Wireless cluster monitoring device for knitting mechanical devices

Abstract

The invention discloses a wireless cluster monitoring device for knitting mechanical devices. The wireless cluster monitoring device is composed of a center monitoring module, a plurality of communication modules and a plurality of monitoring submodules. The center monitoring module is composed of a microprocessor and a displayer. The communication modules are connected with the center monitoring module and the monitoring submodules through an RS-232 interface respectively. The monitoring submodules are in wireless communication with the center monitoring module through a GPRS public mobile communication network. According to the wireless cluster monitoring device for the knitting mechanical devices, the wireless cluster monitoring device conducts centralized and unified monitoring, analysis and judgment on the multiple knitting mechanical devices through remote wireless communication, capability of managers to monitor the knitting mechanical devices is improved, the real time performance and reliability of monitoring are improved, and using cost is greatly reduced.

Description

technical field [0001] The invention relates to a knitting and spinning machinery, in particular to a wireless cluster monitoring device for the knitting and spinning machinery, and belongs to the technical field of textile machinery. Background technique [0002] Knitting and spinning machinery is a common textile machinery and equipment. In many textile enterprises, a large number of knitting and spinning machinery are used. Due to the large amount of use of knitting and spinning machinery, it has brought great pressure to the work of equipment maintenance personnel. Usually, the running speed of knitting and spinning machinery is high, and some key components are easily damaged. If the fault cannot be found and eliminated in time, it will affect the production; if the operating status of the equipment can be monitored in real time, and According to analysis and judgment, the efficiency of equipment maintenance will be greatly improved, but installing a monitoring device...

AI Technical Summary

Problems solved by technology

Usually, the running speed of knitting and spinning machinery is high, and some key components are easily damaged. If the fault cannot be found and eliminated in time, it will affect the production; if the operating status of the equipment can be monitored in real time, and According to analysis and judgment, the efficiency of equipment maintenance will be greatly improved, but installing a monitoring device for each equipment will increase a lot of costs for the enterprise, which is not economically cost-effective.

[0003] At present, some knitting and spinning enterprises have adopted cluster monitoring devices for centralized monitoring and management of all knitting and spinning machinery and equipment. However, most cluster monitoring devices use wired methods to transmit information Transmission usually requires the laying of cables, which not only affects normal production, but also requires a large investment in cable equipment and a long construction period

If the production line is modified, the original monitoring cable lines will need to be re-arranged, which will cause great waste and increase the cost of use.

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