TWI710333B - Perm - Google Patents

Abstract

A hair iron includes a clamp unit and a heat-resistant flexible sheet. The fixture unit contains a A first clip body and a second clip body connected to the first clip body, a pivoting portion is provided at the connection between the two ends of the first clip body and the two ends of the second clip body, the first clip The body includes a first pressing part with one position at one end and a first clamping part with one position at the other end. The second clamp body includes a second pressing part with one position at one end and a second clamping part with one position at the other end. The heat-resistant flexible sheet body is arranged on the opposite inner surfaces of the first clamping part and the second clamping part to facilitate assembly and disassembly. In the present invention, the curling iron is clamped by the curling rod, so that the heat preservation of the hair curl is good and the excess water from heating is discharged. The curling iron can not only prevent scalding, but also avoid the generation of indentation during the perm, and can improve the performance of the perm. Texture.

Description

Perm

The invention relates to a perm tool, in particular to a perm clip.

The conventional perm technique is to first tie the hair with a perming rod, and then use an insulating sheet to cover the perm and the hair. After that, the perm rod, the heat insulation sheet and the hair are clamped with a clamp to complete the pre-work procedure. Finally, the perm rod is electrically connected to an external power source, and the external power source is turned on so that the perm rod is energized and heated, so as to perm the hair.

However, in the pre-operation, the hair must be tied up with a perm rod, then the perm bar and hair must be covered with a heat insulation sheet, and finally the perm rod, heat insulation sheet and hair must be clamped by a clamp. The complicated process will be Cause inconvenience to the staff. Therefore, there is a need for improvement. Therefore, the company of the inventor of the present case has previously obtained the ROC Patent Publication No. M560225 hair curler. Please refer to Figures 1 and 2. The hair curler A1 connects both ends of the rod body A11. They are respectively pivotally connected to both sides of the first clip portion A12 or both sides of the second clip portion A13, so that the heat insulation sheet A14 is arranged around the rod body A11. When it is to be used, the heat insulation The sheet A14 is accommodated in the accommodating space A15. After the hair perming rod A2 rolls up the hair A21, it can be directly accommodated in the accommodating space A15, and the heat insulation sheet A14 covers the perming rod A2 and the hair A21.

1. Since the two ends of the inner center rod of the rod body A11 are pivotally connected to the two sides of the first clip portion A12 or to the two sides of the second clip portion A13, when the inner center rod of the rod body A11 is After using both ends for a period of time, the center rod is easy to loosen, causing the heat insulation sheet A14 to fall off during operation, and both ends of the rod body A11 are pivoted with the first clip A12 or with the second clip A13, respectively. The joints are not easy to clean.

2. When the heat-insulating sheet A14 is in use, the staff first installs the heat-insulating sheet A14 in the accommodating space A15. However, when the first clip A12 and the second clip A13 are opened, the insulation The heat plate A14 has not been fastened in the accommodating space A15, and it is easy for the staff to keep the heat insulating plate A14 in the accommodating space A15 with their hands. It is troublesome to use the heat insulating plate A14 It takes time to set up.

3. Since the heat insulation sheet A14 covers the entire hair A21 outside the perming rod A2, when the moisture in the heating process is too much, not only the heating time is long, but also the perming effect is easily affected, and the perming texture is difficult to meet the requirements.

4. Since the first clip portion A12 and the second clip portion A13 clamp the perm rod A2, and the perm rod A2 is energized and heated by the external power source, and the heated heat source is directly conducted to the first clip portion A12 And on the second clip portion A13, the first clip portion A12 and the second clip portion A13 are likely to come into contact with the face or scalp during a perm, and burn the user.

5. Although the heat-insulating sheet A14 accommodated in the accommodating space A15 is provided with a color change due to heat, the first clip portion A12 and the second clip portion A13 are not provided with a color change due to heat Change the color. When the external power supply is electrically connected to the perm rod A2 to heat the perm rod A2 to perm the user, it is not easy for the staff to move from the outside of the first clip portion A12 and the second clip portion A13 Knowing that the heating temperature is enough, it is even more difficult to determine whether the perm bar A2 is operating normally during the perm process.

In particular, the present inventors devoted themselves to this problem, and then continued to derive and develop a hair curler of the present invention to overcome the previous proposal that the two ends of the rod body are connected to both sides of the first clip part or the second clip part. The assembly between the two sides is not ideal, and it is easy to produce indentation when perming, and it is easy to cause too much water in the hair outside the perm bar, which makes the heating time longer and easily affects the perm effect, and it can be seen from the outside of the perm clip Whether the perm clip has changed color, it is not easy to judge whether the perm bar is operating normally during the perm It is easy to make the first clip part and the second clip part contact with the scalp or face during the perm, and burn the user, which reduces the perm effect and has the disadvantages of poor perm texture. The main purpose of the present invention is to expose the curling iron, by clamping the curling rod with the curling iron, the hair curling can be kept warm and the excess water from heating can be discharged, and the curling iron can not only prevent scalding, but also avoid the perm. The indentation is produced and the texture of the perm can be improved.

