JPS5991908A - Hair conditioning iron - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a hair styling eye that applies an eye perm to hair. ◇ Conventionally, this type of hair styling eye has been made using an O"J hairdressing eye that has a built-in heating element. An operating rod is pivotally attached to the protruding gripping rod so that it can move up and down, and by gripping and operating this operating rod, the jig that fits onto the 0@) can be moved up and down. Eyes that are configured to open and close against each other are widely used, but when bending the hair held between the 0 and 0 points, it is necessary to rotate the entire eye in the circumferential direction of the 0 points. However, there are problems in that it requires skill to operate and it is difficult to shape the hair to the ends.

In order to eliminate this problem, an eye-catcher has been devised that has a separate lever on the gripping rod to rotate the 0, but the operation of rotating the lever while gripping the gripping rod is extremely complicated. This has the drawback that it takes a long time to style the hair, making it unsuitable for practical use.

In order to eliminate such drawbacks, the present invention has been developed so that the zero point can be operated while gripping with one hand a grip tube that rotatably supports the zero point and an operating rod that is pivotally connected to the grip tube so as to be able to move up and down. By rotating the operating rod upward, the hair is held between the hair and the glove, and then the hair is rotated together with the hair to smoothly bend the hair to the tip. An embodiment of the present invention will be described with reference to the drawings. (1) is a gripping cylinder, and a bracket (
2) and fix the operating rod (3) to the lower end of the bracket (2).
) is pivotally attached (1) so as to be able to rotate freely in the vertical direction.

(4) is a zero point with a circular cross section that houses a heating element connected to the wiring, and has a projecting piece (5) integrally provided at the lower center thereof. (6) is a groove with an arcuate cross section that fits over the upper circumference of the first half of the 0-piece, and both sides of the rear end are extended downward to form a cover part (7), and the cover part (7) Attach the lower end of the protrusion (
5) is pivotally connected to the shaft by a biscuit (8) so as to be freely rotatable in the vertical direction. (9) is a splitter wrapped around the biscuit (8), and its both ends are fixed to the protruding piece (5) and the lower rear end of the cover part (7), and the splitter (6) is attached to the D-piece (6). (4) It is lightly biased so that it rotates in the opening direction.

aO is a press-contact cylinder piece that is loosely fitted in the front part of the rear half of the 0-piece (4) inserted into the grip cylinder (1) so as to be able to slide back and forth, and has a circumferential groove (1) on the outer periphery of the front part. The central part is slidably inserted into an annular plate (b) fixed to the front inner circumferential surface of the gripping cylinder (1), and the annular plate (b) and the inside of the central part of the gripping cylinder (1) 0 (4) with an annular plate (b) fixed to the circumferential surface
is supported so that it can rotate and move back and forth.

Further, the front end surface of the pressing cylinder piece OI is in contact with a convex arc surface (7a) formed on the rear end surface of the cover part (7) of the group (6). (10a) is a regulating piece protruding from the lower part of the front end surface of the pressing cylinder piece a1, which is inserted into a part (7) of the cover of the jeep (6) to prevent the looseness of the jeep (6). The gear 004) that prevents the locking is a gear loosely fitted to the rear outer periphery of the 0 tsut (4) so that it can rotate freely, and has a flange) integrally provided on the outer periphery of the front end, and saw teeth on the rear end surface. Locking teeth 0ψ of the shape are arranged in a row in the circumferential direction, and the splice receiver 0'? ) is press-fitted between the splitters (E) and the flange (B) is pressed into contact with the biscuit (19) protruding from the inner surface of the central part of the gripping cylinder (1), thereby rotating the gear 0 kalpa at a predetermined position. It's like letting them do it.

2) is an engagement member fixed to the outer periphery of the 0-butt (4) between the gear 0→ and the rear annular plate (B), and the front surface thereof has a serrated engagement member that engages and disengages with the locking teeth 06) of the gear 0→). A locking tooth Q◇ is formed, and only when the gear (B) rotates in one direction, both locking teeth (+6) 01) mesh with each other, making it possible to transmit the rotation to the 0tsut (4). When rotating in the other direction, the inclined surfaces of both locking teeth (16) eAl) come into sliding contact with each other to prevent the retaining member from rotating despite the rotation of gear 04).

