A CATTLE FEEDING AND LOCKING SYSTEM

Abstract

The invention relates to a cattle feeding and locking system comprising a fixed spacer, D-bend piece, locking lever, locking mechanism, adjustable I-piece, main line pipe and locking pipe, positioned along the feeding line to ensure the orderly positioning and, when necessary, controlled containment of cattle in their feeding areas.

Description

1 TARIFF A CATTLE FEEDING AND LOCKING SYSTEM Technical Field to Which the Invention Relates 5 The invention relates to the positioning of feeding areas for cattle and, when necessary with a cattle feeding and restraint system that ensures controlled containment It is related. Prior knowledge of the art related to the invention. Positioning of cattle in feeding areas and controlled access when necessary. Current practices for maintaining this configuration generally involve upper and lower support pipes. Feeding system consisting of fixed and / or movable pipe elements positioned between and 15 They are based on locking systems. In these structures, the head and neck area of ​​the animal is used for feeding. being taken into the area, positioned within a specific feeding eye, and when necessary various pipe geometries and locking mechanisms to restrict its movement It is used. In a significant portion of current applications, the main key elements are... 20 Use of additional clamps, connecting plates, lugs and similar intermediate connecting elements that is the case. In structures using welded connections, any of the components forming the locking system If the part is damaged or deformed, it must be separated from the main supporting structure by 25. Separation becomes more difficult, requiring additional steps such as cutting, grinding, and re-welding for the disassembly process. These operations may be required. This increases maintenance and parts replacement times and affects field operations. Under these conditions, there may be a need for welding equipment and skilled labor. Furthermore, the main Large-scale structures where carrier pipes and interlocking elements are permanently joined, It takes up more space during transport and shipping, and the system is 30 when disassembled. This makes transportation difficult. In systems where additional clamps or connecting elements are used, the part in the system The number and connection points are increasing, consequently increasing production, storage, assembly and maintenance. The processes can become more complex. In addition, the different 35 feeding eyes The current fixed size can be adjusted according to the size of the animals or different facility geometries. It can be limited in terms of connection arrangements. Therefore, on the same basic load-bearing structure 2 obtaining different mesh sizes or adapting the system to different areas of use Additional production and assembly processes may be required for adaptation. In common practice, this also includes the area where the animal's head and neck are located. fixed spacer, twisted transition element and adjustable element; movable locking lever and 5 The lock mentioned allows the locking lever to move between the locked and unlocked positions. with its mechanism, multiple bait eyes through a common locking tube an integrated structure that allows it to be locked and / or released There are several shortcomings in terms of its use within the system. In addition, The connection sections of the bent pipe element corresponding to the main load-bearing pipes are their own 10 The shaping of the pipe body by cold pressing and / or pressing process, as mentioned Screws, bolts, studs and / or similar items are inserted through the openings created at the connection points. directly and detachably to the main carrier pipes with threaded mechanical connecting elements. Connecting them will also eliminate maintenance and assembly problems of existing welded structures. It cannot be presented in an integrated manner in this way. The key to the developed technical solution is 15. the element connects to the main carrier lines via connection zones created within its own body. The aim is to establish a directly detachable connection. In existing structures, a single twisted lock piece is damaged, affecting the other feed eyes and the main The carrier pipes can be left on the system and independently removed and replaced, main 20 The parts connected by carrier pipes are shipped and used separately. Reassembling it on site is not always easily accomplished. This The situation is particularly relevant for maintenance, servicing, parts replacement, transportation, and installation in long feeding lines. This creates additional time and labor requirements in the processes. Thanks to its modular structure, it can be separated. Shipping, part-by-part replacement and on-site assembly will resolve these technical issues. 25 This constitutes a significant need for its resolution. Therefore, the current technique involves regularly feeding cattle in their feeding areas. enabling the positioning and, when necessary, controlled containment of different animals and multiple locking mechanisms that can be adapted to bait eye sizes, a common lock 30 It can be controlled via the pipe, and D-bend sections are added to the main carrier pipes. Removable without the use of a carrier clamp or welded connection plate. where damaged parts can be connected independently while preserving the main load-bearing structure. it can be modified and system components can be shipped disassembled and used at the site. It falls short in offering an integrated structure that can be assembled. 