JP6008162B2 - Hair treatment promotion device - Google Patents

Description

  The present invention increases the irradiation energy of the heater at the lowermost position (high temperature) to the heating body rotated by the driving means in the initial position (the heating body is in the vertical position), By making it small (low temperature) and setting the irradiation energy of the heater between high and low temperatures to an intermediate (medium temperature), the entire hair is irradiated with energy more uniformly, and only a part of the hair is permanent. For example, the present invention relates to a hair treatment promoting device that can enhance the promoting power of only the perm of the desired hair portion by temporarily shutting off the power to the heater when the treatment temperature is lowered.

  As a conventional hair treatment accelerating device, there is an invention disclosed in JP-A-1-136605 as Patent Document 1. According to the present invention, a heater having a high density is attached to a ring-shaped heating body in order to increase the heating temperature from the lower side of the rotating body in a state where the heating body described later is in a substantially vertical position. Is attached to the driving means attached to the top of the lifting / lowering rod as a substantially suspended state, and by rotating the driving means, the heating body reaches a horizontal state from a substantially vertical state through an oblique state, and from this horizontal state The structure returns to a substantially vertical state through an oblique state. The heating body performs the operation as described above, and the far infrared rays from the heater attached to the heating body warms the entire hair of the treatment subject at a uniform temperature to promote perm and dyeing. It was something to do.

  Japanese Patent Application Laid-Open No. 2002-85143 as Patent Document 2 discloses a slit for stopping a heating body at an initial position (rotating body is substantially vertical) on a disk that rotates in synchronization with the rotation of the heating body, There is an invention in which slits for detecting the timing of detecting the temperature of the hair of the person to be treated are formed at three positions of the heating body.

JP-A-1-136603 JP 2002-85143 A

  By the way, in Patent Document 1, since the amount of radiant heat is increased by increasing only the heater density on the lower side of the heating body in a state of being in a substantially vertical position, it is difficult to uniformly apply the temperature to the hair. Also, since the heater is always energized, only a specific part of the hair (for example, the front part (frontal head), the nape part (back of the head), the side part (side of the head), or from the three parts. It was not possible to increase the perm's acceleration of only the combination of the two parts.

  Further, in Patent Document 2, a slit is formed in a disk that rotates in synchronization with the rotation of the heating body, and the position of the slit is detected to accurately stop the initial position. Although it is disclosed that the timing for detecting the temperature is output, it has not been used for irradiating only a specific part of the hair.

  The present invention is intended to solve the above-mentioned problems, and its object is to uniformly heat the entire hair and to irradiate only a part or two of the hair. A hair treatment promoting device that can control the treatment of part of the hair and the perm of the two parts according to the treatment method of the practitioner and the desire of the practitioner (increase or decrease the temperature) There is to offer.

  The hair treatment promoting device of the present invention is intended to achieve the above-mentioned object, and the means of claim 1 is uniform while rotating around the hair of the subject by irradiating heat from a ring-shaped heating body. It is a hair treatment promotion device that heats to a temperature, and is operated by operating or non-heating the operation content operation buttons for selecting the operation content such as perm and color, and the front, left and right side, and nape of the user. A part selection operation button for selecting a part to be performed, and a rotation area of the heating body is divided into the front part, left and right side parts, and a nap part, and the heating body is provided for each rotation area of the heating body for each rotation. The heater is energized and shut off by a control circuit, and the selected portion rotates with heating or non-heating.

  The means of claim 2 is a hair treatment facilitating device for heating to a uniform temperature while rotating around the hair of the person to be treated by irradiating heat from a ring-shaped heating body. One of the operation content operation buttons for selecting one operation content from the above, and one part from the part rotated by heating / non-heating in each rotation region part of the front part, the left and right side parts, and the nape part of the person to be treated A part selection operation button for selecting a plurality, timing detection means for detecting that the rotation positions of the four rotation region parts of the front part, the left and right side parts, and the nape part coincide with the rotation position of the heater; When the operation content and the part to be heated are selected, the rotation operation button for starting the rotation of the heating body, and the rotation operation button is operated after the operation content and the part selection are set A control circuit for repeatedly energizing and shutting off the heater every rotation of the heating body at a position where the heating body rotates and the position where the timing detection means detects that the position of the heating body coincides with the heating body; It is characterized by comprising.