The handle is a splice holder fixed to the rear end of the 0tsuto (4).
A groove (E) is press-fitted between the rear surface of the rear annular plate 03).

(c) is a hollow guide member fixed to the outer periphery side of the central part of the grip cylinder (1) at the gear 0 extension position, into which the rack body (c) is inserted so as to be vertically movable. )
, the intermediate gear (E) that is rotatably supported in the guide member (goods) is meshed with the intermediate gear (E), and the intermediate gear (E) is moved from the gear 0→
It is meshed with. The rack is a connecting piece fixed to the front side surface of the operating rod (8), and the lower end of the rack body (C) is rotatably supported in a long hole (C) bored in the rear end.

The rod is a rotating rod having a U-shaped cross section, with its lower end rotatably pivoted to the front end pivot of the operating rod (8), and is provided so as to surround the bracket (2). By horizontally mounting and fixing the biscuit 0p (2) at the top and bottom of the end, and press-fitting the splitter (into the splitter) between the upper biscuit (b) and the inner wall surface of the front upper end of the bracket (2), it is possible to move the pivot rod backward. It provides the rotational force of. Also, on the lower part) and the operating rod (8)
Normally, there is a small distance between the front upper end surfaces of the two, and the two can be moved toward and away from each other.

The upper part is a slit press-fitted between the lower front surface of the gripping cylinder (1) and the operating rod (8), which urges the operating rod (8) downward.

(to) is a support shaft fixed to the upper end of one side of the rotating rod, and is slidably inserted into a horizontally long hole (to) bored in the front end side of the gripping cylinder (1). A retainer (b) consisting of a number 0-5 rotatably attached to the inner end thereof is loosely fitted into and engaged with the circumferential groove 01) of the pressing cylinder piece OI.

(2) is a support piece formed by bending and forming the rear part of the upper end of one side of the rotating rod outward in a cross-sectional shape, and a clamping force adjustment piece (to) is arranged inside the support piece. Then, the lower end of the adjustment piece (2) is rotatably pivoted to the support piece (7), and the shaft end is fixed to the center of the knob @D through a cover member that covers the rotation rod. Thread the screw shaft of the countersunk screw (6) into the screw hole θ provided at the upper end of the support piece (to), and attach both sides of the inclined surface (c) of the countersunk head (b) as shown in Figure 9. As shown, the upper rear bent end surface of the rotating rod is brought into contact with the opposing surface of the adjustment piece.

) is a bar that maintains the clamping force, and the central part is held by the cylinder (1).
) is rotatably pivoted on the front side surface of the adjustment piece, and the lower front end has two upper and lower notch steps θ that engage with and disengage from the rear upper end corner of the adjustment piece.
η (goods) and the rear end thereof is bent horizontally outward to form a locking piece), and the actuator is fixed to the lower end of the rack body (c) on the upper surface of this locking piece. The bent portion of the upper end of the rod is brought into contact with the rod so that it can move toward and away from the rod.

(B) is a slider that presses the clamping force holding lever θ in the direction in which its front end always moves downward.

To describe the operation of the embodiment configured as described above, before the hair is held, the operating rod (3) is moved against the grip cylinder (1) by the force of the splitter ■ at the th < z, as shown in the figure. The operating rod (8) is in a state of being rotated downward, and the front end of the operating rod (8) is spaced apart from the lower edge of the rotating rod by a small distance. While being pressed backward by the force of the splicig, the clamping force holding lever θ@ is slightly rotated clockwise via the operating lever due to the downward movement of the operating lever mentioned above. ) is attached to the rear part of the upper end of the rotating rod (2).
is engaged and received. In addition, in this state, since the rotating rod is rotated backward by a predetermined angle, the rotating rod
An engaging element (B) pivotally supported at the upper end is located at the rear, moves the pressing cylinder piece a1 backward, holds the globe (6) in an open state with respect to the zero point (4), and also holds the globe (6) in an open state with respect to the zero point (4). is moved slightly rearward by the force of the spring press-fitted between the rear annular plate (Is) and the ring holder (A), and the engaging member () is slightly separated from the gear 04). Rear annular plate 0
3) has been accepted.

