JP3210160U - Puff structure - Google Patents

Abstract

A puff structure capable of uniformly applying cosmetic powder to a suitable position is provided. A puff structure includes a base body and a lid body. A concave tank 11 is installed in the base body 1, and a puff 12 is installed in the concave tank 11. The inner tank 21 is installed in the lid body 2, the inner tank 21 opening 211 of the lid body 2 is installed in the concave tank 11 tank port 111 of the base body 1, and the accommodation installation tank 23 is installed in the inner tank 21, The storage tank 23 is filled with cosmetics 231. An elastic member 24 is installed between the storage tank 23 and the inner tank 21, and the storage tank 23 moves the storage tank 23 in the inner tank 21 by the elastic member 24. When using the present invention, first, the lid 2 is opened from the base body 1 and the cosmetic 231 is pushed by the puff 12 by applying force, and the cosmetic 231 powder is adsorbed to the puff 12. The storage tank 23 is moved in the inner tank 21 by the elastic member 24, whereby the puff 12 adsorbs the cosmetic 231 powder by the elastic member 24. If an appropriate amount of cosmetic 231 powder is adsorbed to the puff 12, the user can uniformly apply the cosmetic 231 powder adhered to the puff 12 to an appropriate position. [Selection] Figure 3

Description

  The present invention relates to a puff structure, and more particularly, to a puff structure that allows a user to adsorb an appropriate amount of cosmetic powder to the puff by a preferable application method, thereby allowing the user to apply the adsorbed cosmetic powder uniformly at a suitable position.

  For the general public, makeup is a kind of courtesy, and a basic courtesy for those who care about their appearance. In order to maintain a good appearance, a container filled with cosmetic powder is required according to the difference in cosmetic tools.

  The conventional powder box structure has a box body, a puff and an upper lid. A powder box filled with cosmetics will be installed inside the box. The puff is placed on the powder box, and the upper lid is covered on the box body and then turned and tightened. Thus, in use, if the upper lid is turned open and the puff with the cosmetic powder attached is taken out, it can be applied to the face and other suitable positions, and the appearance can be beautified.

  However, in the conventional powder box structure, when the sponge is adhered and adsorbed to the cosmetic powder in the powder box, the cosmetic powder often adheres to the sponge due to imbalance of the applied force, and the user has a large amount of cosmetic powder. When the powder-attached sponge is brought into close contact with the part to be made up, if the user's application force is unbalanced, the cosmetic powder cannot be uniformly applied to the part to be made up.

  The main purpose of the present invention is that when a large amount of cosmetic powder adheres to the sponge due to imbalance in the applied force, the cosmetic powder is applied to the part to be made up when the sponge is brought into close contact with the part to be made up. The present invention relates to a puff structure that can solve the disadvantage of the conventional powder box structure that it becomes impossible to apply uniformly.

In order to achieve the above-described object, the puff structure according to the present invention has a base and a lid.
A concave tank is installed in the base body, and a puff is installed in the concave tank.
An inner tank is installed in the lid, and the inner tank opening of the lid corresponds to the axial direction and is installed in the concave tank port of the base.
A storage tank is installed in the inner tank, and the storage tank is filled with cosmetics.
An elastic member is installed in the axial direction between the storage tank and the inner tank.
Two ends in the axial direction of the elastic member stretch the inner tank and the storage tank.
The storage tank is moved in the inner tank in the axial direction by the elastic member.
Accordingly, when the lid body covers the base body, the puff is stretched to the cosmetic position.
At this time, the storage tank moves in the axial direction toward the elastic member, whereby the elastic member exhibits elastic compression.
When the lid body leaves the base body, the puff does not come into contact with the cosmetic, and the storage tank is moved in a direction opposite to the elastic member, and the elastic member exhibits an elastic repositioning state.

  In the above-described puff structure, at least one guide portion is further installed in the inner tank of the lid. In addition, the accommodation installation tank corresponds to the guide portion and installs guide parts respectively. Thereby, this accommodation installation tank exhibits an axial operation | movement by this guide part using this guide part.