35 3 In conclusion, all the problems mentioned above necessitate an innovation in the relevant technical field. It has made it mandatory. Purposes and Brief Description of the Invention The present invention aims to eliminate the aforementioned disadvantages and to contribute to the relevant technical field. to bring new advantages to cattle feeding areas a cattle that is positioned and kept in a controlled manner when necessary It relates to animal feeding and restraint systems. The invention concerns the head and neck of cattle. positioning of the portion within the designated feeding eyes, the aforementioned feeding 10 The locking and releasing of their eyes, depending on different animal sizes and feeding areas. The system can be adjusted according to its geometries, and the parts that make up the system can be maintained. The aim is to facilitate exchange, assembly, and shipping processes. The purpose of the invention is to integrate locking and feeding elements into the main load-bearing structures in existing applications. by means of welding or by using additional clamps and fittings the resulting disassembly difficulty, the need for cutting, grinding and re-welding, maintenance and Longer part replacement times, the use of a large number of fasteners, different limitations in adapting to animal sizes and large constructions By eliminating the volume problems it creates during shipping, it is demountable, 20 The aim is to provide an adjustable and modular cattle feeding and locking system. Another objective of the invention is to allow multiple baiting and locking eyes to be mounted on the same main outline. the creation of a lock on the pipes, located in the aforementioned feeding eyes locking and / or releasing mechanisms together via a common locking tube 25 The ability to bring them to their positions, the adjustable width of the feeding eye, I piece. by means of adapting it to different cattle sizes and repairing damaged or the ability to replace deformed parts independently without disassembling the entire system to make it possible. To this end, the invention involves systems with upper and lower parts spaced relative to each other. the main pipelines positioned parallel to each other, the aforementioned main pipeline at least one fixed line extending between the tubes and forming the fixed boundary of a feeding eye. the intermediate section, the transition zone where the head and neck of the cattle will be placed to form at least one D-bend part with a twisted geometry, the aforementioned D 35 The area where the animal's head and neck are located is opened up along with the twisted piece. at least one locking lever that allows it to close, with the said locking lever locked and released. 4 moving between locations and / or being held in one of the mentioned locations at least one locking mechanism that provides, the width of the bait eye and / or usage at least one adjustable I-piece that allows the geometry to be determined and the aforementioned at least one lock running along the main pipeline in connection with the locking mechanisms It includes the pipe. 5 Accordingly, the innovation includes the fixed spacer, D-bend piece, locking lever, locking mechanism and Multiple adjustable I-pieces can be positioned repeatedly along the main line pipes. The creation of a number of feeding and locking eyes, the aforementioned locking mechanisms The common lock can be controlled together via the pipe and the D-bend part's main line 10 The fittings corresponding to the pipes are cold-pressed and / or formed from the pipe body itself. by shaping through a pressing process, making it suitable for detachable mechanical connections. It contains an integrated structure that brings them together within the same system. Thus, the D-bend part has 15 through the connection openings created at the connection points. main by means of screws, bolts, studs and / or equivalent threaded mechanical fasteners a separate clamp, welded connection plate and / or external carrier spacer for the pipeline The connection is made without the use of the aforementioned connecting elements; by removing them. D-bend fittings are manufactured without cutting, grinding, and / or welding on main pipeline pipes. It can be detached from the system and reassembled. It is also adjustable. Part 20 thanks to its adaptability to different cattle sizes and feeding hole widths. This is ensured by controlling multiple locking mechanisms together thanks to the common locking pipe. They can be shipped with the main pipelines and D-bend sections separated from each other. It can be repaired and a damaged D-bend section can be connected to the main line pipes along with other feeding eyes. It can be changed independently by leaving it on the system. However, the lock 25 The movable metal is powered by a replaceable plastic part located on its mechanism. limiting contact between parts and / or directing movement is provided. Definitions of Figures Explaining the Invention 30 Figure 1 shows the front view of a cattle feeding and restraint system, which is the subject of the invention. The appearance is given. Figure 2 shows a perspective view of a cattle feeding and locking system, which is the subject of the invention. 35 The appearance is given. Figure 3 shows the lock of a cattle feeding and locking system, which is the subject of the invention. A perspective view of the region is given. Descriptions of the Elements / Parts / Components Constituting the Invention This invention improves a cattle feeding and confinement system. The elements in the figures are numbered so that they can be explained, and each number represents... The answer is given below. 