Patent classifications
G09F2005/046
Removable fragrance sampler
A removable fragrance sampler is disclosed in which the sampler comprises a bottom ply having an upper surface and a lower surface with the lower surface having a layer of re-positionable pressure sensitive adhesive and a top ply having a sample material therein, the top ply being attached to the upper surface of the bottom ply, and the bottom ply being larger than the top ply.
MAGNETIC DISPLAY UNIT AND METHOD
A display unit of the present invention includes: a base; and an arm extending from the base, the arm having an end portion for removably retaining a dispenser of material vertically above a surface; wherein the end portion and the dispenser are magnetically coupled in a removable retained configuration. The dispenser is associated with a cap; wherein the cap includes a first magnetically-sensitive member, and the cap is fixed to a bottom portion of the end portion; and wherein the dispenser includes a second magnetically-sensitive member which is magnetically coupled and removably attached to the first magnetically-sensitive member. The second magnetically-sensitive member is composed of a permanent magnet. In an alternative embodiment, the dispenser includes: a container of the material; an outlet connected to the container; and a collar mounted to at least one of the container or the outlet, with the collar including the second magnetically-sensitive member.
ROTATIVE PROCESS OF COSMETIC SAMPLE PRODUCTION, COSMETIC SAMPLES AND AUTOMATIC COSMETIC SAMPLE APPLICATION
It is described a rotative process of cosmetic sample (40) production, particularly used for automatic sample (40) application in magazines, catalogues or showcase cards. It is also described a cosmetic sample (40) produced in sample reels (31) through rotative process of cosmetic sample production and endowed with a second surface (45) containing adhesive material (46) for automatic applications on surfaces. At last it is described an automatic sample application (40) on surfaces (70), increasing substantiality productivity, application quality and hygiene when manipulating samples (40).