KR101450655B1 - scattering filament blending machine and method of kapok fiber and duck down or goose down using scattering temper - Google Patents

Abstract

The present invention relates to a scattering and filament-blending apparatus of a kapok fiber and a duck down or a goose down using a scattering property and a filament blending method of the same. More specifically, the present invention relates to a scattering and filament-blending apparatus of a kapok fiber and a duck down or a goose down using a scattering property and a filament-blending method of the same, the apparatus and the method which can filament-blend kapok fiber, duck down or goose down in a variety of quality because the fiber length is short and lightweight for the kapok fiber, and the duck down or the goose down composed of down and feather having different scattering distances in accordance to a load. A scattering and filament-blending apparatus of a kapok fiber and a duck down or a goose down using a scattering property includes: an upper support unit for the scattering and filament-blending apparatus having a hollow part formed therein; a lower support unit for the scattering and filament-blending apparatus formed on a lower part of the upper support unit for the scattering and filament-blending apparatus having a hollow part formed therein; a raw material inlet through which the kapok fiber and the duck down or the goose down are introduced; an impeller suctioning raw materials of the kapok fiber and the duck down or the goose down introduced through the raw material inlet; a filament-blending impeller transferring the raw materials of the kapok fiber and the duck down or the goose down suctioned by the impeller to an upper part; a scattering unit applying wind to the raw materials of the scattered kapok fiber and the duck down or the goose down to transfer the raw materials; and a filament-blending chamber wherein the raw material of the kapok fiber and the duck down or the goose down transferred by the scattering unit are stacked.

Description

Technical Field [0001] The present invention relates to a scattering filament blending machine and method thereof for scattering filament fibers and duck down or goose down using a non-acidic fiber,

The present invention relates to an apparatus for splash-scattering polyurethane fibers and goose down hair or goose hair using non-acidic fibers and a method of blending thereof. More particularly, since the scattering distance of goose down or goose down made of a short fiber weight and a down weight and a feather is different according to a load, The present invention also relates to a splash-proofing apparatus and method for splitting clay fiber and goose down hair or goose hair using non-acidic fibers capable of hybridizing with each other.

Kwak is a type of hair that occurs on the inner wall of the perianth of the Kwakoba tree belonging to the Banyaku sect. Kawaku trees are native to Africa's tropics or Sri Lanka, and are currently produced in Southeast Asia in Indonesia, Thailand, Vietnam, and Cambodia. Kawaku is a deciduous tree that grows up to about 20m. Cowon fiber is made from the fruit of the cowon tree, and the fruit of the cowon tree is divided into five chambers and it has 100 ~ 150 seeds and it breaks when ripe.

The length of the fiber is less than 35 mm, the diameter is 10-50 μm, and consists of cellulose, lignin and pentanoic acid. Kwak fiber is an eco-friendly natural hollow fiber which is 5 ~ 8 times more lightweight than cotton and has excellent warmth, breathability, bulkiness and elastic recovery power. It is used for pillow, bedding, cushion, etc.

Duck or goose down is made up of down and feather. Down is the feather of the wing feather, which is the chest fur under the neck of the goose or duck. And the quality is determined by the mix ratio of down and feeder, and usually the high content (more than 90%) is down grade. The goose (duck) hair has a delicate structure, and unlike the cotton that is clinging to each other, each hair is independent, so they need to be spread evenly to perform their functions.

As a prior art, Registration No. 10-1298938 discloses a duckling collecting device that includes a dust collector for collecting micro ducks generated in the drying process of duck hair and released into the air.

On the other hand, there is a steady increase in prices due to the imbalance in supply and demand due to the duckers' farming environment and external factors such as bird flu. This imbalance in the supply and demand of raw materials has increased production costs and has become a major factor in raising the prices of finished products. As a result, there is a growing interest in new materials or synthetic materials to replace goose down or goose down in high-end products. However, since new materials to cope with goose down or goose down are not suitable, use of goose down or goose down There is a higher interest in fusion.

