JPH07112447B2 - Hair treatment promotion equipment - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hair treatment accelerating device for blowing warm hot air toward hair for the purpose of drying hair during washing, accelerating dyeing and waving permanents in hairdressing and beauty treatment. Regarding

[0002]

2. Description of the Related Art As a conventional hair treatment promoting apparatus capable of blowing hot air, a heater and a fan blow hot air into a hood, which is generally called a head, or a hood. There was a device for stirring inside, or a device called a hand dryer for holding warm air by a hand and blowing it to a required place. In addition to this, as a hair treatment promoting device, there is also a device in which one or more infrared heaters are installed toward the hair to accelerate the treatment of hair by the radiant heat.

[0003]

The above-mentioned hair treatment promoting device called Okama may not be able to store all the hair in the hood in the case of long hair which has recently become popular. In addition, there are drawbacks such as the degree of drying and the disturbance of hair due to stirring cannot be seen unless the hood is removed, and the hair cannot be dried while being styled.

Further, some hair treatment promoting devices for irradiating infrared rays are equipped with an air blower for blowing warm air, but the blowing range is constant and does not reach the entire surface of the hair. Often it is not even. Further, since the place where the infrared rays are irradiated or the hot air is blown is not changed, the drying and the hair treatment are not uniformly promoted by this, and there is a defect that the part irradiated with the infrared rays feels hot. It was

The present invention solves the above-mentioned problems of the conventional hair treatment promoting apparatus, and the hair styling is not broken, and the technician does not need to perform the operation clearly.
Be able to dry uniformly and in a short time. And not only is it possible to dry and treat hair on long hair and nape, but also to blow warm air evenly on the position of the head based on the posture of the person to be treated or the spread of hair. This makes it possible to check the dry condition by touching it with your hands without feeling hot parts, pressure, tightness, or discomfort.

Further, when the rotary arm which rotates in the conical surface hits the shoulder of the subject or a part of the body of the subject and the rotation thereof is blocked, the rotation operation is stopped. , The purpose is to prevent the subject and the practitioner from being under strong pressure and causing pain and dizziness.

[0007]

SUMMARY OF THE INVENTION The hair treatment promoting device of the present invention is intended to achieve the above-mentioned object, and the means is a main body cover attached to a supporting rod and a main body cover housed in the main body cover. A rotating means such as a motor; a rotating base body which is rotated by the rotating means; and an air blowing means which is attached to the rotating base body so that an attachment angle can be adjusted, and which blows air toward an air outlet that rotates in a conical surface, and An arm portion having a heater provided in a blowing path from the blowing means to the air outlet, and further, the support rod and the main body cover are attached so as to be tiltable.

Further, a main body cover attached to the supporting rod,
Rotating means such as a motor housed in the main body cover, a rotating base body rotated by the rotating means, and an air outlet that is attached to the rotating base body with an adjustable attachment angle and rotates in a conical surface. An air blower for blowing air toward the air blower and an arm having a heater provided in a blower path from the blower to the outlet, and a reference position and a rotation limit position of the arm provided in the rotating means. A rotation position detecting device for detecting the rotation position may be provided, and further, a slipping device may be provided in the rotation device and configured to slip the rotation from the rotation device when an external force is applied to the arm portion.

[0009]

In the hair treatment promoting apparatus of the present invention, since the rotary arm having the outlet for the hot air moves in the conical surface, the hot air is blown to a wide range from the front parietal region to the lower occipital region of the hair. Drying and hair treatment are uniformly promoted, and the spraying is not concentrated in one area, so that the degree of heat feeling can be suppressed.

Also, the hair can be kept in an open state and the hair can be touched at any time. Moreover, since the rotating arm can change the angle of the axis of the conical surface on which the rotating arm rotates by the tilting means of the rotating means, the position of the head caused by the posture of the subject, for example, the forward bending or the backward warp. Even if the change occurs, the distance from the outlet to the hair can be made uniform, and the blowing of hot air can be made uniform.