To achieve the above objective, the present invention provides a hair iron which includes a clamp unit and a heat-resistant flexible sheet. The clamp unit includes a first clamp body and a second clamp body connected to the first clamp body. A pivot joint is provided at the connection between the two ends of the first clamp body and the two ends of the second clamp body , The first clip body includes a first pressing portion with one bit on one end and a first clip portion with one bit on the other end, and the second clip body includes a second pressing portion with one bit on one end and one bit on the other end. The second clamping portion, wherein the first clamping portion includes a plurality of first insertion holes facing above the first pressing portion, and a plurality of first claw fixed ends facing the end of the first clamping portion, the second clamping portion It includes a plurality of second insertion holes facing upwards of the second pressing portion, and a plurality of second claw fixed ends facing the end of the second clamping portion. A container is provided between the first clamping portion and the second clamping portion. And a first opening and a second opening respectively located at the two ends of the accommodating space and communicating with the accommodating space, the first clamping portion is provided with two respectively facing the first insertion holes and The fixing holes between the fixed ends of the first claws and located at the same horizontal position, and the pivoting portion has an elastic member, the pivoting portion is actuated by pressing the first pressing portion and the second pressing portion, The first clamping part and the second clamping part are opened to form a movable opening or being clamped by the first clamping part and the second clamping part. The heat-resistant flexible sheet is arranged on the inner surfaces of the first clamping part and the second clamping part to facilitate assembly and disassembly, wherein the heat-resistant flexible sheet is accommodated in the containing space, and the heat-resistant flexible sheet The body includes a first surface sleeved toward the inner surface of the accommodating space, and a second surface on the other end of the first surface. The first surface is provided with a plurality of first clamping parts on the opposite inner side. The first embedding holes pass through the first protruding inlays for fixing, and a plurality of the first protruding inlays are arranged opposite to the first protruding inlays and respectively penetrate the second embedding holes of the second clamping portion Set the second convex inlays for fixing, and are respectively provided on the opposite outer sides of the first surface with a plurality of third convex inlays which are inserted and fixed between the fixed ends of the first claws, and a plurality of There are two fourth convex inlays which are respectively inserted and fastened between the fixed ends of the second claws, and two fifth inlays respectively inserted and fastened to the fastening holes are provided on the first surface. Convex inlay.

Furthermore, the outer shapes of the first protruding inlays and the second protruding inlays are arranged in accordance with the first inlay holes and the second inlay holes; wherein, the fixed ends of the first claws and the A first embedding groove and a second embedding groove are respectively provided between the fixed ends of the second claws for the third protruding inlays and the fourth protruding inlays to pass through and be fixed, and the third protruding inlays The outer shapes of the body and the fourth convex inlays are arranged in accordance with the first inserting grooves and the second inserting grooves; wherein, the outer shapes of the fifth convex inlays are arranged in accordance with the fixing holes.

Furthermore, the outer shapes of the first convex inlays are each set to the longitudinally arranged elongated bodies that are the same as the longitudinally arranged elongated holes of the first inlay holes, and the outer shapes of the elongated bodies of the first convex inlays are larger than The first embedding holes are elongated holes with large apertures, and a first protruding section with different levels of shapes are respectively extended in the upper direction of the first protruding inlays. The shape of the first protruding section is The shape is smaller than the shape of the first convex inlays, and the shapes of the second convex inlays are each set as longitudinally arranged elongated bodies with the same shape as the longitudinally arranged elongated holes of the second inlays, and the The shape of the elongated body of the second convex inlay is larger than the diameter of the elongated holes of the second inlays, and the shapes of the third convex inlays are each set to correspond to the longitudinally elongated grooves of the first inlays The positions of the circular bodies are staggeredly arranged, and the shape of the circular bodies of the third convex inlays is larger than the groove width of the first grooves, and the third convex inlays are respectively extended with a Third protruding sections with different levels of shape, the outer diameter of the circular body of the third protruding sections is smaller than the outer diameter of the circular body of the third protruding inlays, and the outer shapes of the fourth protruding inlays are each set to The second embedding grooves are circular bodies arranged staggeredly in the corresponding positions of the longitudinally elongated grooves, and the circular body shape of the fourth convex inlays is larger than the groove width of the second embedding grooves, and The first convex inlays, the first convex sections, the second convex inlays, and the third convex inlays The heights of the body, the third protruding sections and the fourth protruding inlays respectively protrude from the heights of the first clamping portion and the second clamping portion.