From this state, with your hand gripping the grip cylinder (1), turn the operating rod (
8) and rotate it upward, the operating rod (8) will come into contact with the lower part of the rotating rod (2) and push the lower part (2) upward, and the rotating rod will move counterclockwise. The press-contact cylinder piece 01 is advanced through the upper end engaging element (b). This forward movement presses the rear end surface of the rope (6) and makes a beep)
(8) as the center, resists the splitter (9), and
4) rotate to the top side, and connect the zero point (4) and group (6).
), and at the same time, the rotation of the rotary rod moves the clamping force adjustment piece (to) forward together, and as shown in Fig. Lock the clamping force adjustment piece (to), and connect the 0 piece (4) and the glove (
6) Hold the hair in place.

When the knob Op is rotated to screw the countersunk screw (6) forward or backward, this hair pinching force is applied to the rear part of the upper end of the rotating rod that is in pressure contact with the countersunk inclined surface of the countersunk screw (6). The bent end surface holds the clamping force and moves slightly in the front and back direction with respect to the clamping force adjustment piece (to) which is received by the upper step θη of the bar θQ, and when moving forward, the rotating rod moves slightly forward. As a result of rotating and advancing the pressing cylindrical piece a0 via the engager (b), the rear end surface of the goup (6) is pressed and the goup (6) is held even more firmly ( 4) If you close it to the side and move backward, IjO-
The desired clamping force is adjusted by slightly rotating the pin (6) in the direction of separating it from the zero point (4).

In addition, by gripping and moving the operating rod (8) upward, the hair is held between the zipper (4) and the zipper (6), and as described above, the pushing member α1 moves forward. The group (6) is closed to the zero point (4) by this, and the zero point (4) is advanced via the pivot screw (8) of both.
to the engagement member fixed to the rear end of the gear 0
→Mesh with the rear locking tooth 06).

In this state, when the operating rod (8) is lowered and then grasped again and rotated upward, the rack body (c) connected to the operating rod (3) moves upward and the intermediate gear (e) is moved upward. Through the gears (
(b), and the rotation causes the engagement member to move from ) to 0 (
4), and the zero point (4) rotates together with the zero point (6). Therefore, an appropriate length of the compressed hair is wound from the root to the curved inner surface of the opening (6) and wound around the opening (4).

Next, after fully gripping the operating rod (3), when the grip is released, the operating rod (3) is moved downward by the force of the splitter (2). In this case, the rack body (C) moves downward and rotates the gear 04) in the opposite direction to the above-mentioned direction.
The inclined surface of the locking tooth θ6) of the gear θ4) slides on the slope of the serrated locking tooth Qη of the gear θ4) and the rotational force is not transmitted to the engaging member), and only the gear 0→ is idling and becomes 0 (
4) does not rotate. Also, as the operating rod (3) moves downward, the operating rod moves downward together with the rack body (1), and its upper end bends into contact with the locking piece of the lever holding lever (c), and in this state, Despite the force of the splitter (3), the operating rod (3) is prevented from moving downward, and the zero point (4) and the lever (6) remain closed.

If you grasp the operating rod (8) again from this state, the 0-tsut (4) will rotate as described above, the hair will further wrap around the 0-tsut (4), and this vertical movement of the operating rod (3) will be repeated. The hair is bent and shaped all the way to the tip of the hair.At this time, if you wrap the hair from the root in a 0-tsut (4) direction and then continue to wrap it, each strand of hair at the tip will curl up to the root. It passes through each hair of the head one by one, and then it slips and wraps around the head of hair (4), and finally it wraps around the head of hair in many layers from the root to the tip. 〇Then, while rotating the 0-tsut (4), the 0-tsut (
Move 4) in the length direction of the hair to remove the hair (4)
to separate from

When you have finished shaping the hair in the appropriate areas, turn the operating lever (3
) is moved downward so that the operating rod is received by the locking piece of the clamping force holding lever (T), and if the operating rod (8) is lightly pressed downward, the clamping force holding lever (H) is released. ) is rotated in the clockwise direction by the operating rod, and the upper step part (b) of its tip comes off the clamping force adjustment piece (2) attached to the rotating rod, and the rotating rod is rotated by the force of the splitter (2). The clamping force adjusting piece (to) locks on the lower step (of the clamping force holding lever) through the engaging element (b) pivoted to the rotation rod (8). Then, the pressing cylinder piece α0 retreats to rotate the Ij glove 6) upward, and the next hair curling is ready.