  According to a third aspect of the present invention, in the second aspect of the present invention, the timing detection unit for energizing and shutting off the heater of the heating body is configured such that the part selection operation Form a position display part such as a slit corresponding to the position of the front part, the left and right side parts and the nape part of the button, energize the heater which the sensor detects the position display part of the selected part, When the position detection unit is detected by the sensor, the power supply to the heater is cut off.

  According to a fourth aspect of the present invention, in the above-described third aspect, the time from when the heater is energized to the rise (time until the heater reaches a predetermined temperature) and the fall after the energization is interrupted (heater cooling time) If there is a difference in the time until), the start of energization to the heater is performed after a preset time delay after detecting the position display portion corresponding to the part selected by the part selection operation button. In addition, the energization interruption of the heater is performed after a delay of a preset time different from the delay time of the energization start after detecting the position display part of the part not selected by the part selection operation button. It is characterized by that.

  According to a fifth aspect of the present invention, in the first or second aspect, as the heater of the heating body, the amount of energy is large, the rise after turning on the power (the time for the heater to reach a predetermined temperature) is fast, and It is characterized by adopting a carbon heater that has a quick fall (heater cooling time) after the power is cut off.

  As described above, the present invention selects one or two parts of the front part, the left and right side parts, and the nape part of the person to be treated in the treatment such as the permanent or the color selected from the treatment content operation buttons, and starts the heating. Then, it is possible to perform treatment on a selected portion, which is a selected portion, and therefore, it is possible to perform treatment according to the preference of the person to be treated and to select a warming portion according to the style and hair condition. It is possible to improve the comfort of the subject because it does not heat the part that does not need to be heated.

  In addition, even if the responsiveness of the rise at the start of energization and the fall when the energization is cut off by the heater is different, control is performed with a slight time difference between the energization start area position and the energization cut-off area start position. The heating time of the heater is always constant. Warming time can be always performed uniformly.

  Furthermore, by using a carbon heater as a heater for the heating element, the amount of energy is increased and the treatment time can be shortened, and the rise and fall times are fast when the power is turned on and off. Therefore, the cooling time can be shortened, so that the warming time can be accurate.

It is a front view in which the heating body in the hair treatment promotion device concerning the present invention is located in the initial state. It is the front view which divided the state which the heating body in a hair treatment promotion apparatus rotates into 6 parts. It is a side view of a hair treatment promotion apparatus. It is a rear view of a hair treatment promotion apparatus. It is a front view which shows the thermal energy division | segmentation of the heater with respect to the reflecting plate of a heat generating body. It is a front view of the operation panel of a hair treatment promotion apparatus. It is a front view of the disk which rotates synchronizing with a heat generating body. It is a block diagram of a control circuit. It is a flowchart for operation | movement description.

Hereinafter, an embodiment of a hair treatment promoting apparatus according to the present invention will be described with reference to the drawings.
Reference numeral 1 denotes a leg that can be moved by a caster, 2 is attached to a receiving rod 1a that extends upward from the leg 1, and includes a control circuit to be described later, and an operation panel at the upper end. Reference numeral 2a denotes a control box body provided in an inclined state. A head position indicating bar 2b is provided above the control box body 2 so as to be set near the neck of the patient and to adjust the position of the head.

  3 is a pipe whose lower end is fixed at the highest tilt position of the operation panel 2a of the control box body 2 and whose intermediate part is a pipe bent toward the head position indicating bar 2b. A driving means 5 using a motor (not shown) for rotating a ring-shaped heating body 4 to be described in detail as a driving source is attached. In addition, one ring-shaped portion of the heating element 4 is attached to the rotating shaft of the driving means 5, and the circumferential portion opposite to the portion attached to the rotating shaft is inclined toward the pipe 3 side. Installed to do. The ring-shaped heating body 4 is configured to rotate around the head of the subject while maintaining a uniform distance.

