JP4608019B2 - Eyelash orthosis - Google Patents

Description

  The present invention relates to a heating-type eyelash shaping device that shapes an eyelash while applying heat thereto.

  This type of eyelash shaping tool is known from Patent Document 1, for example. There, a round bar-shaped shaping head is provided at the tip of the grip, and a spiral brush is provided on the shaping head. Further, a heating element made of nichrome wire is arranged in a spiral shape inside the brush.

Registered Utility Model No. 3042723 (paragraph number 0005, FIG. 2)

  Since the eyelash shaping tool of Patent Document 1 is provided with a spiral brush on the shaping head and the heating element is arranged helically inside the brush, the eyelashes can be curled by an arbitrary brush portion of the shaping head. However, although the central portion of the curled eyelash line can be curled relatively easily, it is difficult to curl the eyelashes on the side of the eye and the outer corner of the eye in a natural manner.

  The length of the eyelashes on the side of the eye and the outer corner of the eye is shorter and less dense than the eyelashes in the center. For this reason, it is necessary to bring the shaping head close to the skin surface and carefully curl the eyelashes, which requires a lot of skill as compared with the case where the center portion is curled. Since the eyelashes are shaped close to the skin surface, some users may feel that the heater is hot, the eyelashes extend diagonally upward, and it is difficult to moderately heat the necessary parts of the eyelashes. It makes it difficult to shape the eyelashes on the side.

  An object of the present invention is to provide an eyelash shaping device that can curl eyelashes on the side of the eye or on the outer side of the eye as effectively as the eyelashes in the central portion, and with a natural feeling.

The present invention has at one end to shaping the head 2 of the body case 1, a eyelashes shaping tool heater 29 in shaping head 2 are arranged, each of the circumferential surface and end surfaces of the shaping head 2, the eyelashes A first shaping surface 33 and a second shaping surface 34 are provided for shaping while applying heating .

  Further, comb teeth 41 and 42 for spreading eyelashes are provided on both shaping surfaces 33 and 34, respectively.

  Further, comb teeth 41 and 42 for spreading eyelashes are provided on both shaping surfaces 33 and 34, respectively, and compared to the tooth length L1 of the comb teeth 41 provided on the first shaping surface 33, the second shaping surface 34 has The tooth length L2 of the provided comb teeth 42 is set short.

  Further, comb teeth 41 and 42 for spreading eyelashes are provided on both shaping surfaces 33 and 34, respectively, and an adjacent interval E1 of the comb teeth 41 provided on the first shaping surface 33 is provided on the second shaping surface 34. It is set to be smaller than the adjacent interval E <b> 2 of the comb teeth 42.

  According to the eyelash shaping tool, the first shaping surface 33 provided on the circumferential surface of the shaping head 2 can curl long and high-density eyelashes along the curved central portion of the eyelash row. The second shaping surface 34 provided on the tip end surface can curl short and low-density eyelashes that grow on the side of the eye and the corner of the eye. (See the usage example in FIGS. 16 (a) and 16 (b))

  As described above, according to the eyelash shaping tool in which the comb teeth 41 and 42 for combing the eyelashes are provided on each of the shaping surfaces 33 and 34, the lateral movement of the eyelashes is regulated so that a group of eyelashes can be properly combed. Can be attached.

  As described above, according to the eyelash shaping tool in which the tooth length L2 of the comb teeth 42 provided on the second shaping surface 34 is set shorter than the tooth length L1 of the comb teeth 41 provided on the first shaping surface 33. For example, the second shaping surface 12 allows the eyelashes of the eyes and the corners of the eyes, which are shorter than the eyelashes in the central portion and have a low hair density, which are difficult to be shaped, to be accurately and closely attached.

  As described above, according to the eyelash shaping device in which the adjacent interval E1 of the comb teeth 41 provided on the first shaping surface 33 is set smaller than the adjacent interval E2 of the comb teeth 42 provided on the second shaping surface 34, The second shaping surface 12 makes it possible to accurately and closely lash the eyelashes at the eyes and corners of the eye that are shorter than the eyelashes at the central portion and have a low hair density and are difficult to shape.

