TWI302446B - - Google Patents

Description

[Technical Field] The present invention relates to a perm treatment apparatus, and the perm treatment of hair is suppressed in the treatment result of the present invention compared to the treatment state of the conventional apparatus. Damage to the hair, and the completed wave is better, and a safer perm can be performed.

The general perm treatment is carried out in the following procedure. In this step, the hair is wound around a roll, and the first agent of the perm containing the reducing agent is applied to the hair to soften and swell, and then the reducing agent adhering to the hair is washed away, and the second agent containing the oxidizing agent is applied. The step of oxidatively fixing the bond inside the hair, removing the roll bar, and drying the hair. However, although such a general perm treatment method has been widely spread, in this way, the hair wave after the treatment has a disadvantage that it becomes large (slack) after drying, and The holding time of this wave cannot be fully satisfied. In the perm treatment, a step of heating the hair by additionally using an electric rod or a heating rod is disclosed in Japanese Laid-Open Patent Publication No. 2004-262789. The method of this treatment method is to apply the first agent of the perm containing the reducing agent to the hair to soften and swell the hair, wash and wipe off the excess water, and wind the hair on the heatable roll bar, by heating the rod In the method, after the hair is heated, the second agent for perm containing the oxidizing agent is applied, and the binding inside the hair is oxidized and fixed, and then the roll is removed and the hair is dried. -5-

1302446 % The perm treatment method using the electric rod or the heating rod, after the original hair is heated, the treatment of the inside of the hair is oxidized by two agents, and then the second agent of the perm is washed and dried [曰 Patent Document 1] JP-A-2004-262798: SUMMARY OF THE INVENTION [Problem to Solve the Problem of the Invention] In the conventional example described above, since the hair is superimposed on the fascinating tens of times, only the conduction heat from the wand is transmitted, so the electric temperature must be set high. The electric rod is processed at a temperature of 180 ° C or higher and the heating rod is at a temperature. As described above, since the heat treatment is performed at a high temperature, the damage becomes large. In particular, in the entire hair, the end portion of the damage is in a state of being wound on the inner side of the roll, and heat is transferred from the roll, thereby further deepening the hair damage. φ The electric rod or the heating rod is close to the person who is being permed. The head, but the unpleasant feeling of being heated by the perm. The present invention has been made in order to solve the above-mentioned problems, and to provide a method for warming the hair as a whole, and sucking warm air from the inside of the wand to reduce hair damage and reduce the damage. Due to the danger and the risk of perm, it is possible to form a solid wave in the roll, and the post-wave will not become slack, and the perm treatment device can be continued for a long time. It is said that it will be fixed (the step of the fifth step of the perm. The hair sticks and the heating rods on the roll are at least 100 °C, so the higher hair of the hair will be directly received. There is a so-called cause, the purpose is to reduce the heat of the drying temperature and high temperature through the hair, and even in the initial stage of drying, the wave state -6 - 1302446 [means for solving the problem] the perm processing device of the present invention The means for applying the first item of the patent range is: a heating means for heating a hair of a perm person, a plurality of winding bars for winding hair forming a mode of air circulation, and a negative roll inside the winding bar The suction means in the pressed state and the flexible connecting means capable of detachably connecting the winding bar and the suction means.

In the first aspect of the invention, in the first aspect of the patent application, the suction means for attaching the hose is configured to block air flow when the hose is detached. In the first aspect of the patent application scope, in the first aspect of the patent application, the hose is branched into a plurality of pieces to form a manner of being connectable to a plurality of rolls. The means for applying the fourth aspect of the patent application, in the first item of the aforementioned patent scope, the means for the warming environment is: a cap located on the head of the perm, and a supply air supplying the warm air into the cap Means of the means. The method of claim 5, wherein in the first aspect of the patent application, the cap is composed of: a fixed cap; and an openable cap that can be perm or reared with respect to the fixed cap; The mouth for blowing the warm air by the warm air blowing means and the suction port of the suction means are provided on the side of the fixed cap. In the first aspect of the patent application, in the first aspect of the patent application, the method of heating the hair by the heat of the heater 1302446 or the like is a method of heating the head. According to a seventh aspect of the invention, in the first aspect of the invention, the gas-water separation means is provided in the connection means, and the means is a means for separating the moisture in the warm air to be sucked through the above-mentioned winding bar. In the first aspect of the invention, in the first aspect of the invention, the air blowing means, the air blowing means, the warm air that removes moisture in the gas-water separation means, and the return air supply means for returning to the heating environment .

