WO2009017273A1

WO2009017273A1 - Hand pack and method for manufacturing the same

Info

Publication number: WO2009017273A1
Application number: PCT/KR2007/004525
Authority: WO
Inventors: Eui-Soon Lim
Original assignee: Eui-Soon Lim
Priority date: 2007-07-31
Filing date: 2007-09-18
Publication date: 2009-02-05
Also published as: KR100876901B1

Abstract

The present invention relates to a hand pack and a method for manufacturing the same, and the hand pack and the method for manufacturing the same according to the present invention includes a main body, in which a finger insertion part and an insertion part for a back of hand are integrally formed in the symmetrical shape of a pair of gloves or mittens or in the mixed shape of glove and mitt while being maximally contacted to the hand, is provided to enable a film layer to be an outer layer and a functional product supply layer to be an inner layer by interposing and bonding the film layers between the functional product supply layers and turning over the layers, and to enable the functional products for skin care to be supplied to at least one of the functional product supply layers.

Description

[DESCRIPTION] [Invention Title]

HAND PACK AND METHOD FOR MANUFACTURING THE SAME [Technical Field]

<i> The present invention relates to a hand pack and a method for manufacturing the same, more particularly to a hand pack and a method for manufacturing the same that can enable a user to read books by frictional force of an end portion of his/her finger due to its material property, and prevent a back portion of the hand pack from getting loose, and supply nutrition to a portion of his/her nail, and can be easily opened, and prevent a functional product from flowing down when the user raises his/her hand, and can be used as a sales promotion material or an advertisement material. [Background Art]

<2> Generally, a hand pack protects moisture and maintains the skin elasticity, and continuously supplies nutritional ingredients for preventing degradation of skin functions by supplying supplies functional products such as a nourishing cream, an essence and the like for health and elasticity care of hands to its inner layer of glove shape.

<3> Moreover, packs for facial care, for example, a mask pack, an eye pack, a nose pack and the like, have been manufactured, and sold on the market , which are provided in a form of pack for being easily worn on parts for beauty care.

<4> In the conventional hand pack, the inner layer supplied with essence is inserted into a vinyl layer in the form of mitten or glove, and then the hand pack is alternatively used on both hands. However, there are problems that it is impossible to enable a user to take other actions such as reading books with wearing it and to intensively supply nutrition to a specific portion such as a nail is uniformly supplied and the part corresponding to back of hand becomes loose.

<5> Additionally, there are problems that the skin or clothing of the user is stained with the functional products, the essence because the essence supplied to the inner layer is liquid, when the user raises his/her hand, and the outer and inner layers are formed so as to have the same area and they become loose at the back portion of the pack and thus the effect of supplying nutritional ingredients is reduced because the adhesive force to the skin becomes weak.

[Disclosure]

[Technical Problem]

<6> The present invention has been made to solve the above-mentioned problems, and an object of the present invention is to provide a hand pack and a method for manufacturing the same that enable a user to read books by frictional force of an end portion of his/her finger due to its material property, and prevent a back portion of the hand pack from getting loose, and supply nutrition to a portion of the nail, and can be easily opened, and prevent a functional product from flowing down when the user raises his/her hand, and can be used as a sales promotion material or an advertisement material .

[Technical Solution]

<7> According to an aspect of the present invention, there is provided a hand pack, which includes: a main body in which a finger insertion part and an insertion part for a back of hand are integrally formed with each other in the form of a pair of gloves being symmetrical and maximally contacted to the hand; an outer layer; and an inner layer, where the outer and inner layers are respectively a film layer and a functional product supply layer formed by interposing film layers between functional product supply layers and bonding them altogether and then turning over them, and a functional product for skin care is provided in at least one functional product supply layers. [Advantageous Effects]

<9> The hand pack and method for manufacturing the same according to the present invention have following effects. The hand pack enables a user to read books by frictional force of an end portion of his/her finger due to its material property, and prevent a back portion of the hand pack from getting loose. Additionally, the hand pack and method for manufacturing the same can supply nutrition to a portion of his/her nail and can be easily opened, and prevent a functional product from flowing down when the user raises his/her hand, and can be used as a sales promotion material or an advertisement material .

