WO2016010173A1

WO2016010173A1 - Wig manufacturing system

Info

Publication number: WO2016010173A1
Application number: PCT/KR2014/006384
Authority: WO
Inventors: 홍택수
Original assignee: 홍택수
Priority date: 2014-07-15
Filing date: 2014-07-15
Publication date: 2016-01-21

Abstract

The present invention relates to a wig manufacturing system and, more specifically to, a wig manufacturing system that, in processing artificial hairs for manufacturing a wig or artificial hairs used in the work of extending hairs, comprises: a sewing machine that sews continuously supplied artificial hairs; a bending means that bends the artificial hairs with respect to a thread, which forms a first sewing part, to form bent portions; a setting means that includes a heater for fixing the bent portions of the artificial hairs by ironing the bent portions; a heater for fusing upper and lower bonding films onto the artificial hairs; a film supply unit that supplies, to the artificial hairs, the upper and lower bonding films at different temperatures such that the bonding films cover the upper and lower portions of temporary coupling parts of the artificial hairs at one time; and an elevating means that moves the heater by which the supplied artificial hairs are fused. Therefore, the wig manufacturing system can rapidly process the artificial hairs to achieve the mass production of the artificial hairs, thereby ensuring productivity and price competitiveness.

Description

Wig Manufacturing System

The present invention relates to a wig manufacturing system, and more particularly, in the processing of hairs used for work such as hair extensions or hair extensions for the production of wigs, comprising a sewing machine for sewing the hairs fed continuously, and the first sewing unit Bending means for bending the yarn to be formed to form a bent portion, setting means including a heater for ironing and fixing the bent portion of the hair, and a heater so that the upper and lower bonding films can be fused to the hair, Differently, by providing a film supply unit for supplying the bonding film of the hair covering the upper and lower parts of the bonding film in one step and the hair being supplied to the heater and being fused, the lifting means for moving the heater is processed to process a large amount of hair. The present invention relates to a wig manufacturing system capable of producing productivity and cost competitiveness.

The prior art for manufacturing a wig is Patent Registration No. 10-0841878 `` Method and assembly for increasing the volume of the hair '',

The prior art is provided with a plurality of elongations comprising a plurality of hairs of the elongated portion connected by a fixing member, and is basically parallel to and consistent with the fixing member provided on a supporting tape having an adhesive surface, and the user A technique having a function of attaching the adhesive side of the support tape to the hair of the head, positioning the extension portion, and attaching the fixing member thereon to attach the head to the extension portion is proposed.

However, the prior art has a problem that it is difficult to attach a single strand or a few local hairs because a large number of hairs are attached to the fixing member in a bundled form.

In addition, there is a utility model registration No. 20-0338041 `` gamo coupling member '' as a prior art,

In the prior art, the hair-coupling member has a column shape through which a central portion penetrates, and an artificial hair group and a thread formed by fixing one end portion of a plurality of artificial hairs having a constant length to the central portion of a member that is expanded and contracted by heat. By inserting the hair, the artificial hair group inserted into the center part of the member by heat is detached to the thread hair, and the artificial hair group that can be produced in various colors can be easily detached and attached to the thread hair to prevent damage to the hair and the scalp. A gamo coupling member is presented.

However, in the prior art, a plurality of artificial hairs are attached to a delicate part by attaching or detaching them to the yarn hair in a bundle form by external heat, and using a dryer, unnecessary heat is applied to other natural hairs other than the natural hair to be attached. There is a problem that damage may occur.

In addition, there is a prior art Patent Publication No. 10-2010-0070013 『A hair extension and its manufacturing method』,

The prior art is made of a plurality of strands of hair, a hot melt layer is formed on both sides of the hair, the hot melt layer is formed of a coating layer of urethane material, put the strands of hair on the hot melt, then the hot melt After folding to place the hairs between the hot melts, the first step of melting the hot melts to fix and fix the hairs and applying a urethane material on the hot melts, and then drying the second and second steps It is proposed a hair extension and a method of manufacturing the same, comprising a third step performed seven times.

However, the prior art is disadvantageous in unit cost competitiveness as the production steps are repeated many times, and it takes a long time for the product to come out, and in order to produce a wig or hair extension which requires a large number of hairs, There is a problem that a dry place is required.

In addition, there is a prior art Patent No. 10-0645968 『Adhesive tape for hair attachment and hair attachment hole and attachment method using the same』,

The prior art is one selected from the film member constituting the body of the tape, the condensation type curable silicone composition, the addition type curable silicone composition and the radical type silicone composition, and is formed on the surface of the film member to cure the object to be bonded when heat is applied. Consists of a bonding layer for bonding, and a release material attached to the adhesive layer to block foreign substances, the hair attachment port of the present invention comprises the adhesive tape and hair for hair extension temporarily bonded between the adhesive layer and the release material of the adhesive tape. It is. According to the present invention as described above, while eliminating various inconveniences caused when the hair is added using the existing bead-type hot melt, it is possible to complete the hair attachment, such as hair addition, as a whole, simply and quickly, in particular. The present invention proposes a hair adhesive tape, a hair attachment hole and a method of attaching the same, wherein the adhesive tape for hair can be obtained at a low cost.

However, the prior art constitutes a release material that blocks foreign substances on the surface of the film member, and removes the release material prior to the wig manufacturing and hair attachment work, and is inconvenient to attach the hair, such as hair addition, by applying heat. There is a problem.

