KR200458789Y1 - Electrically-driven powder cosmetics application device - Google Patents

Abstract

The electrically driven powder cosmetics application device of the present invention is a high speed operation of the motor by an eccentric weight block that generates vibration to facilitate uniform dispensing of powder cosmetics. Controlled by The apparatus includes a plastic container having one end forming a powder dispensing port with a filter therein. The dispensing surface provided on the outside is a hollow collar which covers and dispenses a dispensing device comprising a brush and a brush hair confiner tube having a powder outlet passageway arranged therein. The opposite end of the container has a vibrating device including a rotating motor and an eccentric weight and a lower end receiving therein a set of batteries controlled and powered by a switch to turn on / off the vibration drive. The container assists in dispensing the cosmetic to maintain a uniform and smooth dispense of the powdered cosmetic contained in the container when the vibrator is turned on.

Electric, Powder, Coating, Device, Vibration, Eccentric Weight

Description

Electric powder cosmetic application device {ELECTRICALLY-DRIVEN POWDER COSMETICS APPLICATION DEVICE}

The present invention relates to an electrically driven application of powder cosmetics, and more particularly, one end of a powder cosmetic container has a filter inside and an interior of a dispensing device. Forming a powder dispersing port with a powder outlet passage extending to the inner bottom, the opposite end of the container being smoothly discharged of the powder cosmetic by vibrating; The present invention relates to a powder-coated electric application device for receiving a rotary motor therein for driving and controlling an eccentric weight block to generate vibration by rotation control.

Conventional powder cosmetic dispensing devices, such as conventional cosmetic powders and baby powder dispensing devices, can be found in patent publications and everyday products. Powder cosmetic dispensing devices generally include a container filled with a powder article and have a top portion that forms an outlet, such as a dispensing head or commonly visible brush hair bundle that forms perforations in the outlet. This is made up. The lid is placed on the outside for closure to cover the dispense head. In this way a finished package and covering is provided for the safety of powder cosmetics. For dispensing powder cosmetics, the ends are formed with either a brush such as a bundle of fibers or a perforated surface for dispensing the powder. The purpose of such a device is to dispense the cosmetic powder to be used uniformly. Remove the enclosing cover for use and turn the container upside down or tilt it at an angle to remove the powder. In this conventional packaging for dispensing, the user needs to flap or shake the packaging by hand to dispense the powdered cosmetics contained in the container. In this application method, the dispensing process is reliably determined by the magnitude of the applied force and the inclined outflow angle, so that no uniform dispensing can be achieved.

       <Summary of this invention>

An object of the present invention is to provide a cosmetic packaging container equipped with a rotary motor for controlling and rotating a weight block at the lower end. At the time of rotation, a high speed vibration is induced due to an unbalanced distribution of weights, which helps dispensing by the high speed vibration of the vessel. When the cosmetic is dispensed, the powder cosmetic can be driven and controlled to dispense uniformly and effectively using switching control by a switch, thus providing a uniform, smooth and appropriate amount of cosmetic dispense during makeup.

The present invention in particular provides an electric powder cosmetic applying device as shown in Figures 1-4. An eyelash brush (lash brush) is an example for explaining the said electric powder cosmetic application apparatus by this invention. Powder cosmetic applying apparatus according to the present invention is easy to hold by hand and includes a container (container, 10) formed in the form of an elongate tubular member to hold the powder cosmetic. Preferably, the diameter of the vessel 10 is 16-32 mm. The vessel 10 has an end portion of which the inner diameter is narrowed to form a powder dispensing port 11, the dispensing sphere being a longitudinally extending tube fitted into an end opening of the vessel 10. in the form of an extended tube. The powder dispense sphere 11 receives a filter 12 therein, the filter having an appropriate length, to maintain a smooth size of the dispensed powder and to remove the agglomerated blocks by the combined powder. Preferably with 2-3 mm diameter properly arranged pores, consisting of blocks of one or more sponges to provide a smooth dispense of powder. The filter 12 forms a tubular section extending from the outer surface of the powder dispense sphere, the tube forming a slender powder outlet passage 13 extending to one end of the tube portion. A central portion and a circumferential portion on which the brush 14 is mounted. A slideable brush hair confiner tube 15 is circumferentially fitted on the outside of the filter 12 to form a dispense device. After use, the brush hair confiner tube 15 can be used to confine and receive the brush 14 for ease of storage. The powder outlet passage 13 is configured to extend to the lower end of the brush 14 to supply powder cosmetics to the lower end of the brush 14 in a timely manner to facilitate powder dispensing. The outer circumference of the brush hair confiner tube 15 is fitted with a hollow collar 16 coupled to the upper end of the container 10 so that the brush hair confiner tube 15 A sliding-based position control operation can be performed in a telescopic manner, such as a telescope fixed by the hollow collar 16, and forming a pollution prevention device for the brush 14. It is covered and sealed with a top end cap 17 mounted on the outside. Opposite ends of the vessel 10 are mounted directly therein and have a cavity of appropriate depth to accommodate a separate electrics holder 21 whose main function is to secure the rotation motor 22. a cavity 20, the rotary motor having a spindle extending outwardly to carry a weight block 23 formed of an eccentric flywheel; These may be assembled separately and then mounted in the cavity 20 formed at the bottom of the container 10. The rotary motor 22 is connected by a wire or conductor 24 to a push-control switch 26 for connection with a battery set 25 that supplies power. The battery set 25 may be mounted on the outside of the electrical holder 21, that is, on the bottom of the container 10 so as to be spaced apart by a simple partition border, and is formed in the form of an end cap. 26). The conductor 24 for push control of electrical transmission is in the form of a special folded plate, one end of which extends to cover the battery set 25 or to connect the rotary motor 22. Mounted directly to the inner side of the cap of the switch 26 so as to extend further, so that the conductor 24 is connected with the battery set 25 when the push-control switch 26 is pressed Electricity is transferred to the rotary motor 22 and by resilient returning by an internally arranged resilient element 27 to control an appropriate amount of powder dispense as desired. When the depression is relaxed, the electricity transfer is automatically cut off and the rotation of the rotary motor 22 is stopped. Depending on the needs of hand holding and control, the control switch can alternatively be mounted on a circular circumferential surface of the distal end of the container 10 to provide an electric cosmetic application device.