[Description of Drawings]

<io> The above and other objects, features and advantages of the present invention will be more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which:

<π> FIG. 1 is a plan view illustrating a hand pack according to an exemplary embodiment of the present invention;

<12> FIG. 2 is a bottom view illustrating a bottom portion of the hand pack;

<13> FIG. 3 is a side cross-sectional view illustrating a different form of extension part in a finger insertion part of the hand pack;

<i4> FIG. 4 is a plan view illustrating a double layered part on an upper surface of a main body of the hand pack;

<i5> FIG. 5 is a side cross-sectional view illustrating a state such that a bent part is formed in a wrist part of the hand pack;

<16> FIG. 6 is a plan view illustrating an injection hole and a sealing member equipped on an upper surface of the main body of the hand pack;

<i7> FIG. 7 is a plan view illustrating an opening part of the main body of the hand pack;

<i8> FIG. 8 is a plan view illustrating a tension member provided in the main body of the hand pack;

<i9> FIG. 9 is a side view illustrating a hand pack according to another exemplary embodiment of the present invention; <20> FIG. 10 is a side view illustrating a hand pack according to still another exemplary embodiment of the present invention! <2i> FIG. 11 is a plan view illustrating a hand pack according to still another exemplary embodiment of the present invention; and <22> FIGS. 12 to 17 are process diagrams illustrating a method for manufacturing the hand pack according to the present invention.

<23>

[Best Mode]

<24> Hereafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawing. The aspects and features of the present invention and methods for achieving the aspects and features will be apparent by referring to the embodiments to be described in detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments disclosed hereinafter, but can be implemented in diverse forms. The matters defined in the description, such as the detailed construction and elements, are nothing but specific details provided to assist those of ordinary skill in the art in a comprehensive understanding of the invention, and the present invention is only defined within the scope of the appended claims. In the entire description of the present invention, the same drawing reference numerals are used for the same elements across various figures.

<25> Referring to FIGS. 1 and 2, the hand pack according to a desired exemplary embodiment of the present invention is a main body 100 provided in the form of a pair of gloves or mittens being symmetrical so as to be worn on both hands.

<26> There are an advantage that the main body 100 includes both forms of glove and mitten and crease parts between fingers are formed at the distance spaced by 3 to 4 cm from an end of the finger, and thus a user can simply read books or do computer typing work and an area where functional products are supplied to the back of hand and an upper portion of the finger can be enlarged. (See FIG. 1) <27> The main body 100 includes an upper surface contacted with the back of the hand and a lower surface contacted with the palm edge portion. The main body 100 is bonded by high frequency pressing, except an opening part 122..

<28> The main body 100 is formed by a finger insertion part 110 and an insertion part for a back of hand 120 integrally formed with each other while being maximally contacted to the hand. Further, the main body 100 is provided with a functional product supply layer 102 for supplying functional products for hand care to the upper and lower surfaces, and a film layer 104 formed on the functional product supply layer 102. The film layer 104 protects the functional product and prevents other parts from being stained by the functional product.

<29> In this time, in the main body 100, the functional product supply layer 102( i.e., the inner layer) and the film layer 104(i.e., the outer layer) may be integrally formed with each other by coating the film layer 104 on the surface of the functional product supply layer 102. Alternatively, the functional product layer 102 and the film layer 104 may be formed so as to be separated from each other. The exemplary embodiment shows that the main body 100 is integrally formed. In the embodiment, the two layers are integrally formed.

<30> The main body 100 is turned over so as to form the functional product supply layer 102 as the outer layer, and to form the film layer 104 as the inner layer, before sealing of the opening part 122, for easily supplying functional products to the functional product supply layer 102 according to coating or injection of the functional products in manufacturing the hand pack.

<3i> The functional products supplied to the functional product supply layer 102 include essence in liquids, such as collagen, coenzyme QlO, ginkgo extract, acacia collagen, macadamia nut oil, retinol (Vitamin A), noni extract and the like, independently or compositively.

