. Therefore, the cutting process takes 20 minutes. During this process, the pipe cannot be cut straight in one go, and multiple cutting operations are required. This is done. Waste occurs due to multiple cutting operations. The amount, in other words the amount of faulty cutting, is quite high. Waste Due to the quantity and multiple cutting operations, both time is wasted and... The cost is increasing. At the same time, during the cutting process, the 25 people performing the cutting operation... The user has a very high chance of injury. However, the cut Since the precision depends on the user's skill, it is due to the cutting process. Undesirable undulations can occur on the cutting surface of the pipe. In the known state of the art, there are also circular clamps attached to the pipe. 30 The cutting process of pipes is carried out using the cutting elements provided on it. 2 The structures in which this was implemented are included. These structures include, a The clamp structure will completely wrap around at least part of the pipe. The cutting elements, which are fixed to the pipe and operate in conjunction with the clamp, cut the pipe. He is crying as he traces a circular path around the pipe being cut. These clamp-on cutting devices are designed for use with utility knives or similar cutting tools. While providing a more precise cutting process, the cutting elements contained within The cutting process was not achieved as desired because the cutters could not be adjusted to the desired length. the inability to perform the cutting with precision or the need to change the cutter at each cutting operation This gives rise to the need. However, the cutting process is 10 very small movement of the cutting elements around the pipe during the process Even fluctuations cause ripples on the cutting surface of the pipe. And as a result, the amount of waste increases. United States Act No. US20080229584, regarding the known state of the art. The patent document mentions a pipe cutting device. The device in question... A pipe cutting tool is a device with a cutting head that connects to each other via a hinge. It includes a retainer consisting of two connected half-rings. The retainer in question... When the semi-rings are brought closer together and joined, one half By fitting the conical pins in the ring into the holes in the other half of the ring, a half-ring is formed. The rings are positioned relative to each other. However, in the document in question, one precise adjustment of the cutter located inside the cutter housing And thanks to this, even though the pipe has different thickness and hardness values There is no instruction on how to cut it easily and precisely. However, the document in question states that the cutting tool 25 is mounted on the handcuff. the cutting surface of the pipe during the movement of the head around the pipe No structure has been described that would prevent fluctuations. Therefore, in the current state of the technology, pipes, especially those with a plastic base, The cutting process enables precise cutting of pipes made from various materials, with a cutting length of 30. during the cutting process, the users performing the cutting operation were injured and the pipes were damaged. 3 Prevents the formation of ripples on the cutting surface, and is suitable for different thicknesses, diameters, or A pipe cutting tool suitable for use on pipes with certain hardness values is needed. It is heard. Brief Description of the Invention 5 The aim of this invention is to create a precise base for pipes, especially those made from a plastic-based material. enabling it to be cut in a certain way, during the cutting process causing harm to users performing the procedure and on the cutting surface of the pipes preventing ripple formation, with different thickness, diameter or hardness values The goal is to create a pipe cutting tool suitable for use in pipes. 10 The first step taken to achieve the purpose of this invention, and the steps associated with that step... The pipe cutting tool described in the requirements; for cutting at least part of a pipe. It is fixed in a first position and not locked, in other words, it is open. At least one clamp operating between a second position where it can be detached from the pipe, 15 In the first position of the clamp, one surface of the clamp is not attached to the pipe. defining an indentation in the shape of a perfect circle on it, and therefore the pipe at least one channel encircling it 360°, a cutter in the first position of the clamp. at least one cutting tool in contact with the pipe, intended to cut the pipe at its end, at least one part of it is located inside the canal and can move along the canal, another 20 In other words, it has at least one supporting body that can move around the pipe, inside At least one primary element defining a volume of dimensions in which the cutter can be positioned. to the cutting body, in which the first cutting body can be positioned a