A wiping device for a fluid product applicator including a first part forming a support, a second part forming a wiping sleeve, the wiping sleeve making it possible to wipe an applicator stick immersing in a liquid product, the first part forming a support including an annular base resting on a mouth of the container, with an axial bearing collar and a tubular portion, the second part forming a wiping sleeve including a central passage and a wiping lip, with a plurality of legs extending from the annular base towards the sleeve, the legs being separated by secondary passages, which are located radially outside the sleeve and radially inside the tubular portion of the base, with an upper wiping lip having a free edge arranged in a plane located in the vicinity of the upper plane of the collar of the base.

A resealable, access-resistant assembly, including a cap and a stem, is configured to fasten to a container by way of opposing tabs that, when pinched towards each other, deflect from a locked to unlocked position to then be separated (e.g., lifted off of or unscrewed) from the container. The cap is permanently affixed or removably coupled to a stem that extends down from the cap into the container. When the cap is separated from the container, the stem may be positioned to extend into the container to engage material within it or for other miscellaneous uses.

A resealable, access-resistant assembly, including a cap and a stem, is configured to fasten to a container by way of opposing tabs that, when pinched towards each other, deflect from a locked to unlocked position to then be separated (e.g., lifted off of or unscrewed) from the container. The cap is permanently affixed or removably coupled to a stem that extends down from the cap into the container. When the cap is separated from the container, the stem may be positioned to extend into the container to engage material within it or for other miscellaneous uses.

A blister container having an applicator therein, used for cosmetic, medical and industrial products that is convenient to use and allows realizing the function of liquid contents, more specifically, a blister container configured to have a lower portion for accommodating cosmetic liquid so that the dual function of accommodating liquid contents as well as packaging the applicator can be achieved at the same time, a middle portion connected to an upper side of the container portion, configured to have a wiper-attached shoulder to mount an applicator cap and adjust the application amount and the usage amount, and an upper portion formed with a handle-package portion for sealing the handle portion of an applicator-attached cap.

A blister container having an applicator therein, used for cosmetic, medical and industrial products that is convenient to use and allows realizing the function of liquid contents, more specifically, a blister container configured to have a lower portion for accommodating cosmetic liquid so that the dual function of accommodating liquid contents as well as packaging the applicator can be achieved at the same time, a middle portion connected to an upper side of the container portion, configured to have a wiper-attached shoulder to mount an applicator cap and adjust the application amount and the usage amount, and an upper portion formed with a handle-package portion for sealing the handle portion of an applicator-attached cap.

Disclosed is a cosmetic dropper which includes a container main body having a container body in which a cosmetic liquid is stored and a cap part detachably coupled to the container body; a pipette coupling part coupled to the cap part; a pipette part having a pipette member coupled to the pipette coupling part, a piston coupling bar provided to elevate inside the pipette member, and a piston part coupled to an end of the piston coupling part to elevate together with the piston coupling bar and allows the cosmetic liquid to be suctioned into the pipette member or discharged to the outside reversely; and a separation prevention part coupled to the piston coupling bar so as to cover an outer wall of the piston coupling bar to prevent the end of the piston coupling bar from being separated to the outside of the pipette member.

Disclosed is a cosmetic dropper which includes a container main body having a container body in which a cosmetic liquid is stored and a cap part detachably coupled to the container body; a pipette coupling part coupled to the cap part; a pipette part having a pipette member coupled to the pipette coupling part, a piston coupling bar provided to elevate inside the pipette member, and a piston part coupled to an end of the piston coupling part to elevate together with the piston coupling bar and allows the cosmetic liquid to be suctioned into the pipette member or discharged to the outside reversely; and a separation prevention part coupled to the piston coupling bar so as to cover an outer wall of the piston coupling bar to prevent the end of the piston coupling bar from being separated to the outside of the pipette member.

A shaker device can include a cap configured to be resiliently fit around at least a portion of a container to seal an opening of the container and to engage the cap to the container to hold the cap to the container. The shaker device can include a mixing stalk attached to the cap and configured to hang into the container when the cap is sealing the opening of the container.

A shaker device can include a cap configured to be resiliently fit around at least a portion of a container to seal an opening of the container and to engage the cap to the container to hold the cap to the container. The shaker device can include a mixing stalk attached to the cap and configured to hang into the container when the cap is sealing the opening of the container.

The present invention relates generally to an improved drywall finishing system. The system is comprised of a container, a powdered compound and an applicator, and several methods of applying the compound to a drywall surface via the applicator. The first method of the system involves applying the compound to a drywall surface via the applicator to detect rough, un-sanded, or improperly sanded areas that can then be re-sanded as needed. Further, the second method of the system involves applying the compound to a drywall surface wherein the powder adheres to any high spots, low spots, or imperfections in the surface, wherein said spots can be re-sanded as needed.