KR20100070075A - A padding and manufacturing mehtod of thereof - Google Patents

Abstract

PURPOSE: Padding and a method for manufacturing the same are provided to effectively keep warmth through a layer for keeping warmth including feathers and to effectively prevent the feathers from sticking out by strongly fixing the feathers to the inner part of the warmth keeping layer. CONSTITUTION: Padding includes inner cloth(1), outer cloth(2), and feathers(9a). A layer(6) for keeping warmth is prepared between the inner cloth and the outer cloth. The layer for keeping warmth comprises a web(7a,7b) which is composed of low melting fiber(9b) and high melting fiber(9c) and a member(7) for keeping warmth which includes a feather layer(7c). A method for manufacturing the padding comprises the following steps: laminating the web and the feather layer together and arranging the feather layer between the web; preparing the member for keeping warmth by fixing the feather layer between the web; and fixing the inner cloth and outer cloth on both sides of the member for keeping warmth.

Description

Padding and its manufacturing method {A PADDING AND MANUFACTURING MEHTOD OF THEREOF}

The present invention relates to a padding and a method for manufacturing the same, and more particularly, to a padding used in the manufacture of winter clothing or bedding and a method for manufacturing the same.

In general, the padding is used in the manufacture of clothes such as winter jackets and bedding such as winter sleeping bags, as shown in Figure 1, the inner (1) and the outer (2), inner (1) and outer (2) It is composed of a heat insulating layer (3) provided for the purpose of cold protection in between, the heat insulating layer (3) is usually composed of a bird's hair (4) having excellent heat retention, such as duck goose down chicken hair.

Looking at the conventional manufacturing process of such a padding as follows.

The worker has to use the inner fabric 1 and the outer fabric 2 so that a plurality of compartments 3a partitioned between the inner fabric 1 and the outer fabric 2 are formed while the prepared inner fabric 1 and the outer fabric 2 overlap. Will be sewn first. Reference numeral 5 denotes a sewing line formed when sewn.

One side of each compartment (3a) in the state that the primary stitching is completed is opened so that the hair (4) can be filled therein, after which the worker has a hair (4) in each compartment (3a) through the opening ) After the injection is completed, the openings of the respective compartments 2a are sewn again to be sealed. The heat insulating layer 3 is comprised through each said compartment 3a here.

However, the conventional padding manufactured as described above has the following problems.

First, in the case of the conventional padding, the hairs filled for forming the insulation layer 3 between the inner fabric 1 and the outer fabric 2 do not stick together due to their characteristics, and are repeatedly drawn out through the holes formed during the stitching. There was a problem that the heat retention function of 3) is lowered.

Also, the feathers of birds such as duck feathers and goose feathers (4) are divided into feathers with feathers and feathers without feathers according to the presence or absence of feathers. As a result, they are traded at a relatively higher price than feathers, especially in the case of feathers, the feather feathers are guided to the stitching holes and are more easily dislodged out of the padding. Therefore, in the manufacture of the conventional padding, there is a tendency that the production price of the padding tends to be excessively increased because the expensive feather is often used while the feather is cheap.

In addition, in the case of the conventional padding, when the worker cuts to the desired shape and size while the compartments 3a are sealed, the cutting compartment side 3a is broken by bursting, so that a large size can produce a large amount of clothes or bedding. For the convenience of manufacturing clothes and bedding rather than manufacturing is often produced in a suitable size to fit the production of the actual clothes or bedding to be produced, there was a limit to mass production in the case of a conventional padding large size.

The present invention is to solve this problem, an object of the present invention is to provide a component of the heat insulation layer provided between the inside and the outer padding is provided to effectively prevent such hairs to escape to the outside while using the hair of algae And to provide a method for producing the same.

Still another object of the present invention is to provide a padding and a method of manufacturing the same, which allow mass production and facilitate fabrication of clothes or bedding.

To this end, the padding according to the present invention is provided with an inner layer and an outer shell to be used in the manufacture of winter clothing and bedding, and an insulating layer provided between the inner layer and the outer shell, wherein the thermal insulation layer is low It characterized by consisting of a heat insulating member comprising a web consisting of a melting point fibers and high melting point fibers, and a hair layer provided between the web including the hair.

