HYDRAULIC PUMP SUCTION AND OUTLET INTERNAL GEARED MANIFOLD MADE OF COATED SHEET METAL. PRODUCTION METHOD

Abstract

This invention describes a method for manufacturing internal threaded manifolds for the suction and discharge of water pumps from spun sheet metal. It is related to and consists of the following parts: sheet metal (1), slot (2), welding points (3), teeth (4) and production method (5).

Description

1 TARIFF HYDRAULIC PUMP SUCTION AND OUTLET INTERNAL GEARED MANIFOLD MADE OF COATED SHEET METAL. PRODUCTION METHOD This invention describes a method for manufacturing internal threaded manifolds for the suction and discharge of water pumps from spun sheet metal. It relates to and features sheet metal, slots, weld points, threads, and manufacturing methods. It consists of parts. This invention reduces the pressure forces generated by the pumps in multi-pump booster systems. It is a connector and service element that enables them to be joined together. State of the Art 15 Hydrophores are used in apartment and residential buildings, drinking and utility water systems, process and fire protection systems. water supply, schools, business centers and social facilities, hotels and resorts, industrial facilities, In factories and many other areas and purposes, water needs to be supplied to floors and sections at sufficient pressure. These are systems used for the purpose of delivering water. Manifolds are important components of booster pump systems. It is a part of it. 20 Manifolds produced using traditional methods have the following disadvantages: Our invention eliminates these shortcomings. -Drinking and using products made of iron are prohibited due to corrosion. the waters are not suitable for human health, - Alternatives made from stainless steel pipes pose health problems. 25 despite not doing so, it brings high production costs and dependence on foreign countries. continuation, -In traditional methods, all joining points of the product are done by hand. In welding applications, naturally occurring imbalances affect the product's resistance to pressure. When encountered, it leads to leakage and frequently causes material and moral damages. 30 There are possibilities. 2 Furthermore, our invention is manufactured with fewer parts compared to traditional methods, and This reduction in the number of parts reduces labor costs and the possibility of errors, while improving the quality of the product. It increases security. Description of the Invention Hydrophores are used in apartment and residential buildings, drinking and utility water systems, process and fire protection systems. water supply, schools, business centers and social facilities, hotels and resorts, industrial facilities, In factories and many other areas and purposes, water needs to be supplied to floors and sections at sufficient pressure. These are systems used for the purpose of delivering water. The aim of this invention is to create 10 booster pumps. Errors in manifolds produced using traditional methods include workmanship and materials. Its use reduces dependence on different countries and many other inefficiencies. This invention reduces the pressure forces generated by the pumps in multi-pump booster systems. The manifold, a connecting and service element that enables their assembly, is new and It is a more efficient production method. 15 - In traditional methods, manifolds are produced from iron pipes, and the inner surfaces... formed during the entire galvanizing process and all points inside the pipe The inability to detect failures in the coating process poses risks. 20 Our product, which can be manufactured from galvanized or stainless steel sheets, is produced using traditional methods. The health risks to humans caused by water contact with contaminated surfaces, as opposed to the alternatives produced. It completely eliminates the damage. -Instead of manifolds made with standard pipes in traditional products, they are made of sheet metal. Our product, manufactured using this method and laser welding, has a cost of 25. It contributes in terms of workmanship and quality. - The shortcomings in the process of externally flaking the outlet slots in traditional methods are due to welding. It is filled and sealed, and the rest of the line is sealed at the pump outlets where pressure is generated. This puts the final product at risk. At the same time, traditional methods check the control points of the final product. This increases labor and time costs. In our invention, 30 We use 430 DDQL grade steel, galvanized steel and various other metals suitable for plastering. 3 The sheet metal is suitable for threading using a special 3-method drawing process to withstand the desired pressure. It provides the space and the opportunity to produce products of the correct quality. Method of Implementing the Invention Sheet metal supplied in rolls (1) is cut into suitable lengths for the final product by laser or presses 10 (5.1) Our sheet metal plates (1) are cut and formed by molding in presses. The process is carried out. (5.2) Slots (2) are made on coated sheets (1) with presses and molds. (5.3) The opened slots are filled with presses and molds. (5.4) U-shaped The plates are formed by pressing them with molds. (5.5) The final form is given The final product (1) is joined at the welding points (3) by laser welding. (5.6) 15 slots Teeth (4) are cut in automatic CNC machines. (5.7) The system implemented to achieve the invention's purpose is shaped in the attached figures. and these figures are; 20 Figure 1: Detailed production method of springformed sheet metal water pump suction and outlet internal threaded manifold. stage view Figure 2: Detailed production method of springformed sheet metal water pump suction and outlet internal threaded manifold. stage image 25 Figure 3: Detailed production method of the spring-loaded sheet metal water pump suction and outlet internal threaded manifold. stage view Figure 4: Detailed production method of springformed sheet metal water pump suction and outlet internal threaded manifold. stage view 4 Figure 5: Detailed production method of springformed sheet metal water pump suction and outlet internal threaded manifold. stage view 10 The numbers in the figures are numbered and are shown below. 1-Sheet metal 2- Slot 3- Source points 15 4- Teeth 5- Final product manufacturing method 5.1- Cutting rolled metal sheets into suitable lengths 5.2 - Forming sheet metal plates by stamping them with molds in presses. 5.3- Opening slots in coated sheet metal using presses and molds 20 5.4- Filling the opened slots with presses and molds 5.5- U-shaped plates are formed by pressing them with molds to give them their diameter shape. 5.6- The final formed product is joined at the connection points using laser welding. 5.7- Threads are cut into the slots using automatic CNC machines. This invention describes a method for manufacturing internal threaded manifolds for the suction and discharge of water pumps from spun sheet metal. It is related to and features sheet metal (1), slot (2), welding points (3), teeth (4) production. The method consists of (5) parts.

