KR102296448B1 - Comb Aligner for Hairbrush Manufacturing - Google Patents

Abstract

The present invention, in a manufacturing system to be manufactured by planting combs on the body of a hair brush, aligning the combs in place to maximize manufacturing quality; The comb hairs each having a 'ball'-shaped 'protrusion' formed at both ends are supplied to the driving position of the hair transplantation rod to make a straight reciprocating movement vertically up and down, and according to the vertical movement of the hair transplantation rod, one of the comb hairs is supplied. After bending the position to shape the long and short teeth of different lengths on both sides, respectively, the hair brush manufacturing system configured to implant the bent portions of the long and short teeth on the brush body disposed under the hair implantation rod. In the comb alignment device for manufacturing a hairbrush applied to align the combs supplied to the driving position of the hair transplantation rod in a fixed position; It is provided in the machine body constituting the hairbrush manufacturing system and is provided with an interval therebetween so as to arrange the combs therebetween in the longitudinal direction of the combs supplied to the driving position of the hair transplantation rod. a fixed alignment member and a movable alignment member each having a fixed support end and a movable support end for supporting the ends of the comb; Exercise means provided so as to be movable in a straight line on the machine body and linearly reciprocating the movable alignment member in the direction toward the stationary alignment member so that both ends of the comb are in close contact with the stationary support end and the movable support end, respectively; It provides a comb alignment device for manufacturing a hair brush comprising.

Description

Comb Aligner for Hairbrush Manufacturing

The present invention relates to a comb alignment apparatus for manufacturing a hairbrush, which is configured to maximize manufacturing quality by aligning the combs in a fixed position in a manufacturing system configured to be manufactured by implanting comb hairs on the body of the hairbrush.

Conventionally, when the comb teeth are implanted on the body of the hairbrush, each process is normally sequentially produced by a manual method by an operator.

That is, after fixing the brush body to the jig and supplying comb teeth and other parts one by one by mechanical operation, it was produced by a process of implanting into the brush body; In this case, there was a problem in that the planting was performed while controlling each process by the operator, resulting in a significant defect rate, and a decrease in productivity and an increase in manufacturing cost due to the need for labor.

Accordingly, when the brush body is placed on a jig and fixed by a cylinder and automatically transferred into the hair transplantation device, comb teeth are supplied by a number of cam devices operated according to the driving of the motor, and hair transplantation needles and transfers operated before, after, left and right A manufacturing device for a hairbrush that is automatically performed and organically operated for convenience has been proposed and used, and all hair transplantation processes are automatically performed to increase product production and minimize the defect rate while reducing labor to increase product productivity. It is being raised.

In Korean Utility Model Application No. 20-1988-0009706 (Name: Circular Brush Automatic Hair Transplanter/1988.06.23.), as known in the Gazette, the brush body is fixed on the table by the first cylinder and attached to the rear end. The feeder with the latch gear rotated intermittently by the third cylinder is transferred left and right to the second cylinder, and the push bar in the comb feeder is moved left and right by left and right operation through the lever and the intermediate rod, and . A first cam or a third cam is installed on the drive shaft so that the first cam causes the needle insertion piece to operate up and down, and the second cam is extended with the lever as an overload so that the lever and the extended hair implantation needle work up and down, The 3 cam extends the cutting blade forward and backward, and the transfer piece is installed on one side of the needle insertion piece to reciprocate up and down by the first electromagnet, and the pulley with the handle and the drive shaft are attached and detached by the second electromagnet. is installed, and a semicircular fourth cam and a fifth cam formed at an obtuse angle are installed on the drive shaft of one side of the clutch so that the transfer piece is transferred left and right by the fourth cam, and is operated and engaged by the fifth cam There is disclosed a circular brush automatic hair transplanter made by installing a feeding member supported by elastic pieces.

On the other hand, in the near future, as shown in FIG. 1, the comb teeth to be implanted of the hair brush are formed and implanted with long and short teeth of different lengths extending outward from the brush body, thereby combing the user's hair. When combing, by forming a 'circular protrusion' in the shape of a 'ball' at the ends of each of the long and short combs, as well as stably combing the entire hair positioned inside and outside when combing Hair brushes designed to stably attach hair to improve the quality of use have been proposed and used.

