JPH068803Y2 - Hair dryer equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a hair dryer device used in beauty salons, barbershops and the like.

(Prior Art) Generally, hairdressers and barbers use a hair dryer for drying and styling hair, but this hair dryer has a structure in which heat generated by heating wires is sent out by a fan, Depending on the application, there are bonnet type and handy type. Of these, the bonnet type is 1
Foreign-made equipment was first imported in 922, but since then the perm spread and domestic production has progressed, and it is now commonly used not only in beauty salons but also in barbershops. The body of this bonnet-type hair dryer is commonly called a "cook" because it covers the head and dries the hair, but since this crock is supported by stanchions and arms, the part of the crock will dry. It is removable from the person's head. In addition, there is a part of the pot-type dryer in which the rotary shaft of the fan inside the pot is movable so that the hot air can be blown evenly into the pot. On the other hand, a handy type hair dryer was commercialized in 1937 and then spread to general households, but recently, it has come to be used not only for general households but also for business such as beauty salons. This is because, in the conventional commercial kettle dryer, since the head is covered with the kettle to dry the hair, it is difficult for the warm air to hit the back and side hair of the head that directly hits the body of the kettle. This is because it is difficult to dry, and moreover, the person to be treated for the hair has to have to cover the kettle until the hair dries, which is uncomfortable during that time. This is because the dryer is useful.

(Problems to be Solved by the Invention) However, since the above handy type hair dryer blows warm air to the hair through the outside air, the warm air is cooled by the outside air, and the thermal efficiency is significantly reduced. Therefore, there is a drawback in that it takes much longer to dry the hair than in a pot-type dryer. It is also possible to increase the wattage of the heating wire to eliminate this drawback, but the heating wire generates heat due to the internal resistance of the wire, so if the resistance becomes too high, not only the power consumption will increase but also the power consumption will increase. Since the durability of the heating wire also becomes shorter, there was a problem that it was uneconomical and unsuitable for commercial use. Therefore, the hair dryer device of the present invention is a commercial hair dryer device in which a handy type dryer is an arm type, while the advantages of the handy type are retained, the hair drying power is not inferior to the pot type, and the running cost is still lower. The purpose is to provide a low-cost, durable, high-performance hair dryer device.

(Means for Solving the Problem) The present invention made to achieve the above object is provided with a circular cover having an intake port at a rear part and a blower port at a front part, and a circular cover provided inside the cover. A heating device, a blower provided inside the cover, a rotation drive unit that rotatably supports the cover via a support arm, a swing mechanism unit that swings the rotation drive unit, and the swing unit. In a hair dryer device including a frame body that supports a moving mechanism, the heating device includes a support plate attached to a front portion inside the cover.
(45), a reflector plate (48) attached to the front of the support plate (45) via a support member, and a ceramic heater (47) attached to the front part of the reflector plate (48). The blower includes a motor (44) having a rotary shaft mounted in the central portion of the support plate (45) with the rotary shaft directed toward the inlet of the cover, and a fan axially mounted on the rotary shaft of the motor (44). (46), and the swing mechanism portion includes a protective cover (20) fixed to the upper portion of the frame body via brackets (8) and (9), and a front portion of the protective cover (20). Inside the horizontal axis (2
1) and two tongue pieces (23) on the left and right on both ends of the horizontal axis (21).
Bracket (22) that is pivotally attached via the
A tongue piece (24) protruding from the upper and lower parts of the front surface of the bracket (22), a protruding piece (25) protruding from the lower rear surface of the bracket (22), and the protruding piece (25). A screw shaft in which one end is axially mounted, a universal joint (28) is interposed in the middle part, the other end is projected to the outside of the rear part of the protective cover (20), and a tilt adjusting knob (26) is axially mounted at the tip thereof. (27) and a connecting bracket in which both upper and lower end pieces are axially rotatably rotatable in the left-right direction via a shaft member inside the tongue piece (24) protruding from the upper and lower portions of the bracket (22). 29) and a bearing sleeve formed in a tubular shape from the front of the connecting bracket (29) to the front.
(30), a rotating shaft (31) rotatably penetrating the inner diameter of the bearing sleeve (30), and a rear end side of the rotating shaft (31) protruding inside the connecting bracket (29). The tilt cam (32) on the back of which the horizontal axis (21) of the bracket (22) abuts
From the front of the protective cover (20) to the bearing sleeve (3
(0) and a flexible cover (33) attached to the outer shape of the swing mechanism part.
The rotating frame (36) connected to the tip of the bearing and the bearing sleeve (30)
An annular roller support frame (34) fixed to the tip of, a geared motor (37) attached to the upper part of the rotary frame (36), a drive shaft (38) connected to the geared motor (37), A bracket (11) attached to the lower end of the drive shaft (38) via a nut (41), a disc cam (39) obliquely attached to the middle of the drive shaft (38), and the disc cam. The guide groove (40) formed on the outer peripheral portion of (39) and the left and right two points of the inner diameter of the roller support frame (34) are respectively provided in the guide groove (40) of the disc cam (39). A gist of a hair dryer device is characterized in that it comprises a roller (35) in sliding contact and a cover attached to a rotation drive section.