According to a first aspect of the invention, in the first aspect of the invention, in the air supply path of the air supply means, a deodorizing means for absorbing and decomposing the odor of the perm medicine is provided. The method of claim 10, wherein in the first aspect of the patent application, the connecting means for connecting the winding bar and the suction means is formed by a flexible hose, and one end of the hose is It is connected to a connecting member formed at one end of the winding rod, and the other end of the hose is connected to a plurality of freely connectable portions formed by the suction means. In the first aspect of the invention, in the first aspect of the invention, the hose and the winding rod are connected by a rotatably engaging means. In the first aspect of the invention, in the first aspect of the invention, the joining means is: a rolling portion connected to the hose side and a rolling portion formed on the side of the winding rod A cover that is fitted to the engagement hole is formed, and a detachable cover that prevents air from being sucked in a state where the engagement hole is not fitted is attached to the rolling portion. -8-1302446. The method of claim 1, wherein in the first aspect of the patent application, the inner surface of the closed end side of the winding bar is formed to discharge moisture attached to the hair to the outside. Water does not remain in the moisture discharge wall in the wand. In the first aspect of the patent application, in the first aspect of the patent application, the roll bar is divided into at least two along the longitudinal direction. The means for applying the fifteenth item of the patent scope is the first item of the above-mentioned application patent range φ, the roll bar is divided into two at least along the long direction, and the divided roll bar is formed by a connecting piece. Will not be separated. In the first aspect of the invention, in the first aspect of the patent application, in the first aspect of the patent application, a gas leakage preventing means for preventing air leakage during suction is applied to the joint of the divided rolled bar. In the first aspect of the invention, in the first aspect of the invention, at least one of the sensors for measuring temperature or humidity is mounted on the roll bar or the appropriate position on the side of the cap.

[Effect of the Invention] The perm treatment device of the present invention is a heating means for forming a hair to be permed into a warming environment, and a roll for forming a hair that can be circulated by air, as described above. The inside of the wand is configured to be a suction means in a negative pressure state, and a connecting means for connecting the wand to the suction means. Therefore, when the hair is wound around the wand, air is sucked from the wand, and The hair is heated to a temperature, which can simultaneously heat and attract, and can lower the drying temperature of the hair wound around the roller, -9-1302446, thereby reducing hair damage and reducing perm Because of the heat and danger of high temperature, people can form a solid wave in the roll, and even after drying, the wave does not relax, and the state of initial wave can be maintained for a long time.

Further, the connecting means is constituted by a flexible hose, and since the plurality of hoses are configured to be attached to the suction means, the plurality of hoses can be detachably attached, so that the plurality of rollers can be attached to the suction means via the hose. Further, the suction means to which the hose is attached is configured to block the flow of the air when the hose is detached, so that the suction of the air is not performed from the suction means without the hose, therefore, The attraction is only carried out via the hose, so that the attraction from the wand is not reduced and the suction efficiency is improved. Moreover, since the hose is branched into several pieces, it can be connected to a plurality of roll bars, so that connection with more roll bars is possible, and more perm can be performed in accordance with the preference of the perm person. In addition, the means for setting the hair into a warm environment is composed of a cap that is placed on the head of the perm and a blowing means that supplies warm air into the cap, so that the temperature can be effectively performed. The wind is blown, and the temperature management of the cap is performed correctly, and the hair can be effectively dried. Further, the cap is composed of a fixed cap and an openable opening and closing cap that can be permized from the rear with respect to the cap, and the cap is provided with a suction port for blowing the warm air by the air blowing means and a suction means. Since the side of the perm is opened, the hair is curled up from the rear side of the perm, so that the perm or perm person does not need to move to another position, so that it can be fixed. When the position is perm, and < S ) -10- 1302446 ψ · and the hair is to be confirmed by the perm person, the opening and closing cap can be opened.