<32> The functional product supply layer 102 is made of rayon or cotton or nonwoven fabric partially containing rayon and cotton, and the film layer 104 is made of polyurethane or polypropylene.

<33> Both sides or one side of the bonded part of the finger insertion part 110 are concaved so as to form an air path 111 that is a gap between a finger and the bonded part. In other words, the air path 111 prevents inflow air from being collected in the finger insertion part 110, when the user wears the main body 100 on the hand, and thus end parts of the finger are completely contacted, thereby allowing nutritions to be easily supplied to the end parts of the fingers.

<34> In the main body 100, an extension part 112, a double layered part 114 and a bent part 124 are formed, and the extension part 112 is extended from the inner ends of the finger insertion part 110 to its both sides, and located at the nail part in bilaterally symmetrical, so as to supply nutritions to the nail part by functional products.

<35> In the exemplary embodiment, the extension part 112 is formed in the shape of symmetrical arc, but not limited thereto, and it may be variously modified.

<36> Further, an extension part 112^' according to another exemplary embodiment is extended from an inner end of the finger insertion part 110 in the shape of asymmetrical arc, but not limited thereto. (See FIG. 3)

<37> The double layered part 114 is formed so as to be partially overlapped so as to prevent the insertion part for a back of hand 120, corresponding to the back of hand, from getting loose after wearing the main body 100 on the hands, and the upper surface of the body 100 is bonded by high frequency pressing after cutting the upper surface of the main body 100 about the double layered part 114 as a reference point, thereby reducing the area of the upper surface of the main body 100 in comparison with that of the lower surface.

<38> In this time, the double layered part 114 is bonded in a state that a part near the opening part 122 is located in a lower side and a part near the finger insertion part 110 is located in an upper side, so as to prevent the end parts of the fingers from being caught during use of the hand pack. <39> The double layered part 114 is folded in horizontal shape at both upper and lower parts or the upper part may be formed in horizontal shape and the lower part may be formed in shape of ¹I='.

<40> The double layered part 114 may be formed in a shape selected from horizontally or vertically round, horizontally or vertically straight, horizontally or vertically zigzag, horizontally or vertically symmetrical round, horizontally or vertically symmetrical straight and horizontally or vertically symmetrical zigzag shapes. In the embodiment, a round shape is illustrated, but not limited thereto. It may be variously modified.

<4i> A double layered part 114' according to another exemplary embodiment, as shown in FIG. 4, may be folded to allow a plurality of points on the upper surface of the main body 100 to be picked up and attached in a vertical direction, and then attached to the main body 100 by high frequency pressing. In other words, the double layered part 114' is folded so as to enable the back of hand to be attached to insertion part for a back of hand 120.

<42> Referring to FIGS. 5(a) to (d), the bent part 124 prevents functional products in a liquid state from flowing out through the opening part 122 when a user raises his/her hand while sealing the opening part 122.

<43> In other words, the bent part 124 is formed by folding the opening part 122, that is the lower end of the insertion part for a back of hand 120, inwardly about 3cm, and the bonded part 126 is formed by bonding by high frequency pressing at a position spaced of about 1 cm from the end of the opening part 122.

<44> The main body 100 is sealed by the bonded part 126 and the user can easily open and use the hand pack by pulling the bent part 124 of the opening part 122 outwardly after gripping the bent part 124 of the opening part 122 with both hands.

<45> Referring to FIG. 6, in the insertion part for a back of hand 120 on the upper surface of the main body 100, an injection hole 128 having a diameter of about 3 to 5 mm for easily supplying functional products to the lower end of the product supply layer 102, and a sealing member 130 is attached on the surface, as a sticker printed with words for sales or advertisement so as to open and close the injection hole 128.