Therefore, the present invention has been made to solve the above problems, the present invention is provided between the first end of the sewing machine by sewing the first sewing unit to form a first sewing by sewing between both ends of the continuously supplied hair, the hair is supplied continuously 1Refer to the standard to bend and fold the sewing parts to reduce the hassle that users need to fold and collect the hairs one by one, and can be continuously supplied and processed, so the movement to the next process is quick and the production of finished hairs is quick. The purpose is to provide a wig manufacturing system that can be made to increase the production efficiency of the product.

It is also provided with a bending means for forming a bent by bending around the thread forming the first sewing portion to fold the hair consisting of one strand can be quickly processed into a plurality of strands, including a heater for ironing and fixing the bent portion of the hair It is an object of the present invention to provide a wig manufacturing system capable of accommodating continuously supplied hair by setting means for fastening the hair, and rapidly fixing the hair to reduce the defective rate.

The present invention may further include a conveying means for conveying the primary collecting hairs supplied from the first sewing frame in a state in close contact with the heater to maintain tension of the conveyed hairs, and to secure contact between the heaters and the hairs of the setting means. The purpose of the present invention is to provide a wig manufacturing system that can be accurately fixed around the first sewing unit and bend to reduce the defect rate of the product and increase the production efficiency of the hair.

In addition, the present invention is arranged before the second sewing frame to be sewn again through the heater to maintain the folded state of the feeder supplied to the second sewing frame is folded to maintain the folded state including the bending means to be introduced into the second sewing frame Its purpose is to provide a wig manufacturing system that can be used by consumers directly when producing products, so that the state can be kept unwound or twisted.

In order to achieve the above object, the wig manufacturing system according to the present invention

A first sewing frame which first collects the first sewing parts by sewing between both ends of the hairs continuously supplied;

Bending means for forming a bent portion by bending around a thread forming a first sewing portion of a primary collecting hair added from the first sewing frame; And

Setting means including a heater for ironing and fixing the bent portions of the hairs formed by the bending means; Including but not limited to,

It further comprises a conveying means for conveying the primary collecting gamma supplied from the first sewing frame in close contact with the heater,

The heater of the setting means has a protrusion for pressing the bent portion of the hair,

The bending means may include bending protrusions extending from both sides of the protrusion to form a passage groove in the heater.

As described above, the wig manufacturing system according to the present invention consists of a first sewing frame for collecting hairs fed continuously and bending means for forming bent portions of the hairs, and setting means including a heater for ironing and fixing the bent portions of the hairs. It provides simplicity so that users can directly use the produced hairs, and it is possible to mass-produce while reducing the defective rate of hairs that are continuously produced, thus increasing the reliability of the product and securing production efficiency.

In addition, the transfer means for transporting the primary collecting hairs supplied from the first sewing machine in close contact with the heater is further included to minimize the damage of the hairs conveyed while ironing, and the hairs can be ironed more closely through the setting means. Tension can be provided so that the market competitiveness of the product can be increased by reducing the defective rate of the bent part partially missing and increasing the completeness of the produced hair.

In addition, including the second sewing frame to sew the first collecting hair again to the second to provide a finished hair in the state of the bent portion more firmly and firmly can be used immediately by the user can increase the ease of use of the product.

In addition, the second sewing frame is arranged before the second sewing frame further comprises a bending holding means to be transferred to a simple structure to prevent the hair is not messed up, and to prevent the bent hair is restored to its original form, the bent hair It can secure the shape of the product to improve the completeness of the product and secure the competitiveness in the market.

1 is a perspective view of a wig manufacturing system according to the present invention.

Figure 2 is a main view and pictures of the wig manufacturing system according to the present invention.

Figure 3 is a main part of the wig manufacturing system according to the present invention, the main drawing and photo center.

Figure 4 is a photograph of the main part of the wig manufacturing system according to the present invention.

5 is a front view and a photograph of the sealing means of the wig manufacturing system according to the present invention.

Figure 6 is a perspective view of the sealing means of the wig manufacturing system according to the present invention.

Figure 7 is a partial enlarged view centering on the moving means of the sealing means of the wig manufacturing system according to the present invention and the lifting means main portion combined with the heating means.

8 is a main view related to the belt and the cutting means of the sealing means of the wig manufacturing system according to the present invention.

9 is a view and a picture of the main part associated with the removal means and the cooling means of the sealing means of the wig manufacturing system according to the present invention.

10 is a photograph and a view of the present bonded hairdo completed by the sealing means of the wig manufacturing system according to the present invention;

Explanation of symbols on the main parts of the drawings

S: Manufacturing System T: Table

W: Kamo W1: First Sewing

W2: Second Sewing W3: Bend

10: first sewing frame 11: collecting unit

20: Second Sewing Frame

21: tension member 23: blowing alignment member

25: dummy alignment member 27: rotating member

29: collecting section 30: heater

31: protrusion 32: through groove

34: bending protrusion 35: discharge portion

37: heating guide 40: blowing means

41: air-winding supply member 43: light-wind supply

43a: roller 45: wind guide

60: transfer means 61: the first friction drum

62: second friction drum A1: coupling part

A2: main coupling part 10: working table

20: heating means 21: first heater

22: second heater 30: film supply unit

30a: upper film supply part 30b: lower film supply part

31: bonding film 32: guide guide

40: vehicle 41: pulley

42: belt 42a: crawler rotating body

43: drive means 44: belt tension roller

45: tangji spring 46: cooling means

46a: blowing nozzle 47: arrangement member

50: control member 51: switch

52: display and control unit 60: gamo supply unit

61: diagonal supply band 62: gamo feeder

70: reinforcing band supply part 71: reinforcing band

80: gamo redirection member 81: separation prevention member

90: removal means 100: cutting means

101: lifting body 102: cutter

103: support 110: blowing means

120: lifting means 121: hinge portion

123: flange 125: heat dissipation member

127: elastic member 129: housing

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

Since the present invention may be modified in various ways and have various forms, embodiments (or embodiments) will be described in detail in the text. However, this is not intended to limit the present invention to the specific form disclosed, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