Further, the means for heating the hair in a warm environment can heat the head by using radiant heat such as a heater. Therefore, drying of the hair can be performed relatively quickly by a simple device. The gas-water separation means is provided in the connection means, and is a method of separating moisture in the warm air that is sucked by the wand, and moisture is not discharged to the outside, and corrosion of the suction motor fan can be prevented. The water separation means uses a feedback air supply means for returning the warm air from which the moisture is removed to the heating environment, and a heater for taking in the external air, and the heated warm air is sent to the heating environment. The two methods of external air supply means that the warm air is supplied to the hair, so that the supply rate of the warm air to the hair is increased, and the drying time and the power of the heater can be shortened, and the power can be saved. . Further, in the air supply path for the air supply means, a deodorizing means for adsorbing and decomposing the odor of the perm medicine is provided, and the odor in the air can be removed, and a good indoor environment can be maintained. Further, since the connecting means for connecting the winding bar and the suction means is formed by a flexible hose, one end of the hose is connected to a connecting member formed at one end of the winding bar, and the other of the hose One end is connected to a plurality of connecting portions that are formed in the suction means, so that when the hose is pulled out and the roller is connected to the front end of the drawn hose, The perm operation can be performed, and since the hose that is not used can be placed in the suction means, the hose that is not used is not hindered, and the storage of the hose is extremely simple. -11 - 1302446 Furthermore, since the hose and the wand are connected in a rotatable manner by means of a connecting means, the wand can be attached to the hair in such a manner that the wand is rotated relative to the hose. In the case where the hair is not pulled, the connecting means is formed by a rolling portion that is connected to the rolling bar and that is rotatably fitted to the rolling portion formed on the winding bar side, and In the rolling portion, the detachable cover for preventing air suction is prevented from being fitted to the engaging hole, so that the mounting of the hose wrap can be easily performed, and in addition, since the rolling portion is The cover is embedded to prevent the attraction, so there is only attraction from the roll bar, and the attraction is not lowered, and the suction efficiency is improved.

In addition, since the roll bar is divided into two equal parts along the long direction, the chemical liquid retained in the inside can be cleaned when not in use, so that the roll can be cleaned and the sanitary storage becomes It is possible that, in addition, since the webs which are individually divided are connected by a connecting piece so as not to be separated, there is no possibility of a change, and a lost situation or a winding occurs. In the case of hair, the same as the integrated roll bar can be used; in addition, since the air leakage prevention means for preventing air leakage at the time of suction is applied to the joint of the divided roll bar, There is a case where the drying time becomes longer due to the same problem as the conventional winding rod due to air leakage from the joint portion. Further, since the inner surface of the closing end side of the winding bar is formed with a moisture discharge wall for discharging moisture adhering to the hair to the outside so that the water does not remain in the winding bar, there is no water from the winding bar or Contamination of the liquid that falls to the ground or falls on the clothing of the perm; in addition, at least one or more detectors for measuring temperature or humidity are installed at appropriate positions on the side of the roll or cap -12-1302446 'There is an effect of managing the temperature or humidity of the hair in an appropriate state and performing a good perm treatment. [Embodiment] [Best Mode for Carrying Out the Invention] The present invention is a method in which a hair of a perm person is wound around a roll of φ which can circulate air, and the hair is heated, and by means of suction The inside of the wand is brought into a negative pressure state by a connecting means connected to the wand. [Embodiment 1] Hereinafter, an embodiment of the permanent wave treatment apparatus of the present invention will be described together with the drawings.

In Fig. 1, A is a first liquid containing a reducing agent applied to the hair, and is placed until the first liquid reacts, and then the first liquid adhering to the surface of the hair is washed away, and then moved to The back of the beauty chair B serves as a movable perm treatment device of the present invention which dries the wet hair. The permanent wave processing apparatus A is composed of a base 1 to which casters are attached, a support 2 which is vertically extended by the base 2, a suction means 3 which will be described later in detail, and a casing 5 which accommodates the air blowing means 4 for blowing warm air. And a cap 6 that is attached to the upper portion of the casing 5 and covers the head of the perm. A partition plate 52 is provided in the outlet portion 51 in the casing 5, and is divided into two chambers of the suction chamber and the air supply chamber, and on both sides of the partition plate 52, the motors 31, 41 are fixed back to back. together. Further, the motor 31 - 13 - 1302446 is mounted with a multi-wing type suction fan 32, and a multi-blade type air supply fan 42 is attached to the motor 41.

An exhaust duct 3 3 · is connected to the exhaust side of the suction chamber, and an air damper 3 4 that doubles as a filter is attached to the exhaust port of the # air duct 3 3; An exhaust port of a vacuum duct 35 whose one end is connected to an annular suction pipe 63 provided in a cap 6 to be described later is disposed on a side surface of the fan 32. Further, a dust filter 36 is attached to the middle of the vacuum duct 35. On the other hand, the air blowing fan 42 constituting the casing 5 of the air blowing chamber is provided with an air suction filter 43 on the wall surface corresponding to the suction port; and in the air blowing chamber, the warm air is blown into the cap 6 One end of the warm air duct 44 that is opened on the back side of the cap 6 is attached to the end of the warm air duct 44, and a heater 45 for heating the air blown by the blower fan 42 is attached. Further, although not shown, an ion generator for negatively ionizing the warm air from the warm air duct 44 may be installed. The cap 6 is composed of a fixed cap 61 and an opening and closing cap 62, which is the same as the invention disclosed in Japanese Laid-Open Patent Publication No. 2004-4166, which is hereby incorporated by reference. The front head side is opened, and in this open state, various types of perm are performed from the back side of the perm person, and for example, coating of a chemical liquid can be performed. A suction pipe 63 to which the vacuum duct 35 can be connected is attached to the inner circumferential surface of the fixed cap 61, and a female connector 7 of the connector 7 shown in Figs. 5 to 7 is attached to a plurality of the suction pipe 63. 1. The female connector 7 1 is formed in a cylindrical shape of 14-1302446 having an opening 71 a on the circumferential surface as shown in Fig. 7 (a); a spring 71b is built in the inside of the cylinder, and The spring 7 1 b closes the valve 7 1 d of the cylindrical opening 7 1 c. Therefore, in a state where the male connector 72 is not inserted, since the valve 7 1 d is pressed by the spring 7 1 b, the valve 71 closes the opening 71 c of the female connector 71. Further, a locking groove 71e for guiding a plurality of locking projections 72b formed on the outer peripheral surface of the male connector 72 is formed on the inner peripheral surface of the female connector 71.