1. Fixed spacer 10 2. D-bend piece 3. Locking handle 4. Locking mechanism 5. Adjustable I-piece 6. Main line pipe 15 7. Locking pipe Detailed Description of the Invention This detailed description refers to an invention: a cattle feeding and restraint system, 20 purely for the purpose of better understanding the subject and without any limiting effect. This is explained with examples. The invention relates to specific feeding areas for cattle. enabling them to be located in different locations and kept in a controlled manner when needed, suddenly It allows for the creation of an overfeeding and locking eye on a common support structure. It is related to a system that provides. 25 Referring to the figures; the subject of the invention is a cattle feeding and restraint system, with at least one fixed spacer (1), at least one D-bend piece (2), at least one locking lever (3), at least one lock mechanism (4), at least one adjustable part (5), the main structure forming the carrier structure of the system It includes pipeline pipes (6) and at least one lock pipe (7). The naming of the mentioned elements is 30 The invention is compatible with the reference structure used in the component integrity. In the invention, the main line pipes (6) are spaced at a certain distance from each other at the top and bottom of the system. load-bearing elements separated by and essentially running parallel to each other It is structured as follows. The upper and lower main line pipes (6) are fixed 35 located within the system. spacer (1), D bend piece (2), locking lever (3), adjustable I piece (5) and associated with them the main supporting structure in which other mechanical elements are positioned 6 In one configuration, the main pipelines (6) extend horizontally, the creation of multiple feeding and locking eyes side-by-side throughout the system It makes it possible. The fixed spacer (1) will extend between the upper and lower main line pipes (6) 5 It is positioned. The aforementioned fixed spacer (1) is fixed to the created feeding eye. It forms one of the remaining lateral boundaries. Thus, the head of the cattle... The area where the neck portion is placed is geometrically delimited. The fixed spacer (1) will be associated with the feeding eye where the D bend piece (2) is located. It is positioned in such a way that the feeding area has a specific geometric shape during use. It helps to keep things in order. D bending piece (2) is positioned between the main line pipes (6) and the cattle forming the transition zone where the head and neck portion will be placed in the feeding area It is structured as a shaped pipe element. The aforementioned D-bend part is 15. (2), to include successive twisted sections instead of a linear structure This is achieved through a twisted geometry that shapes the head and neck of the cattle. the portion entering the feeding area and after feeding is complete or the system is released Once released, a suitable working area is obtained for its exit. In one configuration, D bend piece (2), upper main line pipe (6) and lower main line pipe (6) It lies between the head and neck of the cattle together with the fixed partition (1). It forms at least part of the feeding and locking area where the section is located. Thus, the fixed spacer (1) and the D bending piece (2) form the geometry of the feeding eye. It works as interrelated elements that determine the D bend part (2) curved 25 Its structure provides a transition geometry suitable for the animal's use, while the fixed spacer (1) It contributes to the establishment of a fixed boundary for the aforementioned geometry. In the invention, the locking lever (3) will extend between the main line pipes (6) and the D bend piece (2). together the area where the head and neck of the cattle are located, open or controlled 30 It is positioned in such a way as to allow it to be held in place. The aforementioned locking lever (3) is mechanically related to the locking mechanism (4) and has at least one locked position. It is designed in a way that allows it to move between free and stationary positions. With the locking lever (3) in the free position, the head and neck of the cattle feed 35 allows movement within the eye and exiting the feeding eye if necessary. It is given. If the locking lever (3) is brought to the locked position, the head of the cattle- 7 The movement of the neck portion back out of the feeding eye is restricted. Thus The animal's position in the feeding area can be maintained in a controlled manner if necessary. The transition of the locking lever (3) between the mentioned positions is the operation of the locking mechanism (4). This is done depending on the situation. In the invention, the locking mechanism (4) moves the locking lever (3) between the locked and free states. mechanical device that enables it to move and / or be held in one of the selected positions It is structured as follows: The locking mechanism (4) is between the locking lever (3) and the locking tube (7). It is positioned to form a mechanical connection. Thus, the lock is in the pipe (7) The movement produced is made by the operation of the locking lever (3) via the locking mechanism (4) 10 It is being transferred to this status. In one configuration, the locking mechanism (4) locks depending on the movement of the locking tube (7). allowing the arm (3) to be moved to the locked position and / or the free position It is arranged in this way. In this way, the locking lever (3) is directly controlled by a separate control element. 