In each of the drawings, the same reference numerals, in particular, the tens and ones digits, or the same digits, tens, ones, and alphabets refer to members having the same or similar functions, and unless otherwise specified, each member in the figures The member referred to by the reference numeral may be regarded as a member conforming to these criteria.

In addition, in the drawings, the components are exaggerated in size (or thick) in size (or thick) in size (or thin) or simplified in consideration of the convenience of understanding and the like, thereby limiting the scope of protection of the present invention. It should not be.

The terminology used herein is for the purpose of describing particular embodiments (suns, aspects, and embodiments) (or embodiments) only and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, the terms “comprises” or “consists” are intended to indicate that there is a feature, number, step, action, component, part, or combination thereof described on the specification, but one or more other features. It is to be understood that the present invention does not exclude the possibility of the presence or the addition of numbers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

In the present specification, 'wig' or 'hair' means to enrich or lengthen the thinning of hair, body hair, or hair of a human or pet (or companion) animal such as a wig, hair, hair extensions, etc. that are distributed in the market. It is a concept encompassing the kind used as a styling tool for the purpose of hairdressing or beauty.

The manufacturing system of the present invention is optimized for hair extensions, but can be utilized for various thinning, length increasing or cosmetic (styling) hair or wigs.

In addition, in the present specification, the 'first sewing frame' and 'second sewing frame' do not mean a form of physical meaning, and mean a functional part of sewing the object sequentially or step by step by sewing, and moving sequentially or step by step. It shall mean a component that functions as sewing and sewing to collect gamo.

As shown in Figure 1 and 2, the wig manufacturing system (S) of the present invention is largely the table (T), the first sewing frame 10, the setting means (second sewing frame, heater 30, bending holding means ), Bending means, the conveying means 60 and sealing means.

The table (T) is provided with a movable wheel to increase the work efficiency and may be adjustable up and down so that it can be extended with other tables (T) in addition to other processes.

In addition, the controller 43a is further included to enable automatic or manual control of the power supply and transfer means 60 when the operator presses the pedal for work.

The controller 43a will be described below and described from the conveying means 60 to which the gamo W is supplied and conveyed.

The conveying means 60 comprises a first friction drum 61 and a second friction drum 62. The first and second friction drums have a rotating shaft, and a drum having an outer skin made of rubber such as a tire is formed at an end of the rotating shaft.

In addition, the first friction drum 61 is provided at one side of the table T to rotate the yarn in which the first sewing portion W1 is formed in the first sewing frame 10 to close the setting of the hook (W). The feeder (W) which is conveyed toward the means and the second sewing frame (20), and conveyed through the setting means and the second sewing frame (20), discharges the finished brushing (W) by the second friction drum (62). Or directly to other process operations.

In addition, the first and second friction drums are made of materials such as rubber and elastomers having high frictional force of the skin so that the seals constituting the first sewing portion W1 held between the drums do not easily slide or escape so as to maintain tension. It is preferably made of an outer shell, and the first and second friction drums are rotated by a motor provided in the table (T).

The first sewing frame 10 provided on one side of the table T is sewn on the basis of any part of the supplied hair wool W to form a first sewing portion W1, and is collected first. The first sewing portion (W1) is the first sewing frame 10 in the vertical direction from the reference, based on the horizontally from the end of the hairline (W) each provided with one strand in the longitudinal direction, that is, the end of the long formed hair (W) ) Is moved to a collecting part (not shown) and collected into a plurality of strands.

Therefore, by first sewing the hairs to form the first sewing portion (W1), it is possible to prevent the departure of the hairs (W) during the movement of the hairs (W) to be moved to the next process can effectively maintain the production of the product.

In addition, the first sewing portion W1 is formed to form a bent portion W3 by first bending the hairs W, which are bent around the first sewing portion W1.

In more detail, as shown in Figures 2 and 4, the bending means is a means for forming the bent portion (W3) in the first collected gamo (W),

A bending protrusion (32) is formed in the heater (30) through which the first gathered hairs (W) supplied by forming the first sewing portion (W1) passes, and the passage groove (32) ( 34).

Therefore, the first collected hairs (W) is accommodated in the through-hole 32 of the heater 30 and bent, the bent hairs (W) forms a bent portion (W3), the bent portion (W3) The first sewing portion (W1) is generated is in close contact with the bottom surface of the passing groove 32 of the heater 30, the first sewing portion (W1) is in close contact with the heater 30 is bent Gamo (W) to produce a portion (W3) is not to be restored to the original state or extended again.

Heating the first sewing unit (W1) by the heater (30) is generally easy to bend the hair (W) through less time and less pressure than folding by pressure to increase the production efficiency of the operator, and The mass production is possible to secure a unit cost competitiveness, the bending protrusion 34 of the bending means is extended from both sides of the protrusion 31 formed in the heater 30 is formed the passage groove 32 of the heater 30 It is made of bumps to help.