Between the hair layer and the web is characterized in that the insulating member is provided to be in contact with each other in the process of heating the low melting point fibers.

The fur is characterized in that the bird feathers.

The web on both sides of the hair layer is characterized in that provided in a single layer.

The web on both sides of the hair layer is characterized in that it is provided in a double ply.

The hair layer is characterized in that it further comprises a low melting point fiber.

In addition, the manufacturing method of the padding according to the present invention is provided with a heat-insulating layer and the outer shell, and a heat-insulating layer provided between the inner and outer fabric to be used in the production of winter clothing and bedding, and the heat insulation layer Step of preparing a thermal insulation member for preparing a padding comprising a web consisting of a low melting point fibers and a high melting point fibers, and a thermal insulation member including a hair layer provided between the web including the hair, the thermal insulation member preparation step And a fixing step of fixing the inner and outer fabrics on both sides of the prepared insulating member, wherein the insulating member preparing step includes a laminating step of laminating the web and the hair layer such that the hair layer is disposed between the webs, and the low melting point. It is characterized in that it comprises a heat treatment step of fixing the hair layer between the web by heating to melt the fibers.

The feather is characterized in that the feather of the bird is used.

The warming member preparing step further includes a web forming step of forming the web, wherein the web forming step has a mixed fiber in which the low melting point fiber and the high melting point fiber are mixed to form the web in a carding machine, wherein the hair layer Both webs are characterized in that each is provided in a single layer.

The warming member preparing step further includes a web forming step of forming the web, wherein the web forming step has a mixed fiber in which the low melting point fiber and the high melting point fiber are mixed to form the web in a carding machine, wherein the hair layer Both webs are characterized by being provided in double layers.

In the fixing step, the inner and outer fabrics are fixed to the outer surface of the insulating member through a quilted work.

As described above, according to the padding according to the present invention and a method for manufacturing the same, the insulating layer provided between the inner and outer fabric is a web consisting of a low melting point fibers and a high melting point fibers, and between the web including the hair of algae It is composed of a heat insulating member including a fur layer provided, between the hair layer and the web of the heat insulating member is in contact with each other strongly in the process of heating the heat insulating member to melt the low melting point fibers.

Therefore, the padding according to the present invention can be strongly fixed to the inside of the heat insulation layer while having excellent cold protection through the heat insulation layer configured to include the hair of the algae can effectively prevent the hair from leaving the padding outside. Will be.

And the thermal insulation member of the present invention that is stably coupled between the web through the low-melt-point fibers of the hair is melted feathers of feathers affect the departure of the feathers even if the feathers with feathers as well as feathers without feathers as the hair of the bird Since it does not have a low cost, the padding of the present invention is suited to use inexpensive feathers compared to the fluffy, and the insulation layer is made of feathers of low cost among the bird's hair, which also has the advantage of significantly lowering the production price. .

In addition, the padding according to the present invention is manufactured by fixing the inner and outer fabrics on both outer surfaces of the insulating member and the insulating member laid on the outer surface of the thermal insulation member. The padding prepared in this way may be cut to any shape desired by the producer for manufacturing clothes and bedding. The hairs of algae in the thermal insulation layer do not come off from the thermal insulation layer. Therefore, the padding according to the present invention is suitable for mass production in a large size, which is advantageous in comparison with the conventional padding in terms of productivity.

Next, a padding and a method of manufacturing the same according to an exemplary embodiment of the present invention will be described in detail with reference to FIGS. 2 to 7.

For reference, the padding according to the present invention is prepared to be used in the manufacture of winter clothing and bedding, wherein the clothing includes all garments used for the purpose of cold protection, such as gloves, hats, jumpers, pants, beddings, etc. Includes various beddings.

As shown in Figures 2 and 3, the padding according to the present embodiment is configured to include the inner (1) and outer (2), and the down feather (9a) for the warming action, the inner (1) and outer ( It is provided with the heat insulation layer 6 provided between 2). In the case of the duck down (9a), it is possible to replace the hair of other types of birds, such as goose down or chicken hair, or a mixture of different types of birds.