Furthermore, the shapes of the fifth convex inlays are each set to be longitudinally arranged elongated bodies that are the same as the shape of the elongated holes in the same horizontal position of the fixing holes, and the shapes of the elongated bodies of the fifth convex inlays The hole diameter of the elongated holes is larger than that of the sleeve fixing holes, and a fifth protruding section is respectively extended upward above the fifth protruding inlays, and the outer shape of the fifth protruding sections is smaller than the first The shape of the five convex inlays, and the heights of the fifth convex inlays and the fifth convex sections respectively protrude from the height of the first clip portion.

Furthermore, the length of the first clip portion is greater than the length of the second clip portion.

Furthermore, the length of the heat-resistant flexible sheet at the first clip portion is greater than the length at the second clip portion.

Furthermore, the heat-resistant flexible sheet is provided with a hollow hole in the middle position relative to the first convex inlays and the second convex inlays for the pivoting portion to extend, and the heat-resistant flexible sheet is located in the A plurality of ventilation holes are respectively provided on both sides of the hollow hole and sandwiched between the two opposite positions of the first convex inlays and the second convex inlays, and the ventilation holes face the first clamping portion And the spaces on both sides of the second clip portion are exposed, and respectively face the first insertion holes without the first convex inlays and the second insertion holes without the second convex inlays. Exposed in the embedded hole.

Furthermore, the heat-resistant flexible sheet body is made of silicone, and the heat-resistant flexible sheet system is provided with a material that does not change color due to heat, and the first clip body and the second clip body are provided with a material that changes color due to heat s material.

Furthermore, the heat-resistant flexible sheet body is made of silicone material, and the first clip body, the second clip body and the heat-resistant flexible sheet body are provided with materials that change color due to heat.

It can be seen from the above description that the present invention has the following characteristics:

1. The present invention embeds the first and the second protrusions on the first surface of the heat-resistant flexible sheet The body and the first and the second inlay holes are respectively threaded and clamped, and the third and the fourth convex inlay bodies are respectively passed through the first and the second claw fixed ends The sleeve is fastened, so that the clamp unit and the heat-resistant flexible sheet body are convenient to assemble and disassemble and easy to clean.

2. The present invention uses the first convex inlays, the first convex sections, the second convex inlays, the third convex inlays, and the third convex inlays of the heat-resistant flexible sheet. Section, the fourth convex inlays, the fifth convex inlays, and the fifth convex sections respectively protrude from the heights of the first clip portion and the second clip portion, effectively isolating the The place where the curling iron is attached to the face or scalp prevents burns, and can be used with different types of curling cores.

3. In the present invention, the heat-resistant flexible sheet is arranged in the vent holes between the first and the second convex inlays, and the vent holes face both sides of the first clip portion and the second clip portion The spaces are exposed, and are respectively exposed toward the first insertion holes without the first convex inlays and the second insertion holes without the second convex inlays, when the permanent wave Clamping the perm rod can not only improve the heat preservation of the hair curls, but also evaporate excess heat source moisture through the ventilation holes 34 to improve the perm texture.

4. In this creation, the first clip body and the second clip body further use color-changing materials, and the heat-resistant flexible sheet body further uses color-changing materials. When an external power source is electrically connected to the perming rod, the perming rod The user can perm by heating. When the perm temperature is higher than 45°, the first clip body and the second clip body will change color due to heat, and the heat-resistant flexible sheet will not change color due to heat, allowing work It is convenient for the personnel to observe whether the perming rod is operating normally during the perming process.

5. This creation further uses color-changing materials for the first clip body, the second clip body and the heat-resistant flexible sheet body. When an external power source is electrically connected to the perming rod, the perming rod can heat the user to perm When the perm temperature is higher than 45°, the first clip body, the second clip body, and the heat-resistant flexible sheet body will change color due to heat, which allows the staff to conveniently observe whether the perm rod is in the perm process. working normally.