The comb teeth 42 provided on the second shaping surface 34 are useful for spreading the eyelashes solidified with mascara liquid to differentiate into single hairs and finishing the eyelashes in a more natural feeling.

It is the MM sectional view taken on the line in FIG. It is a side view of an eyelash shaping tool. It is a vertical side view of a shaping head. It is explanatory drawing which shows the dimension of each part of a 1st shaping surface and a 2nd shaping surface. It is a circuit diagram which shows the outline of a heater structure. It is explanatory drawing which shows the usage example of an eyelash shaping tool. 6 is a circuit diagram of a heater structure according to Reference Example 2. FIG. 10 is a circuit diagram of a heater structure according to Reference Example 3. FIG. It is a cross-sectional top view which shows the heater structure which concerns on the reference example 4. It is a partially broken side surface which shows the shaping head of the eyelash shaping tool which concerns on the reference example 5. FIG. 10 is a cross-sectional plan view showing a heater structure according to Reference Example 5. FIG. It is a vertical side view of the eyelash shaping tool which concerns on the Example of this invention. FIG. 13 is an exploded side view of the shaping head according to FIG. 12. It is the NN sectional view taken on the line in FIG. It is explanatory drawing which shows the dimension of each part of the 1st shaping surface which concerns on FIG. 12, and a 2nd shaping surface. It is explanatory drawing which shows the usage example of the eyelash shaping tool which concerns on FIG.

  Reference Example 1 FIGS. 1 to 6 show an embodiment of an eyelash shaping device according to a reference example. In FIG. 2, the eyelash shaping tool includes a hollow cylindrical main body case 1 that also serves as a grip, and a shaping head 2 provided at the upper end of the main body case 1. A cap 3 is screwed to the lower end of the main body case 1, and the battery 4 can be taken in and out of the case when the cap 3 is detached from the main body case 1. On the front surface of the main body case 1 is provided a switch knob 5 for turning on / off the energization state between the battery 4 and a heater 8 described later.

  The shaping head 2 is formed in a hollow frame shape by joining the front and rear head cases 2a and 2b that are divided into front and rear portions, and a heater 8 is accommodated therein. As shown in FIG. 1, the shaping head 2 has an isosceles trapezoidal cross section, and the first shaping surface 11 is the rear side having a large left-right width B1 among the parallel sides facing the front and rear. The front side with a small left-right width B2 is the second shaping surface 12. Of the two shaping surfaces 11 and 12, the first shaping surface 11 is provided to curl the eyelashes that mainly grow along the central portion of the eyelash line. It is provided to curl the eyelashes that grow on the outer corners of the eyes. The second shaping surface 12 is also used when curling the lower eyelashes.

  The first and second shaping surfaces 11 and 12 are provided with comb teeth 13 and 14 for spreading eyelashes, respectively. As shown in FIG. 1, the comb teeth 13 provided on the first shaping surface 11 have a tooth length L1 longer than the comb teeth 14 provided on the second shaping surface 12, and the adjacent interval E1 (see FIG. 3). small. The comb teeth 14 provided on the second shaping surface 12 have a shorter tooth length L2 and a smaller adjacent interval E2 than the comb teeth 13 provided on the first shaping surface 11. The former comb teeth 13 are formed in a petal shape, and the latter comb teeth 14 are formed in a trapezoidal shape with rounded corners.

  The shaping head 2 also serves as a heater holder 7, and loading grooves 9 and 10 for accommodating the heater 8 are formed on the inner surfaces of the head cases 2a and 2b described above. The loading groove 9 on the side of the head case 2a is formed so as to face one central portion on the left and right sides of the second shaping surface 12, and the loading groove 10 on the side of the head case 2b is formed in three locations along the left and right width direction of the second shaping surface 12. It is. The heater 8 accommodated in the shaping head 2 (heater holder 7) includes a first heater 8A arranged facing the first shaping surface 11, and a second heater 8B arranged facing the second shaping surface. Consists of. The first heater 8A and the second heater 8B are configured by heater wires having the same heat generation characteristics, but the surface temperature of the second shaping surface 12 is set to be lower than the surface temperature of the first shaping surface 11. .