15 Instead of interfering, the mechanical relationship between the lock pipe (7) and the lock mechanism (4) It is possible to control it using a specific movement pattern of the locking pipe (7). not limited by type of rotational or linear motion, locking mechanism (4) locking it refers to the mechanical movement that enables the transition between the release and release states. It is doing. 20 In the invention, the key pipe (7) extends along the direction of the main line pipe (6) and has multiple a common mechanical associated with the locking mechanisms (4) located inside the feeding eye It is configured as a control element. The mentioned lock pipe (7) is a single feeding not limited to the eye, multiple locking mechanisms located in the same feeding line (4) 25 It can be created with a length that will allow for connection. In a configuration, moving the lock pipe (7) is connected to the aforementioned lock pipe (7). multiple locking mechanisms (4) together locking and / or releasing situation Thus, more than one 30 located on the same main line pipes (6) can be passed through. The bait and locking eye are controlled via a common mechanical control mechanism. This makes it possible to achieve this. This structure allows for a completely independent feeding eye for each feeding eye. eliminating the need to create a control structure consisting of multiple sensors This allows the system to be operated as a whole. 35 In the invention, an adjustable I-piece (5) will extend between the upper and lower main line pipes (6). It is positioned. The aforementioned adjustable piece (5) is used for the bait eye. 8 an adjustable system that allows for the determination of its width and / or usage geometry. It is configured as a limit element. The position of the adjustable part (5) The usable width of the feeding eye can be changed by replacing it. In one configuration, an adjustable I part (5) can be selected from multiple mounting positions. They are designed to be placed in one unit. Thus, cattle of different sizes can be accommodated. animals, different feeding hole sizes or the area where the system will be installed The position of part I (5) can be changed according to its geometry. This structure Thanks to this, the same basic system can be adapted to different operating conditions and feeding. The geometry of the eye is not limited to a single fixed measurement. 10 The invention includes a fixed spacer (1), a D-bend piece (2), a locking lever (3), a locking mechanism (4) and Adjustable I-piece (5), in a repeating pattern along the main line pipes (6) is positioned. Thanks to the aforementioned repeating pattern, the same carrier Multiple feeding and locking eyes are created on the construction. 15 Each feeding and locking eye is a separate eye in a cattle feeding line. It is designed to allow it to be located in that position. Thus, feeding and locking are created one after another on the common main line pipes (6). Thanks to their eyes, they can separate multiple cattle along the same feeding line. It is possible to position the system in the areas of use as needed. A modular system that can be repeated depending on the length of the feeding line and the number of meshes to be used. It has a structure. The locking mechanisms (4) located in repeated eyes are common locking tube (7) Thanks to its association with multiple bait eyes, it allows for locking and releasing. Their functions can be carried out within a common mechanical structure. 25 Another feature of the invention is the connection of the D-bend part (2) to the production and main line pipes (6). It relates to the shape. D bend piece (2), the desired transition geometry of a pipe body. It is created by bending the part in such a way as to form a D-bend. (2) connection parts corresponding to the main line pipes (6), a separate connection element 30 instead of creating a D bend part (2) it is obtained by shaping its own pipe body is being done. In a configuration, the connection parts in question are connected to the pipe body of the D bend piece (2). It is produced by applying a cold pressing and / or pressing process. During this process, 35 The sections of the pipe body corresponding to the connection are flattened and attached to the main line pipes. (6) It is brought to a geometry suitable for establishing mechanical connections. Thus, the connection 9 the function of creating the D bend part (2) on its own body is provided. At least one connection opening in the aforementioned shaped connection sections. is created. The connection opening in question is a mechanical connection such as a screw and / or bolt. 5 It is structured in a way that allows the elements to be passed through. Connection in its arrangement screw, bolt, stud and / or equivalent that provides the same detachable connection function One or more threaded mechanical fasteners can be used. D-bend part (2), the aforementioned shaped connection parts and connection openings 10 It is connected to the main line pipes (6) in a detachable manner via the D bend. instead of permanently joining the part (2) to the main load-bearing structure, when necessary A solvable mechanical connection is being created. In one configuration, the connection of the D bend section (2) to the main line pipes (6) is D bend 15 a separate clamp, welded connection plate and / or external carrier spacer carrying the part (2) It is performed without using a part. D bending part (2) in its own pipe body