On the other hand, the male connector 72 is also formed in a cylindrical shape as in the above-described female connector 71, and has a diameter that can be inserted into the female connector 71, and a plurality of male connectors 72 are inserted at the front end. When the female connector 71 is inside, the protrusion 71a that pushes up the valve 71 d against the elastic force of the spring 71 b. Further, a locking projection 72b that is engaged by the locking groove 71e formed on the inner circumferential surface of the female connecting body 71 and engaged with the locking surface 72b is formed on the circumferential surface. In the connection body 7 configured as described above, when the male connector 72 is not connected to the female connector 71, the valve 71 closes the opening 71c. Therefore, even if the suction pipe 63 is in the suction state, the connector cannot be connected. 7 to attract. Then, when the male connector 72 is fitted to the female connector 71, since the valve 7 1 is retracted, the opening 7 1 a and the male connector 72 are in communication with each other, and therefore, via the hose 8 connected to the male connector 72, The inside of the winding rod connected to the front end of the hose 8 is brought into a negative pressure state. 8 is a flexible hose that is fitted and fixed to the male connector 72, and is branched into a plurality of branches in the middle, and the individual distal ends are configured to be detachably connected to the coiled hairs R. Further, although not shown, the roll bar R is formed in a shape of a plurality of long holes or round holes, and the warm air in the cap 6 can be sucked through the hair in a state where the hair is wound. -15-

1302446 In addition, 9 is an operation surface mounted on the back surface of the casing 5. This panel is equipped with a power button or a supply air temperature adjustment knob, an operation button for time i, and a display for displaying temperature or time. The control circuit for stopping the supply of air or suction according to the temperature monitoring is followed by an example of a method of performing perm using the perm treatment apparatus of the present invention. First, the hair was applied to the first liquid of the reducing agent for perm, and the hair was softened and swollen for 20 minutes. Next, the softening treatment is performed to wash the hair to remove excess water. After removing excess water, apply 2 doses and then wind the hair around the roll rod R. Next, in a state where the front side of the cap 6 cap 61 is opened, the branched hose 8 is connected to the wand R. Thereafter, the opening cap 62 is closed, and the temperature and time of the operation panel 9 are operated, and the air blowing means 4 and the suction means 3 are in a state. Then, the blower fan 42 is rotated, and the cleaned air is sucked into the warm air duct 44 via the air suction filter, and is supplied into the cap 6 by the warm air of the heater 45 J. On the other hand, since the suction fan 32 also rotates, I is exhausted by the hose 8, the suction pipe 63, and the vacuum conduit 35 to the 3 3, so that the inside of the winding bar R is in a negative pressure state, and the inside of the cap 6 is defective. The hair is passed through the air circulation portion formed in the roll bar R, and the ί 6 3 is exhausted. At this time, since a large number of holes are formed in the wand R, the warm air is wound around the entire roll R so that it can be performed in a short time. And in the button, etc., at the same time 〇 with the description 5 to the hair of the perm of the opening and closing of the front end of the fixed-temperature wind drive. 43 to be heated, will pass through the gas duct, the wind will pass through the suction pipe, the air circulation can be dried -16-

1302446 After the drying step is completed, the air blowing means 3 is stopped, and the guiding means 2 performs suction to cool the heated hair. After that, the oxidizing agent for perming is applied to the hair wound around the roll R, and left for 1 to 15 minutes. Then, when the oxidation of the hair is finished, the roll R is used for hair shampooing, and dried and shaped.