  Specifically, as shown in FIG. 5, on the first shaping surface 11, the heater wire is folded back between the proximal end and the distal end of the shaping head 2, and the three straight portions of the heater wire are in the first shaping surface. Face to face 11. Further, on the second shaping surface 12, the heater wire is arranged linearly from the base end to the tip of the shaping head 2 so that one straight line portion of the heater line faces the second shaping surface 12. The first heater 8A and the second heater 8B are continuous at the protruding end of the shaping head 2. Thus, when the overall length of the second heater 8B is about one third of the overall length of the first heater 8A, the surface temperature of the second shaping surface 12 is made lower than the surface temperature of the first shaping surface 11. be able to. Although the heat generation characteristic of the second heater 8B and the heat generation characteristic of the first heater 8A are the same, the total heat generation amount in the second shaping surface 12 can be reduced by the short length of the second heater 8B, and the second shaping surface. This is because the heat generation amount per unit area in 12 can be made smaller than the heat generation amount per unit area in the first shaping surface 11.

  As described above, a continuous heater wire is folded three-dimensionally to form the first heater 8A and the second heater 8B, and when the surface temperatures of the first shaping surface 11 and the second shaping surface 12 are different, Compared with the case where the first heater 8A and the second heater 8B are configured by two heater wires having different heat generation characteristics, the cost of the heater structure can be reduced. In addition, since the first heater 8A is arranged in an inverted manner on the first shaping surface 11 so that the heat generating surface thereof is planarized, the entire surface of the first shaping surface 11 can be uniformly heated. .

  The eyelash shaping tool having the above configuration is used in a state where the body case 1 is grasped with one hand, the switch knob 5 is turned on, and both the first and second heaters 8A and 8B are heated. At the time of use, the eyelash shaping tool is held almost horizontally with the first shaping surface 11 positioned at the upper part, the first shaping surface 11 is applied to the curved central portion of the eyelashes, and the eyelashes are heated by the heater 8 as shown in FIG. Then, scooping upward while heating, and further curling upward by rotating the first shaping surface 11 toward the eyebrows. While holding this state and heating the curled portion, the shaping head 2 is pushed upward further, so that the tip of the eyelash can be reliably curled. When the eyelashes are attached, the eyelashes can be captured by the comb teeth 13 and the lateral movement of the eyelashes along the first shaping surface 11 can be controlled, so that the eyelashes captured between the adjacent comb teeth 13 can be controlled. A group can be attached properly.

  The eye and eye corner portions hold the eyelash shaping device approximately horizontally with the second shaping surface 12 facing upward, and the second shaping surface 12 is placed near the proximal end of the eyelashes located at the eye and eye corner portions, and the eyelashes While being heated by the heater 8, it is scooped up diagonally upward, and this state is maintained and the curled portion is heated. At this time, since the left and right width B2 of the second shaping surface 12 is smaller (about one third) than the left and right width B1 of the first shaping surface 11, the second shaping with a narrow width of eyelashes that are short and have a low hair density. The surface 12 can be accurately captured and closely attached. Moreover, since the surface temperature of the 2nd shaping surface 12 is set low temperature compared with the surface temperature of the 1st shaping surface 11, when curling an eyelash in the position close | similar to a skin surface, a hot feeling is given to a skin surface. Even if the second shaping surface 12 and the comb teeth 14 directly touch the skin surface, the contact area with the skin surface is small, so the curling work can be smoothly performed without giving the user a hot feeling. The

  The comb teeth 14 provided on the second shaping surface 12 restrict the eyelashes from moving laterally along the second shaping surface 12 and appropriately cause the eyelashes captured between the adjacent comb teeth 14 to be combed. To help. When the lashing of the eye of one eye is completed, the eyelash of the other eye is damped in the state where the main body case 1 is changed to the opposite hand and turned left and right. Thus, even when used in the left-right direction, the shapes of the first shaping surface 11, the second shaping surface 12, and the comb teeth 13 and 14 are made to be bilaterally symmetric in order to carry out the same wrinkling.

