KR200419929Y1 - A hair-iron - Google Patents

Abstract

The present invention relates to an ancient period, having a first pressing member (111a), a second pressing member (111b) having a heating plate (112) with a built-in heating wire in the front and a first behind the first pressing member (111a) The pressing member 111a forms a mounting protrusion 116 containing the shock absorbing spring 118 for expanding the heat generating plate 112 of the second pressing member 111b, and is located behind the second pressing member corresponding to the mounting protrusion 116. The shock absorbing spring 118 is seated therein and forms a seating groove 117 provided with a locking groove 117a. The rear side of the first pressing member 111a and the second pressing member 111b is rotated by the hinge shaft 115. A pressurizing portion 110 formed to be possible; On one side of the first pressing member 111a of the pressing unit 110, a temperature control switch 121 for setting a heating temperature of the heating plate 112 and a display window 122 for displaying the heating temperature of the heating plate 112 are formed. And a controller 120 forming a controller 123 for maintaining the heat generation temperature of the heat generating plate 112 at the temperature set by the temperature control switch 121; The locking portion 133 to clamp the elastic force of the buffer spring 118 is formed to rotate around the hinge 134 in the pressing portion 110, and one end thereof protrudes to the outside and the other end is the locking hole 133. It comprises a locking portion 130 formed by pressing the upper side of the pressing hole 131 to operate the locking hole 133.

Heating plate, pressurizing member, temperature control device, pressing hole, locking hole

Description

Ancient period {A hair-iron}

1 is a perspective view showing the ancient times according to the present invention.

Figure 2 is a perspective view showing a state in which the upper heating plate and the lower heating plate is expanded according to the present invention.

Figure 3 is an exploded perspective view showing the ancient times according to the present invention.

Figure 4 is a front view showing the ancient times according to the present invention.

5 is a cross-sectional view showing a lock portion of the ancient period according to the present invention.

* Explanation of symbols for the main parts of the drawings *

100: ancient times 110: pressing unit

111a: first pressing member 111b: second pressing member

112: heating plate 113: release prevention jaw

114: hinge hole 115: hinge axis

116: seating protrusion 116a: hollow

116b: insertion groove 117: seating groove

117a: engaging groove 118: buffer spring

119: grip groove 119a: friction projection

120: control unit 121: temperature control switch

122: display window 123: controller

130: locking portion 131: pressing sphere

132: push spring 133: latch

134: hinge 135: locking jaw

136: pressure spring

The present invention relates to an ancient period, and more particularly, to an ancient period that allows the hair to be smoothly stretched well between the heat generating plates, as well as allowing the heating plates to be narrowed and kept in close contact with each other.

In general, ancient times are products used to avoid hair or to roll or stretch hair.

Such ancient times are used to produce a hair style that is wound on two sets of heating plates while controlling the heating plate control circuit to maintain a predetermined temperature when the power is supplied through a power control circuit built in the body. That is, it is usually used to produce a more effective hairstyle while spraying a separate hair treatment water such as a hair treatment solution or water on the hair.

Such ancient times, when the hair is wound or passed through the heating plate of the ancient times according to the hairstyle desired by the user, the hair passes through the heating plate or stays on the heating plate for a certain time to produce the desired style of hair.

However, when using the ancient times, when the user wants to roll or stretch after holding the body, the user must stay on the heating plate for a certain time to apply heat to the hair. Therefore, the user must continuously hold the body to prevent the heating plate from expanding. Occurred.

In addition, to form a coating layer in order to beautify the outer surface of the body portion, if the gripping the body portion by the coating layer is a risk that sweat is generated from the bottom of the hand by the heat of the heating plate and the ancient machine slips from the user's hand to the heating plate A problem occurred.

Therefore, the ancient times of the present invention for solving the problems, such as the image, to provide the ancient times to form a catch so that the heat generating plate is not expanded according to the user's choice to smoothly stretch or roll the hair passing through the heating plate It is.

Another object of the present invention is to provide an ancient machine to increase the frictional force when gripping the first pressing member and the second pressing member of the ancient machine so as not to slip from the gripper's hand during use.

