Zobele Holding Spa

Zobele Espana, S.a.

Zobele Expana, S.a.

Zobele Espa{grave Over (n)}a, S.a.

Sergio Luque Vera

Dominic Doyle

Ruben Garcia Fabregas

Chao Hsu Lee

Ruben Garcia Fabrega

Fernando Alfonso Gallego

Julio Cesar Ruiz Ballesteros

Jordi Masó Sabaté

Roberto Camarero Díez

Joaquin Llorente Alonso

Rubén García Fábregas

Roberto Camarero Diez

John Hainsworth

Chao Lee

The device for diffusing volatile substances, which comprises a container () to house a liquid containing the volatile substances, a capillary element () partially housed in said container (), a perforated element () through which volatile substances are diffused, and a piezoelectric element () in contact with said perforated element () and in contact with the capillary element (), said piezoelectric element () causing the vibration of said capillary element (), wherein the diffusion device also comprises an elastic element () on which said piezoelectric element () is mounted, said elastic element () being attached to said container () or to a housing () that surrounds said container (). Said elastic element allows the piezoelectric element to be perfectly centered with respect to said capillary element.

Device for diffusing volatile substances

The device for diffusing volatile substances comprises a container () for housing a liquid containing the volatile substances and comprising an outlet for volatile substances () and an air inlet (), and a nebulizer () with which the volatile substances are diffused to the outside, wherein the device for diffusing volatile substances also comprises a dispenser () that connects the volatile substances outlet () and the air inlet () to the nebulizer (); a chamber () in which a mist of volatile substances is generated from the nebulizer (), the chamber comprising an outlet hole () through which the mist of volatile substances exits. It makes it possible to provide a device for releasing volatile substances in which no gas is necessary, natural fragrances can be used and with which good control of the dosage can be achieved.

The device for evaporating volatile substances comprises a heater () which heats a wick () impregnated in said volatile substances and characterised in that said heater () is formed from a printed circuit board () provided with at least one resistor (). It allows a device for evaporating volatile substances to be provided which comprises a heater with a very low thermal mass which allows a rapid increase in the temperature and variation of the working cycles.

Device for evaporating volatile substances

An electric device for evaporating and dispensing volatile substances, such as perfumes and insecticides, using thermal energy, that includes a casing and a container of volatile substance detachably coupled with the casing, heating means arranged in the casing for heating the volatile substance, and control means for controlling the operation of the heating means in accordance with a heating program. The device further includes detection means suitable for detecting an intrinsic characteristic of the container and/or the volatile substance, for example, the color of a part of the container, the shape of a part of the container, the container material, or the volatile substance color. The control means execute a specific heating program for a detected intrinsic characteristic.

Electric device for dispensing volatile substances

A device for evaporation of volatile substances, comprising a housing; a container removably mounted in the housing containing liquid volatile substances; a wick of a porous material, provided with a first end and a second end, wherein at least the first end is contained inside the container; a resistor element arranged to contact the second end of the wick; and connecting means for connecting the device to the mains supply to allow the heating of the resistor element; wherein the resistor element is a coiled wire that forms a compressing spring, and wherein the resistor element is compressed and in contact with the second end of the wick when the container is mounted in the housing.

A device and method for diffusing volatile substances which obtains the energy required for the autonomous operation thereof from one or more photovoltaic cells. The activation periods and switch-on frequency of the emission means are determined adaptively by an electronic controller depending on the light conditions, thereby maximizing the time in which the device diffuses the volatile substance without compromising its autonomy.

Device and method for the automated diffusion of volatile substances comprising a photovoltaic cell

The invention relates to a device for evaporating volatile substances, comprising a heat source () evaporating volatile substances from a refill (), a heat detector () which can detect the heat from said heat source (), and indicating means () connected to said heat detector () emitting an indication when the heat detector () detects the heat from said heat source (), and characterized in that said heat detector () is placed above said heat source (). The invention allows the indicating means to be activated virtually in a simultaneous manner with the placement of the heat emitter.

The device for releasing volatile substances comprises a support () for positioning a receptacle () containing the volatile substances, and means for generating a flow of air for releasing the volatile substances, and which is characterized in that said means for generating a flow of air comprise a mobile body () joined to said support (), at least one magnet () disposed in said mobile body (), and means for generating a magnetic flux (), the operation of which causes the movement of said mobile body () by means of the repulsive force between the at least one magnet () in the mobile body () and the magnetic flux. An improvement in the energy consumption is permitted, using a low-consumption periodic operation, aided by magnetic means.

Device for releasing volatile substances

A device for releasing volatile substances comprising a container containing the volatile substances located in a fixed position, and means for generating an air flow in order to release the volatile substances, the means for generating an air flow comprising a movable body, the movement of which generates the air flow; at least one magnet arranged on said movable body; and means for generating magnetic flux, the actuation of which causes the displacement of the movable body by means of the repulsion force between said at least one magnet in the movable body and the magnetic flux. The device enables energy consumption to be improved by using magnetically assisted periodic low-consumption actuation.

A device for diffusing volatile substances includes a container for the volatile substances, a diffuser configured to diffuse the volatile substances, and at least one battery configured to supply energy to the diffuser. The device also includes a controller detecting data from at least one of the components of the device and determining the period of time during which the at least one battery supplies energy to the diffuser according to the data. This device allows the yield and efficiency to be improved, provides the desired products, and reduces consumption of the batteries.

Device and method for diffusing volatile substances

The device for diffusing volatile substances comprises means for generating an air stream, and is characterized in that said means for generating an air stream comprise a flexible sheet () and at least one piezoelectric element (), such that said piezoelectric element () causes said flexible sheet () to expand and shrink to generate the air stream. It allows generating an air flow that is adapted to the geometry of the evaporation surface.

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Barcelona, Spain

Sergio Luque Vera