JP2006132072A - Hand-braiding method for hair with skin net and wig produced thereby - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an NFP hand-braiding method to improve the appearance of the hand-braided hair by keeping the hair root standing above a skin net while preventing the exposure of the knot, from the net skin, formed by the bonding of the hair with the net and protruding the hair root from the skin in a natural manner and provide a wig produced by the method. <P>SOLUTION: The hand-braiding method for hair is carried out by placing a skin net above a net and drawing the hair braided by hand to the net above the skin net. The knot formed above the skin net by the bonding of the hair with the net is not exposed to the outside, the bottom of the skin net holding the hair root is made of a soft skin net similar to the skin and the planted hair has a beautiful natural appearance. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a hair knitting method using a skin net and a wrinkle manufactured by the method, and in particular, a skin net similar to the skin is superimposed on the top of the net, and the hair (hair) is hand knitted (binding) to the net. ) And then pulling out again to the top of the skin net, the hair knot does not appear on the outside of the skin net, the site where the hair root is located forms a soft skin surface similar to the skin, The present invention relates to a hand knitting method (hereinafter referred to as “NFP (NEW FRENCH PART) hand knitting method)” using a skin net that can make use of natural appearance beauty as it is, and a cocoon manufactured thereby.

  In general, a heel is manufactured using a completed net formed by hand-knitting a series of hairs on a thin net, and it is worn on the corresponding part without the hair or the entire head and worn by the wearer. Plays a role in enhancing hairstyles.

  As shown in FIGS. 1a to 1c below, a conventional general hand knitting method for making a completed net used for manufacturing such a kite is a method of knitting hairs 3 to a net-like net 1 and hand knitting needles. 5 to form a finished net in which the hair 3 of a certain shape is knitted.

  As shown in FIG. 1a, a single hair 3a to be knitted on the net 1 in a state in which a certain amount of hair 3 is captured using the thumb and index finger of one hand h1 of the operator, the needle 5 After being used and pulled out, it is attached to the net 1. At this time, based on the thumb and index finger part holding a certain amount of hair 3, the upper hair is a length corresponding to about 1/3 of the total length, and the lower hair is the length of the entire hair. It is preferable to be about 2/3.

  FIG. 1c is an enlarged view showing a state in which a single hair 3a is bound to a net and a knot is formed.

  The conventional hand-knitting method for binding the single hair 3a to the yarn 7 of the net 1 has the following six types depending on the shape of the hair 3a bound to the net 7.

  2a to 2f are diagrams showing the six hand knitting methods. Each of the above-mentioned drawings is in the order of single knit, half single knot, half double knot, double knot, semi single knit. And single hand knitting (half single and single knot) and V hand knitting (V knot), respectively.

  The illustrated hand-knitting method is a known technique and will be briefly described below.

  In the single-handed knitting in FIG. 2a, two branched portions of the bristles 3a are simultaneously rotated 360 degrees through the holes of the needles 5 and then the pulling bristles 3a are attached to the net 1 so as to be pulled out to the portions where the needle holes are applied. Is the method.

  In the semi-single-handed knitting of FIG. 2b, only the portion close to the needle 5 (the one that grips the hair short) of the branched portion of the bristles 3a is applied to the hole of the needle 5 and rotated 360 degrees, and then the hole of the needle 5 is applied. In this method, the pulling hair 3a is bound to the net 1 so as to be extracted into a portion.

  In the half-handed knitting of FIG. 2c, the hole of the needle 5 is rotated 360 degrees after one of the branched parts of the bristles 3a (the one that holds the bristles long) is rotated, pulled out to the center, pulled again, and left again This is a method in which the hair 3a is bound by pulling out the portion of the needle 5 where the hole is applied, after rotating 360 degrees with one of the wires.

  In the double-handed knitting in FIG. 2d, the two branched portions of the bristles 3a are simultaneously applied to the hole of the needle 5 and rotated 360 degrees, and then pulled so as to be pulled out to the portion where the needle hole is applied. This is a method of pulling out to the central portion and binding the pulling hair 3a.

  In the half-single knitting and single-handed knitting in FIG. 2e, both the hairs branched again after the half-single knitting are simultaneously applied to the hole of the needle 5 and rotated 360 degrees, and then extracted to the portion where the hole of the needle 5 is applied. This is a method of binding the pulling hair 3a.