As described above, the present invention has a grip cylinder with an operating rod pivoted to the front end so as to be able to move vertically and downwardly, and a rear shaft section of the zero point having a built-in heating element inside thereof so as to be rotatable and slightly movable back and forth. The rear end of the jeep is pivoted to the front part of the zipper so that it can be opened and closed up and down.
A press-contact cylinder piece is loosely fitted in the front part of the rear shaft portion of the gear so as to be able to freely slide back and forth, abutting against the rear end surface of the gear and opening and closing the gear by up and down operation of the operating rod; Furthermore, a gear is loosely fitted into the rear part of the zero point, and a retaining member that is movably opposed to the gear and engages and disengages from engagement teeth provided on the opposite end surface of the gear is fixed to the appropriate position of the operating rod. A hair styling eyepiece characterized in that the gear is rotated by a rack body pivotally connected to the hairdressing eye, and the hairdressing eyepiece is rotated in only one direction together with the hairpiece through an engaging member. Because it is,
By simply rotating the operating rod toward the gripping cylinder while gripping the gripping cylinder and operating rod with one hand, you can close the glove to the zero point and hold the grip while holding the hair clip. - The device can be rotated together with the user's hand, making it unnecessary to twist the user's hand, allowing the user to smoothly and reliably shape the hair while holding the user's hand in a natural position.

Furthermore, the group that is pivotally attached to the 0-piece can be opened and closed by moving the press-contact cylinder piece loosely fitted to the shaft of the 0-piece back and forth using the operating rod, so it can be easily opened and closed. In addition, the gear loosely fitted into the shaft can be rotated by the up and down movement of the operating rod via a rack body pivotally connected to the operating rod, and this rotation in one direction can be achieved. Since the transmission is transmitted to the zero point via the engagement member fixed to the zero point, the zero point can be rotated in the same direction along with the jig zero point to any desired rotational speed with a simple structure. Regardless of the length of the hair, it is possible to reliably shape the hair to its ends.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and Fig. 1 is a simplified side view, Fig. 2 is a partially cutaway side view, Fig. 3 is a vertical side view thereof, and Fig. 4 is a state in which the beam is opened. Partially cutaway side view of
Fig. 5 is a longitudinal sectional side view of the same, Fig. 5 is a longitudinal sectional front view taken along line A-A in Fig. J, Fig. 7 is a sectional view taken along line 113-B in Fig. FIG. 9 is a cross-sectional view thereof. (1)...gripping cylinder, (8)...operating rod, (4)...
...0tsut, (6)...g0-zu, (9)...suzuri sig, 01...pressing cylinder piece, 01)...peripheral groove, O→
...gear, (Ifl) al) ...locking tooth, ni)・
...Engagement member, (c)...Rack body, wing...Rotating rod, (B)...Engagement element, (To)...Pinching force adjustment piece, @
4...Countersunk screw, (to)...Pinching force holding bar, θ7
1 (c)...Step part, Zeng...Operating rod. Patent Applicant Shinta Okamiya 43-zo 6 Haube 7 ^ Shibe 6 Ichino K Fu β\ 1

Claims (1)

[Claims] ■ The rear shaft of the 09-t, which has a built-in heating element in the gripping cylinder with the operating rod pivoted to the front end so that it can move up and down, is rotatable and can be moved forward and backward slightly, and the front part of the 0-t has a 0- The rear end of the jeep is pivoted so that it can be opened and closed up and down, and the jeep is brought into contact with the front end of the rear shaft of the jeep so that the jeep can be opened and closed by vertical operation of the operating rod. A press-contact cylinder piece is loosely fitted so as to be slidable back and forth, and a gear is loosely fitted to the rear part of the zero point, and the gear is engaged with engagement teeth provided on the opposite end surface of the gear so as to be able to move toward and away from the gear. The engaging member to be removed is fixed, and the gear is rotated by a rack body pivoted at a proper position of the operating rod, so that the O-ot is rotated in only one direction together with the zip via the engaging member. A hair styling eyelash characterized by the following structure.