gap and void between the dimensions allowing access to the first cutting body a 25 that defines an opening, where the carrier body is not located within the channel. by being connected to the section and along with the movement of the carrier body along the channel at least one second cutting body adapted for movement, second cutting the opening defined by its body and therefore the top of the first cutting body At least one of the following is detachably attached to the second cutting body in such a way as to cover it. The cover is connected at one end to the first cutting body and the first cutting body is 30 adapted to move back and forth along an axis it lies on in space 4 It includes a cutting mechanism with at least one adjustment element. The subject of the invention Thanks to the pipe cutting tool, it is possible to cut a pipe with different thicknesses and hardness values. while the cutting process is being carried out precisely, the person performing the cutting process For example, a user's security is also enhanced. In other words, The risk of injury to the user is minimized. Also, pipe cutting 5 thanks to the clamp, channel and carrier body elements included in the apparatus, the pipe while allowing for precise movement around it, on the cutting surface of the pipe This prevents potential fluctuations. Additionally, thanks to the adjustment element, the cutting mechanism and therefore the pipe cutting apparatus for different thicknesses and It can be easily adapted to pipes with varying rigidities. 10 Thanks to the first handle, the pipe cutting tool can be easily operated by the user. by moving it around the pipe and thanks to the second handle, the user can again the pipe cutting tool is easy to carry and use on the pipe. Its positioning is ensured. The pipe cutting tool has numerous Thanks to the first bearing, the second bearing and the third bearing, the clamping mechanism has 15 The movement is ensured in a precise and controlled manner, and the cutting surface of the pipe... This prevents fluctuations on it. The hinge and clamp contained within it... Thanks to its locking mechanism, the pipe cutting tool can be removed from the pipe by the user. easily fixed in a predetermined position is provided. In addition, thanks to the pin and positioning screw included in the clamp, 20 Check the relative positions of the first and second parts of the clamp. It is possible to do so. First connecting elements and second connecting elements. thanks to the cover, the second cutting body and the first handle, the second cutting can be quickly attached and detached from the body by the user is provided. 25 Detailed Description of the Invention The pipe cutting apparatus, which was created to achieve the purpose of this invention, is shown in the attached figures. as shown, from these figures; Figure 1 - Clamp first 30 in an application of the pipe cutting apparatus that is the subject of the invention. This is a perspective view of the pipe cutting tool in its current position. Figure 2 - Clamp in an application of the pipe cutting apparatus that is the subject of the invention. This is another perspective view of the pipe cutting tool in its current position. Figure 3 - In an application of the pipe cutting apparatus that is the subject of the invention, the clamp is the second. This is a perspective view of the pipe cutting tool in its current position. Figure 4 - The carrier body of the pipe cutting apparatus in an application of the invention is shown in Figure 5. It is a perspective view. Figure 5 - Carrier body in an application of the pipe cutting apparatus that is the subject of the invention. It's a blown-up appearance. Figure 6 - Second cutter in an application of the pipe cutting apparatus that is the subject of the invention. It is a perspective view of the body and lid. 10 Figure 7 - First cutter in an application of the pipe cutting apparatus that is the subject of the invention. It is a blasted view of the main body, the second cutting body, and the cover. Figure 8 - First cutter in an application of the pipe cutting apparatus that is the subject of the invention. It is a view of its body after it has been blown up. Figure 9 - First handle and 15 in an application of the pipe cutting apparatus that is the subject of the invention. This is a perspective view of the second connecting element. Figure 10 - Clamp in an application of the pipe cutting apparatus that is the subject of the invention. This is a view of the pipe cutting tool on the pipe when it is in its designated position. Figure 11 - Clamp in a second application of the pipe cutting apparatus that is the subject of the invention. This is a view of the pipe cutting tool on the pipe when in its position. 20 The parts in the figures are individually numbered, and each number corresponds to the following: It is given below. 1. Pipe cutting tool 2. Handcuff 25 Channel 21 22. Part one 23. Second part 24. Hinge 25. Locking mechanism 30 26. Pin 6 Hole 27 28. Positioning screw 3. Cutting mechanism 31. Cutter 32. Carrier body 5 321. First bearing. 