In order to dispense the powder cosmetics, first, the top cap 17 is removed and the brush hair confiner 15 which traps the outside of the brush 14 is pushed under the top of the hollow collar 16. The outer end of the brush 14 is then flared automatically like an umbrella so that the powder cosmetic is evenly distributed through the powder outlet passage 13. When the switch 26 is pressed to transfer electricity, the rotary motor 22 arranged inside operates to rotate, and the weight block 23 causes eccentric rotation. Reaching high speed rotation by gravity unbalanced rotation, the vessel 10 exhibits a continuous vibration effect. Powder cosmetics filled in the container 10 are moved through the filter 12 by using the temporary continuous vibration according to the high-speed rotation, and penetrates through the powder outlet passage 13 to the lower end of the brush 14. And finally the wiping of the brush hair is realized by a controlled drive of uniform electric powder application. In order to finish the make-up work, the switch 26 is operated to cut off electricity so that the vibration which caused the powder feeding drive to stop, the supply of powder is gradually reduced and completely stopped, remaining in the brush 14 After the powder is finally consumed and the makeup is completed, the brush hair confiner tube 15 is pushed out to trap the brush 14 to safely store the brush hair. By collecting and confining the brush 14 and sealing by the upper end cap 17, the outflow of the powder is further prevented and ensures cleanliness and safety for the storage of the container 10.

The present invention utilizes a rotary motor 22 which results in eccentric driving of the weight block, which acts as an auxiliary means for promoting the dispensing of powder in the container 10 by applying electricity to generate vibrations. The constant and continuous vibration generated thereby makes the dispensing of the filled cosmetics smoother so that the help for the continuous supply of powder cosmetics can be carried out in the application of the makeup powder, the use of the powder cosmetics is smoother and the cosmetics Supply is consistent and uniform, effectively satisfying makeup work.

1 is a development of the cosmetic container according to the present invention.

2 is a perspective view of a cosmetic container according to the present invention.

3 is a cross-sectional view of the assembled form of the cosmetic container according to the present invention.

Figure 4 is a cross-sectional view of the cosmetic container according to the present invention for explaining the dispensing cosmetics with the help of vibration.

Claims (5)

In an electrically-driven powder cosmetics application device comprising a container adapted to receive powder cosmetics, a brush for powder application and brushing operations, and an outer top cap, The container has a powder outlet passage formed in the form of an extended tubular form, fitted into an end opening of the container, receiving a filter therein and extending into an end opening. A central portion forming a powder outlet passage and a circle in which a brush is mounted and a slidable brush hair confiner tube that confines the brush for storage is fitted around the circumferentially. Having one end narrowed to form a powder dispense port comprising a circumferential portion, the sliding brush hair confiner tube is hollowed thereon to perform a sliding control operation. The mill has an outer circumference into which a hollow collar is fitted and is covered by an outer mounted top cap and Sealed, opposite ends of the vessel form a cavity therein for receiving a separate electrics holder, the separate electric holder having a rotating motor and a spindle of the rotating motor therein. And a weight block mounted at one end of the battery, a battery set is arranged outside the cavity, and the rotary motor transmits electricity to the rotary motor for driving the motor. Is connected by a wire or conductor to a push-control switch mounted at one end of the vessel, and the weight block is eccentric causing uneven rotation causing vibration. An electric powder cosmetic applying device that generates an unbalanced gravity and electrically supplies powder cosmetics from the container. 2. The device of claim 1, wherein the filter is comprised of a sponge comprising pores of 2-3 mm diameter. 2. The powered powder cosmetic applying device according to claim 1, wherein the weight block mounted to the spindle of the motor is arranged in an eccentric flywheel. 2. The powered powder cosmetic coating device of claim 1, wherein the diameter of the container is 16-32 mm. 2. A powered powder cosmetic dispensing apparatus according to claim 1, wherein the push-control switch is arranged on a circumferential surface of the container end cross section opposite the container end on which the powder dispense sphere is formed.

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