  And the position in which the heating body 4 is in a substantially vertical state is an initial position (the state shown in FIGS. 1, 3 and 4). In this initial position, the patient is seated on the chair so that the head of the patient is in front of the heating body 4 and the center of the heating body 4. In addition, the lower end part of the heating body 4 is located in the nape part of a to-be-treated person in the sitting state.

  Further, when the driving means 5 is driven to rotate the heating body 4 once (clockwise as viewed from the front side), the heating body 4 is covered by the center of the heating body 4 (the center of the ring) from the initial position. Move to one side of the practitioner, then the center of the heating element 4 moves to the top of the practitioner, and further to the initial position via the side of the head opposite to the side of the practitioner. The rotation is performed so as to return (see FIG. 2). In addition, in this FIG. 2, since it is the figure seen from the front side, the heating body 4 becomes a figure rotated clockwise.

  The heating body 4 includes a reflecting plate 4a having a circular arc cross section and a reflecting surface on the inner surface side, and a heater 4b disposed on the inner surface of the reflecting plate 4a. As shown in FIG. 4, the heater 4b has a high heat generating portion 4b1 at a lower portion in a state where the heating body 4 is in an initial position, and a portion ahead of both ends of the high heat generating portion 4b1 has medium energy. Further, the tip portion of the rotating shaft portion ahead of both ends of the intermediate heat generating portion 4b2 is a low heat generating portion 4b3 with low energy.

  A space between the end portions of the low heat generating portion 4b3 is a non-heat generating portion 4b4. Reference numeral 4c denotes a mounting portion connected to the rotating shaft of the motor built in the driving means 5 described above.

  As the heater 4b in this example, a carbon heater composed of high-purity carbon was employed. The reason for this is that the amount of energy for the hair is large, so that heating can be promoted, the rise from power-on (the heater reaches a predetermined temperature) is fast, and the heater cools down after the power is turned off. This is because it is suitable for a treatment for emphasizing a treatment such as one or two permanents or a color of the hair, which will be described later, because the time is early.

  As shown in FIG. 6, the operation panel 2a of the control box body 2 has a permanent, a color, a treatment, and a manual (the operator sets the treatment time and temperature according to the amount of hair of the person to be treated and the hardness of the hair. ) An operation content operation button 2c for setting the operation is disposed, and manual operation buttons 2d and 2e for operating the operation time and the heater temperature by the operator and the operation above the operation content operation button 2c. A display board 2f for displaying the treatment time and the heater temperature is arranged according to the operation amount of the buttons 2d and 2e.

  In addition, at the lower part of the treatment content operation button 2c, the treatment at any of the three portions, which are front (frontal head of hair), side (head of right and left side of hair) and nape (back of head of hair), is performed. A part selection operation button 2g for selecting whether to perform emphasis or to perform weak treatment is disposed. That is, in the case where each treatment mode selected by the treatment content operation button 2c is performed, when the promotion force of each part, front, side or nape described above is increased or decreased, this part selection operation button 2g Will be operated.

  Further, when all of the region selection operation buttons 2g are not operated, the entire hair is controlled to be a uniform perm with the heater 4b turned on. A rotation operation button 2h, which is a START / STOP for operating the start and end of the treatment, is disposed below the region selection operation button 2g. An operation lamp 2j for displaying whether or not an operation button has been selected is provided in the vicinity of each operation button 2c for operation content operation and 2g for site selection operation.

  As shown in FIG. 7, a disk 6 that rotates in synchronization with the rotation of the motor is attached to the motor of the driving means 5. The disc 6 is provided with a home position slit (1) and a stop slit (6) for accurately stopping the heating body 4 at the initial position based on the rotation end command of the heating body 4. Yes. In addition, the disk 6 shown in FIG. 7 is the figure seen from the back side of the heating body 4, and a rotation direction turns into a counterclockwise direction.