322. Second bearing. 323. Stabilizer 33. First cutting body 331. Mile 10 332. Third bearing. 34. Second cutting body 35. Cover 36. Adjustment element 37. Spring 15 4. First handle 5. Second handle 6. First connecting element 7. Second connecting element A. Clarity 20 B. Space E1. First axis F. Connector P. Pipe V. Volume 25 The precision of pipes (P), especially pipes (P) made of a plastic-based material. pipe cutting tool (1) which enables cutting in a way; a first one in which it is locked. almost completely around at least part of a pipe (P) in position Connected to the pipe (P) in such a way as to wrap around it, it opens in a second position where it is not locked, 30 At least one clamp (2) adapted to detach from the pipe (P) in question, the clamp 7 (2) a surface of the clamp (2) that does not come into contact with the pipe (P) in its first position at least one channel (21) defining a circular indentation on it, channel (21) The handcuff (2) is attached to the first handcuff (2) so that it can move inside and the handcuff (2) arranged in such a way that at least one cutting edge will contact the pipe (P) in its position It contains at least one cutting mechanism (3) with at least one cutter (31). Clamp 5 (2), for example, two half-rings arranged opposite each other in the form of two half-rings It consists of parts and in its first position, when locked, it is almost like a ring. It defines the form. Clamp (2), from the first position to the second position. As they pass, the semi-rings in question lock together via a locking system. It separates from one end, in other words, it opens. The dimensions of the clamp (2) are 10 It is determined according to the diameter (P) of the pipe to which it will be connected, in the first position. thanks to the ring shape it defines, it surrounds at least part of the pipe (P). It is fixed to the pipe (P) in such a way as to wrap around it. The clamp (2) is the half-ring in question. indentations on the parts in the shape that again define the semi-circular form It is arranged. In the first position of the clamp (2) there is a half ring in the form of 15 The indentations arranged on the parts are positioned opposite each other. positioned on a surface of the clamp (2) that does not come into contact with the pipe (P) It reveals a channel (21) that defines a complete circle of 360°. The clamp (2) arranged so that the cutting end in the first position will contact the pipe (P). At least part of the cutting mechanism (3) which includes a small cutting tool (31) is in question 20 It is located inside the channel (21). Cutting during the cutting operation of the pipe (P) mechanism (3) 360o rotating, in other words circular channel (21) by moving inside, a rotational movement around the tube (P) It performs the rotational movement of the cutting mechanism (3). during which the cutting edge contacts the pipe (P), in other words, the pipe (P) 25 by means of a cutter (31) that enters the body of the pipe (P) by a predetermined amount The cutting process is being carried out. The subject of the invention is a pipe cutting device (1); at least part of it can be placed inside the canal (21). at least one carrier adapted to move within the canal (21) by settling in 30 a volume (V) in the body (32) in which the cutter (31) can be placed 8 defining at least one first cutter body (33), inside the first cutter a space (B) and into the space (B) of dimensions that allow the placement of the body (33) defining an opening (A) that allows access to the carrier body (32) channel (21) It moves together with the carrier body (32) by being attached to a part that does not fit inside. at least one second cutter body (34) adapted to make the second cutter 5 almost completely cover the opening (A) defined by its body (34) At least one cover (35) attached to the second cutting body (34) in the figure, from one end connected to the first cutter body (33) and extending the first cutter body (33) at least adapted to move in space (B) along the axis The subject of the invention is 10. In the pipe cutting apparatus (1), part of the cutting mechanism (3) is inside the channel (21). It includes the carrier body (32) located and the carrier body (32) channel (21) It can move along the channel (21) inside. The carrier body (32) channel (21) A second cutting body (34) is attached to a part of it that does not fit inside. The first cutting body 15 is placed in the space (B) defined inside the second cutting body (34). (33) is located and the cover (35) is the opening on the first cutting body (33). (A) is connected to the second cutting body (34) in such a way as to cover it. In this way, the carrier The circular motion of the body (32) inside the channel (21), in other words 360o during the turning motion of the first cutter body (33) and the second cutter body (34) performs the same movement and makes a rotational movement around the pipe (P) 20 It is ensured