CN201665753U

CN201665753U - Measuring and controlling device for tri-system computer-aided flat knitting machines with self-starts

Info

Publication number: CN201665753U
Application number: CN2010201533138U
Authority: CN
Inventors: 鲁献荣
Original assignee: FLYING TIGER TEXTILE MACHINERY Co Ltd
Priority date: 2010-04-09
Filing date: 2010-04-09
Publication date: 2010-12-08
Anticipated expiration: 2020-04-09

Abstract

The utility model discloses a measuring and controlling device for tri-system computer-aided flat knitting machines with self starts comprising a chassis, an embedded main control module with ARM cores, an embedded secondary control module with ARM cores as well as an embedded man-machine interaction module with ARM cores. The embedded main control module with ARM cores and the embedded secondary control module with ARM cores are connected with each other through a first CAN bus and the embedded secondary control module with ARM cores is connected to the embedded man-machine interaction module with ARM cores through a second CAN bus. The utility model is suitable to be applied on a tri-system computer-aided flat knitting machines with self-starts.

Description

The automatic base-initiating three-system computerized flat knitting machine measurement and control device

Technical field

The utility model relates to a kind of control device that is used for three-system computerized flat knitting machine, specifically a kind of automatic base-initiating three-system computerized flat knitting machine measurement and control device.

Background technology

Three system for weaving Computerized flat knitting machines at the bottom of existing automatic owing to lack effective detection and control to each executing agency, cause that braid efficiency is low, the reliability of the product quality that knits out reduces, production cost increases.

Summary of the invention

The purpose of this utility model is to design a kind of automatic base-initiating three-system computerized flat knitting machine measurement and control device.

To be solved in the utility model is the problem that system for weaving Computerized flat knitting machine braid efficiency is low, product quality reliability is low and production cost is high at an existing end three automatically.

The technical solution of the utility model is: comprise cabinet, be provided with embedded main control module in the cabinet based on ARM nuclear, embedded built-in human-machine interaction module based on ARM nuclear from controlling module and examining based on ARM, connect by a CAN bus between the control module based on the embedded main control module of ARM nuclear with based on the embedded of ARM nuclear, based on the embedded main control module of ARM nuclear with based on connecting by the 2nd CAN bus between the built-in human-machine interaction module of ARM nuclear;

On embedded main control module, be connected with: head null pick-up, pin position detecting sensor, needle-bar null pick-up, broken string/tension pick-up, head and needle-bar limit switch, striker detecting sensor based on ARM nuclear;

Also be connected with at embedded main control module: UPS control and detecting unit, main servo motor driver, move a motor driver, roller motor driver, integrated roller motor driver, the switch of going slowly, fastrunning switch, shutdown switch, emergency stop switch and the relevant end equipment that rises based on ARM nuclear; UPS control and detecting unit are connected with UPS, and main servo motor driver and main servo motor are connected, move a motor driver and move that a motor is connected, the roller motor driver is connected with the roller motor, integrated roller motor driver is connected with integrated roller motor;

Be connected with on the built-in human-machine interaction module based on ARM nuclear: LCD, keyboard, CF card, USB interface, wire/wireless network interface;

Be connected with from the control module based on the embedded of ARM nuclear: density electrical machine controller, living gram electric machine controller, needle selection driver, triangle driver and guide driver; The density electrical machine controller is connected with density electrical machine, gives birth to the gram electric machine controller and is connected with living gram motor, and the needle selection driver is connected with the needle selection device, and the triangle driver is connected with three corner magnets, and the guide driver is connected with thread-carrier;

Also be connected with from controlling on the module based on the embedded of ARM nuclear: float detecting sensor, triangle are to level sensor, density null pick-up, living gram null pick-up.

The utility model has the advantages that: can realize guaranteeing higher braid efficiency, knit out high-quality product, reduce production costs simultaneously playing the effective detection and the control of the end three each executing agency of system for weaving Computerized flat knitting machine automatically.

Description of drawings

Fig. 1 is a theory diagram of the present utility model.

The specific embodiment

Below in conjunction with drawings and Examples the utility model is further described.

As shown in the figure, the utility model comprises cabinet, be provided with embedded main control module in the cabinet based on ARM nuclear, embedded built-in human-machine interaction module based on ARM nuclear from controlling module and examining based on ARM, connect by a CAN bus between the control module based on the embedded main control module of ARM nuclear with based on the embedded of ARM nuclear, based on the embedded main control module of ARM nuclear with based on connecting by the 2nd CAN bus between the built-in human-machine interaction module of ARM nuclear.

On embedded main control module, be connected with: head null pick-up, pin position detecting sensor, needle-bar null pick-up, broken string/tension pick-up, head and needle-bar limit switch, striker detecting sensor based on ARM nuclear.

Also be connected with at embedded main control module: UPS control and detecting unit, main servo motor driver, move a motor driver, roller motor driver, integrated roller motor driver, the switch of going slowly, fastrunning switch, shutdown switch, emergency stop switch and the relevant end equipment that rises based on ARM nuclear; UPS control and detecting unit are connected with UPS, and main servo motor driver and main servo motor are connected, move a motor driver and move that a motor is connected, the roller motor driver is connected with the roller motor, integrated roller motor driver is connected with integrated roller motor.

Be connected with on the built-in human-machine interaction module based on ARM nuclear: LCD, keyboard, CF card, USB interface, wire/wireless network interface.

Be connected with from the control module based on the embedded of ARM nuclear: density electrical machine controller, living gram electric machine controller, needle selection driver, triangle driver and guide driver; The density electrical machine controller is connected with density electrical machine, gives birth to the gram electric machine controller and is connected with living gram motor, and the needle selection driver is connected with the needle selection device, and the triangle driver is connected with three corner magnets, and the guide driver is connected with thread-carrier.

Claims

1. automatic base-initiating three-system computerized flat knitting machine measurement and control device, comprise cabinet, it is characterized in that being provided with in the cabinet embedded main control module based on ARM nuclear, embedded built-in human-machine interaction module based on ARM nuclear from controlling module and examining based on ARM, connect by a CAN bus between the control module based on the embedded main control module of ARM nuclear with based on the embedded of ARM nuclear, based on the embedded main control module of ARM nuclear with based on connecting by the 2nd CAN bus between the built-in human-machine interaction module of ARM nuclear;