When it is desired to implant the long and short comb teeth having the circular protrusions formed at the ends in this way, respectively, on the brush body, as shown in FIG. 2 , after forming the circular protrusions at both ends of the comb hairs having a length, the comb teeth A hair brush is manufactured by bending a position shifted to one side around the center of the hair to form the long and short teeth on both sides around the bent portion, respectively, and then implanting the bent portion into the brush body. have.

Accordingly, by planting the long comb and the short comb each formed with the protrusions on the brush body at the same time, the production efficiency is improved.

Korea Utility Model Application No. 20-1988-0009706 (June 23, 1988)

However, in the conventional hairbrush manufacturing apparatus and method as described above, after bending the comb hair in a state in which circular protrusions are formed at both ends of the comb hair, in the process of implanting the comb hair into the brush body, each at the correct position of the hair implantation rod for forming the comb hair. There was a problem in that the hairs of the comb could not be uniformly aligned.

That is, as shown in FIG. 3, when the comb hair supplied through the supply means for supplying the comb hair is supplied, according to the deviation (L) of the 'sphere'-shaped protrusions, the comb teeth are supplied to the position where the hair transplantation rod is driven. Since the positions of the hairs were made differently, there was a problem that the bent portions in the comb hair did not match.

Accordingly, the lengths of the long and short teeth to be implanted on the brush body are different from each other, and when combing, the hairs are tangled inside the hair, so that there is a problem that the quality of use is deteriorated.

The present invention has been proposed to solve the problems of the prior art as described above, and an object of the present invention is to improve the manufacturing quality by aligning the combs in the correct position in the manufacturing system to be manufactured by implanting the combs on the body of the hairbrush. It is to provide a comb alignment device for manufacturing a hair brush to be maximized.

That is, when supplying the comb hair to the driving position of the hair transplantation rod, the deviation (L) of the 'sphere' shaped protrusions is corrected to uniformly align the position of each comb hair to the correct position, thereby reducing the bent portion of the comb hair by the hair transplantation rod. It is to provide a comb alignment device for manufacturing a hairbrush, which is capable of manufacturing a hairbrush that maximizes the quality of use by uniformly matching the lengths of the long and short teeth to be implanted on the brush body.

Comb aligning apparatus for manufacturing a hair brush according to the present invention for achieving the object of the present invention as described above, a 'ball'-shaped 'protrusion' is formed at both ends, respectively, in a straight reciprocating motion in a vertical direction. After supplying to the driving position of the implantation rod so as to be, and bending one position of the comb according to the vertical movement of the implantation rod to form long and short teeth of different lengths on both sides, respectively, placed in the lower portion of the implantation rod Comb alignment device for manufacturing a hairbrush applied to a hairbrush manufacturing system configured to implant the bent portions of the long and short comb teeth on the brush body to align the comb hairs supplied to the driving position of the hair implantation rod into a regular position in; It is provided in the machine body constituting the hairbrush manufacturing system and is provided with an interval therebetween so as to arrange the combs therebetween in the longitudinal direction of the combs supplied to the driving position of the hair transplantation rod. a fixed alignment member and a movable alignment member each having a fixed support end and a movable support end for supporting the ends of the comb; Exercise means provided so as to be movable in a straight line on the machine body and linearly reciprocating the movable alignment member in the direction toward the stationary alignment member so that both ends of the comb are in close contact with the stationary support end and the movable support end, respectively; It is characterized in that it comprises.

The comb alignment device for manufacturing a hair brush according to the present invention made as described above, when the comb hair is supplied to the driving position of the hair transplantation rod, regardless of the deviation (L) of the 'sphere'-shaped protrusions formed at both ends of the comb hair, regardless of the deviation (L) of the hair transplantation rod. In the driving position, the comb hairs are aligned between the fixed support end and the movable support end so that the alignment position of the comb hairs is always uniformly aligned. It has the effect of producing a hairbrush that maximizes the quality of use by uniformly forming the lengths of the long and short combs.