Accordingly, in order to achieve the above object, the ancient apparatus of the present invention includes a first pressing member having a heating plate in which a heating wire is built in the front, a second pressing member, and a first pressing member behind the first pressing member, 2 forming a seating protrusion accommodating a shock absorbing spring to extend the front of the pressing member; forming a seating groove with a seating groove and a cushioning spring seated behind the second pressing member corresponding to the seating protrusion; A pressurizing portion formed to be rotatable with a hinge shaft on the rear side of the pressing member; On the one side of the first pressurizing member of the pressurizing unit, a temperature control unit for setting the heating temperature of the heating plate and a display window for displaying the heating temperature of the heating plate are formed, and a controller for maintaining the heating temperature of the heating plate at the temperature set in the temperature control unit is formed. A control unit and a locking mechanism for regulating the elastic force of the shock absorbing spring are formed to rotate around the hinge, and one end protrudes to the outside of the first pressing member, and the other end presses the upper side of the locking port to lock the locking mechanism. It is characterized in that it comprises a locking portion formed to form a pressing sphere to operate.

Thus, looking at the preferred embodiment of the ancient period of the present invention configured with reference to the drawings as follows.

First, in the drawings, the same components or parts are to be noted that the same reference numerals as possible in the description of the present invention, the detailed description of the related known functions or configurations are omitted in order not to obscure the subject matter of the present invention. do.

1 is a perspective view showing the ancient times according to the present invention, Figure 2 is a perspective view showing a state in which the upper heating plate and the lower heating plate according to the present invention is expanded, Figure 3 is an exploded perspective view showing the ancient times according to the present disclosure, Figure 4 Is a front view showing the ancient times according to the present invention, Figure 5 is a cross-sectional view showing a lock portion of the ancient times according to the present invention.

As shown in FIGS. 1 to 5, the ancient apparatus 100 of the present invention forms a first pressing member 111a and a second pressing member 111b having a heating plate 112 in which a heating wire is built in the front and the first pressing member 111b. A mounting protrusion 116 is formed at the rear of the pressure member 111a to form a seating protrusion 116 accommodating the shock absorbing spring 118 for expanding the heat generating plate 112 of the first pressure member 111a and the second pressure member 111b. ) And the seating protrusion 116 is formed in the rear of the second pressing member 111b corresponding to the seating groove 117a and the first pressing member 111a and the second pressing member ( 111b) a pressing unit 110 for forming a hinge shaft 115 to be coupled to the rear to rotate; On one side of the first pressing member 111a of the pressing unit 110, a temperature control switch 121 for setting a heating temperature of the heating plate 112 and a display window 122 for displaying the heating temperature of the heating plate 112 are formed. And a controller 120 having a controller 123 configured to maintain a heating temperature of the heating plate 112 at a temperature set by the temperature control switch 121, and an elastic force of the shock absorbing spring 118 inside the pressing unit 110. The locking mechanism 133 is formed to be rotated around the hinge 134 and one end protrudes to the outside of the first pressing member 111a, and the other end presses the upper side of the locking mechanism 133. It comprises a locking portion 130 formed with a pressing hole 131 to operate the (133).

The pressurizing unit 110 includes a heating plate 112 having a heating wire therein, a first pressing member 111a and a second pressing member 111b disposed so that the heating plate 112 faces up and down on the front inner surface. ).

The heating plate 112 of the pressing unit 110 is formed in a rectangular shape and a heating wire (not shown) is built therein to generate the heat by heating the heating plate 112 by the heating wire.

The first pressing member 111a and the second pressing member 111b of the pressing unit 110 fix the heating plate 112 to the front side, and the separation prevention block 113 is spaced apart by the length of the heating plate 112 so as not to be separated. To form before and after.

Here, the departure prevention jaw 113 is formed so as to face the first pressing member (111a, 111b), the second pressing member (111b) so that the heating plate 112 faces.

Furthermore, the hinge shaft 114 is formed by inserting the hinge shaft 115 into the rear of the first pressing member 111a and the second pressing member 111b so that the gap between the heating plate 112 can be narrowed and expanded. The first pressing member 111a and the second pressing member 111b are rotated around the 115.

