A single-system computerized flat knitting machine with dual-system functions

Abstract

The invention relates to a single-system computerized flat knitting machine with double-system functions. At present, a similar single-system computerized flat knitting machine which is low in production cost, low in abrasion and long in service life does not exist. The single-system computerized flat knitting machine comprises a machine frame, a machine seat, needle boards, machine heads, large levers and a display screen, wherein each single-system flat knitting machine base plate comprises a base plate body, a needle turning triangle, a center triangle and a driving mechanism; the single-system computerized flat knitting machine is characterized in that each driving mechanism comprises a driving motor, an upper output shaft, a lower output shaft, a cam, a needle turning knocking rod, a gear and a sliding plate; the back faces of the needle turning triangles are respectively provided with a needle turning guide column; the driving motors are respectively and fixedly arranged on the base plate bodies; the cams are respectively and fixedly arranged on the upper output shafts; the needle turning knocking rods are respectively installed on the base plate bodies; the gears are respectively and fixedly arranged on the lower output shafts; left guide grooves and right guide grooves are of a waveform structure respectively; the gears are respectively engaged with racks. The single-system computerized flat knitting machine is rational in structure design, low in production cost, low in abrasion, long in service life, and capable of simultaneously completing knitting and tucking functions in the same rows.

Description

technical field [0001] The invention relates to a single-system computerized flat knitting machine, in particular to a single-system computerized flat knitting machine with dual-system functions, which has the parallel tucking function of the dual-system computerized flat knitting machine. Background technique [0002] The commonly used dual-system computerized flat knitting machine has the function of tucking in parallel. The publication date is December 02, 2009. In the Chinese patent with the publication number CN201354397, a two-system knitting computerized flat knitting machine is disclosed. The two-system knitting computerized flat knitting machine The tucking function is realized through the tucking system, but the structure of the dual-system computerized flat knitting machine is complicated, the production cost is high, and the market tolerance is limited. The same row can be used for weaving and tucking. Although the publication date is March 27, 2013, and the Chi...

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Problems solved by technology

[0002] The commonly used dual-system computerized flat knitting machine has the function of tucking in parallel. The publication date is December 02, 2009. In the Chinese patent with the publication number CN201354397, a two-system knitting computerized flat knitting machine is disclosed. The two-system knitting computerized flat knitting machine The tucking function is realized through the tucking system, but the structure of the dual-system computerized flat knitting machine is complicated, the production cost is high, and the market tolerance is limited. The same row can be used for weaving and tucking

Although the publication date is March 27, 2013, and the Chinese patent with the publication number CN202830386U discloses a single-system computerized flat knitting machine base plate with the same tuck, but the left tuck triangle plate in the single-system computerized flat knitting machine base plate , The right tuck square, the left tuck and the right tuck are all movable, the structure is more complex, the production cost is high, and the failure rate is relatively high

At present, there is no one single structure with simple structure, reasonable design, reliable performance, low production cost, no noise during operation, low wear, long service life, and dual system functions that can simultaneously complete weaving and tucking functions in the same row. System Computerized Flat Knitting Machine

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