Claims

REQUESTS 1- This invention relates to the method of producing internal threaded manifolds for the suction and discharge of water pumps from spun sheet metal. and its features are; sheet metal (1), slot (2), welding points (3), teeth (4), production method (5) It consists of 5 parts. 2- Production of the internal threaded manifold for the water pump suction and outlet from spun sheet metal, as mentioned in Claim 1. It relates to the method and its characteristic is that it enables the product to be more efficient and of higher quality. It contains sheet metal (1) made of metal material. 3- Production of the internal threaded manifold for the water pump suction and outlet from spun sheet metal, as mentioned in Claim 1. It is related to the method and its characteristic is; in multi-pump booster systems, the energy generated by the pumps. slot (2) which is a connecting part that allows them to combine pressure forces It includes. 4- Production of the internal threaded manifold for the water pump suction and outlet from spun sheet metal, as mentioned in Claim 1. It relates to the method and its characteristic is; welded areas exposed to fluid pressure. It includes source points (3) that enable its reduction. 5- Production of the internal threaded manifold for the water pump suction and outlet from spun sheet metal, as mentioned in Claim 1. It is related to the method and its feature is that it contains teeth (4) that provide a secure and firm connection. 6- Production of the internal threaded manifold for the water pump suction and outlet from spun sheet metal, as mentioned in Claim 1. It relates to the method and its characteristic is; - Cutting of coiled sheets (1) to lengths suitable for the final product by laser or press (5.1) - Our sheet metal plates (1) are formed by pressing and molding (5.2) - Opening slots (2) in the coated sheets with presses and molds (1) (5.3) - Filling the opened slots with presses and molds (5.4) - U-shaped plates are pressed with molds to give them a diameter form.(5.5) - The final product given the final form (1) is welded from the welding points (3) by laser welding. combining (5.6) 10 - Production that enables threads (4) to be cut into slots on automatic CNC machines (5.7). method (5) includes.

Images