JP4174768B2 - Electric hair treatment equipment - Google Patents

Description

  The present invention relates to an electric hair treatment apparatus used when curling hair or the like.

  As a conventional electric hair treatment apparatus, for example, there is 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 structure is formed only by heating of the heater 107, it takes time to heat and dry the hair, and there is a problem that the working time becomes long.

JP-A-9-215517

  The problem to be solved is that it takes time to heat and dry the hair during the hairdressing treatment.

The electric hairdressing treatment device of the present invention is provided with air blowing means for generating hair adjustment air on the control box side, and the extension wire includes an extension wire main body provided with a coupling terminal and the extension wire main body. The rod is formed of a waterproof tube which forms an air passage for sending hair for adjusting hair from the blowing means between the extension wire main body and has one end coupled to the control box side and the other end located on the coupling terminal side. A rod electric wire connected to the heater is provided at an end of the rod electric wire, and a rod electric wire main body in which a coupled terminal coupled to the coupling terminal is provided at a distal end and a proximal end side is connected to the heater; comprising a flexible waterproof tube one end forming an air passage is waterproof coupled to the rod between the rod wire body encloses the rod electric wire body, said rod, said rod wire An air discharge port communicating with the gas passage is provided, fitting the other end mutual each waterproof tube of the extension wire and rod wire with removably coupled to the coupling terminal of said rod wire to the coupling terminal of said extension wire The most important feature is that the air passages of the extension wire and the rod wire can be made continuous.

  The electric hairdressing treatment apparatus of the present invention can promote the heating and drying of the hair wound around the rod by heating by the heat generated by the heater and blowing out the hair adjustment air by the blowing means from the air discharge port of the rod, and the working time Can be significantly shortened. Moreover, since hair drying is accelerated, curling of hair etc. can be performed accurately.

  In the electric hairdressing treatment device of the present invention, a connecting terminal is provided on the extension wire, a rod wire connected to the heater is extended to one end of the rod, and the tip of the rod wire is connected to the connecting terminal. The rod electric wire encloses the rod electric wire main body, forms the air passage between the rod electric wire main body, and has an end portion waterproof-coupled to the rod. Since the tube is provided and the coupled terminal of the rod is detachably coupled to the coupling terminal of the extension wire, the rod can be easily detached from the extension wire after the work is completed.

  A plurality of the rods are successively connected to the extension wires in a linearly detachable manner, and a plurality of sets of the rod groups and extension wires are provided, so that the temperature of the rod group can be adjusted for each set, and accurate hair styling is achieved. Processing can be performed.

  In the electric hair treatment apparatus of the present invention, a connecting terminal is provided on the extension wire, a rod wire connected to the heater is extended at both ends of the rod, and the connecting terminal and the cover are provided at the end of each rod wire. Each rod electric wire includes a rod electric wire main body and forms an air passage between each rod electric wire main body, and each end is waterproofly coupled to the rod. Each of the rod groups includes a flexible waterproof tube, detachably couples the coupled terminal of the rod to the coupling terminal of the extension wire, and couples the coupled terminal and the coupled terminal between the rods. Temperature adjustment etc. can be performed and hair styling treatment can be performed accurately.

  In the electric hair styling apparatus of the present invention, the control box can be selected between the continuous setting and the single setting, and the continuous setting automatically starts and stops the heater and the blowing means according to a plurality of continuous processes. In the single setting, the heater and the air blowing means are set to be started and stopped for each of a plurality of continuous processes. In the continuous setting, a series of continuous plurals using the heater and the air blowing means are used. This process can be performed automatically, and can be started and stopped freely for each process in a single setting.

  Accordingly, in the continuous setting, a skilled worker can perform a quick work, and in the single setting, the work can be accurately performed according to the ability of the worker.

  Since the rod contains tourmaline stone, it can improve the redox power of the hair and promote permeation of the permanent agent.

  The electric hair treatment apparatus of the present invention is realized by providing a heater and an air discharge port on the rod.

  FIG. 1 is a conceptual diagram showing an electric hair styling apparatus according to Embodiment 1 of the present invention. As shown in FIG. 1, the electric hair treatment apparatus 1 includes a control box 3 and rod groups 5 and 7.