(Operation) According to the hair dryer device of the present invention, first, the ceramic heater (47) of the heating device and the motor (44) of the blower device.
Also, turn on the power to the geared motor (37) of the rotation drive unit. Then, the motor (44) of the blower device starts driving to rotate the fan (46). As a result, the fan (46) blows air to the ceramic heater (47) of the heating device. At this time,
Since the ceramic heater (47) is being supplied with power and is in a heat generating state, the air blown from the fan (46) becomes hot air and is blown to the outside from the air blow port on the front of the cover.

On the other hand, when power is supplied to the geared motor (37) of the rotary drive unit, the drive shaft (38) connected to the geared motor (37) also starts to rotate, and the drive shaft (38) is slanted to the middle portion of the drive shaft (38). The disc cam (39) pivotally attached to the bracket and the bracket (11) attached to the lower end of the drive shaft (38) also rotate, and the support arm attached to the bracket (11) rotates. At this time, when the disc cam (39) rotates, the roller (35) is slidably contacted with the guide groove (40) formed on the outer peripheral portion of the disc cam (39).
The roller support frame (34) is fixed to the tip of the bearing sleeve (30) of the swing mechanism, so that the roller (34) tries to rotate to the left or right according to the inclination of the disc cam (39). Support frame (3
The force applied to 4) acts as a reaction force to rotate the rotary shaft (31) in the forward and reverse directions, thereby rotating the rotary frame (36) connected to the tip of the rotary shaft (31) to the left and right. This action causes the entire rotary drive unit to perform a swinging motion.

On the other hand, the rotary shaft (31) of the swing mechanism part has an inclined cam (32) formed at the rear end side thereof, and further, the horizontal shaft (21) is in contact with the back part thereof. Therefore, when the rotating shaft rotates left and right, the reaction force generated in the lateral direction generated on the contact surface between the back of the inclined cam (32) and the horizontal shaft (21) is applied to the connecting bracket (29), and this force is applied. , The connecting bracket (29) is rotated in the left-right direction via the shaft member. This action causes the bearing sleeve (30) to rotate in the left and right lateral directions.

As a result, in the hair dryer device of the present invention, the rotation drive unit rotates the heating device and the air blower through the support arm and causes the rotation drive unit itself to swing in the left-right direction. The part swings the rotary drive part left and right via the bearing sleeve (30).

(Example) The Example of the hair dryer apparatus of this invention is described based on drawing. FIG. 1 is a left side view showing an embodiment of the hair dryer device of the present invention, and FIG. 2 is a front view of this device.

The hair dryer device of the present embodiment, as shown in the drawing,
The leg portion 1 that supports the entire apparatus, the caster wheels 2 attached to the lower surface of the outer end portion of the leg portion 1, and the support column 3 that protrudes upward from the center of the upper surface of the leg portion 1 are used as lower supports. Of these, the support column 3 is composed of a large-diameter cylindrical member 3A fixed to the leg portion 1 and a small-diameter cylindrical member 3B fitted in the inner diameter portion of the large-diameter cylindrical member 3A so as to be vertically slidable. There is. The small-diameter cylindrical member 3B can be fixed by arbitrarily sliding the inner diameter portion of the large-diameter cylindrical member 3A in the vertical direction and tightening the tightening lever 4 provided at the upper end of the large-diameter cylindrical member 3A. Has become.

A bracket 5 is rotatably fitted on the upper end of the small-diameter cylindrical member 3B, and a stopper bolt 5A is screwed on the outer cylindrical part.

One end of an underframe 6A located at the lowermost part of a frame body 6 that supports the intermediate part of the device is connected to the outer lower part of the body of the bracket 5, and the underframe 6A
The lower end of the middle frame 6B that protrudes upward is connected to the middle part near the front part.