At this time, the first pressing member (111a), the second pressing member (111b) is rotated inside the lower side in front of the hinge hole 114 of the first pressing member (111a) so that the gap between the heating plate 112 can be expanded. Furnace insertion groove 116b is formed to form a seating protrusion 116 to accommodate the buffer spring 118, where the hollow 116a opened in one side is formed inside the seating protrusion 116 and seating protrusion 116 The mounting protrusion 116 is inserted into the front of the hinge hole 114 of the second pressing member 111b facing the) to form a seating groove 117 in which the buffer spring 118 is in close contact.

Further, the locking groove 117a is formed on the inner circumferential surface of the mounting groove 117 corresponding to the opening of the hollow 116a.

In addition, a grip groove 119 recessed inward is formed at one center of an outer surface of the first pressing member 111a and the second pressing member 111b, and at this time, a hemispherical friction projecting outwardly to the holding groove 119 is formed. The protrusion 119a is formed.

The control unit 120 includes a temperature control switch 121 for setting a heating temperature of a heating wire built in the heating plate 112, a display window 122 displaying a heating temperature of the heating plate 112, and the heating plate 112. The controller 123 is configured to maintain the temperature at the temperature set by the temperature control switch 121.

The temperature control switch 121 is ideally formed as a slide switch to enable the heat generation temperature can be set step by step and the temperature step is a high position that can maintain the on / off state of the power source and the temperature of the heat generating plate 112 at a high temperature. And the low temperature of the heat generating plate 112 is formed.

In addition, when the heating plate 112 is heated to the temperature set by the temperature control switch 121, the display window 122 for displaying the heated temperature is formed.

In addition, it is ideal to form a controller 123 for controlling the temperature of the heating wire built in the heat generating plate 112 so that the temperature set by the temperature control switch 121 is maintained in the heat generating plate 112.

The locking unit 130 includes a pressing hole 131 that protrudes and is pressed out of the first pressing member 111a, and a locking hole 133 that releases the locked state by pressing the pressing hole 131.

The pressing hole 131 is formed so that one side is protruded in the display window 122 of the control unit 120 and the other side is inserted into the hollow 116a of the first pressing member 111a, and at this time, the pressing opening 131 is outside The pressing spring 132 is supported on the outer periphery.

Here, the hinge which is coupled to the upper end of the locking hole 133 to the other end of the pressing hole 131 to rotate and the center of rotation of the locking hole 133 when pressing the pressing hole 131 to the central position of the pressing hole 131 134 is formed and the lower end protruding toward the opening side of the hollow 116a is inserted into the locking groove 117a of the second pressing member 111b to hold the locking jaw 135 to maintain the locking state of the pressing members 111a and 111b. ) To project outwardly.

At this time, the locking jaw 135 is formed in the rear of the locking jaw 135 to support the pressure spring 136 supporting the lower side of the locking hole 133 to be inserted into the locking groove (117a).

The action of the ancient period 100 of the present invention is as follows.

First, it is confirmed whether the heating plate 112 of the first pressing member 111a and the second pressing member 111b which are formed to face each other are enlarged and spaced apart from each other, and the user generates the heating temperature of the heating plate 112 to fit his head state. Set to the temperature control switch 121 at this time to check the display window 122 to check the heating temperature of the heating plate (112).

In addition, the heating plate 112 is expanded, the first pressing member 111a and the second pressing member 111b are centered on the hinge shaft 115 by the elastic force of the buffer spring 118 accommodated in the seating protrusion 116. It is rotated to expand the front side.

Next, the first pressing member 111a and the second pressing member 111b are gripped to place the user's hair on the heating plate 112 and the outside of the pressing members 111a and 111b to narrow the gap of the heating plate 112. Press to narrow the interval of the heating plate 112.

At this time, when the gripping groove 119 is gripped and pressed when the gripping members 111a and 111b are gripped, the user's hand does not slip from the gripping members 111a and 111b by the friction protrusion 119a.

Here, when the user presses the pressing member (111a, 111b) is rotated around the hinge shaft 115, the buffer spring 118 is compressed and the interval of the heating plate 112 is narrowed at this time the latching opening 133 The locking jaw 135 is inserted into the locking groove 117a by the pressure spring 136 to be caught.

When the locking step 135 is inserted into the locking groove 117a, the elastic force of the shock absorbing spring 118 is intermittently maintained in a compressed state so that the gap between the heating plates 112 is not expanded.