  In FIG. 4, the dimensional relationship of each part of the 1st shaping surface 11 and the 2nd shaping surface 12 is shown collectively. The total length H in the vertical direction of the first shaping surface 11 and the second shaping surface 12 is the same. The left and right width (full width) B1 of the first shaping surface 11 is set larger than the left and right width (full width) B2 of the second shaping surface 12. B1 ÷ B2 = 1.67. The adjacent interval E1 of the comb teeth 13 provided on the first shaping surface 11 is set smaller than the adjacent interval E2 of the comb teeth 14 provided on the second shaping surface 12, and E1 ÷ E2 = about 0.69. is there. Due to the difference in dimensions, the area of the second shaping surface 12 is sufficiently smaller than the area of the first shaping surface 11, and when the latter area is 100, the former area is about 60.

  When attaching the lower eyelashes, as shown in FIG. 6, the eyelash shaping tool is held almost horizontally with the second shaping surface 12 facing downward. Next, the second shaping surface 12 is applied near the base end of the eyelashes, the eyelashes are scooped downward while being heated by the heater 8, and this state is maintained and the curled portion is heated. In this case as well, the lower eyelash, which is shorter than the upper eyelash and has a lower hair density, can be accurately captured by the narrow second shaping surface 12 and closely attached.

  Below, the modified example of an eyelash shaping tool is shown. In each modified example, only the parts that are significantly different from the eyelash shaping device described in Reference Example 1 will be described, and the same members as those described in Reference Example 1 will be denoted by the same reference numerals and description thereof will be omitted. .

  Reference Example 2 The eyelash shaping tool of FIG. 7 shows another embodiment for making the surface temperature of the second shaping surface 12 lower than the surface temperature of the first shaping surface 11. In this case, the first heater 8A and the second heater 8B connected in parallel are configured by heater wires having the same length and the same heat generation characteristics that are folded back in a U shape, and the middle portion of the feeder line on the second heater 8B side. A resistor 17 was connected in series to the second heater 8B so that the heat output of the second heater 8B was smaller than the heat output of the first heater 8A.

  Reference Example 3 The eyelash shaping tool of FIG. 8 shows still another embodiment for making the surface temperature of the second shaping surface 12 lower than the surface temperature of the first shaping surface 11. In this case, the first heater 8A and the second heater 8B are connected in parallel, and the total length of the heater wire constituting the second heater 8B is set longer than the total length of the heater wire constituting the first heater 8A. The heat output of 8B was set to be smaller than the heat output of the first heater 8A. The total resistance value of the second heater 8B having a long heater wire length is larger than the total resistance value of the first heater 8A having a short heater wire length. Therefore, the current value flowing through the second heater 8B is smaller than the current value flowing through the first heater 8A, and as a result, the heat output of the second heater 8B can be made smaller than the heat output of the first heater 8A. This difference in heat output is derived from the fact that the first heater 8A and the second heater 8B are connected in parallel, which is different from the heater structure described in Reference Example 1.

  Reference Example 4 The eyelash shaping tool of FIG. 9 shows still another embodiment for lowering the surface temperature of the second shaping surface 12 as compared with the surface temperature of the first shaping surface 11. Therefore, the heater 8 is arranged between the first shaping surface 11 and the second shaping surface 12, and the heater 8 is shared by the first shaping surface 11 and the second shaping surface 12. In addition, the length C2 from the surface of the heater 8 to the second shaping surface 12 is set to be larger than the length C1 from the surface of the heater 8 to the first shaping surface 11, and the surface temperature of the second shaping surface 12 is set. However, the temperature was made lower than the surface temperature of the first shaping surface 11.