Further, with respect to the extent of the hair spreading due to the degree of expansion of the hair due to the hairstyle, the diameter of the bottom of the conical surface of the rotating arm is changed by the attachment angle varying means of the rotating arm, The distance from the outlet to the hair can be made uniform so that the blowing of hot air can be made uniform.

Further, when the rotating arm touches a person to be treated, a part of the body of the person to be treated, or an article while the rotating arm is rotating in the conical surface, and an abnormal load is applied to the rotating operation. The slip means in the rotating means slips to stop the rotating operation of the rotating arm. In addition, since the rotating arm reciprocates within a certain angle range, the lead wire is not twisted, and the rotating arm is set in advance after the time set by the timer or when the stop operation is performed. It stops at the reference position.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to FIGS. Reference numeral 1 is a support rod that is erected on a base installed on the floor, and a body cover 2 is fixed to the upper end of the support rod. A motor 4 is attached to a substrate 3 inside the main body cover 2, and a belt 6 is installed around a pulley 5 of the motor 4.
Is installed on a pulley 8 of a rotary shaft 7 which is supported by the substrate 3, and the rotary shaft 7 is driven by a motor 4.

A rotary feeder 9 mounted on the rotary shaft 7.
The fixed side of is supported by the substrate 3 and its rotating side is supported by the rotating plate 10 of the rotating shaft 7, and the current from the power source connected to the substrate 3 side can be derived from the rotating plate 10 side. it can. A rotary base 12 is attached to the rotary shaft 7, and an arm 17 is attached to the rotary base 12 by a shaft 17 so as to rotate together with the rotary base 12.

Therefore, the arm portion 11 rotates along a conical surface having the rotating shaft 7 as an axis. By changing the mounting angle of the shaft 17 with respect to the rotating base 12, the arm portion 11 rotates. The apex angle of the conical surface is changed, that is, the arm portion 11 rotates along an arbitrary conical surface such as a nearly flat conical surface or a sharp conical surface.

The arm 11 is provided with an opening 13 extending toward the center of the conical surface. A linear heater 14 using a heating wire is installed in the opening 13 and the arm 11 is provided. A sirocco fan 16 driven by a motor 15 is housed inside. The heater 14 uses a nichrome wire or an infrared heater, but in the case of an infrared heater, it is necessary to attach a reflecting plate to the back surface.

The motor 15 and the heater 14 are the rotary plate 10.
Connected to the rotary power feeder 9 on the side, and supplied with current from a power source through a switch attached to the main body cover 2,
When the switch is turned on, it is rotated or heat is generated. Since the sirocco fan 16 is provided over the entire length of the heater 14, the amount of air passing through the heater 14 is equal in all parts of the heater 14 and the temperature is the same, so that the heating of the hair by the blowing is even. Can be converted.

Therefore, if the head of the subject is positioned on an extension of the center of the conical surface and the switch is turned on to rotate the sirocco fan 16 and heat the heater 14, the air blown from the sirocco fan 16 is heated. It is heated by 14, becomes warm air or hot air, and is blown out evenly from the opening 13.

Since the opening 13 is open toward the center of the conical surface on which the arm 11 rotates, and the head of the subject is an extension of the center of the conical surface, the hot air is treated. Since it will be sprayed toward the person's hair, and the mounting angle of the arm portion 11 with respect to the rotating base 12 can be changed within the range of the angle α in FIG. 1, the rotating conical surface is Since it can be changed within the range from the dashed-dotted line to the dashed-dotted line, the distance from the heater 14 and the opening 13 to the hair can be made uniform even for the widened hair such as the dashed-dotted line in FIG.

Therefore, the effects of infrared rays and warm air on all hairs are equalized regardless of the hairstyle,
Drying and hair treatment are performed on average. Also,
When the power supply to the heater 14 is turned off, the air blown from the sirocco fan 16 becomes cold air, and it is possible to add only this cold air to the hair.