  The front slit (2) is positioned 45 degrees counterclockwise from the home position slit (1), and the right side of the patient is positioned 90 degrees counterclockwise from the front slit (2). The slit for the nape (4) at a position 90 degrees counterclockwise from the slit for the right side (3) and the slit for the right side (3), and at a position 90 degrees counterclockwise from the slit for the nape (4) A slit (5) for the left side of the patient is formed.

  All the slits (1) to (6) formed in the disk 6 have a structure in which a light transmission type optical sensor (not shown) is fixed to the driving means 5 and sequentially detected by the rotation of the disk 6. It has become. That is, when the heating body 4 is in the initial position, the home position slit is detected, and when the heating body 4 rotates from the initial position (counterclockwise as viewed from FIG. 3), the slits (2) to (5) are detected. ) Are sequentially detected and a detection signal is sent to the control circuit 7 described later.

  In the above description, a light transmission type optical sensor that detects a slit is used as the optical sensor, but a black line is applied to a white background instead of the slit in the disk 6, and the black line is detected by a light reflection type optical sensor. You may do it. The means for detecting the rotation angle of the disk 6 is not limited to the slit and the optical sensor, and all sensors capable of detecting the rotation angle of the disk 6, for example, the disk 6 are made of a non-magnetic material. Then, a magnet may be arranged in the portions (1) to (6) on the non-magnetic disk 6 and the magnet may be detected by a magnetic detection sensor. In the following description, a combination of a slit and an optical sensor will be described.

  Next, the configuration of the control circuit 7 of FIG. 8 will be described. 7a is a CPU which is a central processing unit, 7b is a RAM connected to the CPU 7a, 7c is a ROM connected to the CPU 7a, and 7d is the slit described above. When detected, a slit detection circuit for sending the output from the sensor that has detected (2) to (5) sequentially from the reference position where the home position slit (1) is detected to the CPU 7a, 7e to the operation panel 2a It is an operation panel switch for performing various controls equipped, and outputs to the CPU 7a when operated.

  7f is a motor for rotating the heating element 4 with an output from the CPU 7a, and 4b is a heater that generates heat with the above-mentioned kind of heat generation that is energized when the heater energization output from the CPU 7a is sent.

  Next, a case where a hair treatment, for example, a treatment that equalizes the strength of the perm of the entire hair is performed will be described. When the original power switch 2i provided on the front side of the treatment content operation button 2c in FIG. 1 is turned on, the operation lamp 2j of the treatment content operation button 2c is in a blinking state. When a permanent, color, treatment, or manual is selected and operated in this blinking state, the operation lamps 2j other than the permanent are turned off. Further, when the treatment content operation button 2c is operated, the rotation operation button 2h starts blinking.

  In this state, when the rotation operation button 2h is operated, energization to the heater 4b is started and energization is started to the motor of the drive means 5, and the heating body 4 is moved from the substantially vertical position of the initial position to the central portion ( After the center of the ring) moves to the right head of the patient, and then the center of the heating element 4 moves to the top of the patient and further to the left head of the patient It rotates to return to the initial position (see FIG. 2). This operation is performed until the preset temperature and heating time of the heater 4b are reached. When the heating time is reached, the operation is stopped at the initial position and the energization to the heater 4b is cut off, and the hair becomes permanent at a uniform temperature. Treatment is performed.

  Note that the temperature adjustment and heating time adjustment of the heater 4b vary depending on the amount and hardness of the hair of the person to be treated, so the operator sees the hair of the person to be manipulated and operates the manual operation buttons 2d and 2e. , Optimum heating temperature and heating time can be set.

  Next, an operation in the case where one of the front, side, and nape of hair is subjected to perm more strongly than the other front and side, for example, will be described with reference to the flowchart of FIG.

  When the original power switch 2i is on, the operation lamp 2j of the treatment content operation button 2c is lit as described above. When one of the lit treatment contents, for example, a permanent is selected, the color, facial, and manual operation lamps 2j in the treatment content operation button 2c are turned off. When the selection of the treatment contents is completed, the operation lamps 2j of all the buttons in the region selection operation button 2g are turned on, and the rotation operation button 2h starts to blink.

