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Fault Diagnosis Method Analysis of Feminine Sanitary Napkin Equipment

Feminine sanitary napkin equipment through the timely and effective application of fault diagnosis technology, maintenance personnel can quickly determine the location or cause of the fault. Only timely maintenance feminine sanitary napkin machine can improve the normal operation of the equipment and maximize the economic benefits.



1.Operation steps of fault diagnosis of feminine sanitary napkin equipment

First of all, as feminine sanitary napkin equipment name maintenance and maintenance personnel, should be clear about the operating principles of the equipment, before the diagnosis of the correct understanding of the relevant concepts; Secondly, the diagnosis should first eliminate the human factors caused by the human factors that lead to the safety restrictions of the equipment, and then according to the surface causes of equipment failure to analyze the mechanical components and related components failure or the effectiveness of sensors; finally, determine the internal components of the electrical control system according to the equipment control principle. Before confirming the defective or damaged mechanical components, human error operation is excluded first, and finally the internal problems of the electrical control system are excluded. And record the fault diagnosis and treatment method according to the diagnosis process. Prepare data reserve for subsequent equipment maintenance.


2.Fault diagnosis technology of feminine sanitary napkin equipment

(1) Equipment oil wear needs to be accurately identified

This identification technology is more commonly and intuitively used in diagnosis and detection. The location of oil wear is mainly determined and identified by the physical state of the machinery and equipment itself and the specific composition of the oil.

(2) Classification and fault detection techniques

Non-destructive and destructive faults are the main classifications for mechanical equipment operation and component detection. However, the support of early equipment operation data is required. In the fault detection process, the specific fault classification can help testing and maintenance personnel to quickly determine the cause and location of the fault, prioritize the problems that have a greater impact on the operation of machinery and equipment, and minimize unnecessary losses.

(3) Detection of equipment parameters technology

Fixed parameters are the characteristics of each machine and equipment, and inherent parameters will accompany each component. For example, the vibration frequency and related data in the operation of machinery and equipment is the basis for determining the degree of damage to mechanical transmission components; this technology is a particularly worthy technology to be applied and promoted because of its simplicity of operation and high precision.

(4) Online and offline diagnostic techniques

In the past, off-line diagnosis was commonly used for equipment failure. With the application and development of information technology, online diagnosis is more practical and reliable for finding faults in a timely manner, and the proportion in the electrical control system of machinery and equipment is increasing. Large and medium-sized automatic control equipment basically belongs to full-coverage applications. Model analysis and signal processing are the specific methods of online technology for diagnosing faults.


With the rapid development and application of artificial intelligence and information technology, electronic information detection technology has gradually replaced empirical detection technology, laying a good foundation for the progress of feminine sanitary napkin equipment item technology and the development of society.


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