An operation panel 7 for inputting various signals to the apparatus is attached between the middle frame 6B and the under frame 6A, and the upper end of the middle frame 6B is integrally formed with an upper frame 6C protruding upward and forward. . The upper frame 6C includes brackets 8 and 9
The carrying handle 10 is attached so as to straddle the swinging mechanism S via the swinging mechanism S, and the rotation drive unit T is connected to the front end of the swinging mechanism S.

On the other hand, a support arm 12 is attached to the lower part of the rotation drive unit T via a rotatable bracket 11, and the support arm 1 is further attached.
A dryer unit U is connected to the tip of 2. In addition, on the front panel of the operation panel 7 described above, a main switch 7A for turning on the power to the apparatus, a fan strength switch 7B, an operation switch 7C for the swing mechanism section S and the rotary drive section T, and a temperature adjustment for the dryer section U. Dial 7D, timer switch 7
E is attached to input various commands to the operating portion of the apparatus.

Next, details of the hair dryer device of this embodiment will be described.

FIG. 3 is a partial cross-sectional explanatory view showing the internal structure of the swing mechanism section S and the rotation drive section T of the present apparatus. First, the swing mechanism section S of the present apparatus will be described. As shown in the figure, the swing mechanism section S of the present apparatus is covered with a protective cover 20 and fixed to the upper frame 6C via the brackets 8 and 9. However, inside the protective cover 20, a horizontal shaft 21 is fixed parallel to the inner wall of the front end of the protective cover 20, and a disk-shaped bracket 22 is rotatable via a tongue piece 23 protruding forward from the left and right. It is fitted over.

The bracket 22 is integrally formed with a tongue piece 24 projecting forward from above and below the front surface and a projecting piece 25 projecting rearward from the lower part of the rear surface. The front end of a long screw shaft 27, the rear end of which is connected to the tilt adjusting knob 26 provided at the rear end, is connected. Since the screw shaft 27 is divided at the middle portion and is mechanically connected via the universal joint 28, when the tilt adjusting knob 26 is rotated to the left or the right, the bracket 22 causes the lower surface of the rear portion of the screw shaft 27 to rotate. It will be pushed or pulled at the tip of 27, and the bracket 22 will move the horizontal shaft 21 to the front and
You will have to shake your head in both directions. Also, the bracket 22
Inside the tongue piece 24 protruding forward from above and below the front of the
Upper and lower projecting pieces of a U-shaped connecting bracket 29 are rotatably connected laterally via a shaft member, and a rear end of a bearing sleeve 30 is formed integrally with the bracket 29. .

On the other hand, a rotating shaft 31 is rotatably inserted in the inner diameter portion of the bearing sleeve 30. A tilt cam 32 is integrally formed at the rear end of the rotary shaft 31, the horizontal shaft 21 contacts the back of the tilt cam 32, and the tip end of the rotary shaft 31 is connected to the rotary drive unit T. A flexible cover 33 made of rubber and having a bellows shape is attached to the outside of the bearing sleeve 30.

Next, the rotation drive unit T of this apparatus will be described.

As shown in the figure, the rotation drive unit T of the present apparatus is a swing mechanism unit S.
An annular roller support frame 34 is attached to the tip of the bearing sleeve 30 protruding from the roller sleeve, and rollers 35 are rotatably attached to the inner left and right opposing points of the roller support frame 34, respectively.

On the other hand, the rotary drive unit T is penetrated through the inside of the bearing sleeve 30.
A rotary frame 36 is connected to the tip of the rotary shaft 31 projecting inward, and a geared motor 37 is attached to the upper part of the rotary frame 36, and the driving force thereof is axially supported by the rotary frame 36. It is transmitted to the drive shaft 38 penetrating downward. At the center of the drive shaft 38, the drive shaft 38
The disc cam 39 in a state of being inclined with respect to the axis of is fixed. The disc cam 39 is provided with disc-shaped flanges at both upper and lower ends, and the recess of the outer peripheral portion formed by the upper and lower flanges is a guide groove 40 into which the roller 35 is slidably fitted. The bracket 11 is fastened to the lower end of the drive shaft 38 via a disc-shaped nut 41.
Further, a cover 42 is attached to the whole of these structures.

The dryer unit U, which is a main structural unit of the present apparatus, is suspended from the rotary drive unit T having the above-described structure via the support arm 12. Next, the internal structure of the dryer unit U of the present apparatus is suspended. Will be described.

