JPH038199Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field The present invention relates to a mascara that is used to thicken and curl eyelashes to make the eyes look beautiful, and in particular to a mascara that makes it easier to curl the eyelashes. .

Problems to be solved by conventional techniques and ideas Mascara is applied by applying a brush soaked in paste-like mascara liquid to the eyelashes and rubbing it in an upward motion, and repeating this process, causing the viscosity of the mascara liquid to tighten the eyelashes. The mascara liquid dries and hardens to keep the eyelashes curled, but it takes time to curl the eyelashes by rubbing with a brush and using only the viscosity of the mascara liquid. For this reason, conventional eyelash curlers have been designed to curl eyelashes in a few tens of seconds by tightly holding the eyelashes in an upwardly curved state between clamping pieces that open and close vertically. By applying mascara after curling the eyelashes with this eyelash curler, it was possible to apply makeup in a short time; In some cases, the eyelashes are simply held at room temperature, which not only makes it impossible to curl them sufficiently, but also holds the eyelid together with the eyelashes, which may damage the skin or cause the eyelashes to fall out. Ta.

Means for Solving the Problems The present invention, as a means for solving the above-mentioned problems, comprises a long and thin support tube whose tip is formed with a brush portion that is immersed in mascara liquid stored in a cylindrical container. A heater is inserted into the support tube of the cap, which generates heat when energized to heat the support tube, and this heater is connected via a switch to a connection terminal to a battery housed in the cap or to a commercial AC power source. The structure is as follows.

Functions and Effects of the Invention The present invention has the above-mentioned configuration, and when the switch is turned on and the heater is energized to generate heat, the support tube is heated and its temperature rises, and in this state, the support tube is applied to the eyelashes. When you curl the eyelashes with the support tube, the heat from the support tube warms the eyelashes, making them easier to bend, so the eyelashes are quickly and greatly curled. By applying mascara and applying mascara, your eyelashes will appear thicker, and when the mascara dries and hardens, your eyelashes will remain curled.
The time required to curl the eyelashes is shortened, allowing you to quickly apply makeup, and the heat from the support tube warms the mascara liquid through the brush section, improving its fluidity. It can be applied easily and evenly to the eyelashes, and since it is only necessary to rub the support tube and brush part against the eyelashes during use, there is no risk of damaging the eyelids or causing the eyelashes to fall out.

Embodiment Hereinafter, an embodiment of the present invention will be described based on the accompanying drawings.

In the figure, reference numeral 1 denotes a cylindrical container that has an elongated bottomed cylindrical shape and stores a paste-like mascara liquid a inside. An elongated cap 5 that seals the inside of the cylindrical container 1 is fitted by screwing it in, and this cap 5 is made of a metal material such as aluminum at the end on the side where the female thread 6 is formed. A slender support tube 7 with a brush 8 caulked at the tip thereof is fixed and protruded in the length direction, so that when the cap 5 is fitted into the cylindrical container 1, the brush 8 is immersed in the mascara liquid a. In the hollow of this cap 5, an elongated dry cell battery 10 is housed in the center, and at the end on the side where the support tube 7 is fixed, the operating temperature is adjusted to around 65 degrees Celsius by the operation of a bimetal 13. A thermoswitch 12 is fixed, one terminal 14 of which is in contact with the positive terminal of the dry battery 10, and a heater 1 made of nichrome wire is connected to the thermoswitch 12.
8 is connected, and this heater 18 is inserted over the entire length into the hollow of the support tube 7, and a pushbutton protruding from the cover 21 is provided at the open end of the cap 5 on the opposite side from the thermoswitch 12. Button 22
The switch body 20 is removably attached by screwing into the switch body 20, which alternately enters the closed state and the open state by clicking the button, and energizes the light emitting diode 23 embedded in the head of the push button 22 in the closed state. The one terminal 24 is brought into elastic contact with the negative pole of the dry battery 10 via the compression coil spring 26, and the other terminal 25 of the switch body 20 and the other terminal 15 of the thermoswitch 12 are connected to the metal plate 2.
7.

The mascara of this example has the above structure, and when using it, press the push button 22 of the switch body 20.
When the heater 18 is turned on to be in the closed state, the light emitting diode 23 emits light at the same time as the heater 18 is turned on, confirming the energization, and the energized heater 18 generates heat, thereby heating the support tube 7. When the temperature gradually rises and is maintained at the operating temperature by the operation of the thermoswitch 12,
If you repeatedly apply the support tube 7 to eyelashes (not shown) and scoop them up from below, the eyelashes will be warmed by the heat of the support tube 7 and will become soft and bendable, so the scooping operation with the support tube 7 will be reduced. Just by doing this a few times, the eyelashes will quickly curl back to a large extent. In this state, you can apply mascara solution A by rubbing the brush 8 soaked in mascara solution A on the eyelashes. The viscosity maintains the curved shape of the eyelashes, and when the mascara liquid a dries, the eyelashes are hardened into a large curl.

Note that when the heater 18 is energized, the cap 5 is fitted into the cylindrical container 1 and the support tube 7 is inserted inside the cap 5.
When the mascara liquid A is stored, the heat warms the mascara liquid A and improves its fluidity, making it easier to apply to the eyelashes and allowing it to be applied evenly to the entire eyelashes.

Furthermore, if the outer peripheral surface of the support tube 7 is arranged to change color as the temperature changes, it is possible to visually confirm that the temperature of the support tube 7 has reached a suitable temperature for use.

In this embodiment, the heater 18 is inserted into the support tube 7 portion excluding the brush 8 to heat only the support tube 7, but instead of this, the brush 8
A hollow part may be formed in the hollow part, and the heater 18 may be inserted into the hollow part. In this case, since both the brush 8 and the mascara liquid a soaked in the brush 8 are heated, the brush 8 can be applied to the eyelashes. This has the advantage of being able to curl the eyelashes and apply mascara liquid A to the eyelashes at the same time just by applying and rubbing the eyelashes in a warping manner.

In this embodiment, a dry battery 10 is housed in the cap 5 to supply electricity to the heater 18.
However, the present invention is not limited to this, and the heater 18 may be connected to a connection terminal to a commercial AC power source via a switch.

[Brief explanation of the drawing]

FIG. 1 attached herewith is a sectional view of one embodiment of the present invention. 1: Cylindrical container, 5: Cap, 7: Support tube,
8: Brush, 10: Dry battery, 18: Heater, 2
0: switch body, a: mascara liquid.

Claims (1)

[Scope of utility model registration request] A heater that heats the support tube by generating heat when energized is inserted into the support tube of the cap, which is formed by protruding an elongated support tube with a brush portion at the tip that is immersed in mascara liquid stored in a cylindrical container. A mascara characterized in that the heater is connected to a battery housed in the cap or a connection terminal to a commercial AC power source via a switch.