TWM472064U - Adhering device having cold prevention filler composite cloth and composite cloth structure thereof and cold prevention jacket made of the same - Google Patents

Description

Adhesive device with cold-proof filling composite cloth and composite cloth structure and cold-proof garment made of composite cloth

The present invention relates to a composite cloth bonding device for a garment industry and a composite cloth structure thereof, and more particularly to a composite cloth bonding device having a cold-proof filling material therein and a composite cloth structure thereof.

Down jackets and winter clothes are popular among consumers because of their good warmth performance, light and fluffy appearance, and rich appearance. The composite fabric used for down jackets and winter clothes is composed of fabrics and linings, and the stuffing of duck down, goose down, etc. in fabrics and linings. In order to prevent the filling between the fabric of the down jacket and the cold-proof clothing and the lining from running, and affecting the warmth effect of various parts of the clothes, it is necessary to separate the space between the fabric and the lining. The conventional method is to use The suture stitches the fabric and the lining into a number of small squares, so that the filler is relatively fixed in a certain area, but the composite cloth when stitched with the suture leaves a dense needle eye, so that the stuffing such as duck down, goose down, etc. It will go through the eye of the needle to the outside of the fabric or lining, resulting in the phenomenon of “running velvet”, which affects the wearing and aesthetic effects.

The purpose of the present invention is to overcome the running velvet defect of the existing down jacket and the cold-proof clothing, and to provide a filling-type down composite fabric structure composed of a plurality of regular or irregularly shaped strip-shaped block spaces.

The technical solution of the present invention: the composite cloth structure comprises two upper and lower layers of cloth, the cloth has a plurality of block spaces, the block spaces are separated from each other and connected to each other, and the cold-proof filler is filled in the area of each composite cloth. Within the block space, thus forming a composite fabric structure with a cold-proof filling.

Each of the block spaces is divided into a straight strip shape, a continuous wave shape, and an arc-shaped one of the adhesive strips to have a regular or irregular shape.

The adhesive strip is disposed on the composite cloth in one of a horizontal or oblique direction.

An anti-cold garment made of the composite cloth structure described above, which is composed of a plurality of block spaces arranged in a horizontal or oblique direction, the block space being filled with a cold-proof filler, the filling The object is one of gas, duck down, goose down, natural plant rayon.

The second technical solution of the present invention: the bonding device of the composite cloth comprises a roll set; an upper layer of the fabric roll, which is wound with an upper layer of cloth, and the upper layer of the cloth roll is driven by the roll set to drive the upper layer of cloth to travel; a layer of fabric reel having a lower layer of fabric, the lower fabric reel simultaneously driving the lower fabric by the pulling of the roller set; a storage slot disposed between the roll set and the upper fabric reel, The storage tank has a binder and is impregnated with a coating roller; a coating machine drum having a plurality of convex portions spaced apart from each other and contacting the coating roller, and the adhesive is applied during operation. Applying to the convex portion of the applicator roller; when the applicator roller is in contact with the upper layer of cloth, the adhesive is applied to the back surface of the upper layer fabric by means of the adhesive strip; The back side of the upper layer of the adhesive is bonded to the front side of the underlying fabric by the traction of the roll set to form a composite cloth having a plurality of block spaces.

The apparatus further includes filling the block space with a cold-proof filler.

The filling material is one of gas, cold-proof duck down, goose down, and natural plant rayon.

The binder is preferably one of an acrylic resin glue, a polyurethane resin glue or a polytetrafluoroethylene glue.

The convex portion on the applicator cylinder is one of a regular or irregular wavy shape, a meander shape, or a concentric arc of various shapes, so that the composite cloth has a regular or irregularly shaped block space.

The block space is arranged on the composite cloth in a plurality of horizontal or oblique directions.

The third technical solution of the present invention: the bonding device of the composite cloth comprises a roll set, which is to perform the traction operation in an intermittent manner; an upper layer of the cloth roll, which is wound with an upper layer of cloth, and the upper layer of the cloth roll is pulled by the roll set And driving the upper layer of fabric; the lower layer of the fabric reel is wound with the lower layer of fabric, and the lower layer of the fabric reel is driven by the pulling of the set of rolls to simultaneously drive the lower layer of fabric, in the upper layer of the fabric roll and the lower layer of the cloth At a certain distance, the bonding operation is performed by means of an adhesive means; when the bonding operation is performed, the upper layer of the cloth and the lower layer of the cloth are bonded to each other at a certain distance by the bonding means to form a bonding strip. A composite cloth having the composite cloth having a block space of a plurality of regular or irregular shapes.

The apparatus further includes filling a block of cold insulation in the block space.

The filler is a cold-proof filler of gas, duck down, goose down, natural plant rayon.