  Reference Example 5 The eyelash shaping tool shown in FIG. 10 and FIG. 11 includes a heater holder 20 in which the shaping head 2 is attached and fixed to the main body case 1 and a comb that is detachably attached to the heater holder 20. The frame 21 is configured. The heater holder 20 is formed of a hollow frame having an isosceles trapezoidal cross section, and among the parallel side portions facing front and rear, the rear side portion having a large left-right width is defined as a first shaping surface 11 and the front side having a small left-right width is provided. The side portion was used as the second shaping surface 12. Inside the heater holder 20, the same first heater 8 </ b> A and second heater 8 </ b> B as those in Reference Example 1 are arranged.

  The comb frame 21 includes a base boss 22, a tip boss 23, a pair of left and right side frames 24 that connect these bosses 22, 23, a group of comb teeth 13 that are formed to project rearward from the side frames 24, It consists of a plastic molded product integrally provided with a group of comb teeth 14 formed to project forward from the frame 24. A pair of left and right side frames 24 and front and rear comb teeth 14 and 13 form mounting holes 25 having the same cross-sectional shape as the heater holder 20. An engagement groove 26 and an engagement ring 27 are formed on the inner surface of the base end boss 22 and the peripheral surface of the base end portion of the heater holder 20 so as to be fitted and engaged with each other to hold the mounted state of the comb frame 21. The comb frame 21 is externally fitted from above the heater holder 20 and the engagement groove 26 of the proximal boss 22 is press-fitted to the engagement ring 27 so that the comb frame 21 is integrated with the heater holder 20. .

  12 to 16 show an embodiment of the eyelash shaping device according to the present invention. There, the shaping head 2 is composed of a heater holder 30 that is fixedly attached to the main body case 1 and a comb frame 31 that is externally attached to the heater holder 30. The heater holder 30 is formed in the shape of a rectangular bar that is long in the vertical direction, and has a first shaping surface 33 on its front surface and a second shaping surface 34 on its upper surface. A pair of left and right inverted L-shaped loading grooves 32 are recessed from the first shaping surface 33 to the second shaping surface 34, and a heater 29 is arranged in an inverted L shape therein.

  The first shaping surface 33 is provided for curling eyelashes that mainly grow along the central portion of the eyelash line, and the second shaping surface 34 is for curling eyelashes that grow on the side of the eye or the outer corner of the eye. It is provided. The second shaping surface 34 is also used when curling the lower eyelashes. On the rear surface side of the heater holder 30, a finger-hanging recess 35 to which a thumb is applied is formed in a stepped shape, and its outer surface is covered with an inverted L-shaped non-slip layer 36 having rubber elasticity such as rubber or elastomer. It is.

  The comb frame 31 is formed by a pair of left and right inverted L-shaped frame portions 40, comb teeth 41 that are formed to project in the upper and lower multi-step shape on the front surface of the frame portion 40, and a front and rear multi-step projecting shape on the upper surface of the frame portion 40. And comb teeth 42 are integrally provided. In order to tightly bond the comb frame 31 to the heater holder 30, inverted L-shaped mounting steps 44 are formed on the left and right sides of the front surface of the heater holder 30 and on the left and right surfaces of the heater holder 30. Furthermore, engagement claws 45 and engagement step portions 46 that are engaged with each other are formed at three locations on the joint surface between the comb frame 31 and the heater holder 30.

  In order to make the surface temperature of the second shaping surface 34 lower than the surface temperature of the first shaping surface 33, the length dimension D2 from the peripheral surface of the heater 29 to the second shaping surface 34 is set from the surface of the heater 29. The length to the first shaping surface 33 is set larger than the dimension D1. Further, the tooth length L2 of the comb teeth 42 provided on the second shaping surface 34 is set shorter than the tooth length L1 of the comb teeth 41 provided on the first shaping surface 33.