Further, the arm portion 1 can be reciprocated by rotation or reciprocal rotation while being rotated by the entire circumference of the rotary base 12, and the rotary power feeder 9 may be omitted when reciprocating. In the above embodiment, the blower is housed in the leg 11 as the arm 16 as the sirocco fan 16,
This may be housed in the main body cover 2 as a centrifugal fan, and air may be guided to the arm portion 11 by a blower pipe.

Next, another embodiment of the present invention will be described with reference to FIGS.
Will be described. In this embodiment, a U-shaped supporting arm 20 is attached to the tip of a supporting rod 1 erected on a base installed on the floor, and a shaft 21 is attached to the tip of the supporting arm 20. A body cover 2 similar to that is tiltably attached. Rotating means such as a motor for rotating the rotary base 12 is installed in the main body cover 2, and the arm 11 is tiltably attached to the rotary base 12 by a flexible connector 22.

Similar to the previous embodiment, the arm portion 11 has the sirocco fan 16, the heater 14, and the hot air blowout port 1 formed by them.
3 is provided. Therefore, in this example,
By changing the inclination angle of the main body cover 2 with the shaft 21, the axis of the conical surface on which the arm 11 rotates can be inclined at an arbitrary angle.

In general, a person to be treated usually sits down on a chair for hair treatment, but the posture is forward leaning, backward leaning, etc., and the angle of the head also depends on the state at that time such as reading a book or sleeping. Change. As in the present invention, the hot air outlet 1
In the hair treatment device in which 3 rotates in the conical surface, it is desirable that the center line of the head of the person to be treated and the center of the conical surface in which the arm part 11 rotates.

On the other hand, by tilting the body cover 2, the center of the conical surface can be aligned with the extension of the center line of the head. Therefore, since the arm portion 11 rotates about the center line of the head, the distance from the hair to the arm portion 11 can be made uniform, and it is possible to cope with the posture of the subject and the angle of the head. Becomes

Next, a third embodiment of the present invention will be described with reference to FIGS. 5 to 8. The same parts as those in the previous two embodiments are designated by the same reference numerals and the description thereof will be omitted. 31 is a base whose floor can be moved by casters 32, and its branch pipe 33
It can be fixed by tightening the handle 34 on the upper end of the
The support rod 1 is attached so that it can slide up and down when loosened.

The motor 4 is attached to the sub-frame 2a fixed inside the body cover 2, and its rotation is transmitted to the gear 36 by the gear 35. The gear 36 is loosely fitted to a slip disk 38 fixed to the rotary shaft 7 supported by a bearing 37 on the main body cover 2 and the sub-frame 2a, and between the slip disk 38 and the gear 36, A slip material 39 such as felt is interposed.

A push spring 40 is installed between the sub-frame 2a and the rotary shaft 7, and biases the rotary shaft 7 in the upward direction so that a slip disk 38 is interposed via a slip member 39.
Is pressed against the gear 36, and the rotation of the gear 36 is transmitted to the slip disk 38 by the frictional force therebetween. However, if the rotation of the slip disk 38 is blocked for some reason, the slip of the slip material 39 prevents the rotation of the gear 36 from being transmitted to the slip disk 38.

As in the previous embodiments, the fixed side of the rotary power feeder 9 is attached to the main body cover 2 and the rotary side of the rotary shaft 7 is attached to the main body cover 2 so that the current from the power source connected to the main body cover 2 side is supplied. , Can be derived from the rotation side. Further, a disk 41 for detecting the rotational position of the slip disk 38 is attached to the slip disk 38.
9, an inner slit 41a and an outer slit 41b are formed as shown in FIG. 9, and a photo sensor 42 for detecting the slits 41a and 41b with the disc 41 interposed is provided in the main body cover 2. ing. Then, the rotation position of the arm portion 11 interlocking with the rotary shaft 7 can be detected by the output from the photo sensor 42.

That is, the slits 41a, 4 of the disc 41
1b, when the arm 11 is in a vertical position with respect to the floor surface (see FIG. 5) as a reference position, reference slits 41a ₁ and 41b ₁ for detecting the reference position are formed, and A position of approximately 165 degrees in the left-right direction from the reference slit 41a ₁ for detecting the rotation limit position, and the arm portion 1
1, the reverse slit 41 is located at a position approximately 100 degrees from the reference slit 41b ₁ for detecting the rotation limit position.
a ₂ and 41 b ₂ are formed respectively.

