Knitting machine main unit and take-up synchronous control device
A technology of synchronous control and synchronous device, which is applied in the direction of braided fabrics, textiles and papermaking, etc. It can solve the problems of out-of-synchronization between the main machine and the take-up of the braiding machine, and achieve the effects of synchronous adjustment of braiding pitch, stable braiding pitch, and quality assurance
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Embodiment 1
[0040] Embodiment 1: Turn on the power switch Q1, the frequency converter Q2 runs, the frequency converter Q2 drives the main motor 1 to run, and the frequency converter Q2 provides 24v DC power to the synchronous device 6 at the same time, with the main motor 1 running, the motor gear 3 passes through the intermediate gear 4. The dial gear 9 and the coupling 8 transmit the running speed of the main motor 1 to the synchronization device 6, and the synchronization device 6 converts the speed information of the main motor 1 into an electrical signal and sends it to the servo driver Q3, and the servo driver Q3 controls the take-up servo motor 10 operates according to the weaving requirements, the take-up servo motor 10 drives the reducer 11, the transmission shaft 12 and the take-up sheave to run, and at the same time, the servo driver Q3 feeds back the operation information of the take-up servo motor 10 to the frequency converter through terminals A- A+ B- B+ The signal receiving...
Embodiment 2
[0042] Embodiment 2: The synchronizing device is directly installed on the main motor 1 of the knitting machine without transmission through the intermediate gear 4 and the dial gear 9, and is connected with the tail end of the motor shaft through a coupling; the main motor 1 rotates to drive the synchronizing device 6 The running signal is sent to control the running speed and running direction of the take-up driving part. The speed of the main motor 1 is accelerated, and the speed of transmission to the synchronous device through the coupling will also be accelerated, the signal sent by the synchronous device 6 will be strengthened, and the servo drive Q3 will change the speed with the change of the synchronous signal. When the main motor 1 When the rotation direction changes, the direction signal sent by the synchronization device 6 will also change accordingly, and the direction of the take-up servo driver Q3 will change with the synchronization signal, so as to ensure the ...
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