  The control box 3 includes a plurality of control buttons 9, a liquid crystal display unit 11, LED display units 13 and 15, extension wires 17 and 19, and the like.

  The control button 9 performs continuous setting, selection of single setting, temperature setting, air blowing setting, and the like.

  The liquid crystal display unit 11 displays a set temperature.

  The LED displays 13 and 15 perform energization display to a rod heater described later.

  A plurality of hair rods 21 are successively connected to the extension wires 17 and 19 in a straight line so as to be detachable, thereby constituting rod groups 5 and 7. The rod groups 5 and 7 are not limited to two sets, but may be one set or three or more sets.

  FIG. 2 shows a schematic block diagram of the electric hair treatment apparatus. As shown in FIG. 2, the control box 3 includes a power supply circuit 23 and a control circuit 25. A heater 27 and a fan 29 are electrically connected to the power supply circuit 23 so that an alternating current is supplied. A direct current is supplied to the control circuit 25, and the control panel 31 and the like are controlled by the control circuit 25.

  The heater 27 is built in the rod 21, and the fan 29 is built in the control box 3. The fan 29 constitutes a blowing means for generating hair adjustment wind.

  The control box 3 can be selected between a continuous setting and a single setting. In the continuous setting, the heater 27 and the fan 29 as the air blowing means are set to automatically start and stop according to a plurality of continuous processes. In the single setting, the heater and the fan 29 are set to be started and stopped for each of a plurality of continuous processes.

  The rod 21 is configured as shown in FIGS. FIG. 3 is a schematic view of the rod, and FIG. 4 is a cross-sectional view of the rod. As shown in FIGS. 3 and 4, the rod 21 is made of a material having good heat conduction, for example, ceramic. The rod 21 incorporates a heater 27 wound in a coil shape. The heater 27 is formed of nichrome wire or the like, and is embedded and disposed on the outer peripheral side of the rod 21. A plurality of tourmaline stones 33 are embedded in the rod 21. A communication passage 35 is formed through the axial center of the rod 21. A plurality of branch paths 37 are formed through the communication path 35 in the radial direction. A plurality of branch paths 37 are provided at predetermined intervals around the communication path 35, and a plurality of sets are provided at predetermined intervals along the axial direction of the communication path 35. The open end of each branch passage 37 is an air discharge port 39. In FIG. 3, only a part of the air discharge port 39 is shown.

  A rod electric wire 41 is disposed through the communication passage 35 of the rod 21. The heater 27 is electrically connected to the rod electric wire 41. Therefore, the rod electric wire connected to the heater 27 is extended at both ends of the rod 21.

  One of the rods 21 is detachably coupled to the extension wires 17 and 19 by a connection portion 43, and the rods 21 are also detachably coupled by the connection portion 43. The structure of the connecting portion 43 is as shown in FIG.

  The connecting portion 43 will be described between the extension wire 17 and the rod 21. The extension electric wire 17 includes an extension electric wire main body 45 and a waterproof tube 47.

  The extension wire main body 45 is provided with a connecting terminal 49 at the end. The coupling terminal 49 includes a male positive terminal 51 and a female negative terminal 53. The positive terminal 51 protrudes from the resin head 55 and has a waterproof structure. The minus terminal 53 is formed on the inner peripheral surface of the resin cylinder 57 formed integrally with the resin head 55 and has a waterproof structure.

  The waterproof tube 47 is made of a flexible resin and is configured to be easily bent. The waterproof tube 47 encloses the extension wire main body 45 and forms an air passage 59 between the extension wire main body 45. One end portion 61 of the waterproof tube 47 is integrally coupled to the control box 3 side. The other end 63 of the waterproof tube 47 is formed to be slightly longer than the coupling terminal 49. The waterproof tube 47 is provided with a support portion 65 on the coupling terminal 49 side. Several support portions 65 are provided at predetermined intervals in the circumferential direction so as not to block the air passage 59. The support portion 65 supports the resin head 55 of the extension wire main body 45.