The present invention relates to a method and apparatus for combing kawarp fiber and goose down or goose down with various qualities by using different properties of scattering distance of goose hair or goose hair comprising a short fiber length and a light weight kawarp fiber and a down feeder, The present invention is to provide an apparatus for splash-scattering of clay fiber and goose hair or goose hair using acid, and a method of fusing the same.

According to an aspect of the present invention, A bottom support part of a scattering-acidic-dyeing device formed at a lower part of the upper support part of the scattering-smell-filtering device and having a hollow part therein; A raw material inlet for introducing the raw material of kapok fiber and goose down or goose down; An impeller for sucking the raw material of the gooseneck and the goose fleece introduced through the raw material inlet; A fountain impeller for moving the material of the capillary fiber sucked by the impeller and the material of goose down or goose down; A scatterer for moving the scattered kapok fiber and the raw material of goose down or goose down by supplying the wind direction; There is provided a scattering-hygroscopic apparatus for covering woolen hair or goose hair using non-acidic fibers including a combus- tion chamber in which a raw material of goat hair or goose hair moved by the scatterer is laminated.

Further, it may further include a scattering confirmation window for confirming a state in which the raw material of the kapok fiber and the goose hair or the goose hair is scattered.

Further, it may further include a combus- tion chamber guide formed on both sides of the combus- tion chamber to prevent the material of the cape fiber and the goose hair or goose hair scattered by the freshened impeller from being scattered to the side.

On the other hand, goose hair or goose hairs made of the kwon fiber, down and feather can be stacked on the hybridization chamber in different distances from the scatterer depending on the scattering distance depending on the load.

In addition, the fusing chamber may be divided into at least two separate fusing chambers and inserted into the fusing chamber support.

In addition, the mixed-gas chamber support may be formed with a mixed-chamber inlet through which a plurality of the individual mixed-combus- tion chambers can be inserted, respectively.

The A-B, C, D and E individual combus- tion chambers are composed of A individual combus- tion chambers which are mixed with 90% by weight or more of down wool or goose down mixed fibers and laminated, and B The individual fusing chambers are laminated with 60% to 89% by weight of goose down or goose down fibers, and the C individual combisation chambers are laminated with 40% to 59% by weight of down or goose down And the D individual fusing chambers are laminated with 20 wt% to 39 wt% of down or goose down fibers of the goose down fibers, and the E individual fusing chambers are stacked at 5 wt% to 19 wt% The down of the hair or goose down can be laminated with the cross-over fiber.

According to another aspect of the present invention, there is provided a method for mixing cross-linked wool fibers and goose down fibers or goose down fibers by non-acidic application using a non-acidic kraft cloth and a fugitive comb- Inserting the goose hairs into a scattering isotherm apparatus; A step of sucking the raw material of the woolen fiber or the goose hair or goose down by the impeller into the scattering and fusing device; A step in which the raw material of the cowwoven fiber and the goose hair or the goose hair is scattered upward by the rotation of the fountain impeller; A step in which the raw material of the scattered kapok fiber and the goose hair or the goose hair is moved toward the segregation chamber by the scatterer and the raw material of the kapok fiber and the goose hair or goose down are mixed and fused in the segregation chamber according to the load, A method of cross-splicing of kapok fiber and goose down hair or goose down hair may be provided.

In addition, the method may further include a step of wrapping the cross-linked laminated kerosene fiber and goose down hair or goose hairs in the hybridization chamber.

Further, depending on the scattering distance of the goose hair or goose hairs made up of the kwon fiber and the down and feather, the distance from the scatterer can be laminated to the fogging chamber.

The fusing chamber may be divided into at least two separate combus- tion chambers, each of the individual combus- tion chambers being formed at a different distance from the diffuser, Or goose hair is scattered and may be mixed and laminated in the separate mixed-mixed chamber.