(Acquaintance)

A1: Perm

A11: Rod body

A12: The first clip

A13: The second clip

A14: Heat insulation sheet

A15: Housing space

A2: Perm pole

A21: Hair

(this invention)

1: perm

2: Fixture unit

20: The first clip body

200: The first pressing part

201: First clip

202: first recessed hole

203: Sleeve hole

204: first clamping end

205: The first slot

21: The second clip body

210: second pressing part

211: Second Clip

212: second recessed hole

213: second clamping end

214: second slot

22: Housing space

221: first opening

222: second opening

23: active mouth

24: pivot

25: Elastic parts

26: Space

3: Heat-resistant flexible sheet

31: The first surface

311: convex frame

312: First convex inlay

3121: The first protruding section

313: Second convex inlay

314: Third convex inlay

3141: third protruding section

315: Fourth convex inlay

316: Fifth convex inlay

3161: Fifth protruding section

32: second surface

33: hollow holes

34: Vent holes

4: Perm pole

5: hair

Figure 1: A three-dimensional exploded view of the hair curler of Patent Publication No. M560225.

Figure 2 is a schematic diagram of the three-dimensional action of the hair curler and the perming rod in Figure 1.

Figure 3: A perspective exploded view of the hair iron of the present invention.

Fig. 4 is a three-dimensional schematic diagram of the action of the heat-resistant flexible sheet of the hair iron in Fig. 3 to be inserted into the clamp unit.

Fig. 5 is a schematic view showing the action of the heat-resistant flexible sheet of the hair iron in Fig. 4 to be inserted into the clamp unit from another angle.

Fig. 6 is a three-dimensional assembly view of the heat-resistant flexible sheet of the hair iron in Fig. 5 being inserted into the clamp unit.

Fig. 7 is a perspective view of another angle of the heat-resistant flexible sheet of the hair iron in Fig. 6 having been inserted into the clamp unit.

Figure 8: is a schematic diagram of the three-dimensional action of the perming rod of the present invention to be inserted into the perm clip.

Figure 9: is a three-dimensional view of the perming rod of the present invention with the perming pin inserted.

Figure 10: It is a side view of the ironing rod of the present invention with the ironing pin inserted.

Figure 11: is a schematic diagram of the hair curler and the perming rod of the present invention applied to the hair and isolated from the face.

In order to enable your committee members to have a deeper understanding and recognition of the features, purposes and effects of the present invention, a preferred embodiment is enumerated below with the accompanying drawings:

Please refer to FIG. 3 and FIGS. 4 and 5, which are a hair iron 1 according to the present invention, which includes a clamp unit 2 and a heat-resistant flexible sheet 3. The clamp unit 2 includes a first clamp body 20 and a second clamp body 21 connected to the first clamp body 20. The two ends of the first clamp body 20 are connected to the two ends of the second clamp body 21. A pivot portion 24 with an elastic member 25 is provided at the joint. By pressing the first pressing portion 200 and the second pressing portion 210 to actuate the pivoting portion 24, the first clamping portion 201 and the second clamping portion 211 are opened to form a movable opening 23. When the first pressing portion is released The portion 200 and the second pressing portion 210 actuate the pivoting portion 24 to close the first clamping portion 201 and the second clamping portion 211 to clamp the heat-resistant flexible sheet 3.

The first clip body 20 includes a first pressing portion 200 with a position at one end and a first clamping portion 201 with a position at the other end. The second clamping body 21 includes a second pressing portion 210 with a position at one end and a first clamping portion 201 at the other end. The second clip 211 at the other end. Between the first clamping portion 201 and the second clamping portion 211 is provided an accommodation space 22, a first opening 221 at one end of the accommodation space 22 and communicating with the accommodation space 22, and a first opening 221 in the accommodation space 22. A second opening 222 at the other end of the receiving space 22 and communicating with the receiving space 22. More specifically, the first clamping portion 201 includes a plurality of first insertion holes 202 facing above the first pressing portion 200, and a plurality of first claw fixed ends 204 facing the end of the first clamping portion 201, the second The clip body 21 includes a second pressing portion 210 with a position at one end and a second clamping portion 211 with a position at the other end. The second clamping portion 211 includes a plurality of second insertion holes facing above the second pressing portion 210 212, and a plurality of second claw fixed ends 213 facing the end of the second clamping portion 211. In the embodiment of the present invention, the first embedding holes 202 are arranged longitudinally at equal intervals, and a first embedding groove 205 is respectively provided between the first claw fixed ends 204, and the first embedding grooves 205 are longitudinally at equal intervals. arrangement. The second embedding holes 212 are longitudinally arranged at equal intervals, and a second embedding groove 214 is respectively arranged between the second claw fixed ends 213, and the second embedding grooves 214 are longitudinally arranged at equal intervals. In addition, the first clamping portion 201 is provided with two fixing holes 203 respectively facing between the first insertion holes 202 and the first claw fixing ends 204 and located at the same horizontal position.