The setting means will be described first in connection with the bending means.

The setting means comprises a second sewing frame 20, the heater 30, the bending holding means, the heater 30 of the setting means is bent portion (W3) of the hook (W) formed by the bending means (W3) It can be fixed by ironing.

In addition, the heater 30 includes a protrusion 31 for pressing the bent portion W3 of the supplied hair wool W, and the protrusion 31 has the supplied hair wool W by the heater 30. The iron of the first sewing portion (W1), which is first assembled to be ironed, is formed in a protruding form to achieve tension.

In this case, the protruding heater 30 may be formed in various ways, but the tension under tension by the seal is concentrated so that a stress may be generated at any one part so as to prevent breakage. It is preferable to have the protrusions 31 in the form, and the rounded protrusions 31 may be circular, elliptical, or right-angled or continuously connected in a continuous form of inclination without bending.

In addition, the heater 30 is applied to the protrusion part 31 by using the gravity of the tension of the gamo (W) to be supplied located in the lower portion of the table (T), the position of the heater 30 of the table (T) It is not necessary to be provided only at the lower portion, the yarn forming the first sewing portion (W1) of the supplied hair (W) may be provided in any position if the tension can be given.

In addition, the heater 30 is concentrated heat to the bent portion (W3) of the gamo (W), minimize the amount of heat emitted to the outside, spaced apart from the heater (30) in order to align the bent hair (W) The heating guide 37 may be provided at a predetermined position, and the user working by the heating guide 37 may be injured or the table T may be heated to prevent deformation.

In addition, the heater 30 may be located inside or above and below the table T, but is provided to protrude in or below the table T for safety of the discharged temperature and the work space. It is preferable.

On the other hand, as shown in Figures 2 and 4, the bending holding means is a blowing means 40 for blowing the wind to the bent portion (W3) of the gamo (W) passing through the heater 30 of the setting means Characterized in that, the blowing means 40 is a wind blowing member 41 arranged adjacent to the discharge portion 35 of the heater 30, and the optical wind supply member spaced apart from the discharge portion 35 of the heater 30 Comprising (43), the blast and light wind supply member (41, 43) includes a vent and a motor.

More specifically, the blowing air supply member 41 of the blower means 40 forms a blower having a diameter smaller than that of the blowing air supply member 43, so that the wind pressure generated from the blowing air supply member 41 has a smaller diameter. Cooling the gamo (W) discharged from the discharge portion 35 of the heater 30 powerfully and intensively through the tuyere to fix the bent portion (W3) of the gamo (W) primarily.

In addition, the optical wind supply member 43 of the blower means 40 is made of a blower having a relatively larger diameter than the three wind supply member 41, the wind pressure generated is small, intensively bent gamo (W) is not tangled or twisted, The bent portion (W3) portion of the gamo (W) passing through the sheltering supply member 41 can be cooled once more, and a relatively wide wind is supplied so that the bent portion (W3) does not return to its original shape again. Done.

In this manner, the bent portion W3 of the hairpiece W is bent, and folded and transported based on the first sewing portion W1 of the hairpiece W.

By performing the cooling and bending holding function at the same time by the wind-fusing member 41 and the light-wind supply member 43 to improve the quality of the hair (W) to be processed, the overheated portion of the transferred hair (W), namely ironing It is possible to accommodate the hair (W) that is continuously supplied by cooling the heat of the first sewing portion (W1) that has been supplied quickly, and mass production is possible.

In addition, the wind blowing supply member 41 and the light wind supply member 43 is provided with a separate motor to adjust the amount of air generated, respectively, the motor is preferably to be controlled by the controller 43a, Blowing means 40 is preferably powered by a motor to generate the wind by the rotating blades, and provided with a blower tube having a different diameter so that the generated wind can be concentrated.

In addition, the optical wind supply member 43 of the blowing means 40 is provided with a roller (43a) for guiding the thread forming the first sewing portion (W1) of the hair (W) is separated by the blowing means (40) The first sewing portion (W1) of the gamo (W) that can be in place and can guide the direction of movement, wind blowing the sensitive gamma (W) that can be tangled and entangled by the blowing means (40) By naturally gathering, by inducing the collected gamo (W) is not disturbed to improve the quality of the produced gamo (W) can ensure the reliability of the product.

In addition, the roller 43a is coupled to the end surface of the optical wind supply member 43 is provided with a cylindrical metal pin that can be rotated, the central portion or a portion of the roller 43a is the first sewing portion of the hook (W) In order to accurately seat the thread constituting the (W1), a gear (not shown) may be formed so as not to be easily detached by friction with the groove (not shown) or the first sewing portion (W1) of the hook (W).

In addition, the wind guide 45 is further provided for the direction and concentration of the wind generated by the air alignment member 23 provided in the second sewing frame 20 to maintain the bent hair (W) and at the same time each hair (W). It is possible to produce stable and reliable products by preventing entanglement and twisting of the wire).

Next, referring to FIG. 3, the second sewing frame 20 of the setting means includes a tension member 21, a blower alignment member 23, and a dummy alignment member 25. The gamma alignment member 25 of the c) is formed of first and second alignment bars 25a and 25b which are bent and spaced apart from the moving route of the gamo W being coupled to the table T.