that it is realized. The first cutter body (33) extension axis along, for example, a first axis (E1) which is the axis of extension The first cutter is placed into the gap (B) in such a way that it will move. Thanks to the movement of the body (33), the first cutting body (33) located within the volume (V) it defines and the cutting edge of the first cutter 25 The cutting (31) that extends outwards from the body (33) has the said extension axis or It is made to move along the first axis (E1). In this way, variables such as pipe thickness and the strength of the material from which the pipe is made In accordance with the needs arising from the cutting operation of the cutter (31), The position of the cutting edge performing the action is changed. First 30 The movement of the cutting body (33) inside the gap (B), from one end to the first cutting 9 one end connected to the body (33) of the first cutter body (33) and the other end connected to the second cutter by means of an adjustment element (36) that extends outwards from the body (34). is provided. The adjustment element (36) is connected from one end to the first cutter body (33) mechanically connected and push and pull on the first cutter body (33) It is adapted to apply force. The invention is related to the following 5 applications: The adjustment element (36) has one end that extends outwards from the second cutter body (34), for example It is a cylindrical pin arranged in a butterfly shape, for example by a user. by turning the adjustment element (36) from the butterfly-shaped part, the first cutter movement of the body (33) in opposite directions along the axis of extension It is made possible. Thanks to the pipe cutting apparatus (1) which is the subject of the invention, the pipe (P) 10 It is possible to make cuts of the desired quality in a single pass, during the cutting process. The chances of injury to the user are minimized. Channel (21) thanks to the carrier body (32) adapted to move inside the cutting its mechanism (3) inside the channel (21) in other words around the pipe (P) It is made possible for it to move without experiencing any fluctuations. 15 In this way, after the cutting process, there is no damage to the cut surface (P) of the pipe. No fluctuation occurs. Inside, the first cutting body (33) second cutter body (34) which allows movement along the axis of extension and Thanks to the adjustment element (36), the first cutter is adjusted according to the diameter and thickness of the pipe (P). The position of the body (33) and consequently the cutter (31) can be adjusted. This 20 thus, minor modifications to be made on the pipe cutting tool (1) cutting process in pipes of different diameters and thicknesses It can be accomplished. In one application of the invention, the pipe cutting apparatus (1) also has a second cutting body of 25 (34) cover (35) attached to a part that is not attached in a detachable manner, designed in sizes that the user can grasp with their hand and the aforementioned The carrier body (32) channel (21) through the second cutting body (34) of the user at least one first handle (4) that allows him to move it inside It includes. In one application of the invention, the pipe cutting apparatus (1) second cutter 30 holding the body (34) with the hand of a user, in other words a human being The first handle (4) which can be grasped, for example, is L-shaped and can be detached. is connected. Thanks to the first handle (4) in question, the user can connect. second cutter body (34) and consequently carrier body (32) pipe (P) by moving it around and thus the pipe (P) easily and quickly The cutting is ensured. 5 In one application of the invention, the pipe cutting apparatus (1) also has a clamp (2) on it. designed to allow a user to carry the handcuff (2) by holding and grasping it. It includes at least one second handle (5). The second handle in an application of the invention (5) defines almost a C form or U form and 10 at both ends It is connected to the clamp (2). The connection in question is suitable for connecting to each other. by means of fasteners or by methods such as welding / gluing is provided. The second handle (5) is for a user, in other words a person It is designed in a size that he can hold and grasp with his hand. Second handle (5) Thanks to this, the pipe cutting tool (1) can be easily moved from one place to another. 