A valve cover fitting system.

Abstract

The present invention describes a cap fitting system (S) for fitting a cap (K) onto the valve (V) of a tube (T) that has at least one valve (V) and is suitable for storing fuel. The said cap fitting system (S) includes at least one conveyor (1) that allows at least one tube (T) to be carried on it; at least one stopper (2) that allows the tube (T) carried by the conveyor (1) to be stopped; at least one holding element (3) that allows at least one cap (K) to be placed on the valve (V) of the tube (T) stopped by the stopper (2); at least one first moving element (4) that allows the holding element (3) to be moved in one axis; at least one second moving element (5) that allows the holding element (3) to be moved in another axis; and at least one third moving element (6) that allows the cap (K) held by the holding element (3) to be brought to the appropriate angle relative to the valve (V).

Description

5733 / TR 1 TARIFF A VALVE COVER INSTALLATION SYSTEM Relevant Technical Field 5 The present invention applies specifically to valves of cylinders known in the market as picnic or camping cylinders. It relates to a valve cap fitting system for cap fitting. Previous Tech 10 Fuels such as LPG, natural gas, and LNG are stored and transported in cylinders due to their ease of storage and transportation. They are stored inside and delivered to users. The aforementioned tubes have high strength. metal materials whose properties are limited by high and quality standards They are manufactured. Therefore, tubes are high-cost structures. The production cost of tubes is 15 Due to its high concentration, the tubes are refilled and reused after use. It is available for use. The cylinders are filled at each manufacturer's filling facility. The aforementioned The filling process is carried out via a valve, and this valve also covers the 20 of the cylinder. It is also used to draw fuel from the cylinder during its operation. Here, the cylinder... After the filling process is completed, the fuel inside the cylinder remains in a constant state until it reaches the end user. As an indication that it has not been tampered with, a cover is fitted over the valve. This The cap separates from the valve simply by deforming it, and users can detach it from a tube they purchase. By observing whether the valve cap on the cylinder is deformed, 25 after filling the cylinder. They are able to determine whether an unauthorized intervention has taken place. In conventional techniques, the process of fitting caps to cylinder valves takes place at the filling plant. This is performed manually by the operators. Here, the operators, Place a cap onto the valve of the filled cylinders, ensuring the cap is positioned at the appropriate angle to the valve (30°). This ensures the correct positioning on the valve. However, in such applications, the cover This can cause the installation process to take time, as well as operator-related errors. This can be the reason. 5733 / TR 2 Brief Description of the Invention With this invention, a device that has at least one valve and is suitable for storing fuel can be created. A cap fitting system for fitting a cap to the valve of a tube is described. The mentioned cap fitting system, at least one conveyor that allows at least one tube to be carried on it; 5 at least one stopper that enables the tube being transported by conveyor to be stopped; at least one cap to be placed on the valve of the tube stopped by the stopper at least one gripping element that enables the holding of the object; movement of the gripping element along an axis at least one primary moving element that enables the movement to occur; another of the gripping elements at least one second moving element that enables movement along the axis; gripping element 10 at least one that allows a cover held by a hand to be rotated and mounted onto the valve. It includes a third moving element. In the cap fitting system developed with the present invention, a cap is carried on a conveyor. The valve located in the tube allows for the automatic positioning of a cap. 15 Here, a retaining element is used to hold the lid in place, and the retaining element is the first by means of a primary and a secondary primary motion element, The cover is positioned correctly for mounting onto the valve. Furthermore, thanks to the rotation of the lid via the aforementioned third moving element, The cap is positioned onto the valve. 20 Purpose of the Invention The purpose of the present invention is to create a valve, specifically for fitting caps to the valves of picnic gas cylinders. The goal is to develop a system for attaching the lid. 25 Another objective of the present invention is to provide a practical and reliable valve cap fitting system. It is about developing. Explanation of Figures 30 Application examples of the valve cap fitting system developed with the present invention are shown in the attached figures. These figures are shown as follows: 5733 / TR 3 Figure 1 shows a front perspective view of the developed valve cap fitting system. Figure 2; a rear perspective of the developed valve cap fitting system. It is the appearance. Figure 3 shows a valve cap fitting system developed, where a cap is fitted to the tube valve. perspective view. 5 The parts in the figures are individually numbered, and their corresponding numbers are shown below. is given: Cover attachment system (S) 10 Tube (T) Valve (V) Cover (K) Conveyor (1) Stopper (2) 15 Holding element (3) First moving element (4) Second moving element (5) Third moving element (6) Lid compartment (7) 20 Feed line (7a) Description of the Invention Fuels such as LPG, natural gas, and LNG are delivered to users in pressurized cylinders for 25 are presented here. These tubes are refilled and reused, and each one... After the filling process, a cap is fitted to the cylinder valve. This cap is the final It is removed by the user, thus eliminating the need for any intervention on the cylinder after filling. It can be determined whether or not this has been done. Therefore, with the present invention, the aforementioned A valve cap fitting system is described for attaching the cap to the valve. 