In one embodiment of the present invention, the fleece or goose feathers comprising a short fiber length and a light weight of a cowon fiber and a down and a feather are different in the scattering distance depending on the load, and the cowon fiber and the goose hair or the goose hair are variously It can be mixed with quality.

Also, according to one embodiment of the present invention, it is possible to cross-coat kwon fiber, goose hair or goose feather material with various qualities, thereby diversifying the cross-linked product, thereby contributing to expanding the finished product market and shortening the manufacturing process.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic overall perspective view of a scattering-hygroscopic device of goosene fiber and goose or goose furry using non-acidic properties according to a first embodiment of the present invention; FIG.
FIG. 2 is a schematic side view of a scattering-hygroscopic device of goat fleece and goose down hair or goose hair using non-acidic according to the first embodiment of the present invention.
FIG. 3 is a schematic view showing the interior of a scattering-hygroscopic apparatus for raising or lowering goose bones and goose hair using non-acidic substances according to a first embodiment of the present invention.
FIG. 4 is a flow chart of a method of hybridizing a clay fiber, a goose down fur or a goose down fur using a non-acidic, non-acidic fogging fiber splitting apparatus according to the first embodiment of the present invention.
Figure 5 shows the kawour fiber raw material.
FIG. 6 is a cross-sectional view of an A individual fumigation chamber (FIG. 6) which is fumed by a method of fibrillating fibers of kawarp fiber and goose down or goose hair using a non-acidic, 90% < / RTI > or more of goose hair mixed with chambers).

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

It should be understood, however, that the invention is not intended to be limited to the particular forms disclosed, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

It is noted that the terms "comprises" or "having" in this application are intended to specify the presence of stated features, steps, operations, components, parts, or combinations thereof in one or more other features or acts, , Components, parts, or combinations thereof, as a matter of convenience, without departing from the spirit and scope of the invention. That is, throughout the specification, when an element is referred to as "comprising ", it means that it can include other elements, not excluding other elements unless specifically stated otherwise.

Also, unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

Hereinafter, a repeated description, a known function that may obscure the gist of the present invention, and a detailed description of the configuration will be omitted. Embodiments of the present invention are provided to more fully describe the present invention to those skilled in the art. Accordingly, the shapes and sizes of the elements in the drawings and the like can be exaggerated for clarity.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic overall perspective view of a scattering-hygroscopic device of goosene fiber and goose or goose furry using non-acidic properties according to a first embodiment of the present invention; FIG. FIG. 2 is a schematic side view of a scattering-hygroscopic device of goat fleece and goose down hair or goose hair using non-acidic according to the first embodiment of the present invention. FIG. 3 is a schematic view showing the interior of a scattering-hygroscopic apparatus for raising or lowering goose bones and goose hair using non-acidic substances according to a first embodiment of the present invention.

1 to 3, a scattering / shrinking apparatus 10 for separating cappowder fibers and goose down hair or goose down hair according to the first embodiment of the present invention comprises a scattering apparatus upper support 100 A bottom support part 200 of a scattered fragrance device formed at a lower part of the upper support part 100 of the scattering and smearing apparatus 100 and having a hollow part therein, a raw material inlet 300 for introducing raw materials of the covering material, The impeller 400 that sucks the raw material of the goat hair or the goose hair injected through the feeder 300 and the raw material of the goat hair or the goose hair sucked by the impeller 400 is fed by the flyer 700 (700) for moving the scattered cowl fiber and the raw material of goose down or goose down to the combus- tion chamber (600), a raw material of the cowpee fiber and the goose hair or the goose hair is scattered State Cut may include honseom chamber 600 which is the raw material is a laminate of a non-confirmation window 800 and the scattered kapok fibers and the goose down or goose down.

The raw material intake port 300 is filled with the raw material of the cowon fiber and the goose hair or the goose hair. The raw material intake port 300 may be formed at a lower side of the lower portion 200 of the scattering /

The impeller 400 is capable of sucking the raw material of the goat fleece and goose down or goose down through the raw material intake port 300. The impeller 400 may be formed on the lower side of the lower portion of the scattering-smell-filter lower support portion 200 above the material intake port 300.