More specifically, the first alignment bar 25a cleans up the upper part of the hairs W coupled to the table T, and arranges the twisted or entangled hairs W in the second sewing frame. The gamma (W) to be moved to 20 is prevented from being sealed in an entangled state, and the second alignment bar (25b) is formed to protrude on the table (T), such as a moving route of the gamo (W) In the form of a long elongated form spaced apart from the bottom surface of the table (T), the gamo (W) is aligned with the conveying direction without twisting while passing through the collecting portion (not shown) of the second sewing frame 20 Keep it sewn in shape.

Therefore, the tension member 21 of the second sewing frame 20 is raised to spaced apart from the bottom surface to form a first sewing portion (W1) is transferred to the heater 30 to the second sewing frame ( At the front and rear ends of the presser foot 20, the threads constituting each of the first sewing portion W1 and the second sewing portion W2 can be held in a taut state.

'Front end' described here means that the part where the gamo (W) is supplied is the 'shear', and the part where the gamo (W) passes through the second sewing frame (20) and is discharged in a sealed form means the 'rear end'.

The tension member 21 is formed of a cylindrical pin such as the roller 43a so that the threads constituting the first sewing portion W1 and the second sewing portion W2 are not broken or separated by friction. It may be, the tension member 21 is formed of a bar inclined at a predetermined angle can be easily installed and the slope of the bar is modified so that the tension of the thread forming the first sewing portion (W1) can be adjusted Preferably, the rod is preferably inclined or height can be changed by the fixing bolt 21a that can be fixed to the table (T).

In addition, the blowing alignment member 23 of the second sewing frame 20 attaches a rotating body such as a fan blade to the rotating member 27 that rotates while the second sewing frame 20 is operated to provide wind without a separate power means. Can be generated.

The wind generated by the air alignment member 23 reduces the defective rate of the finished hair hair (W) by allowing the second sewing portion (W2) of the hair sewing (W) to be sewn secondarily to be aligned and sewn, The completeness of the product can be further increased, and the wind guide 45 of the bending holding means can hold the moving route so that the wind generated from the blowing alignment member 23 is not discharged in the other direction, so that the wind blows in one direction. Allow me to go out.

On the other hand, the wig manufacturing system (S) of the present invention is further provided with a controller 70 on the table (T) to adjust the temperature of the heater 30 and at the same time ON-OFF, the first and second sewing machine When the pedal is pressed for the operation of the heater, it is preferable to control the heater 30 to be ON by itself and to turn OFF when the pedal is stopped. The controller 70 displays the temperature of the heater 30. It may be further provided so that the user can properly adjust the temperature of the heater 30 so as not to be damaged or deformed by the bent portion of the hair wool (W) to be ironed.

In addition, the wig manufacturing system according to the present invention may be further provided with a sealing means, the sealing means is a work table 10, the heating means 20 provided on one side of the table 10 and the heating means 20 Upper and lower film supply unit 30, the upper and lower bonding film 31 for supplying the upper and lower bonding film 31 to cover the temporary coupling portion (A1) of the temporary hair-harm (W) in contact with the upper and lower sides And a reinforcement band 71 can be added to the heating means 20 in addition to the interlinked hair (W) laminated body (A3) bonding film 31 and the hair (H) of the hair). And a moving means 40 for fusion of the 31.

At this time, prior to explaining the sealing means according to the present invention, Figures 1 to 4 and 5 to 10 are to refer to different components even if the same reference numerals, these components in the detailed description of the invention It will be described in detail.

In addition, the work table 10 is provided with a conveyor belt 11 so that the transfer of gamma (W) can be made more convenient and efficient production process, the wheel is lower so that the work table 10 can move Consisting of easy to move and install the sealing means and can effectively use the working environment can increase the convenience and work efficiency of users.

In the sealing means of the wig manufacturing system according to the present invention, the heating means 20 is the upper first heater 21 for heating the upper bonding film 31 and the lower second for heating the lower bonding film 31. The heater 22 is comprised.

In general, when attaching the processed hair (A) using a curling iron or a hair iron (see a plan view in the middle right one-dot chain line in FIG. 7) to the operator's hair, one side of the upper and lower adhesive films 31 (attached with the operator's hair) Only the side) is attached to the operator's hair by rusting at the heating temperature of the curling iron or hair iron, and the other side is not dissolved at the heating temperature of the curling iron or hair iron, so that it is possible to prevent problems in the cosmetic procedure and improve safety. Do.

Therefore, it is preferable that the upper adhesive film and the lower contact film use different melting temperatures, and the heating means 20 is controlled by the control member 50 at a temperature capable of melting both the upper and lower adhesive films, and the gamo Since both upper and lower adhesive films should be fused to (W), the first heater 21 or the second heater 22 may be formed of an upper adhesive film (eg, a film that is relatively hot melted) and a lower adhesive film (eg, a relative Heating to different temperatures to suit the melting temperature of the film).

In general, there are times when a user has to stop work in a hurry, or when a user needs to stop driving for a supply of material. At this time, it is stopped between the heated first heater 21 and the second heater 22. Referring to FIGS. 9 and 10, the lifting means 120 capable of lifting and lowering the heating means provided to solve a problem in which the pre-assembled gamo is deformed or damaged and the product may be damaged may occur. Explained as

The lifting means 120 includes a hinge 121, a flange 123, an elastic member 125, a heat dissipation member 127, a housing 129, and the lifting means 120 includes first and second means. Coupled with the second heating means is provided in a plurality of upper and lower portions.