The bonding means is one of high frequency fusion bonding, electrothermal fusion bonding and ultrasonic fusion bonding.

The high-frequency fusion bonding is a bonding means for high-frequency energization of a positive electrode of a high-frequency bonding tool through a negative electrode, and the positive electrode is a regular or irregular wavy shape, a meandering shape of various shapes. Or one of the arcs of the concentric axis.

1‧‧‧Upper fabric reel

10‧‧‧Upper fabric

100‧‧‧Composite cloth

11‧‧‧Conveying roller

12‧‧‧Conveying roller

13‧‧‧Negative electrode

14‧‧‧Roller wheel set

15‧‧‧Roller set

2‧‧‧Under fabric loop

20‧‧‧Under fabric

200‧‧‧The cold coat

3‧‧‧Adhesive strip

30‧‧‧block space

4‧‧‧ Coating machine roller

41‧‧‧ convex

4E‧‧‧High Frequency Bonding Tool

5‧‧‧ Paint roller

6‧‧‧ Storage tank

7‧‧‧Adhesive

8‧‧‧ Roller set

9‧‧‧ oven

1 is a schematic view showing a strip-shaped block composite cloth formed by an adhesive means according to a first embodiment of the present invention; FIGS. 1A to 1E are perspective views showing various modified shapes of a convex surface of a coater drum in FIG. 2 is a schematic view showing a strip-shaped block composite cloth formed by a high-frequency method in the second embodiment of the present invention; FIG. 3 is a plan view schematically showing a composite cloth before the strip-shaped block formed by the creation embodiment is unfilled; 3A is a partial enlarged view of FIG. 3; FIG. 4 is a side cross-sectional view of FIG. 3; FIG. 5 is a view of the strip-shaped block space formed by the bonding operation of the present embodiment, which is filled with a cold-proof filler. The composite cloth is taken as a part of a schematic cross-sectional view; the fifth drawing is a partially enlarged view of the AA line of the fifth drawing; and the sixth drawing is a schematic view of the appearance of the cold outer garment made of the strip-shaped composite cloth of the creation embodiment.

FIG. 1 is a schematic view showing the apparatus for forming a regular strip-shaped block composite cloth by an adhesive means according to the first embodiment of the present invention, wherein the upper layer fabric 10 and the lower layer fabric 20 are coated with a coating machine. The drums 4 are synchronized in the same direction, and the coating roller 5 and the coater drum 4 are operated in the opposite direction. The lower half of the coating roller 5 is immersed in the adhesive storage tank 6, and the adhesive portion 7 on the surface of the coating roller 5 is brought into contact with the applicator roller 4, and the convex portion 41 of the applicator roller 4 is provided with an adhesive. 7. When in contact with the upper fabric 10, the adhesive 7 is applied to the back of the upper fabric 10. Under the action of the roll group 8, the upper layer fabric 10 coated with the adhesive 7 is bonded to the lower layer cloth 20. The bonded composite cloth 100 enters the oven 9 and is cured at a temperature of 80-140 ° C (the length of the bonding operation depends on the nature and thickness of the upper layer fabric 10 and the lower layer fabric 20). The upper layer fabric 10 and the lower layer fabric 20 are firmly bonded together, and after being sent out of the oven 9, the composite cloth 100 is cooled to a normal temperature to be wound into a roll, and the entire production process is completed. The first embodiment of the present invention is a device for forming a regular strip-shaped composite cloth by means of an adhesive.

In detail, the first embodiment of the present invention is a bonding apparatus with a cold-proof filling composite cloth, the apparatus comprising: a roll set 8; an upper layer fabric 10 of an upper fabric roll 1 is pulled by the roll set 8 The lower layer fabric 20 of the lower layer fabric reel 2 is also synchronously traveled by the pulling of the roller group 8; a storage tank 6 with an adhesive 7 is disposed between the roller group 8 and the upper fabric reel 1 a coating roller 5 immersed in the storage tank 6; a coating machine drum 4 joined to the coating roller 5, the peripheral surface of the coating machine drum 4 is provided with a plurality of convex portions 41 spaced apart from each other; The oven 9 in the rear stage of the roll group 8; when the above-mentioned overall synchronous operation, the adhesive 7 on the surface of the coating roll 5 is in contact with the coater drum 4, and the adhesive 7 is applied to the convex portion of the coater drum 4. 41, when the coater drum 4 is in contact with the upper layer fabric 10, the adhesive 7 is applied to the back side of the upper layer fabric 10 in the form of a bonding strip 3 (as shown in Fig. 3); in the roll group 8 Under the pulling action, the upper layer fabric 10 coated with the adhesive 7 and the lower layer cloth 20 are bonded to each other by the adhesive strip 3; The composite cloth 100 enters the oven 9, and after drying in the oven 9, the upper layer The cloth 10 and the lower fabric 20 are bonded together to form a block space 30 having a plurality of regular or irregular shapes. After the oven 9 is sent out, the composite cloth 100 is cooled to a normal temperature to be wound into a roll, and the entire bonding operation is completed. process.