FIG. 4 is a partial cross-sectional view showing the internal structure of the dryer section. As shown in the figure, the dryer unit U of this device has a circular cover 4 having an intake port at the rear and a ventilation port at the front.
3, the entire device is attached, and a motor 44 is attached inside the cover 43 via a support plate 45. A fan 46 is attached to the rotating shaft of the motor 44, and when the fan 46 is rotated, outside air is sucked from the intake port of the cover 43 and blown from the blower port at the lower part. A ceramic heater 47 is fixed to the lower portion of the support plate 45 via a support member, and the ceramic heater 4 is provided near the rear surface of the ceramic heater 47.
A reflection plate 48 that reflects the heat energy generated by the heat generation 7 is provided.

Next, the operation and effect of the hair dryer device of this embodiment will be described. First, the main switch 7A of the operation panel 7
Turn on and turn on the power to the device.

Then, the motor 44 of the dryer unit U starts activation and rotates the fan 46. At the same time, the voltage is supplied to the ceramic heater 47 and the ceramic heater 4
7 also generates heat. At this time, since the fan 46 blows air to the ceramic heater 47, the air blown by the fan 46 becomes hot air heated by the ceramic heater 47.
It is discharged from the blower port at the bottom of 3. Next, when the operation switch 7C of the operation panel 7 is turned on, the power of the geared motor 37 of the rotary drive unit T is turned on and the geared motor 3 is turned on.
7 drives the drive shaft 38. Then, the drive shaft 38 starts to rotate and the disc cam 39 and the bracket 11 rotate, so that the support arm 12 attached to the bracket 11 also rotates and the dryer unit U also rotates.

On the other hand, when the disc cam 39 starts rotating, the disc cam 39
Rotates by sliding the roller 35 of the roller support frame 34 in the guide groove 40, so that the roller support frame 34 is moved up and down within the range shown in W of FIG. 3 according to the inclination of the disc cam 39. A force to move in the direction is generated. However, since the roller support frame 34 is fixed to the bearing sleeve 30, the force that tries to rotate the roller support frame 34 acts as a reaction force on the rotating shaft 31, and as a result,
The rotary shaft 31 is repeatedly rotated in forward and reverse directions according to the inclination of the disc cam 39, and the rotary frame 36 attached to the tip of the rotary shaft 31 is also repeatedly rotated in forward and reverse directions. Due to this action, the rotary drive unit T makes a swinging motion. On the other hand, since the horizontal shaft 21 is in contact with the back portion of the inclined cam 32 at the rear end of the rotation shaft 31, when the rotation shaft 31 rotates, a reaction occurs at the contact point between the back portion of the inclined cam 32 and the horizontal shaft 21. The force diverges laterally and its reaction acts on the connecting bracket 29. As a result, the connecting bracket 29 rotates left and right around the axis Z of the shaft member with the bracket 22. Due to this action, the bearing sleeve 30 rotates to the left and right, and the rotation drive portion at the tip thereof swings. Due to these effects, the hair dryer device of the present embodiment is effective without giving discomfort to the user by moving the dryer part at various angles with respect to the hair being dried and blowing the hot air evenly. Not to mention that it is possible to dry hair, especially in this embodiment, by using the ceramic heater 47 in the dryer part, even when continuously used at a high temperature as compared with the conventional metal-based heating element, Since it has high durability without distortion and performance deterioration due to heat, it can be used for a long period of time with few failures. Further, since it has high heat conductivity and heat retention, it can sufficiently generate heat with a small voltage. Furthermore, since the heat generation portion has high insulation, it is safe and easy to handle. Furthermore,
Since the raw material of the heating element is inexpensive, the cost can be kept low. It was possible to have various features peculiar to this device. As a result, the hair dryer device of this embodiment has all the conditions most required for a commercial hair dryer device, such as significant performance improvement, low cost realization, running cost saving, and safety improvement. We realized a device with high performance and high cost performance. The temperature and volume of the warm air that can be generated in the dryer unit U can be moderately adjusted by adjusting the fan strength switch 7B and the temperature adjustment dial 7D of the operation panel 7.

Therefore, when the hair dryer device of the present embodiment is used as a commercial hair dryer device, it can efficiently treat a large number of customers' hair in a short time, thus contributing to an improvement in the profitability of a beauty salon or the like. be able to.

Moreover, since the power consumption of the dryer unit U is low and the failure rate is low, the running cost is low and it is economical. In addition, since the power source of the device has extra power, the dryer unit U
It is easy to add more or to systemize in the future. It is an epoch-making device with many features.