  The V hand knitting in FIG. 2f is a method of binding the hairs 3a by pulling out the short hairs 3a immediately without pulling them out from the skin net.

  In particular, in the step of binding the hair 3a to the net 1 in the conventional hand knitting method, the hair 3a to be bound must be firmly tightened so that it does not fall off. Care must be taken not to damage 3a and net 1.

  As described above, the conventional cocoon manufacturing process for manufacturing the cocoon using the hand knitting method of connecting the single hair 3a to the net 1 is performed as follows.

  The conventional process is “PU (Poly urethane) form → base → cutting → sewing machine (Sewing M / C) → H / J (Hand Join) → cap coating → EPI setting → remolding → cap inspection → ventilation → final coating → Final inspection → Packing ”, and the hand-knitting method of the present invention is performed in the ventilation process after the cap inspection process. That is, the ventilation process is a hand knitting operation in which one or two hairs are manually hand-manufactured directly on the top of the cap that has passed the cap (Cap) inspection. As a hand knitting method applied at this time, One of the six methods described above.

  For reference, a brief description of each of the conventional steps is as follows.

  First, the PU foam process is the first process of cap production, which is the process of transferring the pattern size and contour to Mold, the process of matching the cap size, shape and outer frame line with the user's pattern. Do the same.

  The base process is a process of making a net shape in accordance with a user's pattern, and is an operation process for ensuring that the mold and the cap are in close contact with each other. The cutting process is a process of cutting unnecessary portions with a patch / skin. The sewing machine process is a process of sawing a part or the like to which a patch part or the like must be connected.

  The H / J (Hand Join) process is a process in which the overlapping part of the net is wrapped with yarn without PU-Join, and the cap coating process is performed on the joined part of the PU-skin / PU-patch. Apply polyurethane 3-5 times, so that the net and PU are not separated in the subsequent process so that the stitched part does not become rough. The EPI setting process is a process of resin treatment using a predetermined chemical (EPI) so that the net structure of the net portion does not leave. The resin-treated network structure becomes hard and maintains a fixed state to some extent. Become.

  The remolding process is a process in which the cap is pulled and fixed to the mold according to the contour size, and the shape is maintained by heat treatment, and the cap inspection process is performed to break the cap size, cap ring, and net according to the pattern. This is a process for inspecting for the presence or absence of the above.

  FIGS. 3a and 3b show a state in which the hair is bound to the net by the above-described conventional hand-knitting method, and is an enlarged view of the knot portion where the hair 3a and the net 1 are joined.

  As shown in the drawing, a knot 3b is formed on the upper surface of the net 1 to which the bristles 3a are bound, and the knot 3b is exposed so as to protrude to the outside, which impairs the appearance. In addition, the top surface of the net 1 that contacts the bottom of the hair 3a is not only rough, but also the phenomenon that the hair 3a flutters laterally as shown in FIG. .

  Therefore, the present invention is to solve the above-mentioned conventional problems. The skin net is overlapped on the upper part of the net, and the hand-knitted hair is pulled up to the upper part of the skin net, thereby connecting the hair and the net. The hair knots are not exposed at the top of the skin net while keeping the knots from wearing, but the hair roots are kept standing at the top of the skin net so that the hair roots naturally protrude from the skin. There is an object to provide an NFP hand-knitting method capable of improving the quality and a wrinkle manufactured thereby.

  According to one embodiment of the present invention, there is provided a method for manually knitting hair using a skin net, wherein a skin net is overlapped on a net, and a hand knitting needle is inserted into the lower part of the skin net at the upper part of the skin net. A first step of positioning a hand knitting needle between the net and the net; a second step of performing hand knitting work on the lower net after binding the hair to the exposed hand knitting needle; and A third stage in which hairs and needles hand-knitted on a net are pulled up together on the upper part of the skin net; and a fourth stage in which the steps of the first to third stages are repeated, It is characterized in that a hand knit is formed in which the knot due to the binding with the net is not formed on the upper part of the skin net.

