Full-automatic packing machine capable of adjusting distance between ropes

Abstract

The invention discloses a full-automatic packing machine capable of adjusting the distance between ropes. The machine comprises a machine frame, a packing platform, two sets of rope feeding mechanisms, two sets of kinking parts, transmission parts and a linear guide rail, wherein the rope feeding mechanisms are symmetrically arranged along the central axis of the vertical direction of the packingplatform, the kinking parts are correspondingly arranged below the rope feeding mechanisms, the transmission parts are arranged below the kinking parts, and the transmission parts can slide left and right on the linear guide rail; and a fixed bottom plate is arranged under the machine frame, and the machine frame and the fixed bottom plate are fixed through bolts and nuts.

Description

technical field [0001] The invention relates to a packing device, in particular to a fully automatic packing machine with adjustable rope spacing. Background technique [0002] Nowadays, mechanical equipment is flourishing, and auxiliary equipment emerges in an endless stream, such as fully automatic balers, such as attached figure 1 As shown, the existing baler rope spacing adjustment adopts the method of separating the left and right bodies, and the separation of the body is completed by adding a driving motor such as a sprocket or a gear, and the ground rail (attached) figure 2 Shown in 2) walk the corresponding size. When the distance between the ropes is adjusted to the maximum, the chain wheel drive mechanism runs synchronously (as attached figure 1 As shown in middle 1), drive the frame to separate left and right synchronously on the ground rail, so that the machine can run to the rope spacing we need, and the accuracy of this running method is very low. Because t...

AI Technical Summary

Problems solved by technology

When the distance between the ropes is adjusted to the maximum, the chain wheel drive mechanism runs synchronously (as attached figure 1 1), drive the frame to separate left and right synchronously on the ground rail, so that the machine can run to the required rope spacing, and the accuracy of this operation method is very low

Because the overall model occupies a large space, and the overall model is not fixed, you must find the level of the front and rear ground rails when adjusting, so as to ensure that there is no deviation when the machine is combined left and right. This is very troublesome to operate. When the carton is at the specified position, it is a horizontal plane , instead of tilting the foot, resulting in a buckle error

Since the total weight of the single-chip machine is about 1 ton, the distance between the middle walking wheels is too large, resulting in the inertia of the machine in the process of opening and closing is greater than the braking force of the geared motor, that is to say, the car cannot be braked, resulting in 50% of crashes.

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