The insulating layer 6 is configured to include a down feather (9a), the insulating member is provided to prevent the duck out (9a) from escaping to the outside of the padding through the inner (1) or the outer shell (2) 7), the structure of the insulating member 7 constituting the insulating layer 6 as described above is as follows.

As shown in the figure, the thermal insulation layer 6 is provided to include the webs 7a and 7b formed through the low melting point fibers 9b and the high melting point fibers 9c, and the down feather 9a. It is composed of a heat insulating member 7 including a hair layer 7c disposed between the (7a, 7b), the heat insulating member 7 is a state in which the hair layer 7c is disposed between the web (7a, 7b) The low melting point fibers 9b are heated to melt, and the webs 7a and 7b constituting the insulating member 7 and the hair layer 7c are strongly bonded to each other through the low melting point fibers 9b which are then melted. .

Accordingly, the padding according to the present embodiment has excellent cold protection through the insulating layer 6 configured to include the duck down 9a, while the duck down 9a can be strongly fixed inside the insulating layer 6. Will be able to effectively prevent the goose (9a) is separated from the outside of the padding.

And the heat retaining member 7 is stably coupled between the web (7a, 7b) through the low melting point fiber (9b) in which the down feather (9a) is melted, the featherless without feather as the down feather (9a) Of course, even when using a feather with feathers, feather feathers do not affect the departure of the feathers, so it is suitable to use cheap feathers compared to fluffy, and the heat insulating layer (6) is a cheap feathers of duck feathers This padding produced using has the advantage of significantly lowering the production price.

In addition, the padding according to the present embodiment is prepared by fixing the inner (1) and the outer fabric (2) on both outer surfaces of the insulating member (7) by holding it together with the insulating member (7) on the outer surface of the insulating member (7), The padding thus prepared does not fall off the insulation layer 6 from the insulation layer 6 even if it is cut into any form desired by the producer of clothing and bedding. Therefore, the padding according to the present embodiment is suitable for mass production in a large size, which is advantageous in comparison with the conventional padding in terms of productivity.

Next, a detailed manufacturing process of the padding according to the present embodiment will be described in detail with reference to FIGS. 4 to 6.

The padding according to the present embodiment is a thermal insulation member preparation step (S10) for preparing the thermal insulation member 7 for forming the thermal insulation layer (6), and the inner material (1) and the outer shell ( 2) is configured to include a fixing step (S20) for fixing.

In the double insulating member preparing step (S10), the laminates are formed by stacking the webs 7a and 7b and the hair layer 7c provided through a mixed fiber in which the low melting point fibers 9b and the high melting point fibers 9c are mixed. 8) and the laminate 8 is heat-treated to melt the low melting point fiber 9b.

Referring to FIG. 3 again, in the laminate 8, a single layer of the webs 7a and 7b is disposed on one side and the other side of the hair layer 7c, and reference numeral 8A denotes a primary laminate to be described later. .

In this case, the webs 7a. 7b are all thinly formed in a single layer so as to facilitate ventilation between the ducks 9a of the hair layer 7c so that the parts of the insulating layer 6 are not significantly impaired. Of course, in some cases, the webs 7a and 7b may be provided in a double layer so that the insulating member 7 may have a more rigid structure.

In addition, the fur layer 7c may be provided only through the pure duck feather 9a, and in order to further enhance the bonding force between the duck feather 9a and the webs 7a and 7b during heat treatment, the duck feather 9a and the low melting point may be provided. It may also consist of a mixture of fibers 9b. Therefore, the hair layer structure to be described later may be a mixture of the down feather 9a or the down feather 9a and the low melting point fiber 9b.

FIG. 4 is a flowchart showing the overall manufacturing process of the padding according to the present embodiment, and FIG. 5 is a schematic arrangement of the mechanisms used in the thermal insulation member preparation step S10 according to the present embodiment. Shown.