<46> Referring to FIG. 7, when an end of the opening part 122 of the main body 100 is inserted into the inside the insertion part for a back of hand 120, about the bent part 124 as a reference point, the area of an inserted part is almost similar to that of a part to be inserted, and thus the back of hand is not completely contacted and gets loose. Thus, in order to prevent the back of hand from getting loose, the end part of the opening part 122 is formed so as to be inclined with an angle of about 45 to 60 degrees, so that its area becomes narrower and thus the contact part becomes smaller, thereby reducing a caught part and improving adhesive force.

<47> On the inner or outer surface of the lower part of the opening part 122 formed in the insertion part for a back of hand 120, polyurethane coated with adhesives is provided in thickness of 0.04 to 0.07 mm and attached so as to be partially added to the insertion part for a back of hand 120 using the adhesives and a tension member 132 is further provided to give a tension property to the wrist part.

<48> In other words, when the user wears the hand pack after separating the bent part 124, the tension member 132 is closely contacted while being contracted to the wrist part, thereby preventing functional products from flowing out the outside when the user drives a car or raises his/her hand.

<49> Therefore, according to a using procedure of the hand pack of the present invention, first when the user grips and pulls the bent part 124 of the sealed opening part 122 outwardly with both hands in case of wearing the main body 100 on the hands for hand care, the bonded part 126 is separated and the user wears the main body 100 on the hand through the opening part 122.

<50> In this time, the hand pack is contracted by the tension member 132 at the opening part 122, the adhesive force is increased.

<5i> In order to prevent air from being filled in the finger insertion part 110 while air flows into the main body 100 at the time of wearing the main body 100, air is guided and flowed to the insertion part for a back of hand 120 through the air path 111 formed in bonded parts of both ends of the finger insertion part 110, and thus ends of the fingers are completely contacted to the finger insertion part 110 and nutritional ingredients can be easily supplied thereto.

<52> On the other hand, the functional products may be further added to the extension part 112 extended on both sides of the end inside the finger insertion part 110 and the extension part 112 is located in the nail part, it is possible to intensively supply nutrition to the nail part.

<53> In addition, in order to prevent the back part of the pack from getting loose in a state that the user wears the main body 100 on hands, the area of the upper surface of the main body 100 is relatively reduced than that of the lower surface by forming the double layered parts 114 and 114^' on the upper surface of the main body 100.

<54> The bonded part 126 is formed in the bent part 124 for easily opening the sealed opening part 122 before using it, and the main body 100 is provided so as to be closely contacted to the hand, thereby preventing functional products from flowing down from the functional product supply layer 104.

<55> Further, as not shown in drawings, words for sales or advertisement may be printed on the upper surface of the main body 100 and may be used for sales or advertisement.

<56> When the functional products are supplied to the functional product supply layer 104, the functional products are injected through the injection hole 128 according as the injection hole 128 formed in the insertion part for a back of hand 120 is formed. Further, when the functional products are completely injected, the injection hole 128 is sealed by being closely contacted to the sealing member 130 provided as a sticker on its upper part.

<57> A hand pack according to another exemplary embodiment, referring to FIG. 9, is similar to that of the above exemplary embodiment. The difference is that, when the upper and lower surfaces included in a main body 100^' are bonded, the upper surface including a film layer 102^' and a functional product supply layer 104^' is formed so as to have a three-dimensional shape of hand by heating and pressing the upper surface in a mold engrave of a shape of hand, and the lower surface is formed in plane shape, then the edges of the upper and lower surfaces are bonded by high frequency.

<58> Like this, when the user inserts his/her hands into the main body 100' by the three-dimensional main body 100^' , it is easy to wear the hand pack.

<59> A hand pack according to still another exemplary embodiment of the present invention, referring to FIG. 10, is similar to that of the first exemplary embodiment. The difference is that, a main body 100^" is integrally formed with a coating layer 104" made of polyurethane or polypropylene on the surface of a functional product supply layer 102^" made of nonwoven fabric.

<60> The thickness of the coating layer 104^" may be 0.015, 0.020 or 0.025mm and the like, and it can be increased and reduced.

<6i> According as the coating layer 104^" is coated on the surface of the functional product supply layer 102" , it is possible to prevent an inner attached part from getting loose.