  A rod wire 67 is detachably coupled to the extension wire 17. The rod electric wire 67 includes the rod electric wire main body 41 and a waterproof tube 69. The rod electric wire main body 41 has a structure that can be coupled to the extension electric wire main body 45, and a coupled terminal 71 is provided at the end. The coupled terminal 71 includes a plus terminal 73 and a minus terminal 75. The plus terminal 73 is formed on the inner surface of the resin cylinder 77, and the minus terminal 75 is formed on the outer surface. The resin cylinder 77 protrudes from the resin head 79 of the rod electric wire main body 41.

  When the coupled terminal 71 is coupled to the coupling terminal 49, the resin cylinder 77 is fitted into the resin cylinder 57, the plus terminal 51 is fitted to the inner surface of the plus terminal 73, and the minus terminal 75 is connected to the minus terminal 53. They are fitted and brought into contact with each other. Note that the coupling terminal 49 and the coupled terminal 71 are only required to be coupled and disconnected from each other, and the structure thereof can be freely set.

  The waterproof tube 69 is formed of a flexible resin and is easily bent. The waterproof tube 69 contains the rod electric wire body 41 and an air passage 81 is provided between the waterproof tube 69 and the rod electric wire body 41. The waterproof tube 69 is formed to be thinner than the waterproof tube 47, and is set so that the outer surface of the other end portion 85 of the waterproof tube 69 is fitted to the inner surface of the other end portion 63 of the waterproof tube 47 without a gap. In this case, it is preferable that at least one of the other end portions 63 and 85 has a tapered structure. One end 83 which is an end portion of the waterproof tube 69 is waterproofly coupled to the rod 21. The other end 85 of the waterproof tube 69 is formed longer than the rod electric wire main body 41. The waterproof tube 69 is also provided with a support portion 87 having the same configuration as the support portion 65 of the waterproof tube 47, and supports the resin head 79 of the rod electric wire body 41.

  The connecting portions 43 between the rods 21 have the same configuration. That is, the structure of the end portion of the extension wire 17 shown in FIG. 5 is the structure of the rod wire 81 at the other end portion of the rod 21. Therefore, the extension electric wire main body 45 shown in FIG. With this configuration, rod electric wires connected to the heater 27 are provided at both ends of the rod 21.

  Next, the operation will be described.

  In general, the procedure for applying a permanent wave to the hair is as follows.

  When the first permanent agent is applied to the hair, thioglycolic acid and cystine cleave the cystine bond. At this time, the hair is swelled and reduced by an alkaline agent such as monoethanolamine.

  The cystine bond is then denatured by winding. At this time, a permanent wave can be applied by winding it around a rod.

  Next, after intermediate rinsing, a second agent for permanent is applied and oxidized to recombine the cystine bond. In addition, bromate, hydrogen peroxide water, etc. are used for the 2nd agent for permanents.

  The winding of the hair around the rod may be performed before the first permanent agent is applied.

  At the time of the operation, each rod 21 is wound around the hair in a detached state where each rod 21 is separated at the connection portion 43. Next, each connecting portion 43 is connected, and each rod 21 is coupled to the extension wires 17 and 19 as shown in FIG. Next, the timely control button 9 is operated to start and stop the heater 27 and the fan 29 in a timely manner. By activation of the heater 27, each rod 21 generates heat and can heat the hair.

  Depending on the operation of the fan 29, air is blown into the communication passage 35 of the rod 21 through the air passages 59 and 81. Air is discharged from the air passage 39 through the branch passage 37 from the communication passage 35. As a result, the hair wound around the rod 21 receives air blown from the inside.

  In this way, warm air can be blown to the hair by heating by the heater 27 and supplying hair conditioning air by the fan 29. Therefore, the warm air is blown only inside the hair, and a better hair styling effect can be obtained. Further, by heating with the heater 27 and blowing with the fan 29, the hair can be quickly heated and dried, and the hair styling time can be greatly shortened. By controlling the heater 27, rapid heating and low-speed heating can be set freely.

  Since the rod 21 uses a ceramic material having high thermal conductivity, the heat of the heater 27 is quickly transmitted to the hair, and hair styling can be further promoted. Energization of the heater 27 can be easily confirmed by checking the LED displays 13 and 15. The temperature of the heater 27 and the operation of the fan 29 can be easily confirmed by looking at the liquid crystal display unit 11.