  In the above-described puff structure, the guide portions are installed so as to correspond to each other.

  In the above-mentioned puff structure, the guide part is further provided with a flat surface that exhibits a radial direction with the lid body, and the guide part is gradually reduced in the plane toward the opposite position of the tank port. Presents a slope. In addition, a push-up portion corresponding to the plane is installed on the guide portion. When the lid body leaves the base body, the elastic member exhibits an elastic reversal, whereby the flat surface pushes up the push-up portion.

  In the above-described puff structure, the accommodation installation tank corresponds to the elastic member and further installs a localization portion. The elastic member corresponds to one end of the storage installation tank and is installed in the localization portion.

  In the above-described puff structure, the top edge of the puff is higher than the tank mouth position of the concave tank.

  In the puff structure described above, the center of the puff top is higher than the top edge of the puff.

  In the puff structure described above, the top end of the puff has an arc shape.

  In the above-described puff structure, the concave tank corresponds to the puff position and has a base. The bottom base corresponds to one side of the tank mouth, and the puff is installed.

  In the above-described puff structure, the base body corresponds to the tank mouth position, and a pivot portion is installed. Moreover, the lid body is provided with a pivot member corresponding to the pivot position.

The present invention has the following advantages and effects.
1. In the present invention, when the lid is engaged with the base body, the puff pushes the cosmetic position, and at this time, the housing installation tank moves in the axial direction toward the elastic member, the elastic member exhibits elastic compression, and the elastic member To maintain the contact state between the cosmetic and the puff.
2. When the lid is opened from the base body and the present invention is used, the puff is not in contact with the cosmetic and the storage tank moves in the opposite direction of the elastic member. At this time, since the storage tank is moved to the opening position of the inner tank by the elastic member, the flat surface is stretched against the push-up portion to prevent the storage tank from falling.
3. Compared to the conventional powder box structure, which has the disadvantage that a large amount of cosmetic powder adheres to the sponge due to imbalance in the applied force, in the present invention, the user uses power when adsorbing cosmetic powder using a puff. When the puff is pushed into the cosmetic, the storage tank is elastically compressed by the elastic member, so the storage tank moves in the axial direction in the inner tank, the puff adsorbs the cosmetic powder by the elastic member, and then the puff. By adsorbing an appropriate amount of cosmetic powder, the user can apply the cosmetic powder adsorbed by the puff uniformly at a suitable position, and the puff with an arcuate top edge better adheres to the face and exhibits an arcuate shape The puff can feel a better tactile sensation when applied to a suitable position.

It is a three-dimensional schematic diagram of the present invention. It is a three-dimensional decomposition schematic diagram of the present invention. It is a schematic diagram which shows a mode that the cross section cut | disconnected in FIG. It is a schematic diagram which shows a mode that the cross section and lid which were cut | disconnected in FIG. 1A-A position were opened from the base. It is the schematic diagram of the cross section cut in FIG. 1A-A position, and use condition.

  In the following, the technical contents, structural features, objects to be achieved and operational effects of the present invention will be described in detail with reference to examples and drawings.

As shown in FIGS. 1 to 3, the puff structure according to the present invention includes a base body 1 and a lid body 2.
A concave tank 11 is installed in the base body 1, and a puff 12 (for example, a sponge) is installed in the concave tank 11.
In the embodiment, the concave tank 11 corresponds to the position of the puff 12 and installs the base 13. The base 13 corresponds to one side of the tank port 111 and is provided with the puff 12. In a preferred embodiment, the puff 12 is fixed to the concave tank 11 with an adhesive.
In the embodiment, the top edge 12 a of the puff 12 is higher than the position of the tank port 111 of the concave tank 11. The top center 12 b of the puff 12 is higher than the top edge 12 a of the puff 12. For example, the top end of the puff 12 has an arc shape.