The adhesive used in this embodiment is preferably an acrylic resin glue, a polyurethane resin glue or a polytetrafluoroethylene glue. Before the down jacket or the winter clothes are made, the gas (such as air, nitrogen, etc.) is first used. The cold-proof filler of a single body or a mixture of the inflator, duck down, goose down, etc. is filled into the block space 30 of the above-mentioned strip shape, and then made into a down jacket or a winter clothes, because the strip-shaped block space 30 is not used The suture is sewn, so there is no stitch eye, which completely eliminates the occurrence of running velvet. This is an innovation of the composite fabric construction.

It should be noted that the adhesive means of the above embodiment are formed. For the convenience of description, only the shape of the adhesive strip 3 shown by the convex portion 41 of the first drawing is taken as an example to form a block having a regular strip shape. The composite fabric construction of space 30. However, the actual application fashion can change the convex portion 41 on the coater drum 4 to various convex portions 41A-41D as shown in 4A-4D according to market demand to form various regular or irregular wavy, meandering, or concentric. The various adhesive strips 3 such as circular arcs (or non-concentric arcs) constitute block spaces 30 of different shapes laterally or diagonally spaced apart from each other to achieve the same objectives as the above embodiments.

2 is a schematic view showing a device for forming a regular strip-shaped block space 30 composite cloth 100 by a high-frequency means according to a second embodiment of the present invention, wherein the upper fabric 10 has a cloth roll 1 and a lower cloth 20 under the cloth roll. The cartridge 2 is fed into the high-frequency bonding tool 4E via the conveying rollers 11, 12, and is intermittently intermittent when the intermittent driving roller sets 14, 15 are intermittently operated continuously, that is, when the high-frequency bonding operation is performed. At the time of stopping, a continuous operation of high-frequency welding and bonding is performed, so that the positive electrode 41E of the high-frequency bonding tool 4E is subjected to high-frequency electric current transmission through the negative electrode 13 to make the upper layer fabric 10 and the lower layer cloth. The material 20 is simultaneously welded and bonded, and the positive electrode 41E is one of various shape convex portions irregular or irregular wave shape, meander shape, or concentric axis curve. The composite fabric 100 which has been subjected to the fusion bonding operation is solidified and firmly bonds the upper fabric 10 and the lower fabric 20 together, and the composite fabric 100 can be wound into a roll when it is cooled to a normal temperature to complete the entire production process.

It is worth mentioning that the high-frequency fusion bonding operation time is determined depending on the material, properties and thickness of the upper layer fabric 10 and the lower layer fabric 20, and the high-frequency fusion bonding bonding method of the embodiment is different from the first embodiment. The combination means is the same as the same effect, and belongs to the concept of creation in a broad sense. Similarly, the continuous operation of the intermittent fusion bonding of the second embodiment of the present invention by the high-frequency bonding means can also be applied to the continuous operation of the intermittent electrothermal type and the ultrasonic fusion bonding, and is the same as the above embodiment. OBJECTIVE: The continuous operation of the electrothermal and ultrasonic fusion bonding is similar to the intermittent fusion bonding of the high-frequency bonding means described above. For the sake of simplicity, the drawings and description are omitted.

3 to 4 are views showing the structure of the composite cloth 100 of the strip-shaped block space 30 formed by the bonding means in the above embodiment, which is composed of the upper layer fabric 10 and the lower layer fabric 20, and is composed of the upper layer fabric 10 and the lower layer fabric 20 10 or one of the lower fabrics 20 has strip-shaped adhesive strips 3 every other predetermined distance dimension, thus forming a regular strip-shaped block space 30 between each two adhesive strips 3, the strip-shaped block space 30 is used for filling cold-proof gas (such as air, nitrogen, etc.), inflators, duck down, goose down and other cold-proof fillers.

5 to 5A are schematic cross-sectional views showing the structure of the strip-shaped block space 30 formed by the bonding operation of the above-described embodiment, which is filled with the cold-resistant duck down and goose down composite cloth 100, wherein the strip shape is shown. The block space 30 is filled with cold-proof duck down and goose down, and 30 blocks of each block are separated from each other by strip-shaped adhesive strips 3 and connected to each other. Together, thus constituting a composite fabric 100 having various regular or irregularly shaped block spaces 30, the composite fabric 100 is not stitched with stitches, thereby eliminating the occurrence of "running velvet" phenomenon. A major improvement in the construction of the composite fabric 100.

