JP4128977B2 - Hairdressing treatment equipment - Google Patents

Description

  The present invention relates to a hair styling treatment apparatus used for curling hair.

  There is a conventional hair treatment apparatus, for example, a hair wave apparatus shown in FIGS. In this hair wave device, a cord 103 is extended from a distribution box 101, and a hair curler 105 is detachably connected to the other end of the cord 103. The hair curler 105 includes a ceramic heater 107 therein, and the curling of the hair can be promoted by the electric heat generated by the ceramic heater 107.

  However, since the heat of the hair curler 105 heated by the ceramic heater 107 affects the scalp of the person to be dressed, the heat of the hair curler 105 cannot be sufficiently increased, and the curl can be formed quickly and accurately. There was a limit.

JP-A-9-215517

  The problem to be solved is that the heat for curling cannot be sufficiently increased because it affects the scalp of the person to be dressed, and there is a limit in forming the curl quickly and accurately.

The hair styling treatment device according to claim 1 comprises a hair curling rod having a temperature adjustment body over the entire peripheral surface, and a control means for controlling the temperature of the temperature adjustment body. A heat insulator for covering and heat-insulating the entire outer peripheral side is detachably provided . The heat insulator includes a pair of curved portions having a predetermined thickness, and the entire curved portion inside the pair of curved portions. The main feature is that the pair of curved portions can be interposed between the rod and the scalp of the hair person in a state in which the heat insulating space is formed and the heat insulating device is mounted on the rod. And

According to the first aspect of the present invention, since the heat insulator for covering and insulating the outer periphery of the rod around which the hair is wound is provided so as to be detachable , the hair that has been wound around the rod is heated by the temperature adjustment body that has been temperature adjusted. Since heat treatment is performed from the inside and the outside can be covered with a heat insulator, the influence of heat on the scalp of the hairdresser can be suppressed while sufficiently increasing the temperature of the rod. Therefore, the curl of the hair can be formed quickly and accurately.

According to the invention which concerns on Claim 2, since the heat insulating material was enclosed in the said heat insulation space, the influence to a to-be-haired person's scalp can be suppressed more reliably with a heat insulator.

The purpose of forming the curl quickly and accurately is realized by interposing the pair of curved portions between the rod and the scalp of the person to be haired with the heat insulator attached to the rod .

  FIG. 1 is a conceptual diagram illustrating a hair styling apparatus according to Embodiment 1 of the present invention. As shown in FIG. 1, the hairdressing treatment apparatus 1 includes a control box 3 as control means, a plurality of rods 5, and a heat insulator 7.

  The control box 3 includes a plurality of control buttons 9, a liquid crystal display unit 11, an extension wire 13, and the like.

  The control button 9 performs continuous setting, selection of single setting, temperature setting, and the like. In the continuous setting, for example, temperature control of a film heater 25 described later of the rod 5 is performed for a series of plural types of heat treatment. In the single setting, for example, the temperature of the film heater 25 is controlled to a single temperature.

  The liquid crystal display unit 11 displays a set temperature.

  The hair curling rod 5 is detachably and electrically connected to the extension wire 13.

  The rod 5 and the heat insulator 7 are as shown in FIGS. FIG. 2 is a plan view showing a combination of the rod 5 and the heat insulator 7, and FIG. 3 is a side view thereof. In FIG. 2 and FIG. 3, the hair is omitted, but the hair is wound around the rod 5 and a heat insulator 7 is detachably attached to the outer peripheral side of the rod 5.

  A specific configuration of the rod 5 will be described with reference to FIGS. 4 is an exploded sectional view of the rod 5, and FIG. 5 is a side view thereof.

  As shown in FIGS. 2 to 5, the rod 5 includes a rod body 17 and a terminal body 19. The rod body 17 is formed of a non-conductive resin in a hollow shape, includes an end wall 21 that closes one end, and includes a fitting portion 23 at the other open end.