The lid 2 is provided with the inner tank 21, and the inner tank 21 opening 211 of the lid 2 corresponds to the axial direction and is installed in the concave tank 11 tank port 111 of the base body 1.
In the embodiment, the base body 1 and the lid body 2 have a columnar shape.
In a preferred embodiment, the pedestal 1 corresponds to the position of the tank port 111 and further installs the pivot 14, and the lid 2 corresponds to the position of the pivot 14 and installs the pivot member 22. For example, the pivot part 14 and the pivot member 22 present a screw thread.
The inner tank 21 is provided with a storage installation tank 23, and the storage installation tank 23 is filled with cosmetics 231.
In the embodiment, the cosmetic 231 is a foundation, but is not limited thereto.
Between the accommodation installation tank 23 and the inner tank 21, an elastic member 24 (for example, a compression spring) is installed in the axial direction. The two ends in the axial direction of the elastic member 24 stretch the inner tank 21 and the accommodation installation tank 23, respectively.
The storage tank 23 is moved by the elastic member 24 in the inner tank 21 in the axial direction.

In a preferred embodiment, at least one guide portion 212 is further installed in the inner tank 21 of the lid body 2. The guide part 212 is installed so as to correspond to each other, and the accommodation installation tank 23 corresponds to the guide part 212 and installs the guide parts 232 respectively. Thereby, the accommodation installation tank 23 exhibits the axial operation by the guide part 212 using the guide part 212.
Further, the guide part 232 is further provided with a lid 2 and a flat surface 232a that exhibits a radial direction, and the guide part 232 is provided on the flat surface 232a with a slope 232b that is gradually reduced toward the position opposite to the tank port 111. Presents. The guide portion 212 is provided with a push-up portion 212a corresponding to the flat surface 232a. When the lid body 2 leaves the base body 1, the elastic member 24 exhibits elastic deformation, and the flat surface 232 a pushes up the push-up portion 212 a.
In the embodiment, the accommodation installation tank 23 corresponds to the elastic member 24 and further installs the localization part 233. The elastic member 24 corresponds to one end of the accommodation installation tank 23 and is installed in the localization part 233.

  Accordingly, as shown in FIG. 3, when the lid 2 covers the base body 1, the puff 12 is a sponge having elasticity, and thus the puff 12 is stretched to the position of the cosmetic 231. At this time, the storage tank 23 moves in the axial direction toward the elastic member 24. As a result, the elastic member 24 exhibits elastic compression and uses the elastic member 24 to maintain the contact state between the cosmetic 231 and the puff 12.

  Subsequently, as shown in FIG. 4, when the lid 2 is opened from the base body 1 and the present invention is used, the puff 12 is not in contact with the cosmetic 231, and the accommodation installation tub 23 is provided with the elastic member 24. The elastic member 24 exhibits a state of elastic reversal. At this time, the storage tank 23 is moved by the elastic member 24 toward the inner tank 21 opening 211 position. Thereby, the flat surface 232a pushes up the push-up portion 212a and prevents the storage installation tank 23 from falling.

Thereafter, the user uses the puff 12 to adsorb the cosmetic 231 powder. As shown in FIG. 5, force is applied to press the puff 12 against the cosmetic 231. Since the accommodation installation tank 23 exhibits elastic compression and elastic recovery by the elastic member 24, the accommodation installation tank 23 moves in the axial direction in the inner tank 21.
Thus, the puff 12 adsorbs the cosmetic 231 powder by the elastic member 24.
Subsequently, when the puff 12 is moved out of the opening in the direction opposite to the cosmetic 231, the flat surface 232 a stretches the push-up portion 212 a. Therefore, according to the present invention, the user can adsorb an appropriate amount of the cosmetic 231 powder to the puff 12 by a preferable application method, and the puff 12 having an arcuate top edge is in good contact with the skin. In order to provide a good tactile sensation when applied to an appropriate position by the arc-shaped puff 12, the user should apply the adsorbed cosmetic 231 powder uniformly to an appropriate position (for example, the face). Can do.