  A method for manually knitting hair using a skin net according to an embodiment of the present invention includes a first stage in which a hand knitting operation is performed in a certain area on a net, and a skin net is formed on an upper part of the net that has been hand knitted. A second stage of overlapping, a third stage in which a hand knitting needle is inserted into the lower part of the skin net, a hand-knitted hair on the net is put on the needle and pulled together to the upper part of the skin net, and the first to first And a fourth stage in which step 3 is repeatedly performed, and a hand knit in which a knot due to binding between the hair and the net is not formed on the upper part of the skin net is formed.

  The method of hand knitting to the lower net using the needle with the hair bound at the lower part of the skin net of the present invention is single-handed, semi-single-handed, half-handed, double-handed, half-handed, and Either a single hand knitting method or a V hand knitting method may be used.

  It is preferable that the hair pulled up on the upper part of the skin net is within a range of 1/2 to 2/3 of the entire length of the hair.

  In the above, the hand knitting portion of the hair using the skin net may be formed over the same specific portion as the wearer's forehead portion or the entire net on which the hair is knitted.

  In the NFP hand knitting method according to the present invention, a skin net is overlapped on the upper part of the net, and the hair knitted on the net is pulled out on the upper part of the skin net, thereby binding the hair and the net on the upper surface of the skin net. The knot formed is not exposed to the outside, and the bottom of the skin net where the hair root is located is formed of a soft skin net similar to the skin, so that the natural beauty of the hair can be utilized as it is.

  Hereinafter, with reference to the drawings, an appropriate embodiment of a method for hand-knitting hair using the skin net of the present invention will be described in detail.

  In the NFP hand knitting method of the present invention, a conventional method is used in which a skin net is separately stacked on top of a net to bind hair.

  4a to 4f are diagrams showing process steps according to one embodiment of the NFP hand-knitting method of the present invention.

  As shown in FIG. 4 a, the hand knitting needle 15 is inserted from the upper part to the lower part of the silk skin net 13 with the silk skin net 13 superimposed on the upper part of the net 11, and the needle 15 is connected to the net 11, the skin net 13, and the like. To be located between.

  At this time, the hand h1 on one side grasps the skin net 13, and the hand h2 on the other side grasps the bar on which the hand knitting needle 15 is attached. The figure shows an intermediate state where the work has progressed for a certain time.

  As shown in FIG. 4b, a single bristles 17a of a large number of bristles 17 captured by one hand h1 is inserted into the needle hole of the hand knitting needle 15 protruding at the bottom of the skin net 13. Pull it out.

  In the drawing, reference numeral 17 ′ represents hair pulled out again through the upper skin net 13.

  As shown in FIG. 4 c, the single hair 17 a passed through the needle hole is hand-knitted with the hand-knitting needle 15 into the lower net 11. At this time, as the hand knitting method, any one of the six conventional hand knitting methods exemplified above is used.

  As shown in FIG. 4 d, after hand knitting, both the needle 15 and the hair 17 a are simultaneously pulled out from the upper part of the skin net 13. At this time, it is preferable that the basic hair length of the hair 17 'pulled out is in a range of 1/2 to 2/3 of the entire length of the hair 17a.

  FIG. 4 e is a view showing a state of the hair 17 ′ completely pulled out from the upper part of the skin net 13.

  FIG. 4f is a diagram showing a state in which the hair 17 'pulled out at the upper part of the skin net 13 is hung down at the lower part by repeating the operations shown in FIGS. 4a to 4e.

  In the above-described process, the connecting portion around the NFP hand knitting is fixed by a separate hand knitting operation, and the unnecessary extension of the skin net 13 without the NFP hand knitting is cut and removed with scissors.

  On the other hand, FIGS. 5a to 5d are diagrams showing process steps according to another embodiment of the NFP hand-knitting method of the present invention.

  FIG. 5a shows a first stage process in which the hair 17 is hand-knitted in a certain area on the net 11, and a second stage process in which the skin net 13 is superimposed on the hand net 11; FIG.

  FIG. 5 b is a diagram showing a third stage process in which the hand knitting needle 15 is inserted into the lower part of the skin net 13, and the hair 17 hand-knitted on the net 11 is put on the needle 15 and pulled out to the upper part of the skin net 13 together. It is.

