This invention relates generally to dispensing of cosmetic fluid, and more particularly to controlled and metered dispensing of such fluid.
There is need for means to control and thereby conserve cosmetic fluid use and dispensing, via a wand and also to enable controlled metering dispensing by means of apparatus that is easily usable and storable in readily dispensing mode, for simple, reliable instant use of the dispensing wand.
It is a major object of the invention to provide an improved and preferred cosmetic fluid dispenser meeting the above need. Basically, the dispenser comprises:
a) a generally tubular body,
b) a generally tubular body extension forming a cosmetic fluid container,
c) a longitudinally elongated wand received endwise into the container, the wand having a fluid applicator at one end of the wand to contact the fluid,
d) means responsive to manual relative rotation of the body and extension to progressively bodily displace the wand endwise to a removal position in which a portion of the wand projects from the body, for grasping and pull-out of the wand from the body,
e) whereby the removed wand may be used to cosmetically dispense fluid from the applicator, following which the wand is returned to the body, and endwise retraction into the body and body extension.
Another object is to provide the actuation means in the form of a jacket extending about the wand to be movable therewith, and a driven element engaging the jacket to advance and retract the jacket and wand in response to said relative rotation. As will be seen, the jacket and driven element may have screw engagement to advance or retract the jacket, longitudinally, as the driven element is rotated by relative rotation of the body and its extension. In this regard, the jacket is preferably tubular to removably receive the wand in fitted engagement, for longitudinal wand advancement and retraction and for wand pull-out from the jacket.
A further object is to provide an external and annular flange on the wand to project about the wand axis, and a sealing sleeve extending about the wand to seat the flange as the wand is returned to retracted position.
As will be seen, that sleeve may be elastomeric with taper in a wand returning direction to efficiently and adjustably seal about and against the wand surface during such returning of the applicator into fluid in the body extension.
The applicator may comprise any of the following:
a) mascara applicator,
b) sponge,
c) eyeliner applicator
d) skin engager.
Also, the body extension is preferably transparent for enabling visual status identification of the applicator, and re-fillable fluid in the container.
These and other objects and advantages of the invention, as well as the details of an illustrative embodiment, will be more fully understood from the following specification and drawings, in which:
a is a section taken on lines 2a-2a of
Referring first to the preferred dispenser 10 shown in
In accordance with the invention, means or mechanism is provided to be responsive to relative rotation of body 11 and extension 12, about axis 17, to progressively and bodily displace the wand endwise of the body to a wand pull-out position seen in
The means referred to above includes a jacket 25 extending about the wand to be movable endwise with the wand in the body 11; and a driven element 26 peripherally engages the jacket to advance and retract it endwise in response to clockwise and counterclockwise relative rotation of the body 11 and its extension 12. Such engagement may be a screw thread engagement at 27, of tubular driven element 26 with the jacket 25. The jacket may consist of elastomeric material, to lightly grip and seal against the wand, while enabling withdrawal of the wand endwise from the jacket, as well as endwise re-insertion of the wand into and through the jacket. See
The wand typically has an annular seating and sealing wand flange 29 projecting about the wand axis, and there is a sealing sleeve 30 extending about the wand to seat the flange as the wand is returned to retracted position. Sleeve 30 tapers in a wand returning direction in said extension to seal against the wand surface during such returning.
The driven element 26 (driven by 11 and 31) engages the jacket 27 to advance and retract the jacket and wand in response to said relative rotation. The jacket and element 31 have screw threaded engagement. As shown, the jacket is tubular to removably receive the wand in fitted engagement, for longitudinal wand advancement and retraction and for wand pull-out from the jacket. Sealing sleeve 30 extend upwardly at 30a to seal against the bore of 12.
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Number | Date | Country | |
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20140348565 A1 | Nov 2014 | US |