Integrated cabinet for crimping and packaging unit

Abstract

The invention discloses a comprehensive cabinet for a spinning and packing a machine set. The comprehensive cabinet consists of a cabinet body, power supply equipment, control equipment and network equipment; and the power supply equipment, the control equipment and a machine set power electrical distribution system consisting of necessary configuration components are mainly arranged at the upper part and the middle part of the cabinet, and the network equipment and a network control system consisting of the necessary configuration components are mainly arranged at the lower part of the cabinet. The machine set power electrical distribution system and the network control system are separated from each other from top to bottom and can not be interfered with each other. Meanwhile, the original power distribution cabinet and control cabinet are integrated with each other to power the spinning and packing machine set and to be taken as a sub-site for controlling a network, so that the acquisition and the linkage control of numerous linkage control signals of the machine set can be completed. According to the comprehensive cabinet, the system implementation model of plug and play as well as fast provision can be realized, and the effects of neat field, reasonable function layout, less investment, short construction period, less maintenance workload and the like can be achieved.

Description

technical field [0001] The invention relates to a comprehensive cabinet for a wrapping and wrapping unit in a tobacco wrapping and wrapping workshop. It is mainly used in power distribution, signal acquisition and control chain of crimping and packaging units. technical background [0002] At present, the crimping and wrapping units in the crimping and wrapping workshops of tobacco industry enterprises have the following two characteristics. One is that there are multiple sets in parallel. There are dozens of sets of crimping and wrapping units in the production workshop. Dozens of sets of crimping and packaging production lines are equivalent to dozens of parallel production lines; second, each set of crimping and packaging production lines needs to be connected with many production auxiliary control subsystems (such as filter rod exchange system, wire feeding system, Tobacco conveying system, central monitoring system, auxiliary material logistics system, centralized cool...

AI Technical Summary

Problems solved by technology

Since these control subsystems are relatively independent, the following problems arise: First, due to the different control platform technologies of each control subsystem, the cross-wiring between control subsystems, and the control of real-time interaction between subsystems that cannot be foreseen in the early stage information, thus causing difficulties in design and construction; second, it is more difficult to add crimping and packaging units, change equipment, and add new subsystems in the later stage. When the number of units or auxiliary material control subsystems increases, the workload increases geometrically and requires a large number of cables. Wiring needs to be installed and debugged for each subsystem separately, and the construction period is greatly increased; third, the daily maintenance is more troublesome, because there are a large number of wiring and interfaces between the unit and each control subsystem, so various failures are difficult to predict

Images