30 The cap fitting system (S) developed with the present invention has at least one valve (V) and a tube (T) suitable for storing fuel inside a valve (V) cover (K) It ensures the capping system (S) of at least one tube (T) is attached. 5733 / TR 4 at least one conveyor (1) that enables it to be transported on; transported by means of conveyor (1) at least one stopper (2) that enables the tube (T) to stop; by stopper (2) at least one cap (K) to be placed on the valve (V) of the stopped tube (T) at least one holding element (3) that enables holding; holding element (3) on one axis 5 at least one primary motion element that enables movement (e.g., along the vertical axis). (4); moving the gripping element (3) on another axis (e.g. the horizontal axis) at least one second moving element (5) which provides; held by the gripping element (3) at least a third movement that causes the cover (K) to be rotated and positioned on the valve (V) It includes element (6). In an example application of the invention, the capping system (S) mentioned has a capacity of 2 kg and A cap is fitted to a valve (V) located on a tube (T) also called a picnic tube (T). It is used for. The valve (V) and cover (K) mentioned here are preferably hexagonal. It is in the form of. The tube (T) to which the valve (V) cover (K) will be fitted is by a conveyor (1). It is being transported. Here, the tube (T) is stopped by means of a stopper (2). This 15 The retaining element (3) mentioned in the position holds a cap (K) which will be fitted onto the valve (V). After the lid (K) is held in place by means of the retaining element (3), the second movement mentioned above The retaining element (3) will hold the cover (K) onto the valve (V) by means of element (5). It is moved. When the cover (K) comes over the valve (V), the first mentioned above The cover (K) is moved downwards by means of the moving element (4) and the valve (V) 20 It is positioned on top. After this positioning, the cover (K) is at the appropriate angle to the valve (V). The cover (K) is positioned by means of the third moving element (6) mentioned above. It is rotated. This rotation process involves the hexagonal form of the cap (K) and the hexagonal form of the valve (V). This continues until the form is aligned. In this way, the cover (K) is positioned on the valve (V). then the retaining element (3) releases the cover (K) and by means of the first moving element (4) 25 It is moving upwards (away from the cover (K)). Afterwards The tube (T) is released by means of the stopper (2) and by means of the conveyor (1) It continues to be transported. Thus, the tube (T) valve (V) cover (K) is practical and reliable. It is positioned in a certain way. In a preferred application of the invention, the first moving element mentioned (4) is a piston. It is in a similar structure. Similarly, the second moving element (5) is also in a piston structure. This allows for reliable and controlled linear motion along the relevant axes. This is ensured by being carried out in this way. 5733 / TR In another preferred application of the invention, the mentioned retaining element (3) contains at least one slot suitable for the placement of the cover (K) and within the said slot It includes at least one vacuum pump that removes the air. In this application... The lid (K) located inside the housing is held in place by a vacuum. 5 This ensures that the lid (K) is held securely and easily. Here The mentioned socket is in the form of a hexagon, compatible with the cover (K). In this application The third moving element mentioned (6) provides rotational movement to the mentioned socket. It contains a small piston. Thus, the lid (K) can be easily opened via the housing. It is rotated. 10 In another preferred application of the invention, the mentioned stopper (2) has at least one piston. and at least one alignment in the form of a spring segment (arc) moved by the piston It includes the element. In a preferred application, the stopper (2), each of which is on the conveyor. (1) at least two pistons positioned opposite each other on one side and the aforementioned pistons 15 It includes at least two alignment elements that are moved by the system. In this application, When the pistons are moved so that they come closer together, the aforementioned alignment occurs. The elements grip the tube (T). Here, the aforementioned spring of the alignment elements Thanks to the forms in its structural design, the alignment elements have a cylindrical body. While gripping the tube (T), center the tube (T) and align it with the gripping element (3) 20 This ensures the alignment of each tube (T) during the cap (K) fitting process. It is ensured that the timekeeping element (3) is aligned with the timekeeping element. Another preferred application of the invention is the cap fastening system (S) mentioned. It contains at least one lid compartment (7) in which lids (K) are stored. Here, lid 25 The attachment system (S) also holds the lids (K) inside the lid housing (7) to the retaining element (3) It includes at least one feeding line (7a) for proper feeding. In this application, Cover (K) on the feed line (7a), first moving element (4) and second moving It is taken by means of the gripping element (3) which is moved by means of element (5). This ensures that the lid (K) holding operation is performed easily. 30 In the cap fitting system (S) developed with the present invention, the caps are carried on a conveyor (1). A valve (V) located in a tube (T) is fitted with a cap (K). Here, A retaining element (3) is used to hold the lid and the first of the retaining element (3) 5733 / TR 6 thanks to its movement via the moving element (4) and the second moving element (5), The cover (K) is positioned correctly for valve (V) assembly. In addition, the lid (K) is rotated by means of the aforementioned third moving element (6). Thanks to this, the cover (K) is mounted onto the valve (V). 10

