INNOVATION IN BUTTERFLY VALVE

Abstract

This invention is used to control the flow of liquid chemicals and liquefied gases, and additionally... It relates to innovation in butterfly valves, which are manufactured for use as safety equipment.

Description

1 TARIFF INNOVATION IN BUTTERFLY VALVE This invention is used to control the flow of liquid chemicals and liquefied gases, and additionally... It relates to innovation in butterfly valves, which are manufactured for use as safety equipment. KNOWN TECHNIQUE Pipelines and valves used for transporting liquid or gaseous chemicals. These valves enable the transfer of chemicals, such as filling or emptying them. This is of vital importance in terms of safety during this process. This is of vital importance. Sometimes valves are used as filling ports providing a direct connection, while other times... Time can also be used as a second control and safety element. 15 Butterfly valves, used as intermediate components, enable the transfer of chemicals. by being deployed along the lines, to ensure the controlled transfer of chemical flow. It helps. The flow rate, quantity, and all controls are managed through butterfly valves. It can be done in a more functional and practical way. 20 Today, various types of butterfly valves are widely used. However, These valves, which are vital for user and environmental health, always perform their function. not only is it insufficient in fulfilling its purpose, but it also endangers human and environmental health. This situation generally allows for leaks and seepage due to the nature of the valve's design. This stems from the fact that he knows them. Among the different valve models used, there is a manual tightening operation by turning. Valves operating on this principle, the pressure is proportional to the force applied by the user to tighten. This leads to breakage and stripping of the milled teeth on the valve stem. 30 O-rings are located in valve stems and work together to ensure a leak-proof seal. Seals wear out over time due to the composition or flow rate of chemicals, and this This can lead to chemical leaks and spills over time. 2 ADVANTAGES OF THE INVENTIONAL SYSTEM The system described in this invention addresses all the shortcomings mentioned above and is based on existing technologies. butterfly valves offer many additional advantages by eliminating disadvantages. It is related to innovation. 5 The distinctive feature of the invented technology is the shaft that operates in conjunction with the butterfly valve flap. The gear, characterized by its hexagonal shape, is more resistant to stripping and wear over time. It means that it has been made resistant and strong. The distinctive feature of the technology described in the invention is that it is located on the stem of the butterfly valve and O-ring seals, which provide leak-proof sealing, have been improved through research and development, enabling all... More resistant to chemicals and fluid flow rates, ensuring longer service life. It is the fact that he presented it. DESCRIPTION OF THE INVENTION'S SYSTEM The working method of the system described in the invention is illustrated with drawings, and this diagram... The definition is as follows. Figure 1: General view of a butterfly valve. The reference to the parts mentioned in the figure, which constitute the system that is the subject of the invention. Their numbers are as follows. 1) Hexagonal shaft gear 2) Reinforced O-ring seals 25 3 THE OPERATING PRINCIPLE OF THE INVENTIONAL SYSTEM Integrated butterfly valve flap in pipeline that enables the transfer of liquid chemicals. It is opened by tightening and turning the safety lever. It receives its impulse from the safety lever. The valve stem, which provides the transfer to the valve flap, causes the flap to open and the liquid transfer begins. 5 it will have started. During this process, chemical liquids are transferred from the butterfly valve center, Thanks to the reinforced O-ring seals (2), it is transported without any leakage. Once the transfer is complete, the safety lever is tightened and turned again. Turn 10 thanks to the hexagonal shaft gear (1) which is not affected by the force applied by the worker during the process The butterfly valve flap performs its function for many years without any leaks or spills. does.

Claims

4 REQUESTS 1) The innovation in the butterfly valve is its feature; Hexagonal shaft gear (1) and reinforced It is characterized by the O-ring seal (2). 5 2) The butterfly valve mentioned in Claim 1 is innovative and its feature is; in the valve body, This occurs when the shaft that facilitates opening and closing the valve flap has stripped its threads. characterized by hexagonal shaft gear (1) against future chemical leaks is 3) The innovation in the butterfly valve mentioned in Claim 1 is its feature: the butterfly valve stem is 10 and resistant to damage that may be caused by all kinds of chemicals It contains a reinforced oring seal (2) resistant to the elements.