Power Container Corp

Laboratoire De La Mer

Green Technologies Sarl

Laboratoires Goemar S.a.

Chris Nimmo

Olivier Bertaud

Jean-Claude Yvin

Jean-Marie Joubert

Anne Beaulieu

Ludovic Mimot

Alain Bailli

An aqueous ionic solution based on dissolved mineral salts, in particular intended for throat care, especially for the treatment, prevention and relief of manifestations related to sore throats. The aqueous ionic solution includes: by way of aqueous solvent, at least 20% by weight, with respect to the total weight of the composition, of a hypertonic solution of mineral salts having an osmolality greater than 350 mOsm/kg; at least 50% of one or more polyols of plant origin, by weight with respect to the total weight of the ionic solution; at least one sucrose and C8-C24 fatty acid ester, by weight with respect to the total weight of the ionic solution; and a non-alcoholic extract of propolis and/or between 1% and 8% honey, by weight with respect to the total weight of the ionic solution.

Aqueous ionic solution, made from dissolved mineral salts, in particular intended for throat care

The invention relates to a bag of variable volume able to contain fluids and designed to be introduced into a container through the container's neck, said bag consisting of a pouch with one closed end and one open end, the open end being dimensionally stable over temperature ranges of from &#x2212;30 to 55&#xb0; C., to a device incorporating said bag and to a process for filling it.

Variable volume pocket, fluid dispensing device comprising said pocket and method for filling said device

Disclosed is a method for producing a dispensing device (). The method includes mounting a valve () into a dispensing opening () of an internal reservoir () with a variable volume, sealingly attaching an attachment sleeve () made of thermoplastic polymer to the internal reservoir (), disposing the internal reservoir () and the valve () inside an external container () made of thermoplastic polymer, placing the attachment sleeve () opposite to and at a distance from a mounting opening () of the external container (), inserting through the mounting opening () a pressurized gas between the internal reservoir () and the external container (), and closing off the mounting opening () with the attachment sleeve () and welding the attachment sleeve () and the external container () to one another.

Method for producing a device for dispensing fluid product under pressure, apparatus for implementing such a method and device for dispensing fluid product under pressure

Device adapted to deliver fluids, in particular medicines, under pressure, comprising a receptacleof variable volume in a form or shape of a pouch or flexible container of general cylindrical shape with exclusively longitudinal pleatscontaining the fluid under pressure to be delivered and equipped with an actuator C permitting to open a valve, to enable the aforementioned fluid to be delivered, the whole being located inside a receptaclecapable of resisting to an elevated internal pressure, the internal volume of this last receptacle comprised between its wall and the receptacle of variable volume being filled with a neutral gas under a pressure sufficient to exert on the receptacle of variable volume a pneumatic constraint sufficient to permit the delivery of the therein contained fluid when the above-said valve permitting the said delivery is operated by the aforementioned actuator C.

Fluid delivery device

The present invention relates to a method for making flours having a high food safety level comprising the grinding of grains previously cleaned and moistened, characterized in that, prior to or simultaneously with said grinding, said grains are brought into contact with ozone produced from a carrier gas, preferably in a quantity of between 0.5 and 20 expressed in grams of ozone per kilo of grains.

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Boulogne, France

Olivier Bertaud