Inspection standards and specifications for playground equipment parts
Inspection standards and specifications for playground equipment parts
2018-08-17 11:43:52141
Inspection Standards and Specifications for Amusement Equipment Parts Playground is a place where people can feel happy, but also a very dangerous place. When investors choose amusement equipment, they must strictly check. When purchasing equipment from reliable manufacturers, every small part is very important. Only by purchasing high-quality products can reduce risks. Disregard for the safety of consumers. Component assembly: Component assembly is the process of assembling amusement park equipment parts into components. In order to ensure the assembly quality of the parts, the assembly process and technical requirements of the parts are listed in detail in the assembly process specification. The product drawing is the basis for combining parts into components, so assembling according to the drawing and process is the basic condition to ensure that the components meet the requirements. Component inspection is based on product drawings and assembly process specifications. Final assembly: The process of assembling parts and components into a final product according to process specifications is called final assembly. The process of inspecting the quality of the final assembly is called the final assembly inspection. After the components are assembled, they can be transferred to the final assembly only after passing the inspection of the assembly inspection workers. After the final assembly is completed, a series of tests and inspections are also carried out on the whole machine. The inspection is based on technical standards, product drawings and assembly process regulations. Type test: According to the test identification outline or design requirements of the amusement equipment, the comprehensive test or inspection of the quality indicators of the product is called the type test. Type inspection is a test done during the manufacturing process or before leaving the factory. Evaluate whether the technical performance of the product meets the requirements of the design function through tests, and conduct data analysis or comprehensive evaluation of the reliability of the product.