As shown in Figure 4 and 5, the insulating member according to this embodiment is largely through the fiber mixing step (S100)-web forming step (S200)-lamination step (S300)-heat treatment step (S400) sequentially Are manufactured.

In the fiber mixing step (S100), two mixers (10A, 10B) of the first mixer (10A) and the second mixer (10B) are used, and the first and second mixers (10A, 10B) in the fiber mixing step (S100). ) Mixes the low melting point fibers 9b and the high melting point fibers 9c to form mixed fibers individually.

In the web forming step (S200), the first card machine 20A and the second card machine 20B, two card machines 20A and 20B are used, and the web forming step (S200) is the first mixer 10A. The first web forming step (S201) of forming the first web (7a) in the first carding machine (20A) with the mixed fibers provided in the second carding machine (with the mixed fibers provided in the second mixer (10b) A second web forming step S202 for forming the second web 7b in 20B is included.

In the lamination step S300, two molding machines 30A and 30B of the first molding machine 30A and the second molding machine 30B are used. In the laminating step S300, the first web 7a is formed into a first molding machine. After supplying to 30A, the first stacking step (S301) of forming the primary laminate (8A) by laminating the hair layer composition on the upper surface of the first web (7a) in the process of transferring to the second molding machine (30B) again (S301). ) And a secondary to transfer the primary laminate 8A to the second molding machine 30B and to stack the second web 7b on the upper surface of the primary laminate 8A to form the laminate 8. It includes a layer step (S302).

The reason why the first web 7a formed in the first card device 20A is supplied to the second molding machine 30B via the first molding machine 30A is different from the present embodiment, and the first web 7a is doubled. In this case, the first web 7a is laminated on the first molding machine 30A. Of course, when the first web 7a is to be produced only in a single layer, the first molding machine 30A may be deleted, and the above-described first and second lamination steps S301 and S302 may be made of the insulating member 7. Depending on the thickness, it can be repeated several times.

In addition, in performing the first lamination step S301, in the first lamination step S301, the first molding machine 30A and the second molding machine 30B are configured to transfer the first web 7a toward the second molding machine 30B. The feeder 60, which is provided between the conveyor belt and the like, and the furnishing material supply device 80 for supplying the furnishing material to the upper surface of the first web 7a conveyed by the transporter 60 are used. For reference, the feeder 60 may be used to transfer the webs 7a and 7b between the first carding machine 20A and the first molding machine 30A and between the second carding machine 20B and the second molding machine 30B. Is installed.

5 and 6, the fur layer composition supplying device 80 receives a storage container 90 for storing the fur layer composition and a hair layer composition of the storage container 90 on the upper surface of the first web 7a. A connection between the outlet of the reservoir 90 and the inlet 131 of the metering feeder 100 to guide the metering feeder 100 of the storage container 90 to the metering feeder 100 provided to supply the hair forming material of the storage container 90; The guide flow path 110 and the blower 120 is configured to include a blower 120 is provided to force the blown constituents of the storage container 90 to the metered feeder 100 along the connection flow path (110). Therefore, when the blower 120 is driven in the state in which the hair constituent is filled in the storage container 90, the hair constituent of the storage container 90 is automatically supplied to the metering feeder 100.

The dual metering feeder 100 is first provided with a body 130, the inlet 131 and the outlet 132 is formed at the top and bottom, respectively. In the body 130, the outlet 132 of the first web (7a) is prevented from falling out of the first web (7a) of the hair-forming material supplied to the first web (7a) through the outlet 132 It is desirable to have a length slightly smaller than the width. Therefore, when the metering feeder 100 is used, even when a large amount of hairy composition is supplied to the upper surface of the first web 7a, the hairy composition can be effectively suppressed from being separated from the first web 7a being transferred.

In addition, the metering feeder 100 is the first roller unit 140 is installed in the body 130 between the inlet 131 and the outlet 132, and the agent is installed on the outlet 132 side of the body 130 It comprises a two roller unit 150, wherein the first roller unit 140 is to prevent the hair layer composition is discharged to the outside of the metering feeder 100 in a tangled state.