In this state, the hair can be heated for a certain time according to the rolling or stretch to produce the style desired by the user.

Next, in order to position the hair on the heating plate 112 again, the spacing of the heating plate 112 should be increased. Here, the expansion process is as follows.

Place the hair on the heating plate 112 for a predetermined time and press the pressing holes 131 of the locking unit 130. At this time, pressing the pressing holes 131 is compressed while the elastic force of the pressing spring 132 is released. The other end of the pressing hole 131 is inserted into the hollow 116a.

At this time, when the pressing hole 131 is inserted inward, the locking hole 133 is rotated around the hinge 134 of the locking hole 133. At this time, the pressing hole 131 is pressed by the pressing force of the pressing hole 131. The lower end is compressed while pressing the pressure spring 136 and the locking step 135 is released from the locking groove 117a.

In this way, when the locking step 135 is out of the locking groove 117a, the first pressing member 111a and the second pressing member 111b are centered on the hinge shaft 115 by the elastic force of the buffer spring 118 that has been compressed. While rotating to the interval of the heating plate 112 is expanded.

As such, when the heating plate 112 is enlarged, the hair is placed between the heating plate 112 to pressurize the pressing members 111a and 111b to apply heat to the hair for a predetermined time, thereby producing a desired stale work. .

Even if the user does not pressurize the pressurizing part when rolling or struting the user after holding the pressurizing part, the antique device of the present invention has the effect that the gap of the heating part is not expanded by the catching opening, and the pressurizing part grasps the pressurizing part. There is an effect that the gap between the heating portion does not open.

In addition, the gripping groove with friction protrusions is formed on the outer surface of the pressurizing portion, so that the friction force is maximized when the pressurizing portion is gripped, which does not slip from the user's hand. To prevent the effect occurs.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of.

Claims (3)

A first pressing member 111a and a second pressing member 111b having a heating plate 112 having a built-in heating wire in the front are formed, and the first pressing member 111a and the second behind the first pressing member 111a. The mounting protrusion 116 is formed to accommodate the shock absorbing spring 118 to enlarge the heat generating plate 112 of the pressing member 111b, and the mounting protrusion 116 behind the second pressing member 111b corresponding to the mounting protrusion 116. ) Forms a seating groove 117 having a seating groove 117a and a hinge shaft 115 which is pivoted by combining the rear of the first pressing member 111a and the second pressing member 111b. Pressing unit 110; On one side of the first pressing member 111a of the pressing unit 110, a temperature control switch 121 for setting a heating temperature of the heating plate 112 and a display window 122 for displaying the heating temperature of the heating plate 112 are formed. And the control unit 120 is formed with a controller 123 to maintain the heating temperature of the heating plate 112 at the temperature set by the temperature control switch 121, The locking portion 133 is formed to rotate around the hinge 134 in the pressing portion 110 to control the elastic force of the shock absorbing spring 118, and one end protrudes outward from the first pressing member 111a. Antique device, characterized in that the side end comprises a locking portion 130 formed by pressing the upper side of the locking port (133) to form a pressing hole (131) for operating the locking hole (133). The method of claim 1, The gripping groove 119 recessed inwardly is formed on the outer surfaces of the first pressing member 111a and the second pressing member 111b of the pressing part 110, and the friction protrusion 119a is formed at the center of the gripping groove 119. The ancient period, characterized in that to form a plurality) to prevent the slip when gripping the pressing member (111a, 111b). The method of claim 1, The locking hole 133 of the locking unit 130 protrudes outward to the lower side to form a locking jaw 135 to be inserted into the seating groove 117 of the pressing unit 110 and is caught behind the locking jaw 135. Pressing the jaw 135 toward the locking groove 117a to form a pressing spring 136 for closely contacting the heating plate 112 of the first pressing member 111a and the second pressing member 111b, and the first pressing member 111a. ) Protruding outward and forming a pressing hole 131 coupled to the upper side of the locking hole 133 so that the locking hole 133 is rotated about the hinge 134 when the pressing hole 131 is pressed. The ancient machine characterized in that the 135 is separated from the locking groove 117a to expand the heat generating plate 112 of the first pressing member 111a and the second pressing member 111b by the elastic force of the buffer spring 118. .

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