Tongyu computer weaving locomotive was successfully developed
2022-12-27 11:08:45
After more than six months of hard work, Tongyu computer weaving locomotive announced its successful development on April 18, and the first batch of computer programming machines went offline smoothly.
The computer weaving machine is the main production equipment for the production of sweaters. It is suitable for the spinning of cotton, wool, hemp, silk, cashmere and various chemical fiber and blended yarns. The equipment for producing sweaters in China is mainly based on hand-cranked flat knitting machines. It is one person, one machine, labor-intensive and time-consuming and single.
In the 1980s, influenced by the concept of pursuing fashion and lofty personality, the functionalization, diversification and personalization of sweater products have undergone great changes. The core technology of fully automatic computerized flat knitting machines is in Germany. A small number of companies, such as Japan and Taiwan, have mastered the company's internationalization process and developed world-class computer weaving machines. The company cooperates with Taiwan's Yuxiang Company to learn from their advanced technologies and implement independent innovation. Its mechanical and control system adopts MIPS architecture, and the main control adopts ARM9 series embedded hardware system, liquid crystal display, buttons and other components to form an intelligent picture window man-machine interface. Advanced network integration and USB data exchange bring convenience to the input, output and exchange of the fancy software. It overcomes the slow speed and poor reliability inherent in the floppy disk used by all the flat knitting machine input and exchange pattern software on the market. Disadvantages. Self-contained control of the head box; use high-efficiency, high-speed DSP, CPLD, FPGA and other large-scale integrated circuits, drive needle selector, yarn selector, density control motor, pin compression stepper motor, and real-time Monitor these motors, stepper motors, electromagnets, and head orientation, whether there is a broken needle, or the connection between the machine head and the drag mechanism. In particular, the newly developed PWM controllable freewheeling electromagnetic coil drive circuit improves the pin selection frequency, reduces the heat generation of the coil, and enhances the reliability of the needle selection device.
In the development process, technicians do not break through the workbench without breaking through the workbench. They often work overtime until late at night, overcoming various unfavorable factors, repeatedly designing and repeatedly trial-and-producing, rummaging all the information on hand, they are not afraid of dirty, not afraid Bitter, not afraid of tired, lying under the machine to install and mix, the oil stained the clothes, the debris fell into the eyes, they have no scruples, sometimes lying for a few hours, full of face full of sweat. After unremitting efforts, the results and value of the labor were reflected. They saw the first batch of new equipment that went offline, and they showed a happy smile on their faces.
After the preliminary appraisal by experts, Tongyu's first batch of computer programming technology that went offline has reached the domestic leading level.
The computer weaving machine is the main production equipment for the production of sweaters. It is suitable for the spinning of cotton, wool, hemp, silk, cashmere and various chemical fiber and blended yarns. The equipment for producing sweaters in China is mainly based on hand-cranked flat knitting machines. It is one person, one machine, labor-intensive and time-consuming and single.
In the 1980s, influenced by the concept of pursuing fashion and lofty personality, the functionalization, diversification and personalization of sweater products have undergone great changes. The core technology of fully automatic computerized flat knitting machines is in Germany. A small number of companies, such as Japan and Taiwan, have mastered the company's internationalization process and developed world-class computer weaving machines. The company cooperates with Taiwan's Yuxiang Company to learn from their advanced technologies and implement independent innovation. Its mechanical and control system adopts MIPS architecture, and the main control adopts ARM9 series embedded hardware system, liquid crystal display, buttons and other components to form an intelligent picture window man-machine interface. Advanced network integration and USB data exchange bring convenience to the input, output and exchange of the fancy software. It overcomes the slow speed and poor reliability inherent in the floppy disk used by all the flat knitting machine input and exchange pattern software on the market. Disadvantages. Self-contained control of the head box; use high-efficiency, high-speed DSP, CPLD, FPGA and other large-scale integrated circuits, drive needle selector, yarn selector, density control motor, pin compression stepper motor, and real-time Monitor these motors, stepper motors, electromagnets, and head orientation, whether there is a broken needle, or the connection between the machine head and the drag mechanism. In particular, the newly developed PWM controllable freewheeling electromagnetic coil drive circuit improves the pin selection frequency, reduces the heat generation of the coil, and enhances the reliability of the needle selection device.
In the development process, technicians do not break through the workbench without breaking through the workbench. They often work overtime until late at night, overcoming various unfavorable factors, repeatedly designing and repeatedly trial-and-producing, rummaging all the information on hand, they are not afraid of dirty, not afraid Bitter, not afraid of tired, lying under the machine to install and mix, the oil stained the clothes, the debris fell into the eyes, they have no scruples, sometimes lying for a few hours, full of face full of sweat. After unremitting efforts, the results and value of the labor were reflected. They saw the first batch of new equipment that went offline, and they showed a happy smile on their faces.
After the preliminary appraisal by experts, Tongyu's first batch of computer programming technology that went offline has reached the domestic leading level.
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