15 and it is possible to easily bring it to the desired position on the pipe (P). It is being done. In one application of the invention, the pipe cutting apparatus (1) also includes the carrier body (32) The part located within the canal (21) is on the walls defined by the canal (21) 20 numerous first bearings (321) arranged to make contact with the carrier body (32) the first bearing (321) of the part located inside the channel (21) Circular movement of the carrier body (32) regulated in the unregulated sections adapted to dampen its motion in a direction perpendicular to the circular motion during the process It contains numerous secondary bearings (322). In one application of the invention, the carrier 25 A T-shaped protrusion is arranged on at least one surface of the body (32). and is located inside the said protruding canal (21). However, the invention is not limited to this. There is no limit and at least part of the carrier body (32) is inside the canal (21) It is located. The canal (21) has at least two walls extending opposite each other. It defines the part of the carrier body (32) located inside the channel (21), 30 channel (21) contacts the walls defined by the carrier body (32) channel (21) 11 numerous primary bearings (321) that allow it to move easily inside It is arranged. A surface on which the first bearings (321) are arranged. There are numerous second bearings in the parts where the first bearings (321) are not arranged. Bearing (322) is arranged. The second bearings (322) are defined by the channel (21). 5 is being arranged and during the movement of the carrier body (32) inside the channel (21) the wobbling, swaying or otherwise of the carrier’s body (32) It prevents it from moving uncontrollably. First bearing (321) and thanks to the second bearing (322) the carrier body (32) and therefore the shear the mechanism (3) moves quickly and evenly within the channel (21) 10 is provided and on the cut surface of the pipe (P) after the cutting process This prevents the formation of fluctuations. Thus, a precise section is achieved. This makes the process possible and prevents faulty cutting operations. In one application of the invention, the pipe cutting apparatus (1) also has a second bearing (322) 15 At least one stabilizer (323) adapted to connect to the carrier body (32) It includes. In one application of the invention, the second bearing (322) is attached to the carrier housing (32) from a slot which he defined in the form of a cylinder and in the center of the second bearing (322) It is connected by means of a stabilizer (323) that can pass through the dimensions. The invention In another application, 20 through a slit located in the centre of the stabilizer (323). The carrier is connected to the carrier body (32) by means of at least one connector (F) which passes through the carrier body (32). It is attached to the body (32). Thanks to the stabilizer (323), the carrier body (32) during its movement in the channel (21) the second bearing (322) from the carrier body (32) preventing separation or controlled movement and 25. The formation of ripples on the cut surface of the pipe (P) after the cutting process. It is being blocked. In one application of the invention, the clamp (2) has both a first end and a second end. defining, almost semi-circular in shape and corresponding to each other at least one first part (22) and at least one second part (23) arranged in this way, first 30 The first ends of part (22) and the second part (23) are connected to each other. 12 at least one hinge (24), the first part in the first position of the clamp (2) (22) and the corresponding second ends of the second part (23) are connected to each other. It includes at least one locking mechanism (25) adapted for securing. Clamp (2) arranged symmetrically to each other, for example, a half ring It contains the first part (22) and the second part (23) in its form. The first part in question is 5 part (22) and the second part (23) are positioned opposite each other and the clamp (2) ring in the first position where it defines the form of the first part (22) and the second part (23) The first and second ends correspond to each other. The first part (22) and The first ends of the second part (23) are attached to a hinge (24), and the first part (22) and the second part (23) move relative to each other by means of the hinge (24) 10 In other words, the clamp (2) can be opened via the hinge (24) It can be closed. At the second ends of the first part (22) and the second part (23) a lock with locking parts arranged in a way that allows them to interlock The mechanism (25) is arranged. The locking mechanism in one application of the invention. (25) while a projection is arranged near the second end of the first part (22), 15 detachable near the second end of the second part (23) A hook suitable for attachment is arranged. The clamp (2) cut After the pipe (P) is brought to its first position, the said The locking mechanism (25) locks the first part (22) and the second part (23) locking the ends together and thus the clamp (2) on the pipe (P) 20 It is ensured that it is fixed. The channel (21) arranged on the clamp (2) is immediately almost half of the first part (22) is arranged on the other half The second part (23) is arranged on the first part of the clamp (2). In this position, the halves in question are positioned opposite each other, forming a complete circle. defining a form, in other words the clamp (2) and therefore the pipe (P) 25 It reveals a channel (21) that rotates 360° around it. The aforementioned clamp (2) Thanks to its structure, the pipe cutting tool (1) can be easily placed on the pipe (P) to be cut. and while ensuring quick fixation, the pipe cutting tool (1) pipe (P) its position on it can also be precisely determined and changed It is made possible. 