  A film heater 25 is detachably attached to the inner periphery of the rod body 17 as a temperature adjusting body. The film heater 25 is held so as to be pressed against the inner peripheral surface of the rod body 17 by the elastic force of the film. However, the film heater 25 can be fixed to the inner periphery of the rod body 17. The film heater 25 is formed by wiring a nichrome wire or the like in a non-conductive resin film. The film heater 25 is provided substantially over the entire inner peripheral surface of the rod main body 17, but may be provided partially.

  The inner space of the rod body 17 in which the film heater 25 is disposed is formed as a closed space, and around the film heater 25, for example, oil having good thermal conductivity is enclosed or applied. Therefore, the gap formed between the film heater 25 and the rod body 17 is filled with oil, and heat conduction from the film heater 25 to the rod body 7 can be performed smoothly. Plus-minus connectors 27 and 28 are connected to the film heater 25, respectively.

  The terminal body 19 is composed of a terminal body main body 29 formed of non-conductive resin and two plus and minus terminal fittings 31 and 33. The terminal body 29 is provided with a fitting portion 35, which is detachably fitted and fixed to the fitting hole portion 23.

  Connectors 27 and 28 of the film heater 25 are connected to the inner ends of the terminal fittings 31 and 33, and plus and minus connectors 37 and 39 of the extension wire 13 are detachable to the outer ends of the terminal fittings 31 and 33, respectively. Plugged into and connected.

  The said heat insulation tool 7 is demonstrated with reference to FIGS. 6 is a plan view of the hair stopper, FIG. 7 is a side view of the hair stopper in a closed state, and FIG. 8 is a side view of the hair stopper in an opened state.

  As shown in FIGS. 2, 3, and 6 to 8, the heat insulator 7 includes a pair of flap bodies 41 and 43. The flap bodies 41 and 43 are formed by integrally forming curved portions 45 and 47 and knob portions 49 and 50 with a non-conductive resin. The curvatures of the curved portions 45 and 47 are substantially the same as those of the rod 5, and the diameter of the curved portions 45 and 47 is larger than that of the rod 5, so that a slight space for sandwiching the hair between the rod 5 can be formed. It has become.

  Inside the bending portions 45 and 47, heat insulating spaces 51 and 53 for heat insulation are provided along the curve. The heat insulating spaces 51 and 53 are formed over substantially the entire curved portions 45 and 47, and are closed spaces in this embodiment. The heat insulating spaces 51 and 53 are formed to have the same width and the same length as the flap bodies 41 and 43 so that the entire flap bodies 41 and 43 can be insulated. For example, silicon or glass wool is sealed in the heat insulating spaces 51 and 53 as a heat insulating material.

  The knob portions 49 and 50 are arranged at an angle to each other, and coupling pieces 75 and 77 are integrally provided on the opposite side. A coupling pin 79 is attached through the coupling pieces 75 and 77, and a torque spring 81 is supported on the coupling pin 79. The arms 83 and 85 of the torque spring 81 are in elastic contact with the inner surfaces of the knob portions 49 and 50, respectively. Accordingly, when a force is applied by pinching the knob portions 49 and 50, the knob portions 49 and 50 approach against the urging force of the torque spring 81, and the flap bodies 41 and 43 center on the coupling pin 79 as shown in FIG. Open like so. If the knobs 49 and 50 are released, the flap bodies 41 and 43 are closed as shown in FIG.

  Next, the operation of the hair treatment apparatus 1 will be described together with the hair treatment method of the embodiment of the present invention. When curling the hair, first, the hair is wound around the rod 5 in the process of curling the hair, and the heat insulating tool 7 is attached to the outer peripheral side of the rod 5 around which the hair is wound to cover the rod 5 as a whole. When winding the hair around the rod 5, the connection to the extension wire 13 is disconnected.

  Then, a plurality of rods 5 are wound around the hair, and a heat insulator 7 is mounted on the outer peripheral side of the rod 5 around which the hair is wound. When mounting the heat insulator 7, as described with reference to FIGS. 8 and 9, the flap bodies 41 and 43 are opened against the torque spring 81 by pinching the knob portions 49 and 50, and the torque spring 81. It is closed by the biasing force.