Thanks to the fact that the created connection parts fulfill the connection function, a separate The need for supporting fasteners is being limited. If the mentioned gear mechanical fasteners are loosened, the D bend part (2), The main line pipes (6) can be separated from the system without damage. This dismantling process during which cutting, grinding and / or welding operations are performed on the main line pipes (6) It is not needed and the removed D-bend part (2) can be placed in the same position or another suitable location. It can be reassembled in the location. Thus, maintenance, replacement and reinstallation of the system are possible within 25 seconds. Assembly operations can be carried out via a detachable mechanical connection. is happening. This detachable structure also allows for maintenance on a component-by-component basis. Damage and / or deformation of a D-bend part (2) during use 30 If it is damaged, the other feeding and locking eyes and main line pipes (6) system Their positions on it can be preserved. Damaged D-bend part (2), related mechanical The connections are disconnected, the system is independently removed, and a new one or... Another usable D-bend piece (2) can be mounted. Thus, in a single piece Replacement of the entire feeding line or the entire support structure due to damage 35 It is restricted as required. The demountable structure of the invention can also be used for shipping purposes. Main line pipes (6) D-bent pieces (2) connected to them can be transported separately. It is structured in this way. After the parts are delivered to the place of use separately... They can be assembled using mechanical fasteners. In this way, the system is fixed and 5 can be disassembled without having to be transported as a single large structure. It can be shipped and final assembly can be carried out at the site of use. In a configuration, on the lock mechanism (4), the lock mechanism (4) and / or lock between metal elements that may come into contact with each other during the movement of the pipe (7) at least one 10 that limits direct contact and / or directs the movement of moving parts There is a replaceable plastic part. This plastic part is the mechanical contact. They can work as a mid-level employee in the region where it takes place and the work movement It can contribute to its guidance. The aforementioned replaceable plastic part can be used to maintain the locking mechanism (4) 15 when maintenance is required. It can be configured in a way that allows it to be renewed independently without undergoing any complete overhaul. In one configuration, the plastic part in question is made from a polypropylene-based material. This limits contact between the metal elements and restricts movement. to be directed and the aforementioned auxiliary part to be replaced separately if necessary. It is possible. 20 In the working state of the invention, the head-neck part of the cattle is fixed intermediate piece (1), D Feeding with limits defined by twist piece (2), locking lever (3) and adjustable I piece (5). It is directed to the eye. The bent geometry of the D bend piece (2) feeds the animal. while creating a transition area suitable for entry and exit movement to the region, fixed intermediate piece (1) 25 It forms the fixed limit of the feeding eye. The adjustable I-piece (5) Depending on the operating conditions, it is possible to adjust the feeding opening to the appropriate width. It provides. If free movement of the animal within the feeding eye is desired, the locking lever (3), lock 30 The animal is held in a free position by the mechanism (4). The position of the animal When controlled protection is required, the lock mechanism (4) is accessed via the lock pipe (7) The mechanical movement is transmitted and the locking lever (3) is moved to the locking position. in this situation the animal's head and neck moving backward from the feeding eye It is restricted. When release is required, the locking mechanism (4) reverses operation 35 By putting it in this position, it is possible to release the locking lever (3) back to the free position. is provided. 11 In the configuration with multiple feeding eyes, the common lock pipe (7) is throughout the system. Since it is connected with the multiple locking mechanisms (4), the lock pipe (7) The movement can be transferred to more than one locking mechanism (4). Thus, the same feeding 5 of the locking and / or releasing positions of multiple locking levers (3) on the line It is possible to change it via a common mechanical control. The subject of the invention is a fixed intermediate part of a cattle feeding and locking system (1), D bending piece (2), locking lever (3), locking mechanism (4), adjustable I piece (5), main line The pipes (6) and the locking pipe (7) work in a functional relationship with each other; more than one 10 The feeding and locking eye can be formed on a common support structure; feeding The width of use of the eyes can be adjusted; multiple locking mechanisms (4) are common It can be controlled via the lock pipe (7) and the D bend parts (2) to the main line pipes (6) An integrated cattle feeder and system connected by detachable mechanical links. It features a locking system. Thanks to this structure, the system can be used in 15 different ways. Adapted to their geometries, disassembled and reassembled part by part if needed. the independent replacement of damaged D-bend parts (2) and main line pipes (6) and D bending parts (2) are shipped separated and used at the place of use. It is possible to combine them.