  Therefore, when any one of front, side, and nape of the part selection operation button 2g, for example, front and side is selected, the operation lamp 2j that illuminates the front and side buttons is turned off. Since only the operation lamp 2j of the nape button is lit, the intention to perform the perm treatment of the hair of the nape part becomes clear.

  In this state, when the rotation operation button 2h is operated, the operation is started in accordance with a program stored in advance in the ROM. That is, only the motor is energized without energizing the heater 4b of the heating body 4 at the initial position, and the heating body 4 starts to rotate counterclockwise. The optical sensor fixed at the position where the home position slit of the disk 6 was detected by the rotation of the motor is detected in the order of the slits (2) (3) (4) (5) as the heating body 4 rotates. To do. In the program, it is determined whether or not the slit (5) has been detected (step S1).

  If it is determined that the slit (5) is detected in step S1, it is determined whether or not the side is set to ON (step S2). In this embodiment, since only the nape is set to ON, NO is determined in step S2, and the process proceeds to step S17. That is, it is determined whether 2.4 seconds (point a) has elapsed since the detection of the slit (5) (step S17). If it is determined that the time has elapsed, the energization of the heater 4b is interrupted (step S18). However, since the energization to the heater 4b was cut off when the slit (5) was detected, the heater 4b is continuously maintained in the non-energized state.

  In step S18, it is determined whether or not the slit (2) has been detected after instructing to turn off the power to the heater 4b (step S5). When it is determined that the slit (2) has been detected, it is determined whether or not the front is set to ON (step S6). In this embodiment, since only the nape is set to the on state, NO is determined in step S6, and the process proceeds to step S19. That is, it is determined whether 2.4 seconds (point b) has elapsed since the detection of the slit (2) (step S19). If it is determined that the time has elapsed, the energization of the heater 4b is interrupted (step S20). However, since the energization of the heater 4b is maintained in the cut-off state in step S18, the heater 4b is continuously maintained in the non-energized state.

  It is determined whether or not the slit (3) has been detected after giving an instruction to turn off the power to the heater 4b in step S20 (step S9). When it is determined that the slit (3) has been detected, it is determined whether or not the side is set to ON (step S10). In this embodiment, since only the nape is set to the on state, NO is determined in step S10, and the process proceeds to step S21. That is, it is determined whether 2.4 seconds (point c) has elapsed since the detection of the slit (3) (step S21). If it is determined that the time has elapsed, the energization of the heater 4b is interrupted (step S22). However, since the energization of the heater 4b is maintained in the cut-off state in step S20, the heater 4b is continuously maintained in the non-energized state.

  It is determined whether or not the slit (4) has been detected after giving an instruction to turn off the power to the heater 4b in step S22 (step S13). When it is determined that the slit (4) has been detected, it is determined whether or not the nape is set to ON (step S14). In this embodiment, since the nape is selected, it is determined to be YES, and it is determined whether 2.1 seconds (point d) have elapsed since the detection of the slit (4) (step S15), and this time has elapsed. If it is determined that energization has been performed, energization to the heater 4b is started (step S16). In the heating to the hair by the heater 4b, since the nape is selected in this embodiment, the nape position is processed with a higher heat than the other front and side positions. The perm is strongly applied.

  When energization of the heater 4b is started in step S16, the process returns to step S1, which is a step for determining whether or not the slit (5) has been detected, and 2.4 through steps S2 and S17. After the second (point a), the energization of the heater 4b is cut off in step S8, and the above operation is repeated until the treatment time set in advance on the operation panel 2a is reached.

  In the above-described operation, the heater 4b of the heating body 4 when the nape portion is designated is energized between (f) and (b) in FIG. In addition, in FIG. 2, what is shown with the code | symbol (a)-(f) is the state which the heating plate 4 changes to (a) while rotating to the state of (f) in order from an initial position (a). Is shown.