That is, the hair filaments composed of a duck down or a mixture of duck fleece and low melting point fibers can be easily entangled with each other inside the body 130, and the hair filaments in the tangled state are discharged by a predetermined amount to the outside of the metering feeder 100. The first roller unit 140 is provided with a pair of first supply rollers 141 and one guide roller 142 to prevent the hairy composition from being discharged to the outside of the metering feeder 100. Done.

In more detail, the first supply roller 141 is provided with irregularities on the outer surface to easily catch the hair layer composition in an entangled state, and discharges the upper hair layer component downward through the respective first supply rollers 141. It is provided so as to rotate in a mutually in contact with each other, the guide roller 142 is formed with a protruding needle on the outer surface so that the center of rotation corresponds to the pair between the first supply roller 141, the first supply roller 141 directly It is located at the bottom. The guide roller 142 is preferably installed as close as possible to the first supply roller 141 within the range that does not occur rotational interference with the first supply roller 141, the guide roller 142 is the first supply roller 141 It is arranged to rotate at a higher speed than).

Therefore, the hair layer composition entangled on the upper side of the first feed roller 141 by the speed difference between the first feed roller 141 and the guide roller 142 is as shown in FIG. 6, between the first feed roller 141. When the guide roller 142 rotates and touches the bundle of hairy constituents being discharged through the first supply rollers 141 as described above, while passing through the first supply rollers 141 in a gripped state. In this case, the entangled hairs are gradually separated from each other as they are separated from the bundle of entangled hairs. 6, between the first roller unit 140 and the second roller unit 150 rather than the upper side of the first roller unit 140 in the body 130 through the action of the first roller unit 140. It can be seen that the density of the hairy composition is less dense, thereby effectively preventing the entanglement of the hairy composition discharged through the quantitative feeder 100 will be easy to quantitatively discharge the hairy composition.

The second roller unit 150 is provided in the form of the first supply roller 141 and is provided through a pair of second supply rollers 151 provided to rotate in a mutually contacting direction such as the first supply roller 141. Can be configured. In addition, at least one of the second supply rollers 151 is preferably provided to be horizontally movable along the width direction of the outlet 132, which is controlled by adjusting the distance between the pair of second supply rollers 151 This is to control the discharge of the hairy composition discharged through the (132).

To this end, both ends 130 of one first supply roller 151 have a second supply roller 151 shaft 151a to guide the horizontal movement of the shaft 151a of the second supply roller 151. The guide hole 133 is formed longer than the diameter of the guide hole 133, the body 130 of the guide hole 133 side of the shaft 151a of the second supply roller 151, the horizontal movement is completed along the guide hole 133 Fixing means (not shown) for fixing the position may be provided.

For reference, a guide for guiding a hair layer composition between the first supply roller 141 and the second supply roller 151 on the inner wall of the body 130 of the first supply roller 141 and the second supply roller 151. It is preferable that each of the plates 180 is installed.

In addition, the metering feeder 100 is the first detection sensor 160 and the first body inside the body 130 is provided to detect the amount of hair composition between the body 130, the inner inlet 131 and the first roller unit 140 The body 130 detected through the second sensor 170 and the first and second detection sensors 160 and 170 provided to detect the amount of hair layer composition between the roller unit 140 and the second roller unit 150. The controller may further include a controller (not shown) provided to control driving of the first and second roller units 140 and 150 and the blower 120 according to the amount of the inner hair layer composition.

First, the first detection sensor 160 and the second detection sensor 170 includes light emitting parts 161 and 171 and light receiving parts 162 and 172, respectively. The light emitting unit 161 and the light receiving unit 162 of the first detection sensor 160 are installed to face the outer surface of both side walls of the body 130 between the inlet 131 and the first roller unit 140, respectively, and the second detection The light emitting unit 171 and the light receiving unit 172 of the sensor 170 are installed to face the outer surfaces of both side walls of the body 130 between the first roller unit 140 and the second roller unit 150, respectively.

Sidewalls of the body 130 of the portions where the light emitting parts 161 and 171 and the light receiving parts 162 and 172 are installed are provided as light transmitting members 135 made of a material capable of transmitting light such as glass.