When the rotation angle setting switch (not shown) of the arm 11 is operated by the position detecting means of the arm 11 configured as described above and the arm is set to the reciprocal rotation of 330 degrees, the photo sensor 42 is in the initial state. Since the reference slit 41a ₁ of the inner peripheral slit 41a is detected at, the motor 4 is rotated from this position to rotate the arm 11 to the right or left.

When the arm portion 11 rotates and the photo sensor 42 detects the reversing slit 41a ₂ , the motor 4 is reversed to move the arm portion 11 in the opposite direction and the other reversing slit 4a.
Rotate until 1a ₂ is detected. Thereby, the arm 1
The reference numeral 1 is for reciprocating rotation at an angle of 300 degrees. In this reciprocating rotation state, when the time set by the timer is reached or the stop switch is operated, the motor 4 is energized until the photo sensor 42 detects the reference slit 41a ₁ regardless of the position of the arm 11. Done, photo sensor 4
When 2 detects the reference slit 41a ₁ , the energization to the motor 4 is cut off and the arm 11 is stopped in the vertical state.

When the rotation angle setting of the arm portion 11 is set to 200 degrees, the photo sensor 42 causes the outer peripheral slit 41 to move.
Since b ₁ is detected, the motor 4 moves from this reference position until the photo sensor 42 detects the reverse slit 41b _2.
The rotated in either of the right and left direction, reversed and the photo sensor 42 detects the other inverted slits 41b ₂ arms 11
Is reciprocally rotated at an angle of 200 degrees. Also, in this reciprocating rotation state, the time set by the timer becomes
Alternatively, when the stop switch is operated, the power supply to the motor 4 is cut off when the arm 11 is brought into the vertical state by the same operation as described above.

The reference slit 41b ₁ and the reversing slit 41b ₂ of the outer peripheral slit 41b are shown as a plurality of slits. However, if this is one slit, the slits cannot be detected for some reason. In this case, the inversion and the stop can be surely performed, and when the inner circumferential slit 41a is detected, the outer circumferential slit 41b is read to assist the reading of the inner circumferential slit 41a. It is a thing.

A rotary base 12 fixedly attached to the rotary shaft 7 is supported by a rotary base 12 by an arm 11a on the base end side of an arm 11 pivotally supported by a shaft 17. Handle screw 4 screwed onto the supporting body 43
4 is attached. Therefore, the handle screw 4
By rotating 4, the arm 11 rotates about the shaft 17 as a fulcrum, so that the apex angle of the conical surface drawn when the arm 11 rotates can be changed with the rotation of the rotating shaft 7. Is. As in the previous embodiments, the arm portion 11 accommodates the opening 13, the heater 14, and the sirocco fan 16 driven by the motor 16.

In this embodiment, the arm 11 is driven by the motor 4.
When the arm 11 hits the shoulder of the person to be treated, other places, or the arm, body, etc. of the person being operated, the arm 11
Is a slip by the slip material 39, and a slip disk 38
The power transmission between the gear 36 and the gear 36 is slipped so that the arm 11 does not rotate any further. Therefore, not only is it possible to prevent pressure from being applied to the subject or the place where the arm 11 of the practitioner is hitting due to the arm 11 attempting to rotate further, but this hair treatment promotion is also promoted. The fall of the device can be eliminated.

Other than that, the same operation as in the previous embodiment is produced. In addition, in the above-described embodiment, the arm 12 is described as being continuously rotated in one direction, but the arm 12 may be reciprocally rotated.
In this case, a lead wire can be used instead of the rotary power feeder 9,
The cost can be reduced.

[0038]

As described above, according to the present invention, since the rotating arm blows the hot air toward the axial center of the conical surface while moving on the conical surface, the hot air is wide from the front parietal region to the lower occipital region of the hair. Spray from 4 laps on the area. Therefore, since the spraying is not concentrated in one place, it does not give a feeling of heat, and since the periphery of the hair is open, styling of the hair and promotion of the drying process are easy to touch and confirm,
If your styling is about to collapse, you can easily fix it.