<62> A method for manufacturing the hand pack, referring to FIGS. 12 to 17, includes the steps of: interposing upper and lower film layers between upper and lower functional product supply layers and bonding the upper and lower functional product supply layers and upper and lower film layers according to the shape of hand (a); cutting a main body along the bonded part of the main body including the upper and lower functional product supply layers and the upper and lower film layers (b); supplying functional products for skin care to the upper and lower functional product supply layers (c); turning over the upper and lower film layers located inside the main body (d); folding an opening part of the main body inwardly in a direction of inserting hands (e); and bonding a position spaced with a predetermined distance from the folded part of the opening part by high frequency (f).

<63> In the step (a), the upper and lower functional product supply layers 102 and the upper and lower film layers 104 are prepared and the upper and lower film layers 104 are located inside the upper and lower film layers 104 made of nonwoven fabric, and the upper and lower functional product supply layers 102 and the upper and lower film layers 104 are bonded in hand shape by high frequency. (See FIGS. 12 and 13)

<64> The film layer 104 is located on the surface of the functional product supply layer 102 so as to be formed with the layer 102 before the step (a).

<65> Alternatively, the film layer 104 is interposed inside the functional product supply layer 102 so as to be separately formed before the step (a).

<66> In this time, the functional product layer 102 is made of rayon or cotton or nonwoven fabric partially containing rayon and cotton, and the film layer 104 is made of polyurethane or polypropylene.

<67> In this time, the double layered part 114 is formed for folding the insertion part for a back of hand 120 partially so as to allow the main body 100 to be closely contacted to the back of hand, without getting loose when the user wears the upper part of the main body 100, during the step (a).

<68> In the step (a), a rounding is formed in engraved shape in the bonded part of the finger insertion part 110, so that the air path 111 is formed so as to guide injected air toward the back of hand during use and flowing the air out to outside.

<69> In the step (a), the area of the end of the wrist part of the main body 100 becomes narrower and inclined so as to prevent the end from getting loose in case of being inserted into the insertion part for a back of hand 120, about the bent part 124 as a reference point, accordingly it improves adhesive force on the inserted part.

<70> In the step (a), the tension member 132 is further equipped for giving tension property to the wrist part at the time of wearing the main body 100 by partially attaching polyurethane coated with adhesives on the inside or outside of lower part of the insertion part for a back of hand 120, so as to prevent the functional products from flowing outside.

<7i> On the other hand, the main body 100 in the step (a) is formed so as to enable the upper surface including the upper functional product supply layer 120 and the upper film layer 104 to have a three-dimensional hand shape in a mold engrave of a shape of hand among the upper and lower film layers 104 interposed inside the upper and lower functional product supply layers 102, and the lower surface including the lower functional product supply layer 102 and the lower film layer 104 to be formed in plane shape, thereby bonding the upper and lower surfaces mutually.

<72> Like this, when the upper surface of the main body 100 is formed in three-dimensional, it is easy to wear the main body 100, the hand pack, on the hands.

<73> In the step (b), the upper and lower film layers 104 are interposed inside the upper and lower functional product supply layers 102 and the main body 100 is cut along the bonded line after bonding the main body 100 in shape of hand. (See FIG. 14)

<74> In this time, in the step (b), in the finger insertion part 110 the extension part 112 is formed and cut to both sides of the end of the upper and lower functional product supply layers 102 or the end of the lower functional product supply layer 102.

<75> In the step (c), functional products such as essence to the functional product supply layer 102 including the upper and lower layers are supplied.

<76> The above functional products include essence in a liquid state, for example, collagen, coenzyme QlO, ginkgo extract, acacia collagen, macadamia nut oil, retinol (Vitamin A), noni extract and the like, independently or compositiveIy.

<77> In this time, a step of attaching the sealing member 130 printed with words for sales or advertisement in type of a sticker having the adhesive force on the lower surface is further performed, so as to form the injection hole 128 on the lower surface of the back of hand insertion part 120 for injecting the functional products after the step (c).

