A kind of plastic-wire drawing machine wire drawing de-watering apparatus
Technical field
The utility model relates to plastic-wire drawing machine field, particularly relates to a kind of plastic-wire drawing machine wire drawing de-watering apparatus.
Background technology
During regenerative ratio wire drawing, water can be brought when stretched device, as the drawing mechanism of the patent No. a kind of plastic flat filament drawing machine group disclosed in 201220081616.2, in order to remove the moisture on silk thread, need dehydrating unit is installed, but current dehydrating unit or complex structure, or moisture can not be removed completely.
Utility model content
The utility model provides a kind of plastic-wire drawing machine wire drawing de-watering apparatus, is intended to solve the high problem of existing dehydrating unit complex structure cost.
In order to solve above technical problem, the utility model is achieved through the following technical solutions: a kind of plastic-wire drawing machine wire drawing de-watering apparatus, comprise the water suction roller that two lay respectively at silk thread both sides, each water suction roller is equipped with the sponge for absorbing moisture on silk thread, the spacing of two sponges is less than the thickness of silk thread, all to having one for removing the de-watering apparatus of moisture on sponge on each water suction roller.
Further, described two sponges contact; Be conducive to increasing sponge to the absorbability of moisture on silk thread.
Further, described sponge bonding and be looped around water suction roller periphery on, water suction roller is rotated by a gear driven coaxial with it, and described de-watering apparatus is an axis and the pipe of water suction roller shaft line parallel, and described de-watering apparatus is less than the thickness of sponge with the spacing of the roller that absorbs water; Be convenient to the moisture extruded on sponge.
Further, described de-watering apparatus is 1/3rd of sponge thickness with the spacing of water suction roller; Be convenient to the moisture extruded on sponge, water suction roller smooth rotation can be made simultaneously.
Further, each water suction roller is all to there being a draining roller, and water suction roller and draining roller are corresponding thereto socketed with a belt, and sponge is bonded in belt outer surface; Described de-watering apparatus is the pipe of an axis and draining roller shaft line parallel; The spacing of described de-watering apparatus and belt is less than the thickness of sponge; Be convenient to the moisture extruded on sponge.
Further, the spacing of described de-watering apparatus and belt is 1/3rd of sponge thickness; Be convenient to the moisture extruded on sponge, water suction roller smooth rotation can be made simultaneously.
Further, described de-watering apparatus is provided with osculum; Be convenient to discharge the moisture that sponge is extruded.
Further, the below of described de-watering apparatus is connected with a drainpipe; Be convenient to draining.
Further, every side of described silk thread is equipped with dehumidifying blower fan, and described dehumidifying wind machine is positioned at water suction roller downstream; Moisture on further removing silk thread, ensures the drying of silk thread.
Compared with prior art the utility model has the advantages that: the utility model absorbs the moisture on silk thread by sponge, roller drives sponge cycle rotation, and then discharged by the moisture that sponge absorbs by de-watering apparatus, structure is simple, cost is low, and water removal effect is good.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is main diagram of the present utility model in embodiment one;
Fig. 2 is left view of the present utility model in embodiment one;
Fig. 3 is the structural representation of de-watering apparatus in the utility model;
Fig. 4 is structural representation of the present utility model in embodiment two.
Detailed description of the invention
Embodiment one:
Consult Fig. 1, Fig. 2 and Fig. 3, a kind of plastic-wire drawing machine wire drawing de-watering apparatus, comprise the water suction roller 2 that two lay respectively at silk thread 1 both sides, each water suction roller 2 is equipped with the sponge 3 for absorbing moisture on silk thread 1, the spacing of two sponges 3 is less than the thickness of silk thread 1, all to having one for removing the de-watering apparatus 4 of moisture on sponge 3 on each water suction roller 2.Described two sponges 3 contact.Described sponge 3 bonding and be looped around water suction roller 2 periphery on, water suction roller 2 is by gear 5 driven rotary coaxial with it, described de-watering apparatus 4 is the pipe of an axis and water suction roller 2 axis being parallel, and described de-watering apparatus 4 is less than the thickness of sponge 3 with the spacing of water suction roller 2.Described de-watering apparatus 4 is 1/3rd of sponge 3 thickness with the spacing of water suction roller 2.Described de-watering apparatus 4 is provided with osculum 41.The below of described de-watering apparatus 4 is connected with a drainpipe 42.Every side of described silk thread 1 is equipped with dehumidifying blower fan 8, and described dehumidifying blower fan 8 is positioned at water suction roller 2 downstream.
Silk thread 1 is flat filament, gear 5 is connected with transmission device, during use, gear 5 drives water suction roller 2 to rotate, water suction roller 2 drives sponge 3 to rotate, sponge 3 is in the position contacted with silk thread 1, the direction of motion of sponge 3 is contrary with the direction of motion of silk thread 1, to increase absorbability, sponge 3 turns to de-watering apparatus 4 place after absorbing moisture, under the squeezing action of de-watering apparatus 4, the moisture on sponge 3 is extruded and is discharged through osculum 41 and drainpipe 42, silk thread 1, after being dewatered by water suction roller 2 first time, is dewatering through dehumidifying blower fan 8 second time.
Embodiment two:
Consult Fig. 4, be with the difference of embodiment one: each water suction roller 2 is all to there being a draining roller 6, and water suction roller 2 and draining roller 6 are corresponding thereto socketed with a belt 7, and sponge 3 is bonded on belt 7 outer surface; Described de-watering apparatus 4 is the pipe of an axis and draining roller 6 axis being parallel; Described de-watering apparatus 4 and the spacing of belt 7 are less than the thickness of sponge 3.Described de-watering apparatus 4 is 1/3rd of sponge 3 thickness with the spacing of belt 7.
Draining roller 6 is driving wheel, during use, draining roller 6 drives belt 7 to move, belt 7 drives sponge 3, sponge 3 is in the position contacted with silk thread 1, the direction of motion of sponge 3 is contrary with the direction of motion of silk thread 1, to increase absorbability, sponge 3 turns to de-watering apparatus 4 place after absorbing moisture, under the squeezing action of de-watering apparatus 4, moisture on sponge 3 is extruded and is discharged through osculum 41 and drainpipe 42, and silk thread 1, after being dewatered by water suction roller 2 first time, is dewatering through dehumidifying blower fan 8 second time.
The utility model absorbs the moisture on silk thread by sponge, and roller drives sponge cycle rotation, and then discharged by the moisture that sponge absorbs by de-watering apparatus, structure is simple, and cost is low, and water removal effect is good; Dewater through twice, the drying of silk thread can be ensured.
The foregoing is only specific embodiment of the utility model, but technical characteristic of the present utility model is not limited thereto, any those skilled in the art is in field of the present utility model, and the change done or modification are all encompassed among the scope of the claims of the present utility model.