  Next, the connectors 37 and 39 of the extension wire 13 are inserted and connected to the terminal fittings 31 and 33 of each rod 5. Thereby, the control box 3 and each rod 5 are electrically connected.

  In this state, the temperature is set by operating the control button 9 of the control box 3, and the control is started by continuous setting or single setting. By this setting, the temperature of the film heater 25 of the rod 5 is appropriately controlled. For example, the temperature of the film heater 25 is initially increased from room temperature to about 130 ° C. and maintained for about 10 minutes, and a rapid thermal stress is applied to the hair. Thereafter, the temperature of the film heater 25 is lowered to around 100 ° C. When the temperature is controlled to be high in such a short time, curling can be reliably applied to the hair while reducing the influence of heat.

  Moreover, various hair styles, such as healthy hair and damaged hair, can be performed by controlling the temperature of the film heater 25 in real time in the range of room temperature to 150 ° C.

  In such temperature control, since the heat insulator 7 covers the outside of the rod 5, the heat of the rod 5 is suppressed from affecting the haircut of the person to be dressed, the heat treatment of the hair with the rod 5 is performed accurately, and the curl is curled. Can be formed quickly and accurately.

  When the rod 5 is washed, the film heater 25 can be removed so that the rod 5 can be easily washed.

  As described above, it is possible to suppress the influence of heat on the scalp of the person to be haired while sufficiently increasing the temperature of the rod 5. Therefore, the curl of the hair can be formed quickly and accurately.

  The heat insulator 7 has heat insulating spaces 51 and 53 for heat insulation inside, and silicon, glass wool or the like is sealed in the heat insulating spaces 51 and 53 as a heat insulating material. The effect on the scalp can be more reliably suppressed.

  In the above embodiment, the heat insulating spaces 51 and 53 are closed and the heat insulating material is sealed inside, but the heat insulating material may be omitted and only the air may exist in the heat insulating spaces 51 and 53. Even in this case, the air in the heat insulating spaces 51 and 53 functions as a heat insulating material, and the same effect as described above can be achieved. Moreover, the heat insulation spaces 51 and 53 can be configured to be closed spaces without opening the ends to the heat insulator 7. In this case, heat is released to the outside through the open ends from the heat insulating spaces 51 and 53, and the temperature rise of the heat insulating tool 7 can be suppressed.

  A similar effect can be obtained by omitting the heat insulating spaces 51 and 53 and forming the heat insulator 7 with a highly heat insulating material.

  The temperature adjusting body may be constituted by a silicon rubber heater, or may be constituted by directly embedding a nichrome wire in the non-conductive resin of the rod 5.

It is the schematic of a hairdressing adjustment apparatus (Example 1). (Example 1) which is a top view which shows the combination of a rod and a heat insulating tool. (Example 1) which is a side view which shows the combination of a rod and a heat insulator. (Example 1) which is an exploded sectional view of a rod. (Example 1) which is a side view of a rod. It is a top view of a heat insulator (Example 1). (Example 1) which is a side view of the state which closed the heat insulator. It is a side view of the state which opened the heat insulator (Example 1). It is a perspective view of a hair wave device (conventional example). It is the front view which made some hair curlers into a section (conventional example).

Explanation of symbols

1 Hairdressing adjustment device 3 Control box (control means)
5 Rod 7 Insulator 25 Film heater (temperature regulator)
51,53 Thermal insulation space

Claims (2)

A rod for curling hair having a temperature adjusting body over the entire peripheral surface ;
The control means for controlling the temperature of the temperature adjusting body,
Removably equipped with a heat insulator for covering and heat-insulating the entire outer peripheral side of the rod around which the hair is wound ,
The insulation is
A pair of curved portions having a predetermined thickness, and a heat insulating space formed almost entirely along the curve inside the pair of curved portions,
In a state where the heat insulator is mounted on the rod, the pair of curved portions can be interposed between the rod and the scalp of the hair person.
A hair styling treatment apparatus characterized by the above. A hair styling apparatus according to claim 1,
A hair styling treatment apparatus , wherein a heat insulating material is enclosed in the heat insulating space .

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