Please refer to FIGS. 6 and 7, the heat-resistant flexible sheet 3 is disposed on the inner surfaces of the first clamping portion 201 and the second clamping portion 211 opposite to each other to facilitate assembly and disassembly. The heat-resistant flexible sheet 3 includes a first surface 31 sleeved on opposite inner surfaces facing the first clip portion 201 and the second clip portion 211, and a second surface on the other end of the first surface 31 32. The first surface 31 is provided with a protruding frame 311 protruding on the first surface 31, and a plurality of protruding frames 311 are provided on the opposite inner side of the protruding frame 311, respectively, and the first clip portion 201 The first embedding holes 202 pass through the first protruding inlays 312 to be fixed, and a plurality of the first protruding inlays 312 are arranged opposite to the second embedding holes 212 of the second clamping portion 211 respectively. The second protruding inlay 313 is inserted and fixed, and a plurality of first inlay grooves 205 are respectively provided on the opposite outer sides of the first surface 31 and between the fixed ends of the first claws 204. The third protruding inlays 314 are respectively inserted and secured, and the second embedding grooves 214 between the plurality of second claw fixed ends 213 are respectively passed through the fourth protruding inlays 315 that are secured. In the embodiment of the present invention, the first convex inlays 312 and the second convex inlays 313 are the four best ones, the third convex inlays 314 are nine best ones, and the fourth convex inlays 314 are the best ones. Inlay 315 is the best of the three. Wherein, the heat-resistant flexible sheet 3 is provided with a hollow hole 33 at the middle position opposite to the first convex inlays 312 and the second four convex inlays 313 for the pivotal portion 24 to extend in. And the heat-resistant flexible sheet 3 is located on both sides of the hollow hole 33 and is sandwiched between the two opposite positions of the first convex inlays 312 and the second convex inlays 313, respectively. The vent holes 34 are exposed toward the space 26 on both sides of the first clip portion 201 and the second clip portion 211, and respectively face the first convex inlays 312 that are not covered with the first convex inlays 312. The embedding holes 202 and the second embedding holes 212 that are not covered with the second convex inlays 313 are exposed, and the venting holes 34 can evaporate the moisture of the excess heat source in the perm heating.

In addition, in the embodiment of the present invention, the outer shapes of the first convex inlays 312 and the second convex inlays 313 are arranged in accordance with the first inlay holes 202 and the second inlay holes 212, and The shapes of the third convex inlays 314 and the fourth convex inlays 315 are matched with the first embedding grooves 205 and the second embedding grooves 214.

Furthermore, in the embodiment of the present invention, the outer shapes of the first convex inlays 312 are each set to be longitudinally arranged elongated bodies having the same shape as the longitudinally arranged elongated holes of the first inlay holes 202, and the first The shape of the elongated body of the convex inlay 312 is larger than the aperture of the elongated holes of the first inlays 202, so that the first convex inlays 312 are respectively threaded and clamped in the first inlays 202, and In the upper direction of the first convex inlays 312 are respectively extended a first protruding section 3121 in different levels of shape, the shape of the first protruding section 3121 is smaller than the first protruding section 3121 The outer shape of a convex inlay 312, the outer shapes of the second convex inlays 313 are each set to have the same shape as the longitudinally arranged elongated holes of the second inlays 212, and the second The shape of the elongated body of the convex inlay 313 is larger than the aperture of the elongated holes of the second inlays 212, so that the second convex inlays 313 are respectively threaded and clamped in the second inlays 212, the The shapes of the third convex inlays 314 are each set to correspond to the positions of the first inlay grooves 205 in the longitudinally elongated grooves and are mutually staggered circular bodies, and the circular bodies of the third convex inlays 314 The outer shape is larger than the groove width of the first embedding grooves 205, so that the third convex inlays 314 are respectively threaded and clamped in the first embedding grooves 205, and the upper direction of the third convex inlays 314 are respectively A third protruding section 3141 with different levels of shapes is extended. The outer diameter of the circular body of the third protruding sections 3141 is smaller than the outer diameter of the circular body of the third protruding inlays 314. The fourth protruding inlays 314 The outer shapes of the fourth convex inlays 315 are each set to correspond to the positions of the second embedding grooves 214 in the longitudinally elongated grooves and are mutually staggered circular bodies, and the outer shapes of the circular bodies of the fourth convex inlays 315 are larger than those of the first The groove width of the two embedding grooves 214 is large, so that the fourth convex inlays 315 are respectively threaded and clamped in the second embedding grooves 214, so that the clamp unit 2 and the heat-resistant flexible sheet 3 are easy to assemble, disassemble and wash.