  If the elastic member 24 is installed in the concave tank 11 of the base body 1 and the puff 12 is pushed up, when the user holds the base body 1 by hand and adheres the powder of the cosmetic product 231 to the puff 12, the application force is reduced. Due to the balance, an excessive amount of powder tends to adhere. Moreover, at the time of makeup, the puff 12 is similarly a problem of application force and angle, and the elastic member 24 is compressed by an improper receiving force, and the touch feeling of the hand at the time of makeup is not good. It cannot be applied evenly. Therefore, in the present invention, the elastic member 24 is installed in the accommodation installation tank 23 of the lid 2.

  The foregoing is only a description of the preferred embodiment of the present invention, and is not intended to limit the present invention, and any other modifications or substitutions of equivalent effects that may be completed without departing from the spirit of the present invention. Are also within the scope of the claims of the present invention.

DESCRIPTION OF SYMBOLS 1 Base 11 Recessed tank 111 Tank opening 12 Puff 12a Top edge 12b Top center 13 Bottom base 14 Pivoting part 2 Lid 21 Inner tank 211 Opening 212 Guide part 212a Push-up part 22 Pivoting member 23 Housing installation tank 231 Cosmetics 232 Guide Parts 232a Plane 232b Slope 233 Localization part 24 Elastic member

Claims (10)

A puff structure with a base and a lid,
A concave tank is installed in the base body, a puff is installed in the concave tank,
The lid body is provided with an inner tank, and the inner tank opening of the lid body corresponds to the axial direction and is installed at the concave tank port of the base body, and the inner tank is provided with a storage installation tank. The storage tank is filled with cosmetics, and an elastic member is installed in the axial direction between the storage tank and the inner tank. The storage tank is accommodated by the elastic member. Move the installation tank in the axial direction in the inner tank,
Thereby, when the lid body covers the base body, the puff is stretched to the cosmetic position, and at this time, the storage tank is moved in the axial direction toward the elastic member, thereby the elastic The member exhibits elastic compression,
Subsequently, when the lid is opened from the base body, the puff is not in contact with the cosmetic, the housing installation tank moves in a direction opposite to the elastic member, and the elastic member is elastically restored. A puff structure characterized by presenting a state. In the inner tank of the lid, at least one guide part is further installed, and the accommodation installation tank corresponds to the guide part, and each guide part is installed,
Thereby, the said accommodation installation tank exhibits the axial direction operation | movement by the said guide part using the said guide part, The puff structure of Claim 1 characterized by the above-mentioned.   The puff structure according to claim 2, wherein the guide portions are installed so as to correspond to each other. Each of the guide parts is further provided with a plane that exhibits a radial direction with the lid body, and the guide parts exhibit a slope that is gradually reduced toward the opposite side of the tank port in the plane,
Moreover, each of the guide portions is provided with a push-up portion corresponding to the plane,
3. The puff structure according to claim 2, wherein, when the lid body leaves the base body, the elastic member exhibits elastic deformation, whereby the flat surface pushes up the push-up portion. The accommodation installation tank corresponds to the elastic member, further installing a localization part,
The puff structure according to claim 1, wherein the elastic member corresponds to one end of the storage installation tank and is installed in the localization portion.   The puff structure according to claim 1, wherein a top edge of the puff is higher than a tank mouth position of the concave tank.   The puff structure according to claim 1, wherein the top center of the puff is higher than the top edge of the puff.   The puff structure according to claim 1, wherein a top end of the puff has an arc shape. The concave tank corresponds to the puff position, and a base is installed,
The puff structure according to claim 1, wherein the bottom base corresponds to the one side of the tank mouth and the puff is installed. The base corresponds to the tank mouth position, and a pivot part is installed.
Moreover, the lid body is provided with a pivot member corresponding to the position of the pivot portion, and the puff structure according to claim 1.

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