Detailed Description
In order to describe the technical contents, the achieved objects and effects of the present invention in detail, the following description will be made with reference to the embodiments in conjunction with the accompanying drawings.
The most critical concept of the invention is as follows: the processor, the jacquard device, the warp let-off device and the transverse moving device are arranged on the same main controller, so that the structure of the main controller is simplified, and interaction among the devices is realized.
Referring to fig. 1, the present invention provides a combined main controller with a jacquard device, a let-off device and a traversing device, which comprises a processor, a jacquard device, a let-off device and a traversing device; the jacquard device, the warp let-off device and the traversing device are respectively and electrically connected with the processor.
From the above description, the beneficial effects of the invention are as follows: through setting up treater, jacquard device, let-off device and sideslip device on same master controller, changed original jacquard device, let-off device and sideslip device respectively by the structure of different master controllers control, need manual start respectively, the simplification is now come integrated control by same treater, is favorable to simplifying inner structure, controls jacquard device, let-off device and sideslip device by same master controller, realizes interaction and comprehensive analysis and the execution between synchronous control jacquard device, let-off device and sideslip device and the device.
Further, the combined main controller is respectively connected with more than two jacquard units; each jacquard unit comprises a piezoelectric jacquard driver, a piezoelectric jacquard, a servo communication card and a servo driver; the piezoelectric jacquard driver is electrically connected with the jacquard device, the servo communication card is electrically connected with the traversing device, the piezoelectric jacquard driver is electrically connected with a jacquard guide needle of peripheral execution equipment through a piezoelectric jacquard, and the servo communication card is electrically connected with the servo driver;
From the above description, it can be seen that by providing a plurality of jacquard units, and arranging a piezoelectric jacquard driver, a piezoelectric jacquard, a servo communication card and a servo driver in the jacquard units, the integration degree of the master controller is improved, and a plurality of jacquard units can be controlled by a master controller to complete the signal feedback and data conversion.
Furthermore, each jacquard unit further comprises a warp-feeding special servo mechanism, an abnormal signal receiver and an alarm; the special warp let-off servo mechanism, the abnormal signal receiver and the alarm are respectively and electrically connected with the warp let-off device;
from the above description, it is known that by providing the warp-feed dedicated servo mechanism, the abnormality signal receiver, and the alarm in the jacquard unit, it is advantageous to prompt an abnormal signal in the device.
Further, the warp let-off device is electrically connected with a start-stop device of the peripheral execution equipment;
From the above description, it is advantageous to prevent damage to the device by the abnormal signal by electrically connecting with the start-stop device.
Further, the system also comprises a signal interface, wherein the processor is electrically connected with other combined main controllers through the signal interface;
From the above description, by setting the signal interface, signal transmission between the device and other equipment is facilitated, and expansion performance is improved.
Further, the system also comprises a human-computer interface, wherein the processor is electrically connected with the human-computer interface device through the human-computer interface;
As can be seen from the above description, by providing the human-computer interface, the signal inside the master controller is advantageously displayed through the human-computer interface device.
Further, the system also comprises an SD card interface, wherein the SD card interface is electrically connected with the processor;
as can be seen from the above description, by providing the SD card interface, it is beneficial to import process files and simplify the operation process of operators.
Further, the device also comprises a first optical fiber interface, a second optical fiber interface and a third optical fiber interface; the processor is electrically connected with the jacquard device through a first optical fiber interface; the processor is electrically connected with the warp let-off device through a second optical fiber interface; the processor is electrically connected with the traversing device through a third optical fiber interface;
As can be seen from the above description, by providing the first optical fiber interface, the second optical fiber interface, and the third optical fiber interface, it is advantageous to improve data transmission.
Referring to fig. 1, a first embodiment of the present invention is as follows:
a combined master controller with a jacquard device, a warp let-off device and a traversing device comprises a processor 1, a jacquard device 2, a warp let-off device 4 and a traversing device 3; the jacquard device, the warp let-off device and the traversing device are respectively and electrically connected with the processor.
The processor is realized based on an ARM core processor carrying a Linux system;
The combined master controller is respectively connected with more than two jacquard units; each jacquard unit comprises a piezoelectric jacquard driver 5, a piezoelectric jacquard 6, a servo communication card 7 and a servo driver 8; the piezoelectric jacquard driver is electrically connected with the jacquard device, the servo communication card is electrically connected with the traversing device, the piezoelectric jacquard driver is electrically connected with the jacquard guide needle 9 of the peripheral execution equipment through the piezoelectric jacquard, the jacquard action on the cloth cover is completed by controlling the deflection of the jacquard guide needle, and the servo communication card is electrically connected with the servo driver.
Each jacquard unit further comprises a warp-feeding special servo mechanism 10, an abnormal signal receiver 11 and an alarm 12; the special warp let-off servo mechanism, the abnormal signal receiver and the alarm are respectively and electrically connected with the warp let-off device.
The combined controller is used as a communication master station, each jacquard unit can look as a communication slave station, and an industrial communication interface Ethernet bus is adopted between the master station and a plurality of communication slave stations to transmit data packets. The combined controller receives and processes the data frames returned from each jacquard unit, and judges the running state of each slave station according to the time of the data frames, and the ARM control chip has the same function as the repeater and plays a role in signal transmission;
the warp let-off device is electrically connected with a start-stop device 21 of the peripheral execution device.
The combined master controller further comprises a signal interface 13, and the processor is electrically connected with other combined master controllers 14 through the signal interface 13.
The combined master controller further comprises a human-computer interface 15, the processor is electrically connected with a human-computer interface device 16 through the human-computer interface, the human-computer interface can use an RS232/RS485 communication interface, and the human-computer interface device adopts an LCD or LED screen and can simultaneously support a let-off system, a jacquard system and a traversing system. And supports graphic display of jacquard and electronic traversing process files.
The combined master controller further comprises an SD card interface, and the SD card interface 17 is electrically connected with the processor.
The combined master controller further comprises a first optical fiber interface 18, a second optical fiber interface 19 and a third optical fiber interface 20; the processor is electrically connected with the jacquard device through a first optical fiber interface; the processor is electrically connected with the warp let-off device through a second optical fiber interface; the processor is electrically connected with the traversing device through a third optical fiber interface.
In summary, the combined master controller with the jacquard device, the warp let-off device and the traversing device provided by the invention changes the structure that the original jacquard device, the warp let-off device and the traversing device are respectively controlled by different masters and need to be manually started respectively by arranging the processor, the jacquard device, the warp let-off device and the traversing device on the same master controller, is simplified to be comprehensively controlled by the same processor, is beneficial to simplifying the internal structure, and realizes the synchronous control of interaction among the jacquard device, the warp let-off device and the traversing device and the comprehensive analysis and execution by controlling the jacquard device, the warp let-off device and the traversing device by the same master controller.
The foregoing description is only illustrative of the present invention and is not intended to limit the scope of the invention, and all equivalent changes made by the specification and drawings of the present invention, or direct or indirect application in the relevant art, are included in the scope of the present invention.