KR100315622B1 - Dustcloth with Micro Fiber Loof - Google Patents

Abstract

The present invention relates to a mop using an ultra-fine yarn (microfiber) yarn having excellent moisture and dust absorption rate, and twists the ultra-fine yarn by twisting the yarn first from ten strands to tens of strands, and again twists the twisted yarn into tens to tens of strands. By attaching the microfiber loops made by twisting and twisting the second twist in the direction opposite to the first twisting direction with the strands, it can be used for various cleaning purposes.

Description

Dustcloth with Micro Fiber Loof

The present invention relates to a cleaning rag using a microfiber (microfiber) yarn having excellent moisture and dust absorption rate, and in particular, by twisting and twisting the microfiber yarn by varying the twisting direction from the number of strands to several tens of strands over one and two times to a suitable thickness. The present invention relates to a cleaning mop using an ultra-microfiber loop, which makes it easy to form a mop by obtaining an even form of a thread and has excellent cleaning ability.

Currently known microfibers include polyester microfiber (PCP) and sea ice fiber (SIF).

The former polyester microfine yarns are known as bi-component filament yarns of special cross-section (8-divided, orange ball type) consisting of ordinary polyester polymers and modified polyester polymers having high solubility in alkali. .

It has abundant bulky and drape properties and is used in blouse, dresses, jumpers, suits, and women's jackets.

On the other hand, the latter Sea Iceland fiber is a island-in-the-sea microfiber yarn with 36 islands and 0.06 denier class microfiber yarn, and is made of a polymer inter-array filament yarn using the same polymer as polyester microfiber yarn. In the dyeing process after knitting, it dissolves sea-soluble parts, which are modified polymers among the yarn-forming polymers, through chemical division (reduction), and expresses only 0.06-degree portion of ultra-softness. It is known as a material that can feel the surface texture.

However, if only microfiber yarn is used directly on a cleaning tool (eg, mop), it is inconvenient to use because of its high frictional force.

Therefore, if each yarn is twisted to make a loop, and the cleaning tool is made using the loop, it is possible to manufacture a cleaning mop that requires a high moisture and dust absorption rate and requires less friction.

The present invention was devised in view of the above circumstances, and twisted and twisted microfiber yarns in one or two times with an appropriate number of strands, so that the twist direction was different from each other so as to have a desired loop shape and applied to a cleaning mop. It is an object of the present invention to provide a cleaning mop using a microfiber loop made possible.

Another object of the present invention is to provide a mop and a duster as a cleaning device having a good dust and moisture absorption rate using a microfiber loop.

Specific means of the present invention for achieving the above object,

It is characterized in that it is made by twisting at least one or more times the number of strands of the twisted yarn that is made by twisting at least two strands of ultra-fine yarn.

Another means,

A push rod 22 having a handle;

A pad attachment plate 24 connected to one end of the push rod 22;

The pad attachment plate 24 is characterized in that the loop nonwoven pad 26 is sewn on which the microfiber loop of claim 1 is sewn.

Another means,

A hair band 32 having a handle;

The microfiber loop 10 of claim 1 is tightly sewn around the hair band 32 from a front end of the hair band 32 to a predetermined section.

1 is a partial perspective view of a microfiber loop according to a first embodiment of the present invention.

2 is a perspective view of a mop according to a second embodiment of the present invention.

3 is a perspective view of a loop nonwoven pad attached to a mop.

Figure 4 is a sewing state of the microfiber loop on the loop nonwoven pad.

5 is a perspective view of a dust cap according to a third embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: microfiber loop 20: mop

22: push rod 24: pad mounting plate

30: dust hair 32: hair band

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a partial perspective view of the ultra-fine yarn twisted loop 10 according to the present invention, the ultra-fine yarn twisted loop 10 is a primary yarn by collecting 2 to 40 strands of ultra-fine yarn (microfiber) (0.5 denier or less). The second speaker room was again the second speaker by gathering 2 to 40 strands of the first speaker room. At this time, the twist direction in the case of twisting is the first twisted yarn, for example, if twisted to the right, the second twisted twisted to the left. On the contrary, if the first twisted yarn is twisted to the left, the second twisted yarn is twisted to the right. The reason why the twisting directions of the first and second twisted yarns are different from each other is that the twisted state is not released after the 2nd twisted yarn. Because you can keep.