Fig. 6 is a schematic view showing the appearance of a cold outer garment 200 made of a strip-shaped composite cloth according to an embodiment of the present invention, and a cold outer garment 200 made by the present invention, which is mutually separated and connected to each other. The block composite cloth 100, the adhesive strip 3 only shows the horizontally spaced outer layer of the cold coat, and of course, if necessary, other directions (for example, oblique) adhesive strips 3 can be added to the cold coat, the blocks The shape, the width and the narrowness, and the equivalent of the change, modification, and replacement are the reasonable protection areas of this creation.

100‧‧‧Composite cloth

3‧‧‧Adhesive strip

30‧‧‧block space

Claims (15)

The invention relates to a bonding device with a cold-proof filling composite cloth, comprising: a roll set; an upper layer fabric roll, which is wound with an upper layer of cloth, and the upper layer of the cloth roll is driven by the roll set to drive the upper layer of cloth to travel; a lower layer of fabric roll, which is wound with a layer of fabric, and the lower layer of fabric rolls simultaneously drives the lower layer of fabric by the pulling of the set of rolls; a storage tank is disposed between the roll set and the upper fabric roll, The storage tank has a binder and is impregnated with a coating roller; a coating machine drum having a plurality of convex portions spaced apart from each other and contacting the coating roller, and the adhesive is in operation Applying on the convex portion of the applicator roller; when the applicator roller is in contact with the upper layer of cloth, the adhesive is applied to the back surface of the upper layer fabric by the adhesive strip; The back side of the adhesive-coated upper layer fabric is bonded to the front side of the lower layer fabric by the traction of the roll group to form a composite cloth having a plurality of block spaces. The bonding device of the composite fabric of claim 1, wherein the device further comprises filling the block space with a cold-proof filler. The bonding device for a composite fabric according to claim 2, wherein the filler is one of gas, cold-proof duck down, goose down, and natural plant rayon. The bonding device of the composite fabric according to claim 1, wherein the adhesive is preferably an acrylic resin, a polyurethane resin or a polytetrafluoroethylene rubber. One of them. The bonding device of the composite fabric according to claim 1, wherein the convex portion on the coating machine drum is one of a regular or irregular wave shape, a meander shape, or a concentric arc shape of various shapes. The composite cloth is made to have a regular or irregularly shaped block space. The bonding device of the composite fabric according to claim 1, wherein the block space is arranged on the composite cloth in a plurality of horizontal or oblique directions. A bonding device with a cold-proof filling composite cloth, the device comprising: a roll set, which is an intermittent running operation; an upper layer of cloth roll, which is wound with an upper layer of cloth, and the upper layer of the cloth roll is subjected to the roll set Traction to drive the upper layer of fabric; the lower layer of fabric reel is wound with a layer of fabric, and the lower layer of fabric rolls simultaneously drives the lower layer of fabric by the traction of the set of rolls, in the upper layer of the fabric roll and the lower layer of cloth The bonding operation is performed by a bonding method at a certain distance of the cylinder; when the bonding operation is performed, the upper layer fabric and the lower layer fabric are bonded to each other at a certain distance by the bonding means. A composite cloth is formed such that the composite cloth has a block space of a plurality of regular or irregular shapes. The bonding device of the composite fabric of claim 7, wherein the device further comprises filling the block space with a cold-proof filler. The bonding device for a composite fabric according to claim 8, wherein the filler is a cold-proof filler of gas, duck down, goose down, and natural plant rayon. The bonding device for a composite fabric according to claim 7, wherein the bonding means is one of high-frequency fusion bonding, electrothermal fusion bonding, and ultrasonic fusion bonding. The bonding device for a composite fabric according to claim 10, wherein the high-frequency fusion bonding is a bonding means for a high-frequency power supply of a positive electrode of a high-frequency bonding tool through a negative electrode. The electrodes are one of various shape convex or irregular wavy, meandering, or concentric arc. A composite fabric structure with a cold-proof filling material, comprising two upper and lower layers of cloth, the cloth having a plurality of block spaces, the block spaces are separated from each other and connected to each other, and the cold-proof filler is filled in the area of each composite cloth. Within the block space, thus forming a composite fabric structure with a cold-proof filling. The composite fabric structure according to claim 12, wherein each of the block spaces is separated by a strip shape, a continuous wave shape, and an arc shape, and has a rule or not. The shape of the rule. The composite fabric construction of claim 13, wherein the adhesive strip is laid on the composite fabric in one of a horizontal or oblique direction. An anti-cold garment made of the composite fabric structure according to claim 12, wherein the cold-proof garment is composed of a plurality of block spaces arranged in a horizontal or oblique direction, and the block space is The inside is filled with a cold-proof filler, which is one of gas, duck down, goose down, and natural plant rayon.