1 is a schematic illustration showing comb teeth implanted in a general hairbrush.
Figure 2 is a schematic illustration showing the processing state of the comb teeth implanted in a general hairbrush.
Figure 3 is a schematic illustration showing a supply error of comb hair in the process of transplanting to a conventional hairbrush.
4 is a schematic illustration of some excerpts showing a hairbrush manufacturing system to which a comb alignment device for manufacturing a hairbrush according to an embodiment according to the present invention is applied.
5 and 6 are some excerpts schematically illustrating a comb alignment device for manufacturing a hair brush according to the present embodiment.
7 is a schematic illustration of a partial excerpt showing an excerpt of a portion of the comb alignment device for manufacturing a hair brush according to the present embodiment.
8 and 9 are some excerpts schematically illustrating the state of use of the comb alignment device for manufacturing a hair brush according to the present embodiment.
10 to 14 are schematic exemplary views showing the process of hair transplantation through the comb alignment device for manufacturing a hair brush according to the present embodiment.

Hereinafter, a comb alignment device for manufacturing a hair brush according to a preferred embodiment according to the present invention will be described in detail with reference to the accompanying drawings.

Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those of ordinary skill in the art. Accordingly, the shape of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that the same members in each drawing are sometimes shown with the same reference numerals. Detailed descriptions of well-known functions and configurations determined to unnecessarily obscure the gist of the present invention will be omitted.

4 to 14 are views showing a comb alignment device 1 for manufacturing a hair brush according to an embodiment of the present invention. (救;boll)'-shaped 'protrusion (11)' is supplied to the driving position of the hair transplantation rod 111 to linearly reciprocate vertically up and down the comb hairs 10 each formed with, and the hair transplantation rod 111. After bending one position of the comb hair 10 according to the vertical movement of the long comb teeth 12 and the short comb teeth 13 having different lengths on both sides, respectively, it is disposed under the hair transplantation rod 111 The comb teeth supplied to the driving position of the hair implantation rod 111 are applied to the hair brush manufacturing system 100 configured to implant the bent portions of the long comb teeth 12 and the short comb teeth 13 on the brush body (B). It is particularly suitable for aligning the hair 10 in place.

That is, in the hair brush manufacturing system 100 to be manufactured by implanting the comb hair 10 on the brush body (B) of the hair brush, align the comb hair 10 in the correct position to maximize the manufacturing quality. do.

The hair brush manufacturing system 100, the machine body 101 and; A hair implantation means 100 having the hair implantation rod 111 which is provided to be vertically movable in the machine body 101 and to be implanted in the brush body B by pressing the comb hair 10 from the upper portion and ; A supply rod configured to be supplied to the driving position of the hair implantation rod 111 after taking a single comb hair 10 from the receiving tube 121 in which the plurality of comb hairs 10 are stored and accommodated, and the receiving tube 121 . supply means (120) having (122); The hair transplantation rod 111 and the supply rod 122 in conjunction with the drive means 130 to make a linear reciprocating motion; made to include; It is preferable to periodically linearly move the hair transplantation rod 111 and the supply rod 122 through the driving means 130 to periodically perform the hair transplantation movement of the comb hairs 10 .

On the other hand, the driving means 130, the rotary shaft 131 which rotates by receiving power electrically or / and manually; A plurality of cam wheels 132 that are installed on the rotating shaft 131 and are connected to be interlocked with the implantation rod 111 and the supply rod 122; The drive means 130 and the connection configuration of the hair transplantation rod 111 and the supply rod 122 are conventionally known in the art (eg, known in Korean Utility Model Application No. 20-1988-0009706) It is preferable to have a structure selected by the user among the above techniques.

The comb alignment device 1 for manufacturing a hair brush according to this embodiment is provided in the machine body 101 constituting the hair brush manufacturing system 100 and supplied to the driving position of the hair transplantation rod 111. The comb teeth 10 are provided with an interval therebetween so as to arrange the comb hair 10 therebetween in the longitudinal direction of the comb hair 10 and support the ends of the comb hair 10 at the ends in the lateral direction of the comb hair 10, respectively. a fixed alignment member 2 and a movable alignment member 3 each having a fixed support end 21 and a movable support end 31; The machine body 101 is provided movably in a straight line, and the movable alignment member 3 is linearly reciprocated in the direction toward the fixed alignment member 3 to make the fixed support end 21 and the movable support end 31 . At the both ends of the comb hair (10) is supported while in close contact with each exercise means (4); is made to include.