The impeller 400 may be formed by coupling a rotary blade (not shown) to a rotary shaft (not shown) connected to an impeller rotation motor (not shown) on one side. Accordingly, the rotating blade rotates to generate wind in the lower portion 200 of the scattering-comb-forming device, and the raw material of the kapok fiber and the goat hair or the goose put into the material intake port 300 is supplied to the inside of the scattering- .

The fusing impeller 500 can disperse the raw material of the cappowder fiber and the goose hair or the goose hair sucked by the impeller 400 to the upper portion where the scatterer 700 is located. The fusing impeller 500 may be formed inside the lower portion 200 of the fusing device. The fusing impeller 500 may be formed on the side of the fusing chamber 600. The combus- tion chamber guide 630 formed on both sides of the combus- tion chamber 600 prevents the raw material of the cape fiber and the goose hair or goose hair scattered by the rotating blades of the mixed impeller 500 from being scattered to the side.

The horn impeller 500 can be connected to a rotary shaft connected to a rotary shaft connected to the rotary shaft by a horn impeller (not shown). The rotary horn rotates while the rotary horn rotates, The raw material of goose down or goose down can be scattered upward.

The scatterer 700 is capable of moving the scattered cowl fibers and the raw material of goose down or goose down to the hybridization chamber 600. The fly ash 700 can be connected to a rotary shaft connected to a rotary shaft connected to a rotary motor (not shown) on one side, and the wind generated by rotating the rotary blades can be used as a raw material Can be scattered in the hybridization chamber 600.

The combus- tion chamber 600 may be laminated with scattered cowon fibers and goose or goose fleece. Since the spreading distance of the downhair or goose hairs made up of the short fiber length and the light weight downward and feather is different according to the load, it is possible to use the folded fiber which is scattered by the scatterer 700 and the goat hair or goose hair May be stacked in separate combus- tion chambers 620 formed by inserting the combus- tion chamber support 610 separately in different distances along the scattering distance. Accordingly, by using the non-acidic, non-acidic, non-acidic, scattering-and-fogging apparatus 10 of goose or goose hair according to the first embodiment of the present invention, various kinds of quality (high quality to low quality ). ≪ / RTI >

The combus- tion chamber 600 may be divided into five separate combus- tion chambers 620 of A, B, C, D, E and inserted into the combus- tion chamber support 610. The mixed-mixed chamber support 610 may be provided with a mixed-mixed chamber inlet 640 into which a plurality of individual mixed-mixed chambers 620 can be inserted.

A individual combus- tion chamber 620a may be stacked with 90% by weight or more of high quality goose down or goose down mixed and the B individual combus- tion chamber 620b may be laminated with 60% to 89% by weight of goose down or goose down Down can be stacked and laminated, and the C individual fuming chamber 620c can be laminated with 40% by weight to 59% by weight of goose down or goose down mixed, and the D individual combus- tion chamber 620d can be stacked with 20 weight % To 39% by weight of goose down or goose down may be laminated and the E individual blend chamber 620e may be laminated with a downwind of goose down or goose down fibers in a ratio of 5% to 19% And can be laminated while being mixed.

Next, a description will be made of a method of mixing cotton wool fibers and goose down fur using a non-acidic method using a non-acidic, non-acidic, non-acidic, non-acidic, fugitive fusing apparatus of goose or goose hair.

FIG. 4 is a flow chart of a method of hybridizing a clay fiber, a goose down fur or a goose down fur using a non-acidic, non-acidic fogging fiber splitting apparatus according to the first embodiment of the present invention. Figure 5 shows the kawour fiber raw material. FIG. 6 is a cross-sectional view of an A individual fumigation chamber (FIG. 6) which is fumed by a method of fibrillating fibers of kawarp fiber and goose down or goose hair using a non-acidic, 90% < / RTI > or more of goose hair mixed with chambers).