The first clamping portion 201 is provided with two fixing holes 203 respectively facing between the first inserting holes 202 and the first fixing ends 204 and located at the same horizontal position. Wherein, the heat-resistant flexible sheet 3 is provided on the first surface 31 with two fifth convex inlays 316 which are respectively threaded and fastened to the fixing holes 203, and the outer shape of the fifth convex inlays 316 is It is set to cooperate with the fixing holes 203. In more detail, the outer shapes of the fifth convex inlays 316 are each set as longitudinally arranged elongated bodies that are the same as the shape of the elongated holes in the same horizontal position of the fixing holes 203, and the fifth convex inlays 316 The shape of the elongated body is larger than the diameter of the elongated holes of the fixing holes 203, and a fifth protruding section 3161 is respectively extended upward above the fifth protruding inlays 316, and the fifth protruding sections The shape of the 3161 is smaller than the shape of the fifth convex inlays 316, and the heights of the fifth convex inlays 316 and the fifth convex sections 3161 protrude from the height of the first clip 201, respectively.

More specifically, the heat-resistant flexible sheet 3 is made of silicone, and the heat-resistant flexible sheet 3 is provided with a material that does not change color due to heat, and can be reused. At the same time, the silicone material can ensure that the hair is added Moisture circulates evenly when hot, which can increase the texture after perm and keep hair moist.

To further illustrate, the first convex inlays 312, the first convex sections 3121, the third convex inlays 314, the third convex sections 3141, and the fifth convex inlays 316, the The heights of the fifth protruding sections 3161 protrude from the height of the first clamping portion 201, and the heights of the second protruding inlays 313 and the fourth protruding inlays 315 protruding from the second clamping portion 211 This effectively isolates the place where the hair curler 1 fits with the face or scalp and prevents burns (as shown in Figure 11).

Specifically, in practice, the application of the perm clip 1 and a perm rod 4 should be combined with Figs. 6 to 8 and 9 and 10. First, the heat-resistant flexible sheet 3 is placed in the container. The heat-resistant flexible sheet 3 is attached to the wall of the accommodating space 22 according to the shape of the inner wall of the accommodating space 22, and uses the first convex inlays 312 and the fifth convex inlays 316 And the third protruding inlays 314 respectively face the first embedding holes 202, the fixing holes 203, and the first embedding grooves 205, respectively, and the second protruding inlays 313 And the fourth convex inlays 315 respectively face the second embedding holes 212 and the second embedding grooves 214 correspondingly to pass through and fasten. After that, the perm rod 4 is used to tie the hair 5 of the person to be permed, and then press the first pressing part 200 and the second pressing part 210 to actuate the elastic member 25 to allow the first clip part 201 and the first clip part 201 and the second pressing part 210 to actuate. The two clamping parts 211 open to form the movable opening 23, and clamp the perming rod 4 on the outer side that binds the hair 5 of the person to be permed.

Then, please also match as shown in Figures 10 and 11, the perming rod 4 and the hair 5 are directly accommodated in the accommodating space 22 through the movable opening 23, and the heat-resistant flexible sheet 3 is used to cover the The perm rod 4 and the hair 5, and the electrode part 40 of the perm rod 4 is located in the first opening 221 or the second opening 222. Finally, the movable opening 23 is closed by the restoring force of the elastic member 25, so that the perming rod 4, the heat-resistant flexible sheet 3 and the hair 5 are firmly arranged in the accommodating space 22, thereby completing the pre-perming procedure.

Further, the length of the first clip portion 201 is greater than the length of the second clip portion 211, which can avoid the indentation produced by fixing the hair 5 during the perm, and the heat-resistant flexible sheet 3 has a longer length than the first clip portion 201 The length of the second clip part 211 can better wrap the hair 5 according to the size of the perming rod 4, and store more effective moisture.

Please refer to Fig. 10 again, because the first protruding inlays 312, the fifth protruding inlays 316 and the third protruding inlays 316 of the first surface 31 of the heat-resistant flexible sheet 3 are used in this application. The protruding inlays 314 respectively face the first embedding holes 202, the embedding holes 203, and the first embedding grooves 205 correspondingly through the sleeves, and the second protruding inlays 313 and the fourth The convex inlays 315 respectively face the second embedding holes 212 and the second embedding grooves 214 correspondingly through the sleeves, and then the heat-resistant flexible sheet 3 is accommodated in the accommodating space 22. When a pressing portion 200 and the second pressing portion 210 actuate the elastic member 25 to open the first clip portion 201 and the second clip portion 211 to form the movable opening 23, the opening range of the movable opening 23 can be larger and More different sizes of the perming rod 4 can be applied. After the perming rod 4 rolls up the hair 5, it can be directly accommodated in the accommodating space 22 and the heat-resistant flexible sheet 3 covers the perming rod 4 and the hair 5. Use an external power supply to electrically connect to the electrode part 40 of the perming rod 4 to heat the perming rod 4 to perm the user, and then use the first protrusions 3121 and the fifth protrusions 3161 and the third protruding sections 3141 protrude from the first clip portion 201, which effectively isolates the place where the hair curler 1 fits with the face or scalp, preventing burns (as shown in Figure 11), and Different models of the perm cores can be applied, so that the perm clip 1 clamps the perm rod 4 to keep the hair curling effect better.