  In FIG. 15, the dimensional relationship of each part of the 1st shaping surface 33 and the 2nd shaping surface 34 is shown collectively. The total width B of the first shaping surface 33 and the second shaping surface 34 is the same. The total length H2 of the second shaping surface 34 is set to be sufficiently smaller than the total length H1 of the first shaping surface 33. H1 ÷ H2 = about 2.7. The adjacent interval E1 of the comb teeth 41 provided on the first shaping surface 33 is set slightly smaller than the adjacent interval E2 of the comb teeth 42 provided on the second shaping surface 34. Due to the difference in dimensions, the area of the second shaping surface 34 is sufficiently smaller than the area of the first shaping surface 33, and when the latter area is 100, the former area is 37.

  The eyelash shaping tool having the above configuration is used in a state where the body case 1 is gripped with one hand, the switch knob 5 is turned on, and the heater 29 is heated. When in use, as shown in FIG. 16 (a), the eyelash shaping device is held almost horizontally with the first shaping surface 33 facing upward, and the first shaping surface 33 is applied to the curved central portion of the eyelash to lash the eyelashes. Scooping upward while heating by the heater 29, and further curling upward by rotating the first shaping surface 11 toward the eyebrows. While holding this state and heating the curled portion, the shaping head 2 is pushed upward further, so that the tip of the eyelash can be reliably curled. Since the eyelashes can be captured by the comb teeth 41 at the time of wearing, and the lateral movement of the eyelashes along the first shaping surface 33 can be controlled, the group of eyelashes captured between the adjacent comb teeth 41 can be appropriately combed. Can be attached.

  As shown in FIG. 16 (b), the eyes and the corners of the eyes have the second shaping surface 34 facing upward, and the eyelash shaping tool is held in a vertically long posture with the thumb applied to the finger-hanging recess 35. Specifically, the second shaping surface 34 is applied near the base end of the eyelashes located at the corners of the eyes and the corners of the eyes, and the eyelashes are scooped upward while being heated by the heater 29, and this state is maintained and the curl portion is heated. At this time, since the surface temperature of the second shaping surface 34 is lower than the surface temperature of the first shaping surface 33, when the eyelashes are curled near the skin surface, the skin surface feels hot. Even if the second shaping surface 34 and its comb teeth 42 directly touch the sensitive skin surface, the curling operation can be smoothly performed without giving a hot feeling to the user. Further, when shaping the eyelashes at the corners of the eyes and the corners of the eye with the second shaping surface 34, the first shaping surface 33 having a high surface temperature is held sideways, and the skin surface is heated by the heater heat on the first shaping surface 33 side. It can be well prevented that a hot feeling is given.

  The comb teeth 42 provided on the second shaping surface 34 restrict the eyelashes from moving laterally along the second shaping surface 34, and appropriately comb the eyelashes captured between the adjacent comb teeth 42. To help. When the lashing of the eye of one eye is completed, the eyelash of the other eye is damped in the state where the main body case 1 is changed to the opposite hand and turned left and right. Similarly, the lower eyelashes can be attached by holding the eyelash shaping tool in the vertically long posture with the second shaping surface 34 facing downward.

  In the eyelash shaping device described with reference to FIGS. 12 to 16, one heater wire is arranged in a single stroke along the pair of left and right inverted L-shaped loading grooves 32, but this is not necessary. The heater 8 is composed of a first heater 8A and a second heater 8B connected in parallel, and the first shaping surface 33 and the second shaping surface 34 can be individually heated by the first heater 8A and the second heater 8B. . In that case, the heat output of the second heater 8B arranged corresponding to the second shaping surface 34 is set smaller than the heat output of the first heater 8A arranged corresponding to the first shaping surface 33. The surface temperature of the second shaping surface 34 can be made lower than the surface temperature of the first shaping surface 33.