Claims

12 REQUESTS 1. Positioning of cattle in feeding areas and, if necessary It is a cattle feeding and confinement system for controlled containment. Feature; 5 • The upper and lower parts of the system will be spaced apart and parallel to each other main line pipes positioned as follows (6), • positioned to extend between the aforementioned main pipelines (6) and one At least one fixed spacer forming the fixed boundary of the feeding eye (1), • located between the main pipelines (6) mentioned and the cattle 10 a curved shape that will form the transition zone where the head and neck section will be placed at least one D bend piece with geometry (2), • the head and neck of the animal together with the mentioned D bend piece (2) at least one lock positioned to allow the area to be opened and closed arm (3), 15 • the mentioned locking lever (3) moves between the locked and free positions and / or a locking lever that will hold it in one of the aforementioned positions. (3) At least one locking mechanism connected with (4), • located between the aforementioned main line pipes (6) and the feeding eye at least one 20 that allows the determination of its width and / or usage geometry adjustable I piece (5), • will be connected with the mentioned locking mechanism (4) and the locking mechanism (4) Allows movement between locking and releasing states. At least one lock pipe (7) extending along the main line pipe (6) to give It includes. 25 2. A cattle feeding and confinement system conforming to Claim 1, with the following features: the mentioned fixed spacer (1), D bend piece (2), locking lever (3), locking mechanism (4) and the adjustable I-piece (5) repeatedly along the main line pipes (6) By positioning them in such a way as to create multiple feeding and locking eyes, 30 It is the configuration.

3. A cattle feeding and confinement system conforming to Claim 1, the characteristic of which is; main line pipes (6) will extend horizontally in the upper and lower parts of the system positioned and fixed spacer (1), D bending piece (2) and adjustable I 35 part (5) is a structure located between the aforementioned main line pipes (6) It is the fact that. 13 4. A cattle feeding and restraint system conforming to Claim 1, characterized by its fixed location. The intermediate piece (1) is to lie between the upper and lower main line pipes (6) and the D bend to form one side boundary of the feeding eye where part (2) is located It is a structure that is positioned in a certain way. 5 5. A cattle feeding and confinement system conforming to Claim 1, with the following characteristic: D the bending part (2), the entrance to the feeding area of ​​the head and neck of the cattle and consisting of successive twisted sections that allow for exit movement. It is a structure. 10 6. Is it a cattle feeding and confinement system that complies with Claim 1 or 5? Its feature is that the D bend section (2) will extend between the upper and lower main line pipes (6) and a fixed spacer (1) in which the head and neck of the cattle is located It is a structure positioned to create a baiting and locking area. 15 7. A cattle feeding and confinement system conforming to Claim 1, the feature of which is; locking. its arm (3) is positioned to extend between the main line pipes (6) and locked and free positions determined by the locking mechanism (4) It is a structure that can move between them. 20 8. A cattle feeding and confinement system that complies with claim 1 or 7. Its feature is that the locking lever (3), in its free position, can hold the head and neck of the cattle. It will allow movement inside the bait eye, and in the locked position, it will be as described. 25 It is a structure that is positioned in a certain way.