  By the way, in the above description of the operation, the energization of the heater 4b is interrupted after 2.4 seconds, and the energization of the heater 4b is performed after 2.1 seconds. The heater 4b is energized. The rise time after the turn-off and the fall time after turning off the power supply are different, and the time for one rotation of the heating element 4 (in the embodiment when the frequency of the AC power supply is 60 Hz) is about 14 seconds. Since speed is the most suitable amount of heat to the hair from the experiment, the time from the detection of the slit to the energization and the interruption time of the energization after the detection of the slit were determined.

  Note that the time from detection of the slit to energization is 2.55 seconds due to the difference in frequency of the AC power supply (50 Hz), and the cutoff time is 2.93 seconds.

  When the heater 4b is energized after the energization and when the heater 4b is decelerated and the rotation speed of the heater 4 is low, the heater 4b is energized at the position where the slit is detected. It becomes possible to start and to cut off the energization of the heater 4b.

  Next, the operation will be described for the case where a perm treatment is performed on the front portion of the hair. In this description, the operation of the nape has been described in detail, so that this embodiment will be described briefly.

  In the flowchart, steps S1, S2, S17, S18, S5, S6, S7, S8 (energization of heater 4b), S9, S10, S21, S22 (heater 4b shut off), S13, S14, S23, S24 (heater). 4b) The operation of S1 is repeated. In the above-described operation, the heater 4b of the heating element 4b when the front portion is designated is energized and turned on approximately between (c) and (e) in FIG.

  If it is desired to increase the perm of the side portion, steps S1 → S2 → S3 → S4 (energization of the heater 4b) → S5 → S6 → S19 → S20 (shut off of the heater 4b) → S9 → S10 → S11 → The operation of S12 (shut off the heater 4b) → S13 → S14 → S23 → S24 (shut off the heater 4b) → S1 is repeated. In the above-described operation, the heater 4b of the heating element 4 when the side portion is designated is energized and turned on between (d) to (c) and (e) to (f) in FIG. .

  In this description of the operation, the time from when the slit to the heater 4b is detected until the power is turned on and the time from when the heater 4b is detected until the slit is cut off are the times described in the case where only the above-mentioned nape is selected. Done.

Next, the operation in the case of performing the perm treatment by selecting two positions of the front, side, and nape will be described with reference to the flowchart of FIG.
First, when it is desired to strongly perform the perm treatment of the hair on the side and the nape part, the perm is selected from the operation content operation button 2c, and then the front button of the part selection operation button 2g is operated to operate the side and nape operation lamps 2j. Is kept on, and the front operation lamp 2j is turned off.

  In this state, when the rotation operation button 2h is operated, the heater 4b of the heating body 4 starts to rotate counterclockwise without being energized. Then, it is determined whether or not the slit (5) has been detected (step S1). If it is determined that the slit (5) has been detected, it is determined whether or not the side is set to ON (step S2). . In this embodiment, since the side is selected, a determination of YES is made in step S2, and the process proceeds to step S3 to determine whether 2.1 seconds have elapsed since the detection of the slit (5). When it is determined that 2.1 seconds have elapsed, energization of the heater 4b is started (step S4).

  Then, it is determined whether or not the slit (2) has been detected in the energized state of the heater 4b (step S5), and if it is determined that the slit (2) has been detected, it is determined whether or not the front is set to ON. (Step S6). In this embodiment, since the front is not selected, it is determined as NO and the process proceeds to step S19, where it is determined whether 2.4 seconds have elapsed since the detection of the slit (2), and it is determined that it has elapsed. The energization to the heater 4b is cut off (step S20). Accordingly, the energization of the heater 4 to the heater 4b is cut off and the heating of the hair is stopped.

  It is determined whether or not the slit (3) has been detected after giving an instruction to turn off the power to the heater 4b in step S20 (step S9). When it is determined that the slit (3) has been detected, it is determined whether or not the side is set to ON (step S10). In this embodiment, since the side is also set, the process proceeds to step S11 to determine whether 2.1 seconds have elapsed from the detection of the slit (3) (step S11). When it is determined, energization to the heater 4b is started (step S12). Then, the hair is heated again.