  5c and 5d show a state in which the hand knitting work of the hair is continued to the net 11 to a certain portion following the state in which the hair hand knitting work is performed on the net 11 in the first stage, and the hand is handed in the second stage. It is a figure which shows the process of the 4th step which repeats the process of inserting the knitting needle 15 in the lower part of the upper skin net | network 13, and pulling out the hair 17 already knitted by the net | network 11 to the upper part of the skin net | network 13 with the needle | hook 15.

  On the other hand, since the position of the hair 17 hand-knitted on the net 11 in the second step is projected upward via the upper skin net 13, the operator can easily remove the hair 17 hand-knitted by the operator. It can be pulled out to the upper side of the skin net 13.

  Reference numeral 17 ′ in the figure also represents hair that has been pulled out again through the upper skin net 13.

  FIG. 6 is an enlarged view showing a state in which hair is implanted by the NFP hand-knitting method according to the present invention.

  As shown in the drawing, the hair 17 ′ implanted in the skin net 13 by the NFP hand-knitting method according to the present invention forms a knot due to the binding of the hair on the lower step, that is, the upper surface of the skin net 13. However, the hair 17 'is projected directly from the skin net 13, so that the hair formation is very natural.

  On the other hand, when making a kite by applying the completed net formed by the NFP hand knitting method according to the present invention as described above, the kite manufacturing process to be advanced is performed as follows.

  That is, it is made in the process of “PU foam → base → cutting → sewing machine → H / J → cap coating → EPI setting → remolding → cap inspection → ventilation → (the final coating process is omitted) → final inspection → packing”. The

  Comparing the above process with the conventional cocoon manufacturing process described above, it can be seen that the “final coating process” has been deleted, and this “final coating process” is an adhesive to hand-knitted PU-skin or PU-patch, This is a process of applying polyurethane or the like, and the total work time is about 22 to 24 hours. When a completed net using the skin net of the present invention is used, the time can be shortened compared to the conventional process.

  On the other hand, FIG. 7a and FIG. 7b are diagrams showing an example of a cocoon manufactured by the NFP hand-knitting method according to the present invention.

  FIG. 7A shows the external shape of the heel, and FIG. 7B is a view showing the internal state of the heel as seen from the bottom of the heel of FIG. 7A.

  As shown in the figure, the heel 30 shown in the figure takes into account the size of the part to be put on the wearer's head, and is cut into a predetermined size and has a predetermined shape. It is composed of a large number of hairs 31 that are uniformly bound to the net 20.

  The net 20 is divided into an NFP hand knitting portion 25 in which hairs 31 are implanted by the NFP hand knitting method of the present invention and a normal hand knitting portion 28 excluding the NFP hand knitting portion 25.

  In FIG. 7b, the net 21 located on the upper side of the NFP hand knitted portion 25 is an extended portion that the net has extended to the upper part, and it is necessary after the NFP hand knitted portion 25 and its edge are completed. The part to be removed. A portion indicated by reference numeral 23 is a hand line formed by sewing or needlework, and a reference numeral 27 indicates a hand joint portion. The handline portion 23 and the hand joint portion 27 serve to maintain the overall shape of the net 20 firmly and further maintain the binding state with the lower hair 31 and have a width of about 5 mm inside and outside. .

  The portion indicated by the reference numeral 29 is the MP line formed on the outermost side of the net 20 and becomes the outermost end line of the net 20 so that the width is about 15 mm.

  FIG. 8 is a perspective view showing a state in which the heel 30 shown in FIGS. 7a and 7b is worn on the wearer's head.

  In the figure, the region denoted by reference numeral 25 is a site where hair is implanted by the NFP hand-knitting method of the present invention, and the position that is most noticeable when viewed from the front, for example, the wearer's forehead. It is formed in the part of the head where the division is formed in the center.

  The NFP hand knitting portion 25 of the present invention is formed around the forehead in the above example, but the position can be arbitrarily changed according to the wearer's preference, and in some cases over the entire net where the hair is knitted. It can also be formed.

