Stem Pops
A stem pops for round or hexagonal stemware that can be attached and removed to the stem of the stemware for the purpose of decoration.
Not Applicable
STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENTNot Applicable
REFERENCE TO SEQUENCE LISTING, A TABLE, OR A COMPUTER PROGRAM LISTING COMPACT DISCNot Applicable
DESCRIPTION Field of the inventionThis invention relates to the individualization of stemware by the attachment of a stem pops, a removable piece that fastens around the stem of stemware, wherein the stem pops improves functionality by making the stemware easier to hold, preventing condensation from collecting where the stemware might be held, and insulating a beverage contained within the stemware from heat from heat originating from the stemware holder, as well as providing a decorative characteristic for the stemware.
BACKGROUND OF THE INVENTIONThis application is a continuation in part of U.S. patent application Ser. No. 14/541,304 filed Nov. 14, 2014. The benefit of the earlier filing date of the aforementioned U.S. patent application Ser. No. 14/541,304 is hereby claimed.
The stem pops is designed to add decoration to stemware while improving the functionality of the stemware to which it is attached by making the stemware easier to hold, preventing condensation from collecting where the stemware might be held, and insulating a beverage contained within the stemware from heat from heat originating from the stemware holder. The stem pops attaches around the stem of stemware in such a fashion so as to allow the user of the stemware to continue to hold the stemware by its stem without fear the stem of the stemware would slip out of the stem pops as a result of the elastic nature of the stem pops.
An attempt has been made to address decorative attachments to stemware.
In U.S. Pat. No. D505,588 Wax discloses a flat wine stem id ring that attaches around the stem of a wine glass that appears to cover the base of the glass, whereas the present disclosure reveals a stem pops that wraps around the length of the stem of the stemware.
SUMMARY OF THE INVENTIONA stem pops is designed to attach along the length of a stem of stemware wherein the stem pops improves functionality because the stem pops makes the stemware easier to hold, prevents condensation from collecting where the stemware might be held, and insulates a beverage contained within the stemware from heat from heat originating from the stemware holder, as well as providing a decorative characteristic for the stemware. The stem pops is made from a formed elastic material capable of returning its original shape after being attached around the stem of the stemware, such that the formed material can be opened to allow the stem of the stem of the stemware to be inserted into the stem pops, thereafter, the stem pops elastically returns to its original shape and closes around the stem of the stemware. Later, the stem pops can be re-opened and removed from the stem of the stemware and the elastic nature of the stem pops allows the stem pops to be reused. The preferred embodiments of the stem pops include hexagonally a shaped stem pops, a square shaped stem pops, and a round shaped stem pops, although other shapes are possible.
The present disclosure reveals a stem pops 1, an article of manufacture that improves the functionality of stemware 2 because the stem pops 1 makes the stemware 2 easier to hold by the stem 18 because the stem pop 1 increases the thickness of the stem 18 of the stemware, the stem pops creates a barrier between condensation that collects on the stem of stemware and exterior 19 of the stem pops 1 where the stemware is held by the stem of the stemware 2, and the stem pops insulates a beverage contained within the stemware 2 from heat from heat originating from the stemware 2 holder as the stemware holder holds the stemware by the stem 18, as well as providing a decorative characteristic for the stemware 2. Each stem pops 1 made of formed elastic material with the capability of having sufficient elasticity so that the stem pops 1 can be opened to allow the stem of stemware 2 to be inserted or removed from the stem pops 1 and thereafter, the elastic nature of the formed material returns to the stem pops 1 to its original shape. The stem pops 1 is designed to fit a hexagonally shaped stem 3, a square shaped stem 4, and a round shaped stem 5.
Claims
1. A stem pops that attaches along the length of stemware to improve the functionality of stemware comprising:
- formed elastic material that increases the thickness of a stem of the stemware, creates a barrier between condensation that collects on the stem of stemware and exterior of the stem pops where the stemware is held by the stem, insulates a beverage contained within the stemware 2 from heat originating from a stemware 2 holder as the stemware holder holds the stemware by the stem
- the formed elastic material can be opened to allow the stem of stemware to be inserted into the stem pops;
- once the stem of stemware is inserted into the stem pops, the formed elastic material returns to its original shape around the stem of the stemware;
- the stem pops can be reopened to allow the stemware to be removed from the stem pops;
- once the stem of the stemware is removed from the stem pops, the stem pops returns to its original shape to allow for reuse; and
- the stem pops attaches around the stem of stemware in such a fashion so as to allow the stemware to be held by its stem without fear the stem of the stemware would slip out of the stem pops, adding decoration to stemware without interfering with the utility of the stemware.
2. The stem pops of claim 1 where the shape of the stem pops is designed to fit hexagonally shaped stemware.
3. The stem pops of claim 1 where the shape of the stem pops is designed to fit square shaped stemware.
4. The stem pops of claim 1 where the shape of the stem pops is designed to fit round shaped stemware to improve the ability to hold stemware, prevent condensation from contacting the holders hand and insulate the beverage contained within the stem pops.
Type: Application
Filed: Jan 3, 2017
Publication Date: Apr 27, 2017
Inventor: Patricia Sabater (Crdova, TN)
Application Number: 15/397,025