That is, when the comb hair 10 is supplied to the driving position of the hair transplantation rod 111, the deviation L of the 'sphere' shape protrusions 11 formed at both ends of the comb hair 10, respectively, is correlated with the deviation (L). In the driving position of the hair transplantation rod 111 without aligning the comb 10 between the fixed support end 21 and the movable support end 31, the alignment position of the comb hair 10 is always uniform. As to be aligned, the bending portion of the comb hair 10 by the hair implantation rod 111 is uniformly matched.

Accordingly, the length of the long comb teeth 12 and the short comb teeth 13 to be implanted in the brush body (B) are uniformly formed to manufacture a hair brush that maximizes the quality of use.

At this time, when the comb hair 10 is supplied to the space between the fixed alignment member 2 and the movable alignment member 3, which is the driving position of the hair transplantation rod 111, the comb hair 10 is supplied through the exercise means 4 The movable alignment member (3) presses the comb hair (10) while linearly moving in the direction toward the fixed alignment member (2); The comb hair 10 pressed by the movable alignment member 3 is moved in the direction toward the stationary alignment member 2, and both ends are in close contact with the fixed support end 21 and the movable support end 31, respectively. is supported as

Therefore, the comb hair 10 supplied to the driving position of the hair transplantation rod 111 through the supply means 120 is always both ends between the fixed support end 21 and the movable support end 31 . It is supported while being in close contact so that the alignment position is always kept constant.

Accordingly, the bent portion of the comb hair 10 by the hair transplantation rod 111 is uniformly matched.

In the comb alignment device 1 for manufacturing a hair brush according to the present embodiment made as described above, the fixing alignment member 2 is a fixing screw rod screwed to the fixing nut tube 22 provided in the machine body 101 . (23) and; and the fixing support end 21 provided at the tip of the fixing screw rod 23; According to the screw movement operation of the fixing screw rod 23 with respect to the fixing nut tube 22 , the position of the fixing support end 21 in the direction toward the movable support end 31 may be adjusted.

That is, the position of the fixed support end 21 with respect to the driving position of the hair transplantation rod 111 can be adjusted to a desired position, so that the entire length of the comb hair 10 or the long comb 12 and the short comb According to the length ratio adjustment of (13), it can be adjusted to an appropriate position.

In the comb alignment device 1 for manufacturing a hairbrush according to this embodiment made as described above, the movable alignment member 3 is the longitudinal direction of the comb hair 10 supplied to the driving position of the hair transplantation rod 11 . an exercise rod 32 coupled to the machine body 101 so as to be capable of linear reciprocating motion; It is provided at the front end of the exercise rod 32, the support rod 33 to which the movable support end 31 is coupled to the end; may be made to include.

In addition, the exercise means 4 is provided at the other end of the exercise rod 32 and is connected to be linked to the cam wheel 132 of the driving unit 130 according to the rotation of the cam wheel 132, the exercise rod ( 32) a driven roll 41 configured to linearly reciprocate in the longitudinal direction of the comb hair 10; Including a; can be done

That is, according to the periodic rotation of the cam wheel 132 of the driving means 130 to drive the hair transplantation rod 11, as the movement rod 32 is periodically linearly reciprocated, the movable support end 31 is interlocked with the hair transplantation rod 111 to align the comb hair 10 in the correct position while performing periodic linear reciprocating motion.

Accordingly, the repeating process of transplanting the comb hair 10 according to the mechanical cycle is stably performed.

In the above, the movable support end 31 is provided at the front end of the movable screw rod 35 screwed to the movable nut tube 34 provided at the end of the support rod 33 and is attached to the movable nut tube 34 . According to the screw movement operation of the movable screw rod 35, the linear position may be adjusted in the direction toward the fixed support end 21.