FIG. 1a is a diagram showing a conventional hand-knitting method in which hair (hair) is knitted with a hand-knitting needle into a net-shaped net net for forming wrinkles. FIG. 1b is a diagram showing a conventional hand-knitting method in which hair (hair) is knitted with a hand-knitting needle into a net-like net net for forming wrinkles. FIG. 1c is a diagram showing a conventional hand-knitting method in which hair (hair) is knitted with a hand-knitting needle in a net-like net net for forming wrinkles. FIG. 2a is a diagram showing an example of a hand knitting method used conventionally. FIG. 2b is a diagram showing an example of a hand knitting method used conventionally. FIG. 2c is a diagram showing an example of a hand knitting method used conventionally. FIG. 2d is a diagram showing an example of a hand knitting method used conventionally. FIG. 2e is a diagram showing an example of a hand knitting method used conventionally. FIG. 2f is a diagram showing an example of a hand knitting method used conventionally. It is a state in which hair is bound to a net by a conventional hand-knitting method, and is an enlarged view of a knot portion where the hair and the net are combined. It is a state in which hair is bound to a net by a conventional hand-knitting method, and is an enlarged view of a knot portion where the hair and the net are combined. FIG. 4a is a diagram showing process steps according to one embodiment of the hand-knitting method of the present invention. FIG. 4b shows process steps according to one embodiment of the hand-knitting method of the present invention. FIG. 4c is a diagram illustrating process steps according to one embodiment of the hand-knitting method of the present invention. FIG. 4d is a diagram showing process steps according to one embodiment of the hand-knitting method of the present invention. FIG. 4e is a diagram showing process steps according to one embodiment of the hand-knitting method of the present invention. FIG. 4f is a diagram illustrating process steps according to one embodiment of the hand-knitting method of the present invention. FIG. 5a is a diagram showing process steps according to another embodiment of the hand-knitting method of the present invention. FIG. 5b is a diagram showing process steps according to another embodiment of the hand-knitting method of the present invention. FIG. 5c is a diagram showing process steps according to another embodiment of the hand-knitting method of the present invention. FIG. 5d is a diagram showing process steps according to another embodiment of the hand-knitting method of the present invention. It is a figure which expands and shows the state of the hair implanted by the hand-knitting method which concerns on this invention. It is a figure which shows an example of the scissors manufactured using the completed net formed with the hand-knitting method which concerns on this invention. It is a figure which shows an example of the scissors manufactured using the completed net formed with the hand-knitting method which concerns on this invention. It is a perspective view which shows the state which made the wearer's head wear the heel shown by the said FIG. 7a and FIG. 7b.

Explanation of symbols

1, 11, 20 Net net 3, 3a, 17, 17 'Hair 5, 15 Needle 7 Net net thread to be bound with bristles 13 Skin net 21 Net net stretched part 23 Handline 25 NFP hand knitted part 26 Joint Part 27 Hand joint part 29 MP Line

Claims (6)

A first stage in which a skin net is overlaid on the net, a hand knitting needle is inserted into the lower part of the skin net above the skin net, and a hand knitting needle is located between the skin net and the net;
A second stage of performing hand knitting work on the lower net after binding hair to the exposed hand knitting needle;
A third stage in which hair and needles hand-knitted on the net are pulled together on top of the skin net;
Including a fourth stage in which the steps of the first to third stages are repeatedly performed, and a hand knit in which a knot due to binding of hair and a net is not formed on the upper part of the skin net is made Hand knitting method of hair using skin net. A first stage of hand-knitting work in a certain area on the net;
A second stage of overlaying a skin net on top of the hand-knitted net;
A third stage in which a hand knitting needle is inserted into the lower part of the skin net, and the hair knitted on the net is put on the needle and pulled together to the upper part of the skin net;
A fourth stage of repeatedly performing the first to third stages,
A hair knitting method using a skin net, characterized in that a hand knit is formed in which a knot due to binding between the hair and the net is not formed on the upper part of the skin net.   The method of hand-knitting hair on the net is any one of single-handed, semi-single-handed, half-handed, double-handed, semi-single-handed and single-handed, and V-handed. A method for manually knitting hair using the skin net according to claim 1.   The length of the hair pulled out to the upper part of the said skin net | network is made to become 1/2 to 2/3 of the length of the whole hair, The Claim 1 or 2 characterized by the above-mentioned. Hair knitting method using a new skin net.   3. The skin net according to claim 1, wherein the hand-knitted portion of the hair using the skin net is formed over the same specific part as the wearer's forehead part or the entire net. Hand knitting method using hair.   A bag manufactured using a completed net knitted by the method according to any one of claims 1 and 2.

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