The hinge portion 121 of the elevating means 120 may be coupled to the table and the bolt and nut, and further includes a slide groove (not shown) to adjust the height in contact with the belt that rotates indefinitely.

The flange 123 may be supplied with and discharged from a fluid (eg, air) so that the heat dissipation member 127 connected to the lower portion of the flange 123 may be elevated. The heat dissipation member 127 is coupled to the heating means 20 so that the heating means 20 may also be elevated together with the heat dissipation member 127.

The flange 123 may supply or discharge fluid, and lower the heating means 20 coupled with the heat radiating member 127 by the supplied fluid, and the heat radiating member 127 by the discharged fluid. ) May increase the heating means 20 coupled with.

At this time, the heating means 20 is continuously bonded together with the belt 42, the bonding film 31, and the hair (W), so that the user must lift as needed, the fluid so as to adjust the rising and falling whenever necessary It is preferable to raise and lower using the flange, and the flange 123 is further preferably provided with a control member 50 so that the heating means can be lifted by the user for convenience.

In addition, the elastic member 125 is provided with a plurality of springs when the heat dissipation member 127 by the lifting motion is lowered when the bonding film 31 and the hair (W) is fused vertically or vertically raised force It can be distributed so that it is not directly received. In more detail, for example, the lifting means coupled with the first heater,

The first heater 21 descending by the flange 123 comes into contact with the belt 42 and the hairpiece W positioned below. That is, the first heater 21-the belt 42-the bonding film 31-the hair (W) in order from the top (reinforcement band omitted) is arranged.

Furthermore, the second heater 22 located below is arranged in the order of the bonding film 31, the belt 42, and the second heater 22 in the order of the gamma W. Between the first and

second heaters

21 and 22, the bonding film 31 and the belt 42 of the moving means 40, which are supplied from the upper and lower portions, are positioned.

Therefore, the gamo (W) is located in the center and the upper and lower films 31 are fused and transported, the first heater 21 descending in the above structure is the same as the lower speed and pressure of the lower gamo (W) When it is transmitted to, the second heater 22 is raised from below by the pressing force, and the first heater 21 is lowered from above so that it is no longer conveyed by the belt 42 of the moving means 40, but rather the belt. The first and second heating means 21 and 22 are elevated by the elastic member 125 because they may stick to the 42, or the bonding film 31 and the hairs W may be barked and damaged. When pressing the gamo (W) located in between, it is possible to induce the spring of the elastic member 127 to be condensed by a constant pressure without transmitting the continuous pressing force as it is.

In addition, the heat dissipation member 127 is coupled to the first and second heating means 21 and 22 so that the first and second heating means 21 can be stably without transferring heat to the elevating means 120. 22 can lift up and down. At this time, the heat dissipation member 127 is made of a material of low heat conductivity, heat resistant material, and is made of a rubber, synthetic resin, ceramic, metal, etc., which has high heat resistance so that it is not easily melted or deformed even when combined with the heating means. The scope of rights should not be construed as limiting.

In addition, the housing 129 is connected to the hinge portion 121, the flange 123, the elastic member 125, the housing 129 is provided with an upper and a lower panel elastic member 125 between each panel Wherein the upper and lower panels divided each panel constituting the housing into the upper and lower, but the meaning of each upper and lower relative means that the housing of the lifting means combined with the first heating means is formed of two panels As shown in FIG. 7, it is divided into an upper panel and a lower panel on the basis of the drawing.

Similarly, the housing 129 of the elevating means 120 coupled with the second heater 22 has two panels formed therein, and includes an upper panel and a lower panel, but the elevating means 120 coupled with the first heater 21. The first and second heating means (21) and (22) coupled to the heat dissipation member (125) by the lifting and lowering motion of the flange (123) and the shape of the housing 129 of the inverted upside down is pressed or separated, After being pressed, the pressing force of the first and second heating means 21 and 22 is transmitted to the housing 129 coupled with the first and second heating means 21 and 22.

In addition, the pressing force transmitted from each of the housings 129 is transferred to a spring connected between the upper panel and the lower panel of the housing 129 coupled with the first and second heating means 21, 22 to condense the spring. The pressure is canceled.

The film 31 and gamma W, which are fused between the first and second heating means 21 and 22 by the flange 23 by the offset pressing force, can be fused at a constant pressure. W) and the film 31 can be prevented from being deformed, damaged, or torn out, and the housing 129 is preferably made of a metal material having high heat resistance and durability.

On the other hand, the control member 50 composed of a microcomputer or a programmable logic controller (PLC) or the like includes a control panel on the front of the apparatus S, as shown in FIGS. 5 and 9, and includes the first and second heating means 21 ( 22. On / off switch 51 and temperature display and control unit 52 are provided for each.

Two of the three switches 51 are for the heating means 21 and 22, the other is an on / off switch for the motor of the vehicle 40, and also two of the three indicators and the adjuster 52. Is for heating means (21) and (22), the other is for controlling the stamping temperature of a conventional band sealer, and if necessary, the other indication and adjusting portion (52) It can be used for the purpose of displaying the speed display part, the joining length of a hair | hair, etc.

In addition, reference numeral '53' in FIGS. 5 and 9 denotes a feed speed adjusting dial for controlling the motor of the moving means, and the feed speed adjusting dial 53 is a speed of the conveyor belt 11 of the work table 10. It is also desirable to control together.