Please continue to refer to Figures 3 to 11, the present invention further uses materials that change the color of the first clip body 20 and the second clip body 21 due to heat, and the heat-resistant flexible sheet 3 is not A material that changes color due to heat. When an external power source is electrically connected to the electrode part 40 of the perming rod 4 to heat the perming rod 4 to perm the user, and when the temperature is higher than 45°, the first clip body 20 and the second clip body 21 will change the color due to heat, so that the staff can easily observe the continuous conduction of the temperature of the perm, and it is convenient to distinguish that the perm rod 4 is operating normally during the perm.

Please continue to refer to FIGS. 3 to 11. The present invention further uses materials that change color due to heat for the first clip body 20, the second clip body 21 and the heat-resistant flexible sheet 3. When an external power source is electrically connected to the electrode portion 40 of the perming rod 4 to heat the perming rod 4 to perm the user, if the heat-resistant flexible sheet 3 changes color during the perming process, the first clip body 20 and the second clip body 21 will not change the color, which means that the temperature of the perm is not enough, and the heating must be continued. When the temperature is higher than 45°, the first clip body 20 and the second clip body 21 and the heat-resistant flexible sheet The body 3 changes color due to heat, which means that the temperature of the perm is sufficient, so that the staff can conveniently observe the normal operation of the perm rod 4 during the perm.

However, the foregoing are only preferred embodiments of the present invention, and their purpose is to enable those skilled in the art to understand the content of the present invention and implement them accordingly, and are not used to limit the scope of implementation of the present invention; Equal changes or modifications of the shapes, structures and features described should all be included in the scope of the patent application of the present invention.

1: perm

2: Fixture unit

20: The first clip body

200: The first pressing part

201: First clip

202: first recessed hole

203: Sleeve hole

204: first clamping end

205: The first slot

21: The second clip body

210: second pressing part

211: Second Clip

212: second recessed hole

213: second clamping end

214: second slot

22: Housing space

222: second opening

24: pivot

25: Elastic parts

26: Space

3: Heat-resistant flexible sheet

31: The first surface

311: convex frame

312: First convex inlay

3121: The first protruding section

313: Second convex inlay

314: Third convex inlay

3141: third protruding section

315: Fourth convex inlay

316: Fifth convex inlay

3161: Fifth protruding section

32: second surface

33: hollow holes

34: Vent holes

Claims (9)