  Due to the presence of the tourmaline stone 33, it is possible to promote the reduction action of the hair and to further improve the permeability of the permanent agent. Further, the presence of the tourmaline stone 33 can provide a deodorizing effect.

  Since the rod groups 5 and 7 are provided, it is possible to perform hair styling more accurately by performing a relatively high temperature treatment on the rod group 5 side and a relatively low temperature treatment on the rod group 7 side. .

When the rods 21 are cleaned after the work is finished, the connecting portions 43 are detached and the rods 21 are separated. In this state, the end portion 85 of the waterproof tube 69 of the rod wire 67 of each rod 21, and the like end 63 of the rod wire of the waterproof tube 47 is closed with a rubber band or clip or the like, a sealed structure. As a result, the rod 21 can be washed with a detergent or the like. By such round washing, accurate washing can be performed.

The rod 21 can always be kept clear, and accurate hair styling can be performed. Even if the rod 21 is used immediately after cleaning, no short circuit or the like is caused.

  Next, continuous setting and single setting of the control box 3 will be described with reference to the flowchart of FIG.

  When the control is started, first, in step S1, an “initial setting” process is executed. Here, various control values are reset, and the process proceeds to step S2.

  In step S2, the “process selection” process is executed. In this step S2, it is selected whether the work is performed by continuous setting or single setting. This selection is performed by the control button 9.

  In step S3, a determination process of “continuous or single shot” is executed. When it is determined that the setting is continuous (YES), the process proceeds to step S4. When it is determined that the setting is a single shot (NO), the process proceeds to step S5.

  In step S4, the “continuous setting” process is executed. In this step S4, in order to perform continuous setting, continuous setting of 10 minutes 100 ° C. control, 20 minutes 80 ° C. control, 10 minutes 80 ° C. control + hot air injection is performed, and the process proceeds to step S6.

  In step S6, the “operation start” process is executed, the timely operation control of the heater 27 and fan 29 by the control box 3 is started, and the process proceeds to step S7.

  In step S7, the processing of “10 ° C. control at 100 ° C.” is executed. First, the heater 27 operates at 100 ° C. for 10 minutes, and the process proceeds to step S8.

  In step S8, the process of “20 minutes 80 ° C. control” is executed, the heater 27 is operated for 20 minutes at 80 ° C., and the process proceeds to step S9.

  In step S9, a process of “hot air injection simultaneously with 80 ° C. control for 10 minutes” is executed, the heater 27 is operated at 80 ° C. for 10 minutes and the fan 29 is operated, and the process proceeds to step S10.

  In step S10, the “operation stop” process is executed, the operation of the heater 27 and the fan 29 is stopped, the process returns to step S2, and a series of automatic control is completed.

  In step S5, the “single setting” process is executed. In this step S5, for example, 100 ° C. control is set for 10 minutes, and the process proceeds to step S11.

  In step S11, the “operation start” process is executed, the heater 27 is operated at 100 ° C. for 10 minutes, and the process proceeds to step S12.

  In step S12, an “operation stop” process is executed, the operation of the heater 27 is stopped, and the process proceeds to step S13.

  In step S13, the “single setting” process is executed, 80 ° C. control is set for 20 minutes, and the process proceeds to step S14.

  In step S14, the “operation start” process is executed, the heater 27 is operated at 80 ° C. for 20 minutes, and the process proceeds to step S15.

  In step S15, the “operation stop” process is executed, the operation of the heater 27 is stopped, and the process proceeds to step S16.

  In step S16, the “single setting” process is executed, 80 ° C. control for 10 minutes and hot air injection are set, and the process proceeds to step S17.

  In step S17, the “operation start” process is executed, the heater 27 is operated at 80 ° C. for 10 minutes, the fan 29 is operated, and the process proceeds to step S18.

  In step S18, the “operation stop” process is executed, the operation of the heater 27 and the fan 29 is stopped, and the process ends.

