Strip soft material binding equipment with circulation cooling function

Abstract

The invention relates to strip soft material bundling equipment with the circulating heat dissipation function. The equipment comprises a working table, wherein a feeding device, a rolling device, a transporter, a bundling device and a discharging device are arranged on the working table; the feeding device comprises a front locating clip, an extrusion assembly and a rear locating clip; each of the front locating clip and the rear locating clip comprises two triangular locating units; the middle parts of the two locating units form a V-shaped groove for accommodating strip soft material; a locating clip driving assembly for driving the locating units to move relatively is arranged on the front locating clip or the rear locating clip; segmented blades are arranged on the relative faces of the locating units; the extrusion assembly comprises a rotating wheel and an extrusion wheel; an extrusion wheel driving assembly for driving the extrusion wheel to move relative to the strip soft material is arranged on the working table; a rotating wheel rotating assembly for driving the rotating wheel is arranged on the working table. With adoption of the scheme, the strip soft material bundling equipment with the circulating heat dissipation function is high in processing efficiency and can avoid manual participation is provided.

Description

technical field [0001] The invention relates to a binding device, in particular to a strip-shaped soft material binding device with the function of circulating heat dissipation. Background technique [0002] Binding equipment is a kind of packaging equipment widely used in all walks of life. It is to bundle some unshaped goods so that they can be easily transported, carried or sold, especially for some strips of soft materials, similar to wire products. The bundled products greatly increase the convenience of storage and carrying. [0003] Traditional electric wires are often carried out in a semi-automatic and semi-manual manner. The segmented strip-shaped soft materials are manually inserted into the strapping equipment, and the strip-shaped soft materials are placed in rolls in a certain way by the strapping equipment. Then the hard binding wire in the middle of the rolled strip soft material is shaped, and then taken out manually. This kind of production method, on the ...

AI Technical Summary

Problems solved by technology

[0003] Traditional electric wires are often carried out in a semi-automatic and semi-manual manner. The segmented strip-shaped soft materials are manually inserted into the strapping equipment, and the strip-shaped soft materials are placed in rolls in a certain way by the strapping equipment. Then the hard binding wire in the middle of the rolled strip soft material is shaped, and then taken out manually. This kind of production method, on the one hand, due to manual participation, the production efficiency is limited by the staff. On the other hand, due to the binding The single-station processing method of the equipment also limits its production efficiency

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