30 13 In one application of the invention, the clamp (2) is also located at the first end of the first part (22). At least one pin (26) is arranged at the first end of the clamp (2) of the second part (23) in the first position corresponding to the pin (26) and the pin (26) It contains at least one hole (27) arranged in a size that can fit inside. The clamp (2) Pin (26) arranged at the first end of the first part (22) in the first position, 5 It fits into the hole (27) arranged at the first end of the second part (23). In the first position of the clamp (2), the first part (22) and the second part (23) The pin (26) is in the predetermined position of their relative positions to each other. This is ensured by placing it in the hole (27) precisely. In this way, The transition of the clamp (2) from the second position to the first position in a proper manner 10 and it is ensured that it maintains its first position during the cutting process and cutting It is possible to perform the process with the predetermined precision. It is being done. In one application of the invention, the clamp (2) also has 15 at the second end of the first part (22). at least one positioning screw located in a socket (28) It includes. The first part (22) is arranged in the form of an indentation at the second end. The positioning screw (28) is located inside the socket and the said positioning screw (28) for example a tool suitable for the positioning screw (28) by the user It is adjusted by means of the positioning screw (28). By adjusting the said positioning screw (28), 20 While the pipe cutting tool (1) is in use, the first part (22) of the channel (21) is on The part arranged on the second part (23) is on the same plane as the part arranged on the second part (23) It is possible for it to be and to define an almost continuous circular form. It is made. In this way, the first part (22) is in the first position of the clamp (2). The positions of the second part (23) relative to each other are precisely 25 It is possible to adjust it. In one application of the invention, the pipe cutting apparatus (1) also has a first cutter at one end. to the body (33), the second one into which the first cutting body (33) is placed from the other end. 30 connected to at least one of the walls defining the cavity (B) of the cutting body (34). and to create a pulling force on the first cutter body (33) 14 It includes at least one adapted spring (37). In an application of the invention, the subject is The spring (37) wraps around the adjustment element (36) of the second cutting body (34) inside the space (B) that it defines, from one end to the first cutting body (33), the other It is connected at one end to the second cutting body (34). The adjustment element (36) with the rotation in the first direction, the first cutting body (33) and consequently 5 The cutter (31) moves away from the second cutter body (34). The adjustment element (36) has a second direction in the opposite direction to the first direction. With its rotation, the first cutter body (33) and consequently the cutter (31) second move towards the cutting body (34), in other words into the cavity (B). Meanwhile, the first cutting body (33) is 10 by the said spring (37). A pulling force is applied to it. Thanks to the spring (37) in question, the first Easy and quick positioning of the cutter body (33) and consequently of the cutter (31) adjustment in such a way that the first cutter body (33) is inside the gap (B) The correct movement is ensured by the spring (37). In one application of the invention, the pipe cutting apparatus (1) also has a first cutting body. (33) the first cutting body defined by (33) in a direction perpendicular to the extension axis Connected to the first cutter body (33) so that it passes through the volume (V), at least one slit of such size that it will allow the cutter (31) to pass through At least one shaft (331) defining the shaft (331) from both ends to the first cutter body 20 (33) connecting and extension axis within the gap (B) of the first cutting body (33). numerous third bearings (332) that allow it to be moved in the direction It includes. In one application of the invention, the first cutting body (33) passing through the volume (V) that it defines, with one end extending outside the volume (V). Two shafts (331) are arranged. These shafts (331) are, for example, 25 a slit near each of their midpoints allowing passage of the cutter (31) It is located. Thanks to the mentioned shafts (331), the cutting operation of the cutter (31) slipping, moving, or positioning uncontrollably during this time This prevents changes and makes a sensitive segment possible. The word The subject is a third bearing 30 at the ends of the shafts (331) that extend outwards from the volume (V) (332) are