FR2669609A1 - Lever-controlled optic with drip-guard - Google Patents

Abstract

Device to be used as an optic without contact between the glass and the optic. The invention relates to a device making it possible to use an optic without there being any contact between the edge of the glass and the optic operating arm. The invention, by this new system, furthermore associates the creation of a drip-guard preventing the optic from dripping after use or even in the rest state but always remaining ready for use. Furthermore, this prevents any insect from entering the axis of the optic and then being able to appear in a customer's glass.

Description

The present invention relates to a device for serving by dosing
any alcohol, spirits, liqueur, anise, syrup without the
edge of the glass comes into contact with the dispenser.
in addition a drip tray to avoid pollution of the device as well
that any leak.

The handling for opening the dispensers is traditionally
made by pushing with the edge of the glass which is not hygienic
after several manipulations.

The device according to the invention makes it possible to remedy this inconvenient
while improving the sealing of the dispenser through a
drip tray.

It has a lever connected, via a rivet, to a tongue
stainless steel this to transform the force in the direction of the push into a
force from bottom to top by opening the diamond point which acts as
dropper.

The lever may have the external shape of fingers, a stop on its
different height and inclination and length.

The stainless steel tongue can be manufactured in different shapes and materials
This tab is attached to the dispenser between the tank and the brand holder.

they attached drawings illustrate the invention:
FIG. 1 represents the profile manipulation lever.

FIG. 3 represents the axis of attachment of the manipulation arm
FIG. 2 represents the manipulation lever in section.

 -Figure 4 represents the tongue with the diamond tip for the drip stopper.

 -Figure 5 represents the stainless steel tab.

With reference to these drawings, the device in FIG. 1 comprises an arm for
manipulation with in the axis connected to the latter, a tab on
which is a diamond point to obstruct the hole of the axis
Figure 4 The diameter of the part hole Figure 4, diameter
7 mm, being equal to the median diameter of the diamond tip of the drip tray
A figure 1.

The length of the manipulator arm in Figure 1 and the shape of the latter
are such as a simple user pressure on the
lever Figure 4 is multiplied and allows the opening of the drip tray
A, the rise of the metering mechanism and therefore the flow of the dose without
for this reason the edge of the glass has come into contact with the dispenser.

The stainless steel tab in figure 5 allows leverage between the figure axis
4 and the fixing hole B.

I The fixing between the axis in figure 4 and the hole B is made by a rivet
aluminum or any other method of attachment; but always leaving
free articulation of these two parts, one with respect to the other.

This mobility of the arm relative to the tongue is created by a fold
circular age C of the tip of the tongue.

-The device according to the invention is particularly intended for opening-
of the dispensers without bringing the edge of the glass into contact with it,
as well as the creation of a drip plug obstructing the axis to avoid any
drop of alcohol or other under the dosers, as well as the presence of any insect in the opening of the axis.

Claims (5)

CLAIM  1) The device for operating the contactless dispenser  between the edge of the glass and the dispenser has a manipulating arm (Figure 1), having a lever of variable length and a drip cap "A" having a cone-shaped tip at the end of "A", entering  the hole in the room (figure 4> this arm is articulated by the inter  medial of a rivet inserted in the hole "Bn and the part (figure 5) in  bending "C".  2) Device according to claim (1) characterized in ee qutil  has a tab (Figure 5) folded so that it is aligned  ment of hole B.  3) Device according to claims 1 and 2 that the part nA "closes  the orifice of the part (Figure 4) in the rest position.  4) Device according to the preceding claims that under a  weak push on the part (igure 1) opens the part (figure 4) by lever  between the upper part of the part (figure 4) and the tongue "A".  5) Device according to any of the preceding claims  that the edge of the arm (Figure 2) may have a grooving system, or  to prevent the upper flat of the fingers from sliding along  of the arm (figure