The eyelash shaping tool described in FIGS. 12 to 16 can be implemented in the following manner.
A heated eyelash shaping tool having a shaping head 2 at one end of a body case 1 that also serves as a grip,
A first shaping surface 33 and a second shaping surface 34 for shaping eyelashes are arranged on one side of the circumferential surface of the shaping head 2 and the tip end surface, with the shaping surfaces 33 and 34 intersecting each other. And
A heater 29 that heats the eyelashes facing both the shaping surfaces 33 and 34 is arranged in an inverted L shape,
The eyelash shaping tool in which the longitudinal dimension of the second shaping surface 34 is set smaller than the vertical dimension of the first shaping surface 33.

  According to the eyelash shaping tool described above, the first shaping surface 33 provided on the peripheral surface of the shaping head 2 can curl long and high-density eyelashes along the curved central portion of the eyelash row, and the shaping head 2 can be curled. With the second shaping surface 34 provided on the protruding end surface, it is possible to curl short and low-density eyelashes that grow on the side of the eye and the corner of the eye.

Comb teeth 41 and 42 for spreading eyelashes are provided on both shaping surfaces 33 and 34,
The eyelash shaping tool described above, wherein the comb teeth 41 provided on the first shaping surface 33 and the comb teeth 42 provided on the second shaping surface 34 are arranged in parallel.

  As described above, according to the eyelash shaping device in which the comb teeth 41 of the first shaping surface 33 and the comb teeth 42 of the second shaping surface 34 are arranged in parallel, the second shaping is performed on the eyelashes located at the corners of the eyes and the corners of the eyes. When curling at a position close to the skin surface by applying the surface 34, the first shaping surface 33, which has a higher surface temperature than the second shaping surface 34, is directed sideways by the heater heat on the first shaping surface 33 side. It can well prevent the skin surface from being heated and giving a hot feeling. The comb teeth 42 provided on the second shaping surface 34 are useful for spreading the eyelashes solidified with mascara liquid to differentiate into single hairs and finishing the eyelashes in a more natural feeling.

  The eyelash shaping tool as described above, wherein the finger hook recess 35 is formed in a stepped shape on the outer surface of the shaping head 2 facing the first shaping surface 33.

  As described above, according to the eyelash shaping tool in which the stepped finger hook concave portion 35 is formed in the shaping head 2, after the body case 1 is squeezed, the thumb is applied to the finger hook concave portion 35 and the shaping head Since the eyelashes can be attached in a state where the 2 is securely fixed, the eyelashes located in the short and low density portions of the eyes and the corners of the eyes can be curled finely.

  In addition to the above embodiment, the first heater 8A and the second heater 8B can be individually heated independently by switching the switch knob 5.

DESCRIPTION OF SYMBOLS 1 Main body case 2 Shaping head 29 Heater 33 1st shaping surface 34 2nd shaping surface

Claims (4)

An eyelash shaping tool having a shaping head (2) at one end of the body case (1), and a heater (29) arranged on the shaping head (2),
A first shaping surface (33) and a second shaping surface (34) are provided on the circumferential surface and the tip end surface of the shaping head (2) for shaping while applying heat to the eyelashes. Eyelash shaping tool.   The eyelash shaping device according to claim 1, wherein comb teeth (41) and (42) for combing eyelashes are provided on each of the shaping surfaces (33) and (34).   Comb teeth (41) and (42) for spreading eyelashes are provided on each of the shaping surfaces (33) and (34), and the tooth length of the comb teeth (41) provided on the first shaping surface (33) ( The eyelash shaping according to claim 1 or 2, characterized in that the tooth length (L2) of the comb teeth (42) provided on the second shaping surface (34) is set shorter than that of L1). Ingredients.   Comb teeth (41) and (42) for combing eyelashes are provided on each of the shaping surfaces (33) and (34), and the adjacent interval between the comb teeth (41) provided on the first shaping surface (33) ( The eyelashes according to any one of claims 1 to 3, wherein E1) is set smaller than an adjacent interval (E2) between comb teeth (42) provided on the second shaping surface (34). Orthopedic tool.

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