Accordingly, when the light generated from the light emitting units 161 and 171 is received by the light receiving units 162 and 172, the first and second detection sensors 160 and 170 detect that the hair structure of the corresponding space is lower than the position of the detection sensors 160 and 170. On the contrary, when the light generated from the light emitting parts 161 and 171 is not received by the light receiving parts 162 and 172, the hair structure of the corresponding space is sensed to be filled to a position higher than the height of the detection sensors 160 and 170.

In addition, the first roller unit 140 has one end of the shaft 141a of the first feed roller 141 and the shaft 142a of the guide roller 142 to rotate the first feed roller 141 and the guide roller 142. ) One end of the driving motor (141b, 142b), the second roller unit 150 includes a drive motor (151b) provided on one end of the shaft (151a) of the second supply roller (151).

Therefore, the controller (not shown) drives the driving motors 141b, 142b, 151b and the blower 120 as follows, so that the discharge operation of the hair layer composition through the metering feeder 100 can be smoothly performed at all times. Make sure

That is, the first control unit (not shown) is the hair layer when the height of the hair layer composition between the inlet 131 and the first roller unit 140 received through the first detection sensor 160 is less than or equal to the first detection sensor 160. The blower 120 may be driven until the height of the component reaches the first detection sensor 160 so that the hair-like component of the storage container 90 may be supplied into the body 130. And the controller (not shown) is the height of the hair layer between the first roller unit 140 and the second roller unit 150 received through the second detection sensor 170 is less than the second detection sensor 170 The driving motors 141b and 142b may be driven until the height of the hair structure reaches the second detection sensor 170. In addition, the driving motor 151b is driven under the control of the controller (not shown) when the first web 7a moves to the second molding machine 30B along the feeder 60, and thus, a predetermined amount of hair layer. The component may be supplied to the upper surface of the first web 7a being transported, and thus the discharge operation of the hairy component through the metering feeder 100 may be automatically and smoothly performed at all times. For reference, when the thickness of the hair layer 7c is formed to be thick, the operation of discharging the hair layer composition by the metering feeder 100 should be sucked, so that the operating speeds of the driving motors 141b, 142b, 151b and the blower 120 are also increased. It is preferable to be able to be adjusted by the control of the controller (not shown) according to the thickness of the desired hair layer (7c).

In the first lamination step (S301) of the lamination step (S300) through the configuration of the furnishing composition supply device 80 as described above, the furnishing material is supplied to the upper surface of the first web (7a) to be transferred along the conveyor (60). The first laminate 8A is formed while being stacked, and the first laminate 8A transferred to the second molding machine 30B along the feeder 60 is the second laminate step S302 of the laminating step S300. In the upper surface of the second web (7b) is laminated to form the laminate (8).

The laminate 8 is made of the insulating member 7 while being heated to melt the low melting point fiber 9b in the heat treatment machine 40 through the heat treatment step (S400), in this case between the feather (9a) In addition, as the molten low melting point fiber 9b penetrates, the web 7a and 7b and the hair layer 7c can be stably and strongly coupled. Since the low melting point fiber 9b is melted, the insulating member 7 has a thinner thickness than the laminate 8.

In the present embodiment, polyester fibers are used as the high melting point fibers 9b and the low melting point fibers 9c, and thus the melting temperature of the low melting point fibers 9b becomes approximately 110 ° C. The laminate 8 is installed by installing a hot air processor (not shown) that generates hot air at a temperature slightly higher than the melting temperature of the low melting fiber 9b and lower than the melting temperature of the high melting fiber 9c. The hot air processor (not shown) to pass through. Of course, the low-point fibers 9b and the high-melting-point fibers 9c may be made of polypropylene or polyolefin-based fibers in addition to polyester, and in this case, the heat treatment may be somewhat adjusted according to the type of the fiber having a different temperature.

Then, after the insulating member 7 is prepared as described above, the fixing step S20 for fixing the inner fabric 1 and the outer fabric 2 on both sides of the insulating member 7 is performed. (1) and the outer shell (2) are fixed to both outer surfaces of the insulating member (7) through a simple quilted work.