<78> In the step (d), the functional product supply layer 102 that is the outer layer is formed so as to be the inner layer by turning over the film layer 104 that is the inner layer. (See FIG. 15) <79> The step (d) is performed to make it easy to supply functional products to the functional product supply layer 102.

<80> In the step (e), the bent part 124 is formed by folding the opening part 122 inwardly about 3cm. (See FIG. 16)

<8i> In the step (f), the bonded part 126 is formed and sealed by bonding a part spaced with about lcm from the bent part 124 formed near the opening part 122. (See FIG. 17)

<82> On the other hand, in the step (f), the functional products of a liquid state is prevented from overflowing through the opening part 122 by the bent part 124 in a state that the user wears the main body 100 of the hand pack on hands, and the functional products are received inside the bent part 124.

<83> In addition, after the step (f), the step of printing words for sales or advertisement on the upper surface of the main body 100 may be further performed, for using the hand pack as materials for sales or advertisement. [Industrial Applicability]

<84> The present invention can be applied and adapted to the hand pack.

Claims

[CLAIMS] [Claim 1]

<86> A hand pack, comprising:

<87> a main body, which a finger insertion part and a insertion part for a back of hand are integrally formed in the form of a pair of gloves or mittens or mixed shape of gloves and mittens,

<88> wherein, locating and bonding film layers between functional product supply layers interposing and turning over the bonded layers, so that it enables the film layer to be an outer layer and the functional product supply layer to be an inner layer, and functional products for skin care are supplied to at least one of the functional product supply layers.

[Claim 2]

<89> The hand pack of claim 1, wherein the film layer is made of polyurethane or polypropylene, and the functional product supply layer is made of rayon or cotton, or nonwoven fabric partially containing rayon and cotton.

[Claim 3]

<90> The hand pack of claim 1, wherein the edge part of the main body is bonded by high frequency pressing.

[Claim 4]

<9i> The hand pack of claim 3, wherein the main body is integrally formed by enabling the film layer to be coated on the surface of the functional product supply layer.

[Claim 5]

<92> The hand pack of claim 3, wherein the main body is separated into the functional product supply layer and the film layer.

[Claim 6]

<93> The hand pack of claim 4 or 5, wherein a double layered part is formed to be partially overlapped on the upper surface of the main body, so as to enable the main body to be maximally contacted to the back of hand, without getting loose.

[Claim 7]

<94> The hand pack of claim 6, wherein the double layered part is formed in one of various shapes, such as round, straight, zigzag, symmetrical round, symmetrical straight and symmetrical zigzag shapes.

[Claim 8]

<95> The hand pack of claim 6, wherein the double layered part is double- layered by cutting the upper surface of the main body, or by being folded for double-layering at least one in a vertical direction.

[Claim 9]

<96> The hand pack of claim 1, wherein one end or both ends of the bonded part of the finger insertion part is rounded in an engraved shape, and an air path is formed so as to guide air injected during use to the back of hand and flow air out to outside.

[Claim 10]

<97> The hand pack of claim 1, wherein a bent part, which is bent inwardly the insertion part for a back of hand at a predetermined length, is formed on the end of the wrist part of the main body, and a bonded part, which is bonded so as to be torn and opened at a location spaced in a direction of the finger insertion part from the bent part, is formed.

[Claim 11]

<98> The hand pack of claim 10, wherein the area of the end of the opening part of the main body inserted into the insertion part for a back of hand becomes narrower and inclined toward a direction opposite to the opening part .

[Claim 12]

<99> The hand pack of claim 10, wherein an extension part is formed in a nail part inside the finger insertion part.

[Claim 13]

<ioo> The hand pack of claim 12, wherein the extension part is formed in one of various shapes, such as a symmetrical shape extended to both sides of the end inside the finger insertion part or an asymmetrical shape extended to the end inside the finger insertion part.

[Claim 14]

<ioi> The hand pack of claim 1, wherein an injection hole into which functional products are injected is formed on the upper surface of the main body, and a sealing member is provided as a sticker printed with words for sales or advertisement so as to open and close the injection hole.