In the foregoing description, when the hose 8 is not connected to the ®, since the opening 71c on the suction side of the female connecting body 71 is in a condition, the attraction from the other connecting body 7 is not lowered, and the portion to be branched is not When the rod R is connected, since it is sucked from the portion that is not connected, the other rod force is lowered. Therefore, when the connecting portion between the hose 8 and the rod R is preferably removed, the rod R is not removed. In the other processing method of the perm, the second application of the perm is applied, and the reel is wound on the reel as a coil, but as a second processing method, A method of applying a perm first dose to a roll rod R. [Embodiment 2] Next, with respect to the second embodiment shown in Figs. 8 and 9, the method of forming the environment in the cap 6 with respect to the above embodiment is used. This embodiment is the entire head of the permized person. The heat of the emitter is used, and in this state, the inside of the roll rod R is dried in a negative pressure state. Only after the second end of the kinetic cooling and cooling agent is removed, and the end of the guide tube 63 is closed. When the hook of the roll rod RR is sucked from the hose, the roll is made after the roll is applied to the rod R. Description. The heating state is from heating, and the hair is made of <S) -17-1302446. In Fig. 8, the heat source of the heater and the heat from the heater is thermally formed by the reflector. In the rotation, the entire head of the hair is irradiated, and the structure is a heating means 10 of the structure disclosed in Japanese Laid-Open Patent Publication No. Hei 1-221104, and the attraction means 4 is attached. The suction device 101 is configured. Then, the hose 8 is pulled out by the suction device 1 〇1, and the roller rod R is attached to the hose branched from the hose 8, and as in the first embodiment, φ is heated by the heating means 1 Since the head environment of the perm person is brought into a warm state, the hair can be dried in a short time by sucking the heat through the wand R. Fig. 9 is a view in which the above-described heating means 1 is replaced by a well-known hair dryer, and the hair is blown toward the hair, and the heat from the hair dryer is sucked by the suction device 1 〇 1, and the hair is dried in a short time as in the eighth drawing. [Example 3]

Next, a third embodiment will be described together with Figs. 10 to 19. Incidentally, the same reference numerals are given to the same components as those in the above embodiments, and the description thereof will be omitted. On the base 1 to which the casters are attached, the suction means 201 of the 12th to 16th steps, the feedback air supply means 202, the external air supply means 203, and the gas-water separation means 204 are attached, and the means 201 to 204 are It is covered by the casing 2〇5. Further, in front of the upper surface of the casing 205, the casing 205 is faced, and a semi-circular arm 206 rotatably mounted is mounted, and a top plate 205a spanning the arm 18-13022446 206 and the body 205 is mounted. Part of the cap 207. The cap portion 2 07 is composed of a soft, airtight cloth, and has a structure in which the head is covered from the forehead of the perm person to the neck portion. Further, the top plate 205a is provided with a timer button for setting the driving time of the various means, a temperature/humidity setting button for setting the temperature or humidity of the cap 207, or a liquid crystal display for displaying the set state. Panel 205b such as a board.

The suction means 201 accommodated in the casing 205 is composed of a plurality of (two in the drawing) suction pipes 201a, and the lower end of the suction pipe 201a is connected to the gas-water separation means 204 which is described later in detail. It is composed of a suction chamber 21 1 composed of a motor and a suction fan. The upper end of the suction pipe 201 is closed by a cover 201c formed with a plurality of insertion ports 201b. In the insertion port 21〇c opening to the cover 201b of the suction pipe 201a, as shown in Figs. 7 to 19, the hose 8 is freely accessible and is inserted from the φ insertion port 201b and the hose 8 The air is inserted without being exposed. Further, a rolling portion 8 1 ' is attached to the front end of the hose 8, and the rolling portion is an engaging hole 82a that is detachably attached to the closing member 8 2 of the winding rod R to be described later. Further, a conical air hole 8 1 a communicating with the hose 8 is formed in the rolling portion 81. Further, the cover 83 is detachably attached to the air hole 8 1 a. The roll bar R is formed in the same cylindrical shape as the well-known roll bar. An air flow hole Ri is formed on the outer circumference of the winding bar II, and a sealing member 82 is formed at one end thereof to form a spherical engagement hole 82a of a circle 190-13022, which is rotatably fitted to the rolling portion 81. . Further, at the other end of the roll bar R, a moisture discharge wall R2 for preventing the moisture from the hair coated with the permanent wave agent from being retained in the roll bar R is formed. Further, the rolling portion 81 and the sealing member 82 constitute a connecting means.