Referring to FIG. 4, the method of cross-linking the kapok fiber and the goose hair or goose down using a non-acidic, non-acidic, The hair or goose down hair is put into a scattering apparatus (S110).

Then, the raw material of the woolen fabric or the goose hair or the goose hair is sucked into the scattering / fogging apparatus by the impeller (S120).

Next, the raw material of the cowwoven fiber and the goose hair or the goose hair is scattered upward by the rotation of the fountain impeller (S130).

Thereafter, the scattered cowpe fiber and the raw material of goose down or goose down are moved toward the hybridization chamber by the scatterer (S140).

Next, the raw materials of the kwon fiber and the goose down or goose down are laminated in accordance with the load in the respective individual combus- tion chambers (S150).

Finally, wrapped in the individual yarn-fusing chambers to separate the quality according to the down-density of goose down or goose down (S160).

The combus- tion chamber 600 may be divided into five separate combus- tion chambers 620 of A, B, C, D, E and inserted into the combus- tion chamber support 610. The mixed-mixed chamber support 610 may be provided with a mixed-mixed chamber inlet 640 into which a plurality of individual mixed-mixed chambers 620 can be inserted.

As a result, according to the first embodiment of the present invention, by the method of interlacing the cane cloth and the goose down fur using the non-acidic, ) May be laminated by mixing 90% by weight or more of high quality goose down or goose down, and the B individual combus- tion chamber 620b may be laminated with 60% to 89% by weight of goose down or goose down mixed And the C individual syngas chambers 620c may be laminated with 40% to 59% by weight of goose down or goose down mixed, and the D individual combus- tion chambers 620d may be 20% to 39% The downcomer of goose down or goose down may be laminated and the E individual blend chamber 620e may be laminated with a down mix of goose down or goose down in a ratio of 5% to 19% by weight, .

Referring to FIG. 6, a cross-sectional view of a cross-sectional view taken along line A-A 'in FIG. It is possible to confirm the result of the blending of the hybridization chamber (a chamber in which 90 wt% or more of goose hair or mixed with goose hair is mixed), and it can be confirmed that the down and goose down fibers of the goose down or goose hair are properly mixed.

In the case of using the non-acidic non-acidic non-acidic non-acidic non-acidic non-acidic non-acidic fusing apparatus of goose down or goose down fur, it is preferable to use a short fiber weight, a light weight cowon fiber, a down and feather duck Fur or goose hair can be mixed with various qualities (from high quality to low quality) of kawarp fiber and goose down or goose down because the scattering distance varies depending on the load.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood. The embodiments described above are therefore to be considered in all respects as illustrative and not restrictive.

10: Shatter splashing of goosene fiber and goose hair or goose hair using non-acidic
100: Fog-scattering apparatus upper support
200: Fog-splashing apparatus lower portion
300: raw material inlet port 400: impeller
500: Fusing impeller 600: Fusing chamber
610: Fusion chamber support part 620: Individual flare chamber
630: Fusion chamber guide 640: Fusion chamber entrance
700: scattered 800: scattered confirmation window

Claims (12)