In the above embodiment, the rotary drive unit T is provided with the dryer unit U.
Although the embodiment in which the support arms 12 'are individually attached has been described, the present invention is not limited to this, and for the reason described above, for example, as shown in FIG. One dryer unit U may be added via the rotary drive unit T, or two dryer units U may be added to the rotary drive unit T via the support arm 12 'as shown in FIG.
Further, since the present apparatus suppresses the power consumption of the dryer unit U to secure the surplus power of the power source, for example, between the fan 46 and the ceramic heater 47 of the dryer unit U,
An ion generator or an ozone generator may be added. Thereby, it is easy to sterilize the hair while drying it.

(Effects of the Invention) As described above in detail, the hair dryer device of the present invention has a circular cover having an intake port at the rear part and a ventilation port at the front part, a heating device provided inside the cover, An air blower provided inside the cover, a rotation drive unit that rotatably supports the cover through a support arm, a swing mechanism unit that swings the rotation drive unit, and a frame body that supports the swing mechanism unit. In the hair dryer device including the heating device, the heating device includes a support plate (45) attached to the front of the cover, and a support plate (45).
In front of, a reflector (48) attached via a support member,
Ceramic heater (47) mounted in front of reflector (48)
The blower is attached to the rotation shaft of the motor (44) and the motor (44) attached to the center of the support plate (45) with the rotation shaft facing the intake port of the cover. Fan (4
6), and the swing mechanism part includes a protective cover (20) fixed to the upper part of the frame body via brackets (8) and (9),
Inside the front part of the protective cover (20), the horizontal axis (2
1), and a bracket (22) axially rotatably attached to both ends of the horizontal shaft (21) via two tongue pieces (23) on the left and right,
Tongue pieces (24) protruding from the top and bottom of the front of the bracket (22)
And a protruding piece (25) protruding from the lower rear surface of the bracket (22),
One end is pivotally attached to the projecting piece (25), the universal joint (28) is interposed in the middle part, and the other end is the protective cover (20).
Install the shaft member inside the screw shaft (27) that protrudes to the outside of the rear part and has the tip of the tilt adjustment knob (26) attached to it and the tongue piece (24) that protrudes from the upper and lower two locations of the bracket (22). Via the connecting bracket (29), in which both upper and lower end pieces are pivotally mounted in the left-right direction, a bearing sleeve (30) formed in a tubular shape from the front of the connecting bracket (29) to the front, and a bearing sleeve ( 30)
The rotary shaft (31) that rotatably penetrates into the inner diameter of the rotary shaft (31) and the rear end of the rotary shaft (31) that protrudes inward of the connecting bracket (29) are connected to the rear shaft of the bracket (22). 21) abutting cam (32) and a flexible cover (33) attached to the outer part of the bearing sleeve (30) from the front of the protective cover (20). The rotary frame (36) connected to the tip of the rotary shaft (31) of the mechanism part, the annular roller support frame (34) fixed to the tip of the bearing sleeve (30), and the upper part of the rotary frame (36) were attached. A geared motor (37), a drive shaft (38) connected to the geared motor (37), a bracket (11) attached to the lower end of the drive shaft (38) via a nut (41),
A disk cam (39) diagonally attached to the middle of the drive shaft (38),
The guide groove (40) formed on the outer periphery of the disk cam (39) and the left and right points of the inner diameter of the roller support frame (34) are provided respectively.
A roller (35) that is in sliding contact with the guide groove (40) of the disc cam (39),
By comprising the cover attached to the rotation drive unit, it is possible to efficiently dry the hair of the customer in a short time, so that the customer does not feel uncomfortable and it is advantageous in business. Further, since the power consumption of the device is low and the failure rate is low, running cost can be kept low and economical operation can be performed. Furthermore,
The equipment is easy to handle and has good workability, which helps improve working conditions in the workplace. This is an epoch-making device with the excellent effects peculiar to the present invention.