connected, for example, by means of connectors (F). Third bearings (332) a base or projections that serve as a base defined within the space (B) is settling and the first cutting body (33) is easily located within the gap (B) It enables movement. In one application of the invention, the pipe cutting apparatus (1) also has a second cutter 5 of the cover (35). numerous first ones that allow it to be attached to the body (34) in a detachable way It includes a connecting element (6). The cover (35) in question is the second cutting body. (34) the first cutting body (33) located within the gap (B) defined by (34) It provides protection against external environmental factors such as impact, dust, and dirt. However, the first circuit breaker (31) may be replaced due to maintenance, repair, etc. When the need arises to access the body (33) and consequently the cutter (31), the cover (35) must be removed. Accordingly, the cover (35) and the second cutting body. (34) Corresponding holes are arranged on it. passing through holes connecting the cover (35) and the second cutting body (34) For example, thanks to the screw-like first fastening elements (6), the cap (35) needs 15 In this case, the second cutter body (34) is easily accessible to the user. This ensures a quick separation. In one application of the invention, the pipe cutting apparatus (1) also includes the first handle (4) 20 which allows it to be detached from the second cutter body (34) It contains a number of second connecting elements (7). The first handle (4) and the second On the surfaces of the cutting body (34) that are not connected to the cover (35) The incoming holes are arranged. Passing through these holes, the first handle... (4) and the second cutting body (34) are connected to each other by a screw-like second Thanks to the connecting elements (7), the first handle (4) can be connected to the second 25 if needed. The cutting body (34) can be attached easily and quickly by the user, for example. removal is ensured. Thanks to the pipe cutting apparatus (1) which is the subject of the invention, it is possible to cut the pipe (P) beforehand. 30 numerous cutting operations to perform the cutting process with the specified precision Instead, precise cutting can be achieved with a single operation; however... 16 making the cutting process safer for the user is provided. The cutting mechanism (3) is controlled around the pipe (P). channel (21) that makes its movement possible and to move in channel (21) Thanks to the adapted carrier body (32), the cutting mechanism (3) pipe (P) It moves without any wobbling around and the cutting process is 5 then to prevent unwanted ripples on the cut surface of the pipe (P) Passage is ensured. The extension axis of the first cutter body (33) Thanks to the adjustment element (36) that enables the pipe (P) to move in the direction of the pipe (P) first cutting according to diameter and thickness, in other words, according to needs. Position of the body (33) and consequently the cutter (31) relative to the pipe (P) 10 It is adjustable. In this way, very large structural adjustments can be made on the pipe cutting apparatus (1). pipe cutting apparatus (1) with different diameters and thicknesses without needing to make changes It is made possible to make the pipes (P) suitable for cutting operations. Bi inci thanks to the handle (4), the second cutting body (34) and consequently the carrier body (32) can be easily moved around the pipe (P) by the user and 15 This ensures that the cutting process is carried out easily and quickly. In addition, the pipe cutting tool (1) can be operated by the user thanks to the second handle (5) both its transport and its positioning on the pipe (P) are easy The implementation is ensured. First bearing (321) and second bearing (322) thanks to the precise and controlled movement of the cutting mechanism (3) 20 while ensuring that the ripples on the cutting surface (P) of the pipe are prevented The hinge (24) and locking mechanism (25) contained in the clamp (2) are passed through. Thanks to this, the pipe cutting device (1) can be quickly positioned on the pipe (P) at the desired position. It ensures precise and easy fixation. In addition, the clamp (2) Thanks to the pin (26) and positioning screw (28) it contains, the first 25 of the clamp (2) part (22) and the second part (23) are fixed together precisely. is provided. Thanks to the spring (37), the clearance (B) of the first cutter body (33) It is easy to return to its initial position inside. First cutter thanks to the shafts (331) and third bearings (332) arranged in its housing (33). During the cutting process, the movement of the cutter (31) is restricted and the predetermined 30 Cutting is made possible under these conditions. The first connecting elements (6) and 17 Thanks to the second connecting elements (7), the cover (35) and the second cutter body (34) and a detachable connection between the first handle (4) and the second cutter body (34) is provided.