That is, the position of the movable support end 31 with respect to the driving position of the hair transplantation rod 111 can be adjusted to a desired position, so that the entire length of the comb hair 10 or the long comb 12 and the short comb According to the length ratio adjustment of (13), it can be adjusted to an appropriate position.

In the comb alignment apparatus 1 for manufacturing a hair brush according to the present embodiment made as described above, the machine body 101 has a guide groove 102 for guiding the movement rod 32 during a linear reciprocating motion by fitting the movement rod 32. formed; It is preferable that the cover 103 for closing the upper portion of the guide groove 102 is detachable from the machine body 101 .

That is, the movable alignment member 3 is stably bound to the machine body 101 to prevent unauthorized separation, as well as to simplify the mechanical configuration and improve production efficiency.

As described above, the comb alignment device 1 for manufacturing a hairbrush according to this embodiment adjusts the alignment position of the comb according to the deviation (L) of the protrusions in the 'sphere' shape through the linear movement of the movable support end. The technical configuration is characterized in that the both ends of the comb are supported between the fixed support end and the movable support end and uniformly aligned in the correct position to uniformly match the bent portion of the comb by the implantation rod.

One embodiment of the present invention described above is merely exemplary, and those of ordinary skill in the art to which the present invention pertains will appreciate that various modifications and equivalent other embodiments are possible therefrom. . Therefore, it will be well understood that the present invention is not limited to the form mentioned in the above detailed description. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. It is also to be understood that the present invention includes all modifications, equivalents and substitutions falling within the spirit and scope of the invention as defined by the appended claims.

1: comb alignment device 2: fixed alignment member
21: fixed support end 22: fixed nut pipe
23: fixed screw rod 3: movable alignment member
31: movable support end 32: exercise rod
33: support rod 34: movable nut pipe
35: movable screw rod 4: exercise means
41: driven roll 42: elastic spring
10: comb hair 11: stone
12: long comb 13: short comb
100: hair brush manufacturing system
101: machine body 102: guide groove
103: cover 110: means of transplanting
111: transplantation rod 120: supply means
121: container 122: supply rod
130: driving means 131: rotating shaft
132: cam wheel B: brush body

Claims (1)

The comb hairs 10 each having a 'ball'-shaped 'protrusion' formed at both ends are supplied to the driving position of the hair transplantation rod 111 to linearly reciprocate vertically up and down, and the hair transplantation rod 111 ) by bending one position of the comb hair 10 according to the vertical movement to shape the long comb teeth 12 and the short comb teeth 13 of different lengths on both sides, respectively, and placed in the lower part of the hair transplantation rod 111 It is applied to the hair brush manufacturing system 100 configured to implant the bent portions of the long comb teeth 12 and the short comb teeth 13 on the brush body (B) to be applied and supplied to the driving position of the hair implantation rod 111 . to align the bristles 10 in place;
It is provided in the machine body 101 constituting the hairbrush manufacturing system 100 and is provided in the longitudinal direction of the comb hair 10 supplied to the driving position of the hair implantation rod 111 between the comb hair 10. Fixed alignment having a fixed support end 21 and a movable support end 31 for supporting the end of the comb 10 at the end in the direction toward the comb 10, each provided with an interval therebetween. a member (2) and a movable alignment member (3); The machine body 101 is provided movably in a straight line and the movable alignment member 3 is linearly reciprocated in the direction toward the fixed alignment member 2 to make the fixed support end 21 and the movable support end 31 . In the comb alignment device (1) for manufacturing a hairbrush comprising; exercise means (4) to be supported while both ends of the comb hair (10) are in close contact with each other;
The fixed alignment member (2),
A fixing screw rod 23 screwed to the fixing nut tube 22 provided in the machine body 101, and the fixing support end 21 provided at the tip of the fixing screw rod 23; including is made;
The movable support end 31 is,
The movable nut pipe ( 34), according to the screw movement operation of the movable screw rod (35), the comb alignment device for manufacturing a hairbrush, characterized in that the linear position is adjusted in the direction toward the fixed support end (21).

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