TW201406320A - Vibratory cosmetic container operated through detection of skin pressure - Google Patents

Abstract

Disclosed is a vibratory cosmetic container operated through detection of a skin pressure, including: a battery; a vibration motor for generating vibrations to generate vibrations in a makeup puff by receiving electric power from the battery; an operation switch for switching electric power of the battery to induce electric power of the battery to the vibration motor so as to convert electric energy of the battery into vibration energy; a memory for storing an initial voltage value provided to the vibration motor in advance; a current sensitive sensor installed in a peripheral circuit of the vibration motor to check an amount of current supplied to the vibration motor, detect a load current actually applied to the vibration motor, and output the detected load current, or a voltage sensor for detecting a voltage drop caused by a load; an amplifier for amplifying a current or voltage value output from the current sensitive sensor or the voltage sensor; and an electronic controller for controlling a voltage value provided to the vibration motor to allow a currently output current or voltage value, and a current or voltage value stored in the memory to coincide with each other by comparing an input current or voltage of the current sensitive sensor or the voltage sensor input through the amplifier with the current or voltage value stored in the memory.

Description

Vibrating cosmetic container operated by detection of skin pressure

The present invention relates to a vibrating cosmetic container, and more particularly to a vibrating cosmetic container that is operated by detecting a skin pressure, the vibrating cosmetic container sensing a vibration pressure applied to a face, and when a strong load is applied to a motor By making the power supplied to the motor stronger, a puff is allowed to tap the face with a strong force to perform a facial makeup having the strength desired by the user.

In general, a base makeup, a dual-use compact or a make-up powder is used when skin blemishes or freckles are exposed to the face or appearance to be naturally covered or a clean, bright, milky skin is desired.

The cosmetics should be evenly distributed without agglomeration, and applied to the portion desired to be applied with a feeling of attachment, and the makeup is performed by touch to satisfy a feeling of feeling in use. At this time, a powder puff for makeup will be used.

The puff is mainly formed into a disc shape or a rectangular sheet having a corresponding cosmetic container, so that the puff is embedded in the cosmetic container, and the puff has a form of a finger insertion belt on one side surface thereof, so that A finger can be inserted into the finger insertion band.

Thus, when the puff is used, a finger is inserted between the finger insertion band and one side surface of the puff to support the puff, and then the body area is tapped with an appropriate slap force by the other side surface of the puff. The cosmetic is applied from the puff to the body area.

Because when the manually operated powder puff is used, the body area of the makeup is performed by tapping the side surface of the cosmetic with a puff, so that the makeup of the puff is uneven, making the makeup inconvenient. Executed and the cosmetic is applied unevenly to the entire makeup portion.

Therefore, in recent years, an electric puff disclosed in, for example, the Korean Patent No. 348032, the electric puff includes: a casing forming a pocket shape that can be held by a hand, the casing having a motor housing portion therein a central portion, a support bracket receiving portion at an upper portion thereof, a battery receiving portion at a lower portion thereof and an upper end of a pair of supporting pin fixing pieces at an inner portion thereof; an electric motor mounted on a motor accommodating portion of the outer casing; a battery mounted to the battery receiving portion of the outer casing to supply electric power to the electric motor; an actuating gear coupled to a rotating shaft of the electric motor; and a rotational angle changing gear coupled to one side of the actuating gear and at 90 Rotating the actuating gear with a camshaft coupled to an operating shaft on an inner surface thereof and rotatably mounted to a support bracket through a pivoting center pin, the operating shaft having a coupling recess The slot is coupled to the camshaft of the rotational angle shifting gear at the bottom end thereof, the operating shaft having a support pin coupled to the support pin retainer on the other side of the center of the outer edge thereof The operating shaft is swayed around the support pin when the rotation angle changing gear rotates, and the support bracket is mounted on the support bracket receiving portion of the outer casing to support a crank pin and the rotation angle changing gear; A freely detachable connecting tube is coupled to the operating lever on the bottom side of a head, wherein a puff sheet is attached and mounted on the front side of the head, and the puff head is raised to automatically touch the makeup portion by a vibrating puff.

However, since the electric puff according to the related art is simply driven according to the designed vibration, the electric puff according to the related art cannot provide a suitable one vibration pressure according to the elasticity of the skin.

That is, since the electric puff according to the related art is based only on a driving motor When the face is tapped, the puff can not detect the elasticity of the skin and cannot adjust the intensity of the vibration, so the makeup can only be performed with the same intensity forever on the face.

Accordingly, the present invention has been made to solve the above-discussed deficiencies of the prior art, and it is an object of the present invention to provide a vibrating cosmetic container which is operated by detecting a skin pressure which is applied to a face. a vibration pressure, and when a strong load is applied to a motor, by allowing the power supplied to the motor to become strong, allowing a puff to beat the face with a strong force to perform a face having a user's desired strength make up.