[Brief description of drawings]

FIG. 1 is a side view showing an embodiment of the hair dryer device of the present invention, FIG. 2 is a front view of the hair dryer device of this embodiment, and FIG. 3 is a swing mechanism part of the hair dryer device of this embodiment. FIG. 4 is an explanatory view of the internal structure of the rotary drive unit, FIG. 4 is an explanatory view of the internal structure of the dryer unit of the hair dryer device of this embodiment, FIG. 5 is a partial explanatory view showing the second embodiment, and FIG. It is a partial explanatory view showing the 3rd example. 1 ... Legs, 2 ... Caster wheels 3 ... Stands, 3A ... Large diameter cylindrical member 3B ... Small diameter cylindrical member, 4 ... Tightening lever 5 ... Bracket, 6 ... Frame body 6A ... Under Frame, 6B …… Middle frame 6C …… Upper frame, 7 …… Operation panel 7A …… Main switch 7B …… Fan intensity switch 7C …… Actuation switch, 7D …… Temperature control dial 7E …… Timer switch 8,9, 11, 22 ...... Bracket 10 ...... Carrying handle 12 ...... Support arm, 20 ...... Protective cover 21 ...... Horizontal axis, 23, 24 ...... Tongue piece 25 ...... Projection piece, 26 ...... Tilt adjustment knob 27 ...... Screw shaft 28 ... Universal joint 29 ... Coupling bracket, 30 ... Bearing sleeve 31 ... Rotating shaft, 32 ... Inclined cam 33 ... Flexible cover -34 ... Roller support frame, 35 ... Roller 36 ... Rotating frame, 37 ... Geared motor 38 ... Drive shaft, 39 ... Disc cam 40 ... Guide groove, 41 ... Nuts 42, 43 ... Cover , 44 ...... Motor 45 ...... Support plate, 46 ...... Fan 47 ...... Ceramic heater 48 ...... Reflector S ...... Swing mechanism part, T ...... Rotation drive part U ...... Dryer part

Claims (1)

[Scope of utility model registration request] 1. A circular cover having an intake port at a rear part and a blower port at a front part, a heating device provided inside the cover, a blower device provided inside the cover, and the cover. A rotation driving unit that rotatably supports the support arm,
In a hair dryer device comprising a swinging mechanism part that swings the rotation driving part and a frame body that supports the swinging mechanism part, the heating device includes a support plate (45) attached to the front side inside the cover. ), In front of the support plate (45), a reflector plate (48) attached via a support member, and a ceramic heater (47) attached to the front part of the reflector plate (48), The blower has a motor (4) attached to the central portion of the support plate (45) with its rotating shaft oriented toward the intake port of the cover.
4) and a fan (46) attached to the rotary shaft of the motor (44).
The rocking mechanism section comprises a protective cover (20) fixed to the upper part of the frame body via brackets (8) and (9), and inside the front part of the protective cover (20). Horizontal axis fixed laterally (21)
And a bracket (22) pivotally attached to both ends of the horizontal shaft (21) so as to be vertically rotatable via two tongue pieces (23) on the left and right.
A tongue piece (24) protruding from the upper and lower parts of the front surface of the bracket (22), a protruding piece (25) protruding from the lower rear surface of the bracket (22), and the protruding piece (25). A screw shaft in which one end is axially mounted, a universal joint (28) is interposed in the middle part, the other end is projected to the outside of the rear part of the protective cover (20), and a tilt adjusting knob (26) is axially mounted at the tip thereof. (27) and a connecting bracket in which both upper and lower end pieces are axially rotatably rotatable in the left-right direction via a shaft member inside the tongue piece (24) protruding from the upper and lower portions of the bracket (22). 29) and a bearing sleeve formed in a tubular shape from the front of the connecting bracket (29) to the front.
(30), a rotating shaft (31) rotatably penetrating the inner diameter of the bearing sleeve (30), and a rear end side of the rotating shaft (31) protruding inside the connecting bracket (29). The tilt cam (32) on the back of which the horizontal axis (21) of the bracket (22) abuts
From the front of the protective cover (20) to the bearing sleeve (3
(0) a flexible cover (33) attached to the outer shape of the rotating mechanism, wherein the rotary drive unit is a rotary frame (36) connected to the tip of the rotary shaft (31) of the swing mechanism unit, and the bearing. An annular roller support frame (34) fixed to the tip of the sleeve (30) and the rotating frame (3
The geared motor (37) attached to the upper part of 6), the drive shaft (38) connected to the geared motor (37), and the drive shaft (3
A bracket (11) attached to the lower end of 8) via a nut (41), a disc cam (39) obliquely attached to the middle of the drive shaft (38), and the disc cam (39). And the guide groove (40) of the disc cam (39) provided at the left and right points of the inner diameter of the roller support frame (34), respectively.
A hair dryer device comprising a roller (35) slidingly contacting with a roller and a cover attached to a rotation drive unit.