[Claim 15]

<iO2> The hand pack of claim 1, wherein words for sales or advertisement are printed on the upper surface of the main body.

[Claim 16]

<iO3> The hand pack of claim 1, wherein a tension member is further provided, to which polyurethane coated with adhesives is partially attached, on the inner or outer surface of the lower end of the back of hand insertion part.

[Claim 17]

<iO4> The hand pack of claim 1, wherein the functional products supplied to the functional product supply layer include essence of a liquid state, such as collagen, coenzyme QlO, ginkgo extract, acacia collagen, macadamia nut oil, retinol and noni extract, independently or compositively.

[Claim 18]

<iO5> A method for manufacturing the hand pack, comprising:

<iO6> (a) interposing upper and lower film layers between upper and lower functional product supply layers and bonding the upper and lower functional product supply layers and the upper and lower film layers according to the shape of hand;

<iO7> (b) cutting the main body including the upper and lower functional product supply layers and the upper and lower film layers along the bonded part of the main body;

<iO8> (c) supplying functional products for skin care to the upper and lower functional product supply layers; and

<i09> (d) turning over the upper and lower film layers located inside.

[Claim 19] <iio> The hand pack manufacturing method of claim 18, wherein the upper and lower functional product supply layers in the step (a) are made of rayon or cotton, or nonwoven fabric partially containing rayon and cotton, and the upper and lower film layers are made of polyurethane or polypropylene.

[Claim 20]

<πi> The hand pack manufacturing method of claim 18, wherein a step of coating the film layer on the functional product supply layer is included, before the step (a).

[Claim 21]

<112> The hand pack manufacturing method of claim 20, wherein the edge of main body is bonded by high frequency pressing in the step (a).

[Claim 22]

<ii3> The hand pack manufacturing method of claim 18, wherein a double layered part is formed to enable the main body to be partially double-layered and be maximally contacted to the upper surface of the main body without getting loose, during the step (a).

[Claim 23]

<ii4> The hand pack manufacturing method of claim 18, wherein, during the step (a), when the end of the opening part of the main body is inserted into the insertion part for a back of hand about the bent part as a reference point, its area becomes narrower and inclined in a direction opposite to the opening part, so as to prevent the main body from getting loose.

[Claim 24]

<ii5> The hand pack manufacturing method of claim 18, wherein, during the step (a), a tension member is further provided on an inner or outer surface of the lower end of the insertion part for a back of hand, for giving a tension property to the wrist part by partially attaching polyurethane coated with the adhesives.

[Claim 25]

<ii6> The hand pack manufacturing method of claim 18, wherein, during the step (b), in the finger insertion part of the main body, an extension part is formed and cut on both sides of the end of the upper and lower functional product supply layers or on the end of the lower functional product supply

1ayer .

[Claim 26] <ii7> The hand pack manufacturing method of claim 18, wherein, the step (c) is injecting functional products through the injection hole formed on the upper surface of the main body.

[Claim 27] <ii8> The hand pack manufacturing method of claim 18, after the step (d), further comprising: <ii9> (e) forming a bent part for bending the end of the opening part of the main body inwardly to a direction of inserting the hand; and <12O> (f) forming a bonded part for bonding a location spaced with a predetermined interval from the bent part of the opening part by high frequency compressing.

[Claim 28]

<i2i> The hand pack manufacturing method of claim 18, further comprising: <122> (g) after the step (c), attaching a sealing member printed with words for sales or advertisement on the upper surface after injection of the functional products^', and <123> (h) after the step (d), printing words for sales or advertisement on the upper surface of the main body.

[Claim 29] <i24> The hand pack manufacturing method of claim 18, wherein an air path is formed so as to guide air injected during use toward the back of hand and flow the air outside, according as a rounding is formed in engraved shape in the bonded part of the finger insertion part, in the step (a).

[Claim 30] <125> The hand pack manufacturing method of claim 18, wherein the functional products in the step (c) include essence of a liquid state, independently or compositively, such as collagen, coenzyme QlO, ginkgo extract, acacia collagen, macadamia nut oil, retinol and noni extract.