In the suction means 201 configured as described above, the suction chamber 21 1 performs suction, so that the gas-water separation means 204 connected to the suction chamber 21 1 is in a negative pressure state. When the inside of the gas-water separation means 204 is in a negative pressure state, the inside of the suction pipe 201a is also in a negative pressure state. Therefore, the inside of the winding rod R connected to the suction pipe 201a via the hose 8 is also in a negative pressure state. Therefore, the hair waving agent applied to the hair wound around the roll bar R is sucked from the air flow hole 1 and supplied to the gas-water separation means 204. Here, the air containing the drug solution is separated into moisture and air by the gas-water separation means 206, and only air is supplied to the suction chamber 2 1 1 . Further, although the moisture of the medicine or the like is stored in the gas-water separation means 204, it may be discarded by the clerk after the end of the business. In the air-water separation means 204, since the odor of the medicine is contained in the air from which the moisture is removed, the odor is adsorbed and decomposed in advance in the piping connecting the gas-water separation means 204 and the suction chamber 2 1 1 . The odor means (not shown) allows the odor to not enter the suction chamber 2 1 1 . A feedback pipe 202a that circulates the air blowing means 202 is connected to the discharge side of the suction chamber 211, and the upper end of the feedback pipe 202 protrudes from the top plate 205 and is opened in the cap 207. Therefore, the air sucked by the suction chamber 21 1 is supplied into the cap 207 via the feedback tube 202a. In addition, you don't need -20-

1302446 When the air blowing means 202 is circulated, the exhaust pipe is attached to the suction chamber 211 and exhausted to the outside. In addition, in the case where it is possible to selectively use the circulating air blower to return to the cap 206, and to use the exhaust pipe 2 1 1 a, it may be replaced by a switching means such as a door. can. Next, when the external air blowing means 203 is described, the air supply is provided adjacent to the suction chamber 211, and the motor fan is shared, and the outside air is sucked into the plenum 21 by the outside air introducing pipe 213a and then sucked in. The outside air is supplied to the end portion of the air supply duct 203a which is opened in the cap 207 by the top plate 205. Here, the heater 203b is built in the tube 203a, so that the sucked outside air is supplied into the cap 207. Further, although not shown, the hair temperature or humidity is detected in a predetermined position of the cap 207 or the wand R, and the sensing line is connected to a temperature control circuit mounted on the panel 205b. When the hair is made to be heated by the heat from the heater shown in Fig. 8, the temperature or humidity detector is installed only on the winding bar R. Next, in explaining the operation of this embodiment, first, when the arm portion 206 of the cap 207 is rotated upward, the person sitting on the chair disposed on the front side thereof is in the state in which the tube 8 is sucked. 2 01 is pulled out, and the lid 83 is pulled up from the air hole 8 1 a of the rolling portion 8 1 attached to the front end. Next, the rolling portion 81 is fitted to the engaging hole 8 2 a of the member 8 2 attached to the winding bar R. Next, in the case where the winding bar R is wound around the 2 11a, the section 2 02 gas is placed in the cutting chamber 213. Out, and the air is heated, the sensor is led. In addition, the hot state will be scalded, and the soft hose 8 will be closed.

The hair of 1302446, but at this time, the roll bar R is in a state of being rotated with respect to the hose 8, so that the operation of winding the hair disk on the roll bar R is easy, and the hair after the roll is not pulled. Therefore, there is no pain in pulling hair for perm hair. Then, the arm portion 206 is returned to the horizontal state, the cap 207 is covered by the head of the perm, and the temperature setting of the warm air in the panel 205b is set to set the supply air temperature from the heater and the processing time is set, and the perm is started. Processing. At the start of the process, the heater 203b is energized, and the outside air is taken in from the chamber 213, and the outside air introduced into the outside air introduction pipe 203a is heated and supplied to the cap 207 in the heater 203b. On the other hand, the suction chamber 2 1 1 starts to attract, and the inside of the roll bar R is in a negative pressure state, and the warm air is attracted from the air flow hole of the roll bar R, so that the warm air in the 2 07 is passed through the hair. The suction is introduced to the gas-water separation means 204 through the attraction 201a. Here, the gas-water separation means 204 separates the main part (mainly the perm agent) contained in the attracted warm air, and only the warm air is attracted to the suction 21 1 . When the suction chamber 21 is returned to the air supply means 202, the warm air is supplied from the suction chamber 21 1 to the feedback duct 202a, and the warm air is returned to the cap 207 by the deodorizing means. Further, since the cap portion 2 07 flows into the warm air from the feedback duct and the warm air from the air duct 203a, the temperature in the cap 207 can be made higher than that in the case where the warm air is supplied from the duct 203, and the temperature can be reduced. The heater has a power of 2 0 3 b and can save power. It is the inside of the cap 207, but it is here, and, as for the above, the warm air is supplied to the cap 207, but it is here. Since the sensor constantly monitors the temperature inside the cap 207 or the temperature of the hair, when the temperature is higher than the initially set temperature, 'the power supply to the heater 2 0 3 b or the power is reduced' and the temperature is controlled at the predetermined time. In addition, when the temperature is lowered, the electric power supplied to the heater 203b is raised, and the temperature is controlled at a predetermined temperature to keep the temperature of the cap 2?7 constant.