9. A cattle feeding and restraint system conforming to Claim 1, the feature of which is; restraint. The mechanism (4) will provide a mechanical connection between the locking lever (3) and the locking tube (7). It is a structure positioned in this way. 30 10. A cattle feeding and confinement system that complies with claim 1 or 9. Its feature is that the locking mechanism (4) depends on the movement of the locking tube (7) and the locking lever. (3) in a structure that will allow it to move to the locked position and / or the free position That is. 35 11. A cattle feeding and restraint system conforming to Claim 1, the feature of which is; restraint. through multiple feeding eyes along the pipe (7), main line pipe (6) its reach and the multiple locks located in the aforementioned bait eyes It is related to the mechanism (4). 40 14 12. A cattle feeding and restraint system conforming to Claim 11, the feature of which is; restraint. The lock mentioned by moving the pipe (7) is connected to the pipe (7) with multiple locks the mechanism (4) can be brought to the locking and / or release position together It is adjusted in this way. 5 13. A cattle feeding and confinement system conforming to Claim 1, with the following features: The adjustable I-piece (5) will extend between the upper and lower main line pipes (6) positioned and the position of the aforementioned adjustable part (5) By changing the opening, the width of the feeding eye can be adjusted to be variable. 10 It is the fact that.

14. A cattle feeding and confinement system that complies with claim 1 or 13. Its feature is that the adjustable I-piece (5) can accommodate different cattle sizes and / or different 15 One of the multiple mounting positions suitable for bait eye widths It has a deployable structure.

15. A cattle feeding and confinement system conforming to Claim 1, with the following characteristic: D The bending part (2) is formed by bending its own pipe body and the main line the connection parts corresponding to the pipes (6) of the mentioned pipe body 20 It is a structure formed by shaping.

16. A cattle feeding and confinement system conforming to Claim 15, with the following characteristic: D cold connection parts corresponding to the main line pipes (6) of the bending part (2) 25 flattened and made suitable for connection by printing and / or pressing process It is the fact that.

17. A cattle feeding and confinement system conforming to claim 15 or 16. Feature; D bend part (2) shaped connection parts with screw and / or It must contain at least one connection opening that allows for bolt passage. 30 18. A cattle feeding and confinement system conforming to Claim 17, with the following characteristic: D screw, bolt, stud passed through the aforementioned connection openings of the bending part (2). main line by means of and / or equivalent threaded mechanical fasteners. It is configured to be detachably connected to the pipes (6). 35 19. A cattle feeding and confinement system conforming to Claim 18, with the following characteristic: D bending piece (2) to the main line pipes (6), a separate D carrying bending piece (2) without the use of a clamp, welded connection plate and / or external carrier spacer It is configured to be directly detachable and attached. 40 20. A cattle feeding and confinement system conforming to claim 18 or 19. The feature of the D bend part (2) is the aforementioned toothed mechanical fasteners. Cutting, grinding and / or welding operations on main line pipes (6) by dissolving It is designed to be detached from the system and reassembled without any modifications. 5 21. A cattle feeding and restraint system conforming to Claim 1, characterized by its fixed location. spacer (1), D bend piece (2), locking lever (3), locking mechanism (4) and adjustable I a feeding and locking eye consisting of parts (5), common main line pipes (6) feeding multiple cattle the same meal repeatedly adjustable to allow for positioning in separate compartments along the line It is the fact that.

22. A cattle feeding and confinement system conforming to Claim 1, with the feature of being multiple. The locking mechanisms (4) located in the number of feeding and locking eyes are 15 in common. connected by the lock pipe (7) and the mentioned lock pipe (7) has multiple locks common mechanical in locking and / or releasing operations of the mechanism (4) It is a control element.

23. A cattle feeding and confinement system conforming to Claim 1, the feature of which is; main 20 D bending parts (2) connected to the main line pipes (6) and the main line pipes (6) are separated from each other. They can be shipped disassembled and fitted with mechanical fasteners at the point of use. It is configured in a way that allows it to be assembled using [method / system].

24. A cattle feeding and confinement system conforming to claim 1 or 23, 25 The feature is that a D-bend part (2) that is damaged and / or deformed, other feeding independent by leaving their eyes and main line pipes (6) on the system It has a structure that can be disassembled and replaced with a new one.

25. A cattle feeding and restraint system conforming to Claim 1, with the feature of being: lock 30 between metal parts during the movement of the mechanism (4) and / or lock tube (7) the aforementioned lock will restrict contact and / or direct movement its mechanism (4) contains at least one replaceable plastic part.

26. A cattle feeding and confinement system conforming to Claim 25, with the following feature: 35 The aforementioned replaceable plastic part is made of a polypropylene-based material. It is the fact that.

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