Squeezing device in cloth grass squeezing machine

Abstract

The invention discloses a squeezing device in a cloth grass squeezing machine. The squeezing device comprises a squeezing cylinder which is arranged on a frame; a plurality of first drainage holes which are communicated with each other are formed on a base plate of the squeezing cylinder; a first water storage tank which is used for storing the water discharged from the first drainage holes is arranged below the base plate of the squeezing cylinder; a squeezing head which is connected with a driving device is arranged above the squeezing cylinder; the squeezing head is driven by the driving device; the side wall of the squeezing cylinder is provided with a plurality of second drainage holes which are communicated with each other; the outer side wall of the squeezing cylinder is provided with a transition box which is used for temporarily storing the water discharged from the second drainage holes; the transition box is connected with a second water storage tank through a pipe. According to the squeezing device in the cloth grass squeezing machine, the drainage speed is high and accordingly the drainage time can be effectively reduced, the working efficiency of squeezing and dewatering is improved, and the squeezing and dewatering effect is good.

Description

technical field [0001] The invention relates to a linen press, in particular to a pressing device in the linen press. Background technique [0002] Large-scale laundry rooms are equipped with linen presses for pressing and dehydrating the washed linen. The linen presses squeeze and dehydrate the wet linen in the press barrel through the pressing head. The pressing device in the currently used linen pressing machine works, and the moisture squeezed out from the wet linen is all discharged from the drainage holes on the bottom plate of the pressing cylinder. In the process of pressing, when the press head squeezes the linen under pressure, the linen will block the drainage holes on the bottom plate of the press cylinder, so that the squeezed water can only be discharged from the drainage holes after permeating the linen, and As the extrusion force increases, the density of the linen during the extrusion process will also increase, which will make drainage more difficult, and ...

AI Technical Summary

Problems solved by technology

In the process of pressing, when the press head squeezes the linen under pressure, the linen will block the drainage holes on the bottom plate of the press cylinder, so that the squeezed water can only be discharged from the drainage holes after permeating the linen, and As the extrusion force increases, the density of the linen during the extrusion process will also increase, which will make drainage more difficult, and the drainage speed will become slower and slower, thereby prolonging the drainage time and greatly reducing the pressing time. Dehydration work efficiency; moreover, during the extrusion process, some residual moisture will not have time to permeate out of the high-density linen after extrusion and stay in the linen, and the dehydration effect of pressing is not very ideal

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