When the above-mentioned control reaches the set time, 'terminate all the actions, and drive the buzzer, etc. to inform the perm person that the perm person pushes the arm 206 up, and the cap 206 is moved from the head of the perm. The opening of the roll R is removed from the hair, the hose 8 is pushed into the suction duct 201a, and the cover 83 is placed over the rolling portion 181 to complete the work. Figures 20 to 23 show the roll bars R of other embodiments. In the case of the above-described roll rod R, since the inside thereof is in a sealed state except for the side of the closing member 82 and the air flow hole R1, it is applied to the case where the suction is performed in the state H in which the hair is wound. Since the chemical solution of the hair is discharged from the moisture discharge wall R2 for a long period of time, there is a deposition of the chemical liquid. This embodiment is divided into at least two equal parts along the length direction of the roll bar R (in the embodiment, it is divided into two equal parts, but it can also be divided into three equal parts or four equal parts) and the following is divided into two equal parts) R The roller bar R of one of the two aliquots is formed integrally with the closing member 82 (Fig. 20) or when the roller R is of the injection type, and is connected to the two rollers R by a thin connecting piece R3. Both ends of R &gt; form a state that does not separate (Fig. 21). When the roll rod R is divided by this method, when the dirty -23-1302446 is generated in the roll rod R, the roll rod R can be opened and the inside can be cleaned. However, if the two rolls R and R/ are combined together, there is a possibility that air will leak from the joint when attracted. Here, as shown in the figure, the concave portion R4a and the convex portion R4b are formed on the pair of separated edge opposing faces, and the irregularities R4a and R4b are fitted to prevent air leakage from both sides.

However, the air leakage is prevented only by such unevenness, but since the adhesion to the opposite faces of the two divided edges is low, there is a possibility that air leaks although there are only some. Here, as shown in Figs. 22 and 23, the irregularities R4a and R4b are formed on the edge opposing surface on the side of the connecting piece R3, and the ribs R5a to which the hook is attached are formed on the other side of the other edge facing surface. On the other hand, the long groove R5b that engages with the hook portion of the ridge R5a is formed, and the side of the connecting piece 3 can prevent air leakage by the engagement of the unevenness R4a, R4b, and the other side can be attached Since the fitting of the hook rib R5a and the long groove R5b is integrated, it is possible to prevent air leakage from the separated portion of the winding bar R, and it is possible to prevent the separation of the winding bar R during the process. Further, at the time of cleaning, by fitting the hook-attached rib R5a to the long groove R5b, it is of course possible to separate it. The air flow holes R1 formed in the roll rods R shown in the above-described FIGS. 17 to 23 are all formed as long holes, but the air flow holes R1 may also be used as appropriate holes. The numbers are formed on the circumference. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side elevational view of the entire permanent wave processing apparatus of the present invention. Fig. 2 is a side view showing the main part of the same processing apparatus. Fig. 3 shows in detail a perspective perspective view as seen obliquely from the rear. Fig. 4 is a perspective view of a state in which the male and female connectors are connected before. Fig. 6 is a perspective view showing a state of connection in the same figure. Fig. 7(a) is a cross-sectional view showing the state before the connection of the male and female connectors, and Fig. 7(b) is a side view showing the connected state.

Fig. 8 is a side view showing the hair of the perm person in a high temperature state by the heating device shown in the second embodiment. Fig. 9 is a rear elevational view showing the use of a hair dryer instead of the heating device of the above figure. Fig. 1 is a side view showing the third embodiment. Figure 11 is a perspective view of the same figure. Fig. 12 is an explanatory view showing the internal structure. Figure 13 is a front view of the removal of the housing. Figure 14 is a side view of the same figure. Figure 15 is a rear view of Figure 13. Figure 16 is a top view of the figure above. Fig. 17 is a detailed perspective view showing a portion of the attraction means in the same figure. Figure 18 is a front view of the roll bar. Figure 19 is a cross-sectional view taken along line A-A of the above figure. Fig. 20 is a development view of another embodiment in which the winding bar is divided into two equal parts. -25- 1302446 % η Figure 2 is a diagram showing the development of a two-divided roll of the same figure as a link. Figure 22 is a plan view of the same figure. Figure 23 is a cross-sectional view showing a state in which the two-divided roll bars are joined together.