At this time, since the thermal insulation member 7 is already in a state of being strongly coupled between the hair layer 7c and the webs 7a and 7b, the thermal insulation member 7 is generated during the quilted work for fixing the inner fabric 1 and the outer fabric 2 in this state. The sewing line 9d may be produced in any shape or pattern (see FIG. 7), and the padding prepared as described above may be drawn out to the outside along the sewing line 9d of the down fleece 9a of the insulating layer 6. There is no concern.

1 is a cross-sectional view showing the main structure of the conventional padding.

Figure 2 is a cross-sectional view showing the main structure of the padding according to an embodiment of the present invention.

Figure 3 is a cross-sectional view showing the structure of the stack for forming the insulating member and the insulating member in the padding according to an embodiment of the present invention.

4 is a process flow chart sequentially showing a manufacturing process of the padding according to an embodiment of the present invention.

Figure 5 is a block diagram showing a schematic configuration of the mechanism used in the insulating member preparation step in the method of manufacturing a padding according to an embodiment of the present invention.

Figure 6 is a cross-sectional view showing the structure of the metering feeder side of the furnishing material supply apparatus used in the warming member preparation step in the manufacturing method of the padding according to an embodiment of the present invention.

Figure 7 shows the main structure of the padding according to an embodiment of the present invention, it shows a state viewed from the inside.

* Description of the symbols for the main parts of the drawings *

1: inner 2: outer

6: insulation layer 7: insulation member

7a: first web 7b: second web

7c: hair layer 8: laminate

9a: down feather 9b: low melting fiber

9c: high melting point fiber

Claims (11)

In the padding having a warming layer and the outer shell, and a thermal insulation layer provided between the inner fabric and the outer fabric to be used in the production of winter clothing and bedding, The insulating layer is padded, characterized in that consisting of a heat insulating member comprising a web consisting of low melting point fibers and high melting point fibers, and a hair layer provided between the web including the hair. The method of claim 1, Padding between the hair layer and the web is provided so as to contact each other in the process of heating the insulating member so that the low melting point fibers are melted. 3. The method of claim 2, The padding is characterized in that the feathers of birds. The method of claim 1, The web of both sides of the hair layer padding, characterized in that provided in a single layer. The method of claim 1, The web of both sides of the hair layer padding, characterized in that provided in a double. The method of claim 1, The fur layer is padding, characterized in that it further comprises a low melting point fiber. In order to use the fabrics for cold protection clothing and beddings, the inner and outer fabrics, and to include a bird's hair is provided with a thermal insulation layer provided between the inner and outer fabrics, the thermal insulation layer is composed of low melting point fibers and high melting point fibers In order to manufacture a padding comprising a web and a thermal insulation member including a hair layer provided between the web including the hair And a fixing step of fixing the inner and outer fabrics on both sides of the insulating member preparing step of preparing the insulating member and both sides of the prepared insulating member, The warming member preparing step includes a lamination step of laminating the web and the hair layer so that the hair layer is disposed between the webs, and a heat treatment step of fixing the hair layer between the webs by heating the low melting fiber to melt. Padding manufacturing method characterized by. The method of claim 7, wherein The fur is a feather production method characterized in that the feather of the bird is used. The method of claim 7, wherein The insulating member preparing step further includes a web forming step of forming the web, In the web forming step has a mixed fiber in which the low melting point fibers and the high melting point fibers are mixed to form the web in the card machine, The web of both sides of the hair layer manufacturing method of the padding, characterized in that each provided in a single layer. The method of claim 7, wherein The insulating member preparing step further includes a web forming step of forming the web, In the web forming step has a mixed fiber in which the low melting point fibers and the high melting point fibers are mixed to form the web in the card machine, The web of both sides of the hair layer is a manufacturing method of the padding, characterized in that provided in each fold. The method of claim 7, wherein In the fixing step, the inner and outer fabrics of the padding manufacturing method, characterized in that fixed to the outer surface of the insulating member through a quilted work.

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