Textile equipment and its operation box

Abstract

The invention discloses mechanical equipment and an operation box thereof. The mechanical equipment comprises the operation box and a main control circuit board, wherein the operation box comprises a first bottom plate and a core plate inserted in the first bottom plate; the main control circuit board comprises a second bottom plate and an auxiliary host chip arranged on the second bottom plate; and the first bottom plate and the second bottom plate are detachably connected via a data line provided with a universal interface, and detachable connection between the core plate and the auxiliary host chip can be realized. In the above mode, the problems that partial control elements in the mechanical equipment are damaged and other elements need to be replaced when the partial control elements are replaced can be solved, and replacement after partial control elements are damaged and replaced is facilitated.

Description

technical field [0001] The invention relates to the technical field of machinery, in particular to a textile equipment and an operation box thereof. Background technique [0002] Textile equipment such as knitting machines, as a type of machine-controlled equipment, is used for weaving fabrics, see figure 1 , which mainly includes a power supply circuit 101 , an operation box 102 , a main control circuit board 103 , a machine head 104 , a motor 105 , and a machine tool 106 that installs the above components except the operation box 102 . [0003] The power circuit 101 provides suitable power for the operation box 102 , the main control circuit board 103 , the handpiece 104 , and the motor 105 . The main control circuit board 103 includes a base plate 1031 , a core board 1032 and a sub-host chip 1033 mounted on the base plate 1031 . The handpiece 104 includes a handpiece plate 1041 and an actuator 1042 for weaving. The operation box 102 includes a display screen 1021 and a...

AI Technical Summary

Problems solved by technology

[0006] In the above structure, since the core board 1032 is welded on the base plate 1031 of the main control circuit board 103, once the core board 1032 is upgraded or damaged, the entire main control circuit board 103 will inevitably be replaced, further increasing the cost, and because the base plate 1031 is generally Relatively large and therefore expensive to transport for maintenance or replacement and inconvenient

For the situation that the core board 1032 is plugged on the base board 1031, the interfaces of different core boards 1032 and the base board 1031 are not the same, so although the core board 1032 can be replaced, when another core board 1032 needs to be replaced, due to The interface of the new core board has changed, and when the core board 1032 is redesigned, it will inevitably lead to a complete redesign of the main control circuit board 103; in the scheme where the core board 1032 can be replaced, there is no guarantee that the bottom board 1031 can be used after the core board 1032 is damaged. In some cases, the bottom plate 1031 will still be damaged; and the main control circuit board 103 is generally placed under the back of the textile equipment. When replacing the core board 1032, there may be insufficient or difficult manual operation space.

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