3 : suction means 4 : air supply means 6 : cap 6 1 : fixed cap 62 : opening and closing cap 63 : suction pipe 7 : connecting body 71 : female connecting body 72 : male connecting body 8 : hose 1 〇 : heating device 101 : suction Device 201: attraction means 202: feedback air supply means 203: external air supply means 2 0 7: cap R: roll bar-26-

Claims (1)

1302446 X. Patent Application No. 95 1 03492 Patent Application Chinese Patent Application Revision Amendment 1997, July 15 曰1疋 A perm treatment device characterized in that the device is composed of: hair to be permed a heating means for heating the environment, a plurality of winding bars for winding the air through which the air can flow, a suction means for causing the inside of the winding bar to be in a negative pressure state, and detachably connecting the winding bar and the suction The means consists of a hose with _ sex. (2) The perm processing apparatus according to the first aspect of the invention, wherein the suction means for attaching the hose is configured to block the flow of air when the hose is unloaded. 3. The perm processing apparatus according to the first aspect of the invention, wherein the hose is branched into a plurality of pieces, and the configuration is connectable to a plurality of crowbars. The perm processing apparatus according to claim 1, wherein the means for forming the heating environment is: a cap located on a head of the perm, and a blowing means for supplying warm air into the cap Composition. 5. The permanent wave processing apparatus according to claim 4, wherein the cap is formed by a fixed cap and an openable cap that can be permized by a rear or a side with respect to the fixed cap; The air blowing means for blowing the warm air and the suction port of the suction means are provided on the fixed cap side. The perm treatment device according to the first aspect of the invention, wherein the hair is heated in a heating environment by means of radiation heat of a heater or the like. 7. The permanent wave processing apparatus according to claim 1, wherein the connecting means is provided with a gas-water separating means for separating moisture in the warm air sucked through the winding bar. 8. The permanent wave processing apparatus according to claim 4, wherein the air blowing means has a warm air that removes moisture from the gas-water separation means, and returns the feedback air supply means to the heating environment. The perm processing apparatus according to the eighth aspect of the invention, wherein the air blowing path of the feedback air supply means is provided with a deodorizing means for absorbing and decomposing the odor of the perm medicine. The permanent wave processing apparatus according to the first aspect of the invention, wherein the connecting means for connecting the winding bar and the suction means is formed by a flexible hose, and one end of the hose is The connecting member is connected to one end of the winding bar, and the other end of the hose is connected to a plurality of connecting portions that are formed in the suction means. The permanent wave processing apparatus according to claim 1, wherein the hose and the roll bar are connected by a rotatably joining means. The permanent wave processing apparatus according to the first aspect of the invention, wherein the joining means is: a rolling portion connected to the hose side and a rolling portion that is formed on the winding rod side The ground engaging card -28-1302446 is formed by a hole, and a detachable cover for preventing air suction is attached to the rolling portion without being fitted into the engaging hole. The perm treatment device according to the first aspect of the invention, wherein the inner surface of the closed end side of the winding bar is formed to discharge moisture adhering to the hair to the outside, so that the water does not remain in the roll. The moisture inside the rod is discharged from the wall. The permanent wave processing apparatus according to the first aspect of the invention, wherein the roll bar is divided into at least two along a long direction. The perm processing apparatus according to the first aspect of the invention, wherein the roll bar is divided into at least two along a long direction, and the divided roll bar is formed by a connecting piece. Separated state. The perm processing apparatus according to the first aspect of the invention, wherein the seam preventing means for preventing air leakage during suction is applied to the joint of the divided wrap. The perm processing apparatus according to the first aspect of the invention, wherein at least one or more sensors for measuring temperature and humidity are attached to the appropriate positions of the wrap. The perm processing apparatus according to the fourth aspect of the invention, wherein at least one or more sensors for measuring temperature and humidity are attached to the appropriate positions on the cap side. -29- 1302446 * Min No. 95103492 Patent Application Chinese Pattern Revision Page Year-end Repair (Miscellaneous Replacement Page _____ Figure 7 (a) (b) 71b 1302446 • % VII. Designation of representative drawings: (1) The representative representative figure of this case is: (3) (2), the symbol of the representative figure of this representative figure is simple: Shell 6 : Cap 7 : Connector 8 : Soft Tube 9: Operation panel 32 Suction fan 33 Exhaust passage 35 Vacuum passage 42 Supply fan 43 Suction fan 44 Warm air passage 45 Heater 52 Separator 6 1 Fixed cap 62 Open and closed cap 8. If there is a chemical formula in this case, please disclose the chemical formula that best shows the characteristics of the invention: -4-