Claims
18 REQUESTS 1. Pipes (P), especially pipes made of a plastic-based material (P) in a locked first position, which allows for precise cutting. almost completely around at least part of a pipe (P) 5 connected to the pipe (P) in such a way as to wrap around it, in a second position where it is not locked at least one clamp adapted to be opened and separated from the pipe (P) in question (2), the clamp (2) contacts the pipe (P) in the first position of the clamp (2). at least one that defines a circular indentation on a non-circular surface channel (21), will move inside channel (21) to the clamp (2) 10 connected and at least one cutting edge in the first position of the clamp (2) having at least one cutter (31) arranged to contact the pipe (P) containing a small cutting mechanism (3), at least part of the canal (21) by settling inside, it adapts to move within the canal (21) a small carrier body (32) allows the cutter (31) to be placed inside it. at least one first cutter body (33) defining a volume (V) that provides allowing the placement of the first cutting body (33) inside a void in dimensions (B) and an opening that allows access to the void (B) (A) defining, carrier body (32) not placed inside channel (21) 20 to at least one second cutter body adapted (34), the second cutter body (34) will almost completely cover the opening (A) that he defined. At least one cover (35) attached to the second cutting body (34) in the figure, one connected from its end to the first cutting body (33) and the first cutting body (33) move within the space (B) in the direction of the extension axis 25 Cutting mechanism (3) with at least one adjustment element (36) adapted to it. a pipe cutting apparatus characterized by (1).
2. The second cutting body (34) can be separated into a part of the cover (35) that is not attached. 30 that are connected in some way, and are small enough for a user to grasp with their hand. arranged and through the second cutting body of the said user (34) 19 enabling the carrier body (32) to move within the channel (21) a like the one in Claim 1 characterized by at least one first handle (4). pipe cutting tool (1).
3. The handcuff (2) is arranged on which a user can hold and grasp 5 with at least one second handle (5) that allows him to carry the handcuff (2). A pipe cutting apparatus as described in Claim 1 or 2 (1).
4. On the part of the carrier body (32) located inside the channel (21) 10 arranged to touch the walls defined by the channel (21) number of first bearings (321), inside channel (21) of carrier housing (32) in the first bearing (321) of the part located in the unarranged sections during the circular motion of the carrier body (32) numerous adapted to dampen motion in a direction perpendicular to the motion Any of the above claims characterized by the second bearing (322) 15 a pipe cutting tool like the one in one (1).
5. Minimum adapted to connect the second bearing (322) to the carrier housing (32). A pipe cutting as in Claim 4 characterized by a stabilizer (323). apparatus (1). 20 6. Both define a first end and a second end, almost halfway. at least one arranged in a ring shape and corresponding to each other to the first part (22) and at least one second part (23), first part (22) and 25 to which the corresponding first ends of the second part (23) are connected to a small hinge (24), first part in the first position of the clamp (2) (22) and the corresponding second ends of the second part (23) are connected to each other. clamp with at least one locking mechanism (25) adapted for securing as in any of the above claims characterized by (2). a pipe cutting tool (1). 30 7. At least one pin (26) arranged at the first end of the first part (22), second pin (26) at the first position of clamp (2) at the first end of part (23) in a way that corresponds to and in dimensions in which the pin (26) can be placed a like the one in Claim 6 characterized by at least one hole (27) arranged pipe cutting tool (1). 5 8. In a socket arranged at the second end of the first part (22) The claim is characterized by having at least one positioning screw (28) located A pipe cutting tool like the one in 6 (1).
9. From one end to the first cutting body (33), from the other end to the first cutting the gap (B) of the second cutting body (34) into which the body (33) is placed connected to at least one of the defining walls and the first cutting body (33) at least one spring adapted to create a pulling force on it (37) as in any of the above-mentioned claims characterized by 15 pipe cutting tool (1).
10. The first cutting body (33) in a direction perpendicular to the extension axis. passing through the volume (V) defined by the cutting body (33) 20 connected to the first cutter body (33), on which the cutter (31) passes. at least one mile defining at least one crack of dimensions that will allow for the possibility (331), connecting the shaft (331) to the first cutter body (33) at both ends and the first the cutting body (33) in the gap (B) along the axis of extension with numerous third bearings (332) that allow it to be moved as in any of the above characterized requests 25 cutting device (1).
11. The cover (35) can be detached from the second cutting body (34). with numerous first connecting elements (6) that allow connection As in any of the above-mentioned requests characterized by a question 30 cutting device (1). 21 12. The first handle (4) can be detached from the second cutting body (34). with numerous secondary connecting elements (7) that allow connection A pipe cutting apparatus as described in Claim 2 (1).