At this time, the ultra-fine yarn used was a composite yarn, and the year of each primary and secondary yarn room should be more than 100 wheels per meter. Have If the twist is less than 100 laps during the first burst, the swelling increases and the thread form does not come out. On the other hand, if the twist more than 200 laps is hardened because the water absorption is reduced. In the second continuous shooting, preferably has a twist twisted 100 to 200 laps per meter. This is because it is difficult to uniformly form a desired loop when twisted at less than 100 laps during the second burst, whereas when twisted at 200 laps or more, it becomes hard and loses water absorption.

In the present embodiment, 20 strands of ultra-fine yarns were used as 120 wheels per meter for the first yarn, and two strands were 105 wheels per meter for the second yarn.

In this case, the first burst can be made of two or more strands, and the second yarn can be twisted by the desired number of strands (chaebol) to obtain a microfiber loop.

The microfiber loop 10 thus obtained had a water absorption rate of 8 times its own weight and an excellent dust absorption rate.

In FIG. 2, the mop 20 includes a push rod 22 having a handle 22a, a pad attaching plate 24 connected to a lower end of the push rod 22, and a pad non-woven pad ( 26 is attached, and the microfiber loop 10 is sewn on the bottom surface of the loop nonwoven pad 26.

The loop nonwoven pad 26 has the microfiber loop 10 sewn on the bottom surface of the loop nonwoven pad 26 in a manner similar to that of FIG. 4, and a pad attachment plate on one side of the roof nonwoven pad 26 as shown in FIG. 3. Insertion grooves (26a) for one side of the fitting 24 is formed and the other side is provided with opening and closing covers (27, 28) having female and male velcro tapes (27a, 28a), respectively.

Accordingly, the loop nonwoven pad 26 is attached to the pad attaching plate 24 of the mop 20 as shown in FIG. 2, and one side of the pad attaching plate 24 is an insertion groove 26a of the loop nonwoven pad 26. Inserted into the other side is used to combine the opening and closing cover (27,28).

The mop 20 as shown in FIG. 2 has a low frictional force between the microfiber loop 10 and the bottom surface, and is easy to clean, and the wiping area is widened to clean a lot of floor surfaces.

In addition, when mopping with a mop 20, the water absorption rate of the microfiber loop 10 is good so that water does not remain on the floor.

In addition, it is possible to rinse without washing detergent.

5 shows a dust cap 30 using the microfiber loop 10.

The duster 30 is a hair band 32 having a handle 31, and the microfiber loop 10 is tightly wrapped around the hair band 32 from a front end of the hair band 32 to a predetermined section. It is sewn.

Therefore, the dust cap 30 can exhibit the function of the microfiber loop 10 described above, and can be used as a general hair clip as well as a vehicle glass or a vehicle body.

In particular, in the case of a vehicle, it can be usefully used also when removing oil and the like on the vehicle body.

On the other hand, the present invention can be used in addition to the above-described embodiment, various cleaning tools using the microfiber loop 10, for example, a window cleaning mop, glossy mop, industrial mop and the like.

As described above, the microfiber loop 10 of the present invention is excellent in moisture and dust absorption rate and has good washability, and can be suitably used for the mop 20 and the dust cap 30.

In addition, the present invention can also be used as a hand mop non-woven pad 26 applied to the mop 20, wherein the present invention is not limited to the shape and shape of the non-woven pad 26.

As described above, according to the present invention, it is possible to effectively use a variety of cleaning tools such as floor cleaning or dusting of a vehicle which can remove various dusts and foreign substances by re-twisting the ultra-fine yarns in 1st and 2nd loops.

Claims (3)

As a mop using a microfiber loop, The rag has a microfiber loop made of 2 to 50 strands of microfiber yarns twisted and twisted first, followed by 2 to 10 strands of twisted microfiber yarns twisted and twisted again in the opposite direction to the twisted direction of the primary twisted yarn. Cleaning mop using a microfiber loop, characterized in that included. The method of claim 1, The microfiber loop is mop for cleaning using a microfiber loop, characterized in that the sewing thread is attached to the pad attachment plate 24 connected to one end of the push rod (22) having a handle. delete