  After giving an instruction to energize the heater 4b in step S12, it is determined whether or not the slit (4) has been detected (step S13). When it is determined that the slit (4) has been detected, it is determined whether or not the nape is set to ON (step S14). In this embodiment, since the nape is also selected, it is determined as YES, it is determined whether 2.1 seconds have elapsed since the detection of the slit (4) (step S15), and it is determined that this time has elapsed. Energization to the heater 4b is continuously performed (step S16). As described above, when the nape and the side are selected, the hair is heated for a long time, so that the hair perm of the nape and the side portion is strongly applied.

  In step S16, in the state where the heater 4b is energized, the process returns to step S1 in which it is determined whether or not the slit (5) has been detected. Since the side is selected in step S2, step S3 is selected. After that, the heater 4b is continuously energized (step S4). Thereafter, the above-described operation is repeatedly performed until the treatment time set in advance on the operation panel 2a is reached.

  In the above-described operation, the heater 4b of the heating element 4 when the side and the nape portion are designated is energized and turned on, as shown in the right side (b) to (c) of the person to be treated in FIG. Between the left side of the person (e) to (f) and the back of the subject (f) to (b).

  In this description of the operation, the time from when the slit to the heater 4b is detected until it is energized and the time from when the heater 4b is detected until it is shut off are the same as those described above when only the nape is specified. .

  Next, the operation in the case where it is desired to strengthen the front and side perms of the hair will be described. In this description, the side and nape operations have been described in detail, so that this embodiment will be described briefly.

  Steps S1-> S2-> S3-> S4 (energize the heater 4b)-> S5-> S6-> S7-> S8 (energize the heater 4b)-> S9-> S10-> S11-> S12 (energize the heater)-> S13-> S14-> S23-> S24 ( The operation of turning off the power to the heater 4b) and returning to S1 is repeated.

  In the above-described operation, the heater 4b of the heating element 4 when the front and side portions are designated is energized and turned on. The right head (b) (c) of the patient in FIG. Between the foreheads (c) to (e) and the left side of the subject (e) to (f).

Next, the operation when the perm processing of the front and nape parts is performed will be described.
Steps S1->S2->S17-> S18 (shut off the heater 4b continuously)->S5->S6->S7-> S8 (energize the heater 4b)->S9->S10->S21-> S22 (energize the heater 4b)->S13-> The operation of S14 → S15 → S16 (energization of the heater 4b) → return to S1 is repeated.

  In the above-described operation, the heater 4b of the heating body 4 when the front and nape portions are designated is energized and turned on, for example, the forehead (c) to (e) of the patient in FIG. It is between the back of the head (f)-(b).

  In the explanation of the operation of the front and side and the front and nape, similarly to the explanation of the operation of the side and nape, the time from when the slit to the heater 4b is detected until it is energized and after the slit is detected, the heater 4b is shut off. The time until is the same as that described in the case where only the above-mentioned nape is designated.

  Next, in order to explain the operation when the practitioner selects the manual button, in the case of manual operation, the practitioner sets all the heating temperature and heating time. Even in the case of this manual operation, the heating element 4 stops at the initial position when a preset time is reached.

  Further, after setting the heating temperature and the heating time by operating the manual button, for example, when performing a permanent treatment only for the frontal region of the hair, if a rotation button (not shown) of the operation panel 2a is operated, The ring-shaped heating element 4 is stopped in a state where the high heat generating portion 4b1 is positioned, and the stop position is held until the time elapses so that only the front hair is heated and only the front is strongly permed. It becomes.

  By the way, for example, in a permanent treatment, some practitioners may desire to perform an operation that does not give much heat to the front (frontal head) of the treatment subject. In order to perform such setting, a permanent is selected from the permanent, color, treatment, and manual buttons in which the operation lamp 2j of the treatment content operation button 2c is lit while the original power switch 2i is on. When the perm is selected, the front, side, and nape button operation lamps 2j of the part selection operation button 2g are lit. When the front button is operated, only the front is turned off. The perm treatment is performed and the energization to the heater 4b is cut off at the front portion.