Moreover, since the rotating arm can change the mounting angle by the mounting angle changing means, the apex angle of the rotating conical surface can be widened or narrowed.
The hot air can be blown to a wide area or a narrow area according to the spread of the hair.

By tilting the rotating means for rotating the rotary arm by the tilting means, the center of the conical surface on which the rotary arm rotates can be adjusted to the center of the head in response to changes in the posture of the subject and the angle of the head. Therefore, hot air can be blown according to the posture and the angle of the head.
Therefore, even if the hairstyle, the posture of the person to be treated, and the angle of the head are individually different, it is possible to uniformly blow the hot air to the hair, drying and treating the hair in a short time, and It can be done evenly.

Furthermore, when the rotary arm hits the subject, a part of the body of the practitioner, or an instrument while the conical surface is rotating, the rotation of the rotary arm is stopped by the slip of the slip means. Therefore, it is possible to prevent discomfort and injury due to abnormal pressure applied to the subject to be treated and the portion to which the rotary arm of the practitioner is touching due to the rotation arm rotating further. In addition, at this time, the hair treatment promoting device falls down, and it is possible to prevent damage to the hair processing device and damage to objects.

Further, since the rotary arm is reciprocally rotated by the motor, the lead wire is not twisted, and the rotary arm is predetermined when the set time or stop operation is performed by the timer. Since it stops at the reference position,
The effect is that the rotating arm does not get in the way when the subject is sitting on the chair.

[Brief description of drawings]

FIG. 1 is a sectional view of an embodiment of the present invention.

FIG. 2 is a sectional view of an attachment portion of an arm portion in the above.

FIG. 3 is a side view of another embodiment.

FIG. 4 is a rear view of the above.

FIG. 5 is a side view of the whole of yet another embodiment.

FIG. 6 is a sectional view of the main body cover of the above.

FIG. 7 is a sectional view of a mounting portion of a body cover and an arm portion.

FIG. 8 is a sectional view of an arm portion.

FIG. 9 is a plan view of a disc for detecting the position of a rotating arm.

[Explanation of symbols]

 2 Main body cover 2a Sub frame 4 Motor 7 Rotating shaft 11 Arm 12 Rotating base 13 Opening 14 Heater 16 Sirocco fan 17 Shaft 20 Support arm 21 Shaft 22 Flexible connector 35, 36 Gear 38 Slip disk 39 Slip material 41 Disk 41a Inside Perimeter slit 41b Perimeter slit 42 Photo sensor

Claims (4)

[Claims] 1. A main body cover attached to a supporting rod, a rotating means such as a motor accommodated in the main body cover, a rotating base body rotated by the rotating means, and an attaching angle to the rotating base body. And an arm portion having a heater provided in an air blowing path from the air blowing means to the air outlet so as to be blown toward an air outlet that rotates in a conical surface. Characterizing hair treatment promotion device. 2. A main body cover mounted so as to be tiltable with respect to a supporting rod, a rotating means such as a motor accommodated in the main body cover, a rotating base body rotated by the rotating means, and a rotating base body. And an arm portion having a heater provided in an air blowing path from the air blowing means to the air outlet, the air blowing means blowing air toward an air outlet that rotates in a conical surface. An apparatus for promoting hair treatment, comprising: 3. A main body cover attached to a supporting rod, a rotating means such as a motor accommodated in the main body cover, a rotating base body rotated by the rotating means, and an attaching angle with respect to the rotating base body. An air blower that is attached so as to blow air toward an air outlet that rotates in a conical surface, and an arm that has a heater that is provided in an air flow path from the air blower to the air outlet; And a rotation position detection device for detecting a reference position and a rotation limit position of the arm portion. 4. A slip means provided inside the rotating means for slipping the rotation from the rotating means when an external force is applied to the arm portion.
The hair treatment promoting device according to any one of 1.