In addition, the control member 50 controls the blowing strength of the cooling means, blowing means for blowing the hair to prevent tangling, the blowing means 110, the removal means 90 for the temporary coupling part A1 of the hair loss W, and the finished wig ( Each of the cutting means 100 for cutting A) to a predetermined length can be controlled.

Furthermore, the film supply unit 30 is composed of upper and lower

film supply units

30a and 30b to supply the bonding film 31 to the upper and lower portions of the gamo (W) to which it is coupled, and is provided in a drum form to enable continuous supply. And a reinforcement band 71 is further introduced between the gamo W and the upper laminating film or between the gamo and the lower laminating film, or both of them. It is desirable to ensure the durability of

These reinforcing bands may be woven or non-woven or composed of films of various materials,

For continuous supply of the reinforcing band, the reinforcing band supply unit 70 is also preferably configured in the form of a drum near the

film supply units

30a and 30b.

On the other hand, the guide guide 32 is provided on the upper portion of the control member block 50 for the stable supply of the bonding film 31 or the reinforcing band 71.

Next, the moving means 40 is composed of upper and lower crawler type rotary bodies composed of a belt 42 moving between the two pulleys 41 in contact with the heating means 20 and spaced apart from each other. As the (W) moves, the upper and lower bonding films 31 and the reinforcing bands 71 pass through the heating means 20 together with the belt 42, thereby allowing continuous inflow and outflow of the finished kamo without interruption. To ensure the quality of the product and to dramatically increase the speed of work.

The moving means 40 includes a driving means 43, such as a motor for moving the pulley 41 of each rotating body, the rotational speed of the pulley can be adjusted by the control member 50 to adjust the production amount have.

Spring to prevent the adhesive surface of the product and the adhesive surface of the heating means 20 to be irregular by loosening or loosening the belt by maintaining the tension of the upper band connected to the two pulleys 41 of the moving means 40 A belt tension roller 44 supported by 45 is provided between the two pulleys 41 spaced apart from each other, and this belt tension roller 44 may also be applied for the lower band.

In addition, the belt tension roller 44 is provided with a tension spring 45, such as a spring having a constant elastic force that can control the tension of the belt 42 is loosened or further tightened as the operation continues belt tension roller 44 It is desirable to be able to adjust the position of).

In particular, the hair (H) of the hair (W) is preferably supplied in an oblique direction that intersects the conveying direction by the moving means in order to prevent tangling, and furthermore, together with the temporarily added hair (W) supply, the moving means ( 40) It is preferable that the blowing means 110 is further provided at the beginning to prevent tangling by blowing the gamo (W) by the wind.

In addition, the moving means 40 is further provided with a departure prevention member 81 together with the direction switching member 80 and the direction switching member 80 to match the feed direction (W) supplied in an oblique direction in the diagonal direction. It is preferable that it is done.

The turning member 80 is composed of a plurality of bar-type member fixedly arranged on the mounting panel of the moving means 40,

In addition, when the bar-type member is configured as a bolt that can be easily purchased, the separation preventing member 81 may be configured so that the head of the bolt functions. The sewing thread A1a constituting the provisional coupling portion (A1) of the hanging is caught can be implemented at the same time to prevent the change of direction and departure.

Furthermore, the bar type member constituting the direction switching member 80 and the departure preventing member 81, in particular, the bolts are arranged in a plurality of spaced apart from the mounting panel attached to the movement means for the stable direction change and departure prevention.

In addition, in the present invention, the laminated film A3 is temporarily joined with the bonding film 31 and is initially introduced by the upper and lower belts 42 constituting the moving means 30, and the left end pulley ( 41, the feed force is additionally reinforced by a pair of feed rollers 47 (possibly provided in plurality) which are interlocked with each other, and in the illustrated form, part of the upper and lower bonding films 31 (upper and lower reinforcing bands 71). Or all included or excluded) are arranged at positions not overlapping with the temporary coupling portion A1 of the hair extensions, in the primary finished wig Aa in which the temporary coupling portion A1 remains, the temporary coupling portion A1 is It may be processed into a form separated by the removal means (90).

In addition, the upper and lower bonding films (part or all of the upper and lower reinforcement bands 71 may be included or excluded) may be arranged in a position overlapping with the temporary coupling portion of the gamo, in which case the temporary coupling portion (A1) It may or may not be removed as needed.

Again, the cooling means 46 is further provided at the rear end of the heating means 20, and is formed when the bonding film 31 (including the reinforcing band 71) is adhered and discharged by the heating means 20. It is preferable to contribute to the fast stabilization of the main coupling part A2.

The cooling means 46 is a heat dissipation block in which a plurality of blow nozzles 46a are formed, and the blow nozzles can be supplied with external air for cooling through a blower, and thus, a joint part through rapid cooling of the main coupling part A2. By preventing damage or deformation, it contributes to the improvement of durability, and it is possible to increase the completeness of the product. Deformation and damage can be prevented, and the height of the cooling means 46 can be adjusted to adjust the compressive force of the cooling means in contact with the hair.

In addition, the cooling means 46 is preferably arranged up and down to form a pair of two so as to achieve the stabilization of the bonding portion (A2) to which the bonding film 31 is bonded and discharged.

On the other hand, the removal means 90 is a sharp fixture such as a cutter (not shown) through the grooming member 47 coming out of the rear end of the moving means 40 in the same direction as the transfer direction It is characterized in that it is further provided with a removal means (90) capable of producing the finished combined hairdo without wasting and unnecessary waste. The removal means 90 is also preferably configured by the control member 50 to select the use or non-use, or to select the use or non-use state by a separate operation.