According to an aspect of the present invention, a vibrating cosmetic container is provided that operates by detecting a skin pressure, comprising: a battery; a vibration motor for generating vibration by receiving power from the battery in a makeup Vibrating in the puff; an operating switch for switching the power of the battery to induce the electric power of the battery to the vibrating motor, thereby converting the electric power of the battery into vibration energy; and a memory for storing in advance An initial voltage value of the vibration motor; a current sensitive sensor or a voltage sensor mounted on a peripheral circuit of the vibration motor to check the amount of current supplied to the vibration motor, and detecting the actual Applying a load current to the vibration motor and outputting the detected load current, the voltage sensor is for detecting a voltage drop caused by the load; and an amplifier for amplifying the current sensitive sensor a current value outputted or a voltage value output from the voltage sensor; and an electric controller for controlling one of the vibration motors a voltage value to allow an instantaneous output current value or an output voltage value, and by comparing an input current of the current sensitive sensor input through the amplifier to an input voltage of the voltage sensor and stored in the memory A current value or a voltage value causes the current value or voltage value stored in the memory to coincide with each other.

The electrical controller can include a code for controlling a voltage value provided to the vibration motor to allow an immediate output current value or an output voltage value to be input by comparing the input through the amplifier. An input current of the current sensitive sensor or an input voltage of the voltage sensor and a current value or a voltage value stored in the memory, so that the current value or the voltage value stored in the memory is consistent with each other.

The battery can be a normal battery, a mercury battery or a secondary battery as a unit for supplying electric power to an electric motor.

The vibrating cosmetic container may further include an alarm unit that outputs a beep to alert the user when an overload condition exceeding a reference value continues for a predetermined time or longer.

As described above, a vibrating cosmetic container that is operated by detecting a skin pressure in accordance with an embodiment of the present invention senses a vibration pressure applied to a face, and when a strong load is applied to a motor, By making the power supplied to the motor stronger, a puff is allowed to tap the face with a strong force to perform a facial makeup having the strength desired by the user.

Furthermore, a vibrating cosmetic container that operates through detection of a skin pressure in accordance with an embodiment of the present invention can attenuate an initial vibration intensity to reduce unnecessary irritation and reduce device vibration (e.g., interference, resonance).

10‧‧‧First Ontology

20‧‧‧Second ontology

30‧‧‧low support tray

40‧‧‧Upper support plate

50‧‧‧Reciprocal conversion unit

60‧‧‧ Makeup puff

70‧‧‧Battery

80‧‧‧Vibration motor

90‧‧‧Operation switch

100‧‧‧ memory

110‧‧‧Surther-sensitive sensitive device

120‧‧‧Amplifier

130‧‧‧Electric controller

140‧‧‧Alarm unit

The above and other objects, features, and advantages of the present invention will become more apparent from the aspects of the appended claims.

Fig. 2 is a block diagram showing the circuit configuration of one of the vibrating cosmetic containers according to the present invention.

In the following, an exemplary embodiment of the invention will be described in detail with reference to the drawings. First, when a component symbol is assigned to an element in the drawings, even if the same component appears in a different drawing, it will be designated by the same component symbol. Further, in the following detailed description of the invention, detailed description of known functions and configurations which may result in the subject matter of the present invention will be omitted.

The following utterances of the present invention are terms that are defined in consideration of function, and the definitions of such terms may vary depending on the habit or purpose of the manufacturer or user. Therefore, such terms should be defined in accordance with the contents of the entire specification.

Fig. 1 is a schematic view showing a specific embodiment of a vibrating cosmetic container to which the present invention is applied.

Fig. 2 is a block diagram showing the circuit configuration of one of the vibrating cosmetic containers according to the present invention.

The vibrating cosmetic container of the present invention basically comprises a first body 10, a second body 20, a lower support tray 30, an upper support tray 40, a reciprocating conversion unit 50 and a makeup puff 60.

That is, the reciprocating conversion unit 50 is basically mounted as a vibrating cosmetic device, and the cosmetic puff 60 is attached to the reciprocating conversion unit 50. In addition, a battery 70 and a vibration motor 80 are basically mounted to the vibrating cosmetic container, and the vibrating cosmetic container further includes an operation switch 90, a memory 100, a current sensor 110, an amplifier 120, and an electric battery. The controller 130, and an alarm unit 140.

Hereinafter, in the description of the present invention, the first body 10, the second body 20, the lower support tray 30, the upper support tray 40, the reciprocating conversion unit 50, and the cosmetic powder puff 60 are basic constituent elements of the present invention. The specific description thereof will be omitted. The concept of using the skin pressure to control the vibration motor when the skin pressure is detected by the cosmetic puff is mainly described hereinafter.

That is, the concept of controlling a vibration motor applied to the present invention can be applied to All of the vibration cosmetic containers on which the vibration motor and the cosmetic puff are mounted.

Hereinafter, the core constituent elements of the present invention will be described.

The battery 70 is an ordinary battery, a mercury battery or a secondary battery as a unit for supplying electric power to an electric motor.

The vibration motor 80 is a unit for generating vibration, and the vibration motor 80 generates vibration in the cosmetic puff by receiving electric power from the battery.