  Therefore, in the continuous setting, the heater 27 and the fan 29 automatically perform a series of operations continuously by the 10 minutes 100 ° C. control, the 20 minutes 80 ° C. control, the 10 minutes 80 ° C. control + the hot air injection set in step S4. Therefore, an expert who is accustomed to work can perform extremely quick work by performing continuous setting.

  In addition, in the case of an operator who is not used to work, by performing the single setting in steps S5 to S18, even if he is not used to the work, the work can be afforded and an accurate work without mistakes can be performed. it can.

  Further, these continuous settings can be set in any number of steps by operating the control button 9 of the control box 3. A single shot can be set any number of times.

  In the above embodiment, the rods 21 are connected in a straight line, but a plurality of rods 21 and 19 can be connected in parallel to the extension wires 17 and 19.

It is the schematic of an electric hair treatment apparatus (Example 1). It is a block diagram of an electric hairdressing processing apparatus (Example 1). (Example 1) which is the schematic of a rod. (Example 1) which is sectional drawing of a rod. (Example 1) which is a partially notched perspective view of a connection part. (Example 1) which is sectional drawing of an extension electric wire. (Example 1) which is sectional drawing of a rod electric wire. It is a flowchart (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

DESCRIPTION OF SYMBOLS 1 Electric hair treatment apparatus 3 Control box 5,7 Rod group 21 Rod 27 Heater 29 Fan (blower means)
33 Tourmaline stone 39 Air discharge port 41 Rod electric wire main body 43 Connection portion 45 Extension electric wire main body 47, 69 Waterproof tube 49 Connecting terminal 59, 81 Air passage 61 One end portion 63 Other end portion 67, 89 Rod electric wire 71 Connected terminal 83 One end portion 85 Other end

Claims (4)

In an electric hairdressing treatment apparatus capable of controlling the heat generation of the heater by electrical control of the control box by connecting a rod for hairdressing incorporating a heater to an extension wire extending from the control box,
On the control box side, air blowing means for generating hair adjustment wind is provided,
The extension wire includes an extension wire main body provided with a coupling terminal and an air passage that encloses the extension wire main body and sends hair adjustment air from the blowing means between the extension wire main body and one end portion of the extension wire main body. It consists of a waterproof tube that is coupled to the control box side and the other end is located on the coupling terminal side,
At the end of the rod, a rod electric wire connected to the heater is provided,
The rod wire, the enclosing rod electric wire body and the rod electric wire body the coupling pin is provided proximal side is connected to the heater being coupled to the coupling terminal to the distal end portion between the rod electric wire body A flexible waterproof tube that forms an air passage and is waterproofly coupled at one end to the rod;
The rod is provided with an air discharge port communicating with the air passage of the rod electric wire,
The rod wire coupled terminal is detachably coupled to the extension wire coupling terminal, and the other ends of the waterproof tubes of the extension wire and the rod wire are fitted to each other so that the air passages of the extension wire and the rod wire are connected. An electric hair styling treatment apparatus characterized by being able to continue. An electric hair styling device according to claim 1,
A plurality of rods are connected to the extension wires in a linear manner in order to be detachable, and a plurality of sets of rod groups and extension wires are provided.
A connection terminal is provided on the extension wire,
Extending the rod wire connected to the heater at both ends of the rod,
At the end of each rod electric wire of each rod, the coupling terminal and the coupled terminal are separately provided,
Each of the rod electric wires includes a flexible waterproof tube that encloses the rod electric wire main body, forms the air passage between the rod electric wire main body, and each end portion is waterproofly coupled to the rod. ,
An electric hair treatment apparatus characterized in that a coupling terminal of the rod electric wire is detachably coupled to a coupling terminal of the extension electric wire, and the coupling terminal and the coupling terminal are detachably coupled between the rods. The electric hair styling device according to claim 1 or 2,
The control box can be selected between continuous setting and single setting,
In the continuous setting, the heater and the air blowing means are set to automatically start and stop in accordance with a plurality of continuous processes, and in the single setting, the heater and the air blowing means are set for each process of the plurality of continuous processes. An electric hair styling treatment apparatus, which is set to be activated and stopped. The electric hair treatment apparatus according to any one of claims 1 to 3,
The rod has a built-in tourmaline stone.

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