When explaining the specific components of the removal means 90, a body 91 for forming a gap (GAP) that can be fixed by the built-in sharp fixture (for example, a cutter), and the sharp fixture coupled to the body (E.g., cutter) (C) is made of a support body 93 is formed with a receiving groove (93a) that can be accommodated, a portion of the fixed body (C) is exposed to the part where the hair is cut Location.

In addition, the body 91 of the removal means 90 has a plurality of bolt insertion holes (91a) are formed so that a fixed body such as the cutter is partly built and firmly fixed by tightening by bolt coupling, some bolt insertion The ball 91a is formed to correspond to the bolt insertion hole 93b of the support body 93 through the entire body 91 so as to tighten between the body 91 by bolting and the body 91 itself. It is also possible to combine, it is preferable that the fixing body (C) is inclined obliquely so that the hair being fed can be cut.

In addition, the body 91 may be separated to allow replacement of the fixed body inserted and fixed, and may form some gaps so that only the fixed body may be replaced and replaced, and the gap may be formed between the gaps by tightening bolts. It can be narrowed or unfolded, and firmly and firmly coupled to the body 91, the support body 93 and the fixed body C, thereby the body 91, the support body 93 and the high Stagnation (C) is not easily twisted or skewed, so the product can be cut stably and accurately.

In addition, the receiving body 93 of the removal means 90 is formed with a receiving groove (93a) for receiving a protruding portion for cutting the gamma (W) is a part of the object (cutter) is protruded, Receiving groove (93a) of the support body 93 is preferably formed to a depth that can accommodate the sharp protrusion of the object.

In addition, the support body 93 has a shape in which two metal panels are connected in a “b” shape, and the metal panel formed at the bottom thereof has a receiving groove 93a, and the metal panel connected to the top or side is a bolt insertion groove. 93b is formed, and the support body 93 is formed with a plurality of insertion holes having different diameters at different positions, so that the bodies 91 having various sizes or shapes can be combined.

At this time, the shape and position of the body 91 and the support body 93 of the removal means 90 can be changed and the position can be arbitrarily adjusted according to the user's convenience. Mass production is possible without replacement.

Furthermore, the present invention can further cut the finished wig A by introducing a cutting means 100 to a predetermined length.

The cutting means 100 may be installed on the fixing bracket 100a provided on the left side of the left end feed roller 47, and the cutter 102 and the laminated body A3 of the finished wig A passed therethrough. The final moving means composed of a fixed body 103 to be interposed between the cutter and the lifting and driving body 101 of the cutter 102, and additionally pull the finished wig (A) to maintain a stable state for stable cutting Although not shown, it is preferable to be further provided.

In addition, additional blowing means for blowing the hair (H) in a direction orthogonal to the conveying direction may be further provided so that portions other than the main coupling portion (A2) of the finished wig (A) are not cut, and the cutting means (100) The elevating body 101 may be modified in various ways such as a cam driving method, a cylinder driving method, a motor driving method, an actuator driving method, and a multi-joint linker driving method.

In addition, in the above description of the present invention with reference to the accompanying drawings, a description has been made mainly on a wig manufacturing system having a specific shape, structure and configuration, the present invention is capable of various modifications, changes and substitutions by those skilled in the art, such modifications, changes And substitutions should be interpreted as falling within the protection scope of the present invention.

Claims

A first sewing frame which first collects the first sewing parts by sewing between both ends of the hairs continuously supplied;

Bending means for forming a bent portion by bending around a thread forming a first sewing portion of a primary collecting hair added from the first sewing frame; And

Setting means including a heater for ironing and fixing the bent portions of the hairs formed by the bending means; Wig manufacturing system comprising a.
The method of claim 1,

The wig manufacturing system, characterized in that it further comprises a conveying means for conveying the primary collecting gamo supplied from the first sewing frame in close contact with the heater.
The method of claim 1,

The heater of the setting means has a protrusion for pressing the bent portion of the hair,

The bending means is a wig manufacturing system characterized in that it comprises a bending protrusion extending from both sides of the protrusion to form a passage groove in the heater.
The method according to any one of claims 1 to 3,

The setting means may further include a second sewing frame which bends the bent portion to fix the bent state by the heater, and then sew the overlapping arrayed sewing yarns to form a second sewing portion by folding the yarns. ,

The wig manufacturing system further comprises bending holding means which is arranged before the second sewing frame and supplied to the second sewing frame while keeping the hairs fed to the second sewing frame folded around the bent portion.
The method of claim 1,

It is further provided with a sealing means for adsorbing the film to the sewn hair,

The sealing means

Upper and lower film supply parts and upper and lower bonding parts for supplying the upper and lower bonding films so as to cover the work table, the heating means provided on one side of the table, and the upper and lower joining portions of the hairs which are temporarily combined in contact with the heating means. The film and the dummy hair-harvesting laminate combined with the film is supplied to the heating means, and comprises a moving means for fusion bonding the upper and lower bonding films,

Wig manufacturing system further comprises a lifting means for moving the heating means.
The method of claim 5, wherein

The heating means is composed of an upper first heater for heating the upper bonding film, and a lower second heater for heating the lower bonding film,

Further comprising a control member for controlling the temperature of the heating means,

The vertical bonding film has a different melting temperature,

Wig manufacturing system, characterized in that the control temperature of the first heater and the second heater by the controller is different from each other.