Here, when the practitioner performs a setting that does not always require heating of the front part in the perm treatment, the operation time of the perm button of the treatment content operation button 2c is long pressed from the set state (for example, 3 seconds). Then, the operation lamp 2j of the front button is turned off, and the RAM 7c stores the setting in which the energization to the heater 4b is cut off at the front portion. Therefore, when the perm button of the next operation content operation button 2c is selected, the part selection operation is performed. The front button of the button 2g is kept off and only side and nape perm processing is performed.

  In addition, the setting of the operation content operation button 2c perm can be performed not only at the front but also at the side and the nape. Further, the front, the side and the nape are not alone, but two combinations, for example, a combination of the side and the nape. It is possible even if it exists.

  Further, when setting the mode of the treatment content operation button 2c, it is possible to simultaneously set the irradiation time and the temperature. For example, in the perm mode, the front does not want to be heated too much (the front is off at the position where the heater 4b of the heating element 4 irradiates), the irradiation time is shorter than normal, and the irradiation temperature is lower than normal. By long-pressing the perm button of the treatment content operation button 2c, the perm treatment is performed at the set part, time, and temperature at the next and subsequent perms.

  In the above description, the permanent has been described. However, even when the color, treatment, and manual mode buttons are pressed, the same operation as described above is performed for all mode settings. It is possible. Further, when the perm button is pressed and held in a new setting state, the memory is overwritten, and the operation can be performed in the new setting state.

  In the above-described embodiment, only the permanent treatment has been described. However, the same treatment as described above can be performed for the color treatment and the treatment treatment.

DESCRIPTION OF SYMBOLS 1 Leg 2 Control box body 2a Operation panel 2c Treatment content operation button 2g Site selection operation button 2h Rotation operation button 4 Heating plate 4a Reflecting plate 4b Heater 5 Driving means 6 Disc (1)-(6) Slit

Claims (2)

A hair treatment promoting device for heating to a uniform temperature while rotating around the subject's hair by irradiating heat from a ring-shaped heating body,

One operation content operation button for selecting one treatment content from the treatment content such as a perm and a color, and one or more parts to be heated / unheated from the front part, the left and right side parts, and the nape part of the person to be treated A part selection operation button for selecting a plurality of parts;
Timing detection means for detecting that the four portions of the front portion, the left and right side portions, and the nape portion coincide with the positions on the rotation orbit of the heating body;
A rotation operation button for starting rotation of the heating body in a state in which the treatment content and a portion to be heated are selected;

When the rotation operation button is operated after the treatment content and the part selection are set, the heating body rotates, and the part on which the timing detection means is selected and the position of the heating body on the rotation trajectory are determined. A control circuit for repeatedly energizing and shutting off the heater of the heater at every position where the coincidence is detected;
More composed,
The timing detection means for energizing and shutting off the heater of the heating body includes a position of the front part, the left and right side parts, and the nape part of the part selection operation button on a disk that rotates integrally with a motor that rotates the heating body. Forming a corresponding position indicator such as a slit, the heater is energized when the sensor detects the position indicator of the selected part, and the heater is energized when the sensor detects a position indicator of an unselected part. To block
When there is a difference between the time from when the heater is energized until the heater reaches a predetermined temperature and the time from when the energization is interrupted until the heater cools, the energization of the heater is started. Is performed after a delay of a preset time after detecting the position display portion corresponding to the part selected by the part selection operation button, and the part where the energization cutoff of the heater is not selected by the part selection operation button A hair treatment promoting device, which is performed after a delay of a preset time different from the delay time of the start of energization after detecting the position display unit . As the heater of the heating element, the amount of energy is large, the time from when the power is turned on until the heater reaches a predetermined temperature is early, and the time from when the power is cut off until the heater cools is early The hair treatment promoting device according to claim 1 , wherein a carbon heater is used.

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