A hair curling clip, comprising: a clamping unit, the clamping unit comprising a first clamping body and a second clamping body connected to the first clamping body, between two ends of the first clamping body and the second clamping body A pivoting portion is provided at the connection between the two ends. The first clip body includes a first pressing portion with one bit on one end and a first clip portion with one bit on the other end. The second clip body includes a bit on one end. The second pressing part and the second clamping part with one position at the other end, wherein the first clamping part includes a plurality of first insertion holes facing above the first pressing part, and a plurality of first clamping parts facing the end of the first clamping part A first claw fixed end, the second clamping portion includes a plurality of second insertion holes facing above the second pressing portion, and a plurality of second claw fixed ends facing the end of the second clamping portion, the first clamp An accommodating space is provided between the accommodating part and the second clamping part, and a first opening and a second opening are respectively located at two ends of the accommodating space and each communicates with the accommodating space. The first clamping part There are two fixing holes respectively facing between the first insertion holes and the first claw fixed ends and located at the same horizontal position, and the pivotal portion has an elastic member, which can be pressed by pressing the first pressing portion and The second pressing portion makes the pivotal portion actuate, so that the first clamping portion and the second clamping portion are opened to form a movable opening or be clamped by the first clamping portion and the second clamping portion; and a heat-resistant softness The heat-resistant flexible plate is arranged on the inner surfaces of the first clamping part and the second clamping part to facilitate assembly and disassembly, wherein the heat-resistant flexible plate is accommodated in the accommodating space, the The heat-resistant flexible sheet includes a first surface sleeved toward the inner surface of the accommodating space, and a second surface on the other end of the first surface. The opposite inner side of the first surface is provided with a plurality of The first protruding inlays of a clip portion are inserted through the first protruding inlays for fixing, and a plurality of the first protruding inlays are arranged opposite to the first protruding inlays and respectively penetrate the second inlays of the second cramping portion Sets the second convex inlays for fixing, and respectively provided on the opposite outer sides of the first surface are provided with a plurality of thirds which are respectively inserted and fixed between the fixed ends of the first claws A convex inlay, and a plurality of fourth convex inlays which are inserted and fastened between the fixed ends of the second claws respectively, and the first surface is provided with two and two fixed holes respectively passing through Set the fifth convex inlay for clamping. The hair iron according to claim 1, wherein the outer shapes of the first convex inlays and the second convex inlays are arranged in accordance with the first inlay holes and the second inlay holes; wherein, the A first embedding groove and a second embedding groove are respectively provided between the first claw fixed ends and the second claw fixed ends for the third convex inlays and the fourth convex inlays to pass through Solid, and the shapes of the third convex inlays and the fourth convex inlays are matched with the first grooves and the second grooves; wherein, the shapes of the fifth convex inlays It is set in accordance with these sets of fixing holes. The hair iron according to claim 2, wherein the outer shapes of the first convex inlays are each set as longitudinally arranged elongated bodies having the same shape as the longitudinally arranged elongated holes of the first inlay holes, and the first convex inlays The shape of the elongated body of a protruding inlay is larger than the aperture of the first protruding holes, which are elongated holes, and a first protruding section with a shape of different levels is respectively extended in the upper direction of the first protruding inlays , The shape of the first protruding section is smaller than the shape of the first protruding inlays, and the shapes of the second protruding inlays are each set to be the same as the shape of the second inlays arranged longitudinally. The elongated bodies are arranged longitudinally, and the shape of the elongated bodies of the second convex inlays is larger than the aperture of the elongated holes of the second inlays, and the outer shapes of the third convex inlays are set to be the same as those of the first The embedding grooves correspond to the positions of the longitudinally elongated grooves and are mutually staggered circular bodies, and the circular body shape of the third convex inlays is larger than the groove width of the first embedding grooves, and the third convex embeddings The upper direction of the body is respectively extended with a third protruding section in different levels of shape, the outer diameter of the circular body of the third protruding sections is smaller than the outer diameter of the circular body of the third protruding inlays, the fourth The contours of the convex inlays are each set to correspond to the positions of the second grooves in the longitudinally elongated grooves and are mutually staggered circular bodies, and the contours of the circular bodies of the fourth convex inlays are larger than those of the first grooves. The groove width of the two embedding grooves is large, and the first protruding inlays, the first protruding sections, and the second protruding inlays The heights of the body, the third protruding inlays, the third protruding sections and the fourth protruding inlays respectively protrude from the heights of the first clamping portion and the second clamping portion. The hair iron according to claim 3, wherein the outer shapes of the fifth convex inlays are each set as longitudinally arranged elongated bodies that are the same as the elongated holes in the same horizontal position of the fixing holes, and the The shape of the elongated body of the fifth convex inlay is larger than the aperture of the elongated holes of the fixing holes, and a fifth convex section is respectively extended upward above the fifth convex inlays, and the fifth convex The outer shape of the outgoing section is smaller than the outer shape of the fifth convex inlays, and the heights of the fifth convex inlays and the fifth protruding sections respectively protrude from the height of the first clip portion. The hair iron according to claim 1, wherein the length of the first clip portion is greater than the length of the second clip portion. The hair iron according to claim 5, wherein the length of the heat-resistant flexible sheet at the first clip is greater than the length of the second clip. The hair iron according to claim 1, wherein the heat-resistant flexible sheet is provided with a hollow hole at an intermediate position relative to the first convex inlays and the second convex inlays for the pivoting portion to extend In, the heat-resistant flexible sheet is located on both sides of the hollow hole and is sandwiched between the two opposite positions of the first convex inlays and the second convex inlays. A plurality of ventilation holes are respectively provided, and the The ventilation holes are exposed toward the space on both sides of the first clip portion and the second clip portion, and respectively face the first insertion holes without the first protruding inlays and the first insertion holes without the first protruding inlays. The second embedding holes of the two convex inlays are exposed. The hair curler according to claim 1, wherein the heat-resistant flexible sheet is made of silicone material, and the heat-resistant soft The sexual sheet system is provided with materials that will not change color due to heat, while the first clip body and the second clip body are provided with materials that can change color due to heat. The hair iron according to claim 1, wherein the heat-resistant flexible sheet body is made of silicone material, and the first clip body, the second clip body and the heat-resistant flexible sheet body are provided with materials that change color due to heat.

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