An upper support portion of the scattered-acidic isomerizer having a hollow portion formed therein;
A bottom support part of a scattering-acidic-dyeing device formed at a lower part of the upper support part of the scattering-smell-filtering device and having a hollow part therein;
A raw material inlet for introducing the raw material of kapok fiber and goose down or goose down;
An impeller for sucking the raw material of the gooseneck and the goose fleece introduced through the raw material inlet;
A fountain impeller for moving the material of the capillary fiber sucked by the impeller and the material of goose down or goose down;
A scatterer for supplying the raw material of scattered kapok fiber and goose down or goose down by supplying the wind direction, and
A scattering chamber in which a raw material of goat hair or goose down is moved by the scatterer; and a scattering chamber in which the raw material of the goat hair or the goose hair is laminated. The method according to claim 1,
And a scattering confirmation window for confirming a state in which the raw material of the goat hair or the goose hair is scattered. The method according to claim 1,
Further comprising a combus- tion chamber guide formed on both sides of the combus- tion chamber to prevent scattering of the raw materials of the cape fiber and the goose hair or fly goose scattered by the hybrid impeller, Scattering of goose 's hair. The method according to claim 1,
The goat hair or goose hairs made of the kwon fiber and the down and feather are made of the non-acidic kwon fiber and the goose hair or the goose which are laminated to the combus- tion chamber at different distances from the flyer depending on the flying distance according to the load Fibrous shattering device of hair. The method according to claim 1,
The mixed-
A splash-seal device for non-acid-based woven cloth and goose down or goose-hair, which is divided into at least two separate combus- tion chambers and inserted into the combus- tion chamber support. 6. The method of claim 5,
The mixed-
And a fountain chamber inlet through which a plurality of the individual combus- tion chambers can be inserted, respectively. 6. The method of claim 5,
The mixed-
A, B, C, D and E,
A individual fusing chambers are laminated with 90% by weight or more of goose down or goose down mixed with cross-
B individual fusing chambers are laminated with 60wt% to 89wt% goose down fibers of goose down or goose down,
C individual fusing chambers are laminated with 40 wt% to 59 wt% of goose down or goose down mixed with cross-
D individual fusing chambers are laminated with 20 wt.% To 39 wt.% Of goose down or goose down mixed with cross-
E Individual shrinking chambers are 5 wt.% To 19 wt.% Of a non-acidic laid down laminate of goose down or goose down fibers which are laminated and fused with the goose down fibers. The present invention relates to a method of fusing clay fiber and goose hair or goose hair using non-acidic, non-acidic,
Inserting the kwon fiber and goose hair or goose hairs into a scattering seam apparatus;
A step of sucking the raw material of the woolen fiber or the goose hair or goose down by the impeller into the scattering and fusing device;
A step in which the raw material of the cowwoven fiber and the goose hair or the goose hair is scattered upward by the rotation of the fountain impeller;
The step of moving the scattered kraft cloth and the raw material of goose down or goose down to the segregation chamber by the scatterer and
Wherein the raw material of the kwon fiber and the goose hairs or the goose hull is laminated to the fusing chamber according to the load, the method comprising mixing the kwon fiber with the goat hair or the goose hair using the non-acidic method. 9. The method of claim 8,
Further comprising the step of wrapping the cross-laminated laminated kwon fiber and the goose hair or goose hair in the fumed-silica chamber. 9. The method of claim 8,
The goat hair or goose hairs made of the kwon fiber and the down and feather are made of the non-acidic kwon fiber and the goose hair or the goose which are laminated to the combus- tion chamber at different distances from the flyer depending on the flying distance according to the load Method of fiber mixing of hair. 9. The method of claim 8,
The mixed-
Divided into at least two separate combus- tion chambers,
Wherein each of the individual combus- tion chambers is formed at a different distance from the scatterer, and a goose hair or goose hair consisting of a cowon fiber and a down and feather is scattered from the scatterer, A Method of Mixing Kapwon Fibers with Goat Fur or Goose Fur Using Stacked Non Acid. 12. The method of claim 11,
The mixed-
A, B, C, D and E,
A individual fusing chambers are laminated with 90% by weight or more of goose down or goose down mixed with cross-
B individual fusing chambers are laminated with 60wt% to 89wt% goose down fibers of goose down or goose down,
C individual fusing chambers are laminated with 40 wt% to 59 wt% of goose down or goose down mixed with cross-
D individual fusing chambers are laminated with 20 wt.% To 39 wt.% Of goose down or goose down mixed with cross-
E Individual blending chamber comprises 5 wt.% To 19 wt.% Of cross-linked fibers of goose or goose hair using non-acidic fibers which are laminated and laminated with goose down fibers of goose down or goose down.

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