Claims

5733 / TR 7 REQUESTS 1. A tube that has at least one valve (V) and is suitable for storing fuel. (S) is a cover fitting system for fitting a cover (K) to the (T) valve (V); its feature is: - at least one conveyor (1) that enables at least one tube (T) to be carried on it; 5 - at least one that enables the tube (T) being carried by means of conveyor (1) to be stopped stopper (2); - The valve (V) of the tube (T) which is stopped by the stopper (2) will be placed on it. at least one retaining element (3) that enables the holding of at least one cover (K); - at least one first 10 that enables the gripping element (3) to be moved in one axis. the moving element (4); - at least one that enables the gripping element (3) to be moved on another axis second moving element (5); - a cover (K) held by the retaining element (3) is rotated into the valve (V) at least one third moving element (6) 15 that enables its assembly It includes.

2. A cover mounting system (S) conforming to Claim 1, whose characteristic is that the first moving element (4) is that it is a piston.

3. A cover attachment system (S) conforming to claim 1 or 2, with the feature of; second movement. The element (5) is a piston.

4. A cover mounting system (S) suitable for any of the above requirements, and its feature is; the retaining element (3) must have at least one slot suitable for the lid (K) to fit into and 25 at least one vacuum pump that removes the air from inside the mentioned housing It includes.

5. A cover fitting system (S) conforming to claim 4, whose characteristic is that the aforementioned slot is hexagonal. It is about being in shape. 30 6. A cover fitting system (S) conforming to claim 4 or 5, and its feature is; the third mentioned above. The moving element (6) has at least one motor that provides rotational movement to the mentioned housing. It includes. 5733 / TR 8 7. A cover mounting system (S) suitable for any of the above requirements, and its feature is; The mentioned stopper (2) has at least one piston and a piston driven by the piston. It must include at least one alignment element in the form of a spring segment.

8. A cover fitting system (S) in accordance with claim 7, the feature of which is; the stopper (2), each of at least two pistons positioned opposite each other on one side of the conveyor (1) and at least two alignment elements moved by the aforementioned pistons It includes.

9. A cover mounting system (S) suitable for any of the above requirements, and its feature is; It must contain at least one lid compartment (7) in which the lid (K) is stored.

10. A lid fitting system (S) in accordance with claim 9, and its feature is; lid compartment (7) At least one feed is required for the lids (K) inside to be fed into the retaining element (3). It includes line (7a).

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