The operation switch 90 is for switching a unit of the battery power to induce the power of the battery to the vibration motor, thereby converting the power of the battery into vibration energy.

The memory 100 is for storing a unit previously supplied to an initial voltage value of the vibration motor.

The current sensitive sensor 110 is mounted on a peripheral circuit of the vibration motor 80 to check the amount of current supplied to the vibration motor 80, and to detect a load current actually applied to the vibration motor 80, and output the detected Measured load current.

In another method, when a load is applied to the vibration motor, a voltage sensor detects a voltage that drops, and thus, the detection of the voltage allows the load current actually applied to the vibration motor to be adjusted. In the use of most Micro Control Units (MCUs) units in recent years, if an ADC port is used, a voltage can be measured without a separate component, so the voltage measurement method is used. A circuit can be configured more simply and conveniently.

The amplifier 120 is for amplifying a current value output from the current sensitive sensor 110.

The electric controller 130 controls a voltage value supplied to the vibration motor 80 to allow an immediate output current value or an output voltage value, and by comparing the current sensitive sensor 110 The input current value or the voltage value input through the voltage sensor and a current value or a voltage value stored in the memory 100 cause the current value or the voltage value stored in the memory 100 to coincide with each other.

When the overload state of the vibration motor 80 exceeds a predetermined standard, the alarm unit 140 outputs a beep to warn the user.

That is, while the vibration motor 80 is rotating, when a load is generated by the external environment, the electric controller 130 increases a voltage supplied to the vibration motor 80 to rotate the vibration motor 80 at a high speed, so that The vibration motor 80 can continuously rotate without stopping.

Hereinafter, the operation of the vibrating cosmetic container according to the present invention will be described in detail.

First, when the user turns on the vibration motor 80, the vibration motor 80 is operated. At this time, when the current sensitive sensor 110 or the voltage sensor detects a constant current value or voltage value and feeds back to the electric controller 130, the electric controller 130 determines a current operating state of the vibration motor 80. And, if the operating current is normal, a voltage is stably supplied to the vibration motor 80, so that the vibration motor 80 is rotated at a normal speed.

At this time, when it is determined that the load value of the vibration motor 80 measured by the current sensitive sensor 110 or the voltage sensor is a predetermined value or more, the number of rotations of the vibration motor 80 is applied to the vibration motor by an increase. A voltage value of 80 is maintained at a reference rotation number.

When an excessive load is continuously unresolved for a predetermined period of time (set to 10 seconds in the present embodiment), the power supplied to the vibration motor 80 is cut off, and an alarm sound is output.

That is, when a load value generated from the vibration motor 80 is sensed through the current sensitive sensor 110 or the voltage sensor, and increased by increasing a pressure applied to the face to a predetermined pressure At the load value, the speed of the vibration motor 80 is not only controlled but not reduced, but Hold at a fixed speed.

70‧‧‧Battery

80‧‧‧Vibration motor

90‧‧‧Operation switch

100‧‧‧ memory

110‧‧‧Surther-sensitive sensitive device

120‧‧‧Amplifier

130‧‧‧Electric controller

140‧‧‧Alarm unit

Claims (4)

A vibrating cosmetic container is operated by detecting a skin pressure, the vibrating cosmetic container comprising: a battery; a vibration motor for generating vibration, generating vibration in a cosmetic puff by receiving power from the battery An operation switch for switching power of the battery to induce power of the battery to the vibration motor to convert the power of the battery into vibration energy; a memory for storing the vibration motor previously provided to the vibration motor An initial voltage value; a current sensitive sensor or a voltage sensor mounted to a peripheral circuit of the vibration motor to check the amount of current supplied to the vibration motor, and the detection is actually applied to the Vibrating a load current of the motor and outputting the detected load current, the voltage sensor is for detecting a voltage drop caused by the load; and an amplifier for amplifying a current output from the current sensitive sensor a value or a voltage value output from the voltage sensor; and an electrical controller for controlling a voltage value supplied to the vibration motor, Allowing an instantaneous output current value or an output voltage value, and by comparing an input current of the current sensitive sensor input through the amplifier or an input voltage of the voltage sensor with a current value stored in the memory or A voltage value causes the current value or voltage value stored in the memory to coincide with each other. The vibrating cosmetic container of claim 1, wherein the electric controller includes a code for controlling a voltage value supplied to the vibration motor to allow an immediate output current value or a Output voltage value, and by comparing the current sensitive input through the amplifier An input current of the device or an input voltage of the voltage sensor and a current value or a voltage value stored in the memory, so that the current value or the voltage value stored in the memory coincide with each other. The vibrating cosmetic container according to claim 1, wherein the battery is an ordinary battery, a mercury battery or a secondary battery as a unit for supplying electric power to an electric motor. The vibrating cosmetic container according to claim 1, further comprising an alarm unit, when an overload state exceeding a reference value continues for a predetermined time or longer, the alarm unit outputs a beep to warn to use By.