FR3071156A1 - CONSUMABLE OR RECHARGEABLE CARTRIDGE SUITABLE FOR USE IN A PORTABLE OR FIXED SYNCHRONIZED OLFACTIVE BROADCASTING DEVICE - Google Patents

Abstract

Smell is one of the most important human senses of survival (detection of dangers and threats), of life (food, pheromones ...) but also of the social valence (the hedonistic character of perfume, beauty, seduction, food arts ...). Long regarded as a minor meaning because of its analogies with the animal world (Socrates and more recently Freud or Broca), his study has never been the subject of fundamental research leading to advanced industrial applications. On the other hand, attempts at olfactory synchronization in the twentieth century (ODORAMAX, ODORAVISION, etc.) have collided with the lack of sufficiently precise techniques and technologies to manage in a flexible and Directed the management of perfumes or synthetic odors because of their molecular nature which excludes any approach of precise control or digitization specific to visual and auditory information. The purpose of the invention described below is to equip with an innovative consumable and connected an olfactory diffusion machine deposited in the No. FR1770955 allowing a generation or synthesis of a composite atmosphere odors related and adapted external circumstances, including objects connected through advertising media, connected functional objects or a relative position established by an electronic system or remote applications or integrated into the device itself. These mechanical actions are synchronized by an onboard electronic interface autonomous or connectable remotely. It allows in relation to a predefined programmed scenario, or by receiving any synchronization information from software, application or connected intelligence, to increase the degree of immersion of customers, patients or collaborators by making the scenes more realistic in particular by the use of messages or olfactory stimuli either as a support for the other senses usually used, or in a new way as an information device. The multiple applications concern the improvement or even the transformation of the sensory perception of individuals by acting on their psyche and in particular the organic interface limbic system / Hipocampus / Neo-Cortex responsible in particular for the process of human memory through the encoding of information created by an electrical process created by olfactory neurons (NO) receptors of odoriferous volatile molecules in the air carrying olfactory information. This action of multi-nebulization and / or atomization synchronized and micro-diffused towards the human nasal apparatus.

Description

State of the art

Smell is one of the predominant human senses of survival (detection of dangers and threats), of life (food, pheromones ...) but also of social valence (the hedonistic character of perfumery, beauty, seduction, food arts ...). Long considered a minor meaning because of its analogies with the animal world (Socrates then more recently Freud or de Broca), its study has never been the subject of fundamental research leading to advanced industrial applications. On the other hand, the olfactory synchronization attempts in the 20th century encountered (Failures of ODORAMAX, ODORAVISION ... etc.) To the absence of sufficiently precise techniques and technologies making it possible to manage in a flexible way and directed the management of synthetic perfumes or odors because of their molecular nature which excludes any precise control or even digitization approach specific to visual and auditory information. Indeed, the photonic image is driven by light at 300,000 km / s, the vibratory nature probe by air at 340 m / s but the scent is molecular in nature (volatile) and must be driven by a dynamic carrier fluids which have different propagation regimes depending on flows and ambient atmospheric conditions.

It has for the moment been left behind given the difficulty of its implementation and in particular the fact that an odor must both be adapted to the circumstance, not persist outside these external circumstances and may be composite because from several sources; moreover, in certain circumstances it is necessary to take account of external odors in order to modulate the level of the aromas which are associated in the composition of the desired odor. All of these requirements require both a mastery of synthetic chemistry but also in many other different technical fields such as the dynamics of fluids and molecules, which must be integrated into a portable and ergonomic device. The state of the art of all these technologies was not previously mature for the execution according to the invention.

At the beginning of the 21 ^st century, the evolution of connected entertainment and multimedia in particular prompted the patent writers of cedomaine to extend their writing by adding Coder to the other senses, mainly the sound and the image which are good on those which have been used. in systems that have emerged over the past two decades. Position and location have also been the subject of numerous developments.

More recently, patents relating to the technologies marketed under the names SMELLIT © (brand) and ODORAVISION © (brand) offer audio-visual and olfactory coordination without offering an individual and portable solution integrated into virtual and augmented reality headsets, without no longer solve the problem of "olfactory fog" resulting from the accumulation in a room of all sizes of several strata of opposite perfumes with uncontrollable effects.

More recently, the same phenomenon can be observed in articles on the future and in patent applications on the interactions between sensors or sensory transmitters which can be connected to remote servers, in particular using telephones. These patents, like application EP 2632 191, only give fragmentary indications on the practical realization of such interactions at a distance and in particular the key device for the production / emission / recovery of odorous volatile molecules.

More recently, the company UBISOFT made a remarkable demonstration by revealing a prototype of odor generation coupled with its virtual reality devices, the device presented consists only of fixed unit containers, removable manually, and offering only a range limited fragrance to an essence that cannot be combined simultaneously with other audiovisual systems. The main interest of the approach carried out in this context is the demonstration that a return is interesting from the point of view of its interactivity between an action led by a person, or triggered by a film and the image “feedback” and / or of sound that can be received and or interpreted either directly by another player, or as part of a statistical analysis on behalf of film producers or cinema exhibitors in a non-invasive form, in particular by simply measuring the accelerations associated with scenes from the film and / or the scents broadcast.

Patent W0 / 03 088627 of 2003 discloses a portable device capable of delivering an odor selected from a predetermined basket but does not provide any precise or innovative element on the technique or the process used to allow the diffusion of odorous molecules. It only refers to a scent generator without more precision or technical detail.

There is disclosed in application EP 2 777 718 a device for diffusing perfume, in particular dedicated to motor vehicles. Such a device is by its nature limited to the diffusion of a limited number of perfumes and is not designed for use which can adapt to a wide variety of circumstances. The system does not present any innovation in terms of directed micro-diffusion and does not explain on what principle of odor generation it is based. In addition, the defined odors cannot be neutralized in the sense of the destruction of odor as proposed in the rest of our invention; but by masking embodiments; especially by saturation.

The patent filed in 2009 and listed under the reference WO 0555459 describes an original perfume generation device from a cavity which has just been animated with a vibrating device. Such a device is not usable in itself in the present invention, in particular by the fact that industrially, it requires the production of a means which is not standard. This device also presents chemical constraints due to the porosity of the system by its non-occlusion, problem exceeded and resolved by the invention. In addition, it is based on a principle of diffusion from mechanical oscillations which are not the subject of this patent. Other numerous inventions which we will not mention exhaustively relate to the diffusion of odor, most of the time by focusing on an original technical achievement, such as applications or patents FR2944705; FR2959937; WO2013 / 076033; 2014 WO / 182337; 2014 / EP 2769862.

The 2006 application WO 032866 describes a portable odor diffuser usable in the field of learning, it is especially oriented towards the design of said device at the mechanical and fluid level, this description does not correspond either to the use which is envisaged, nor to the packaging envisaged in order to be able to be coupled in particular to a virtual reality headset.

Application 2014 WO 154909 shows schematically an odor diffusion system by the generation of a flow of air or gas without precisely describing the mechanical, electrical or vibratory principle objects of this patent responsible for the generation of diffusion. The size of the system presented also excludes any miniaturization.

Application EP 2 965 692 discloses the creation of a system grouping together an odor generation device without the diffusion principle being described, in order to reinforce the cognition processes and the memorization of processes. This invention does not describe the processes used and does not disclose the techniques used to diffuse, orient and control olfactory synchronization.

Application 2014 WO 028372 discloses the use of an odor generation device from a multiplicity of fragrances, this device works from a gas flow which passes through a multiplicity of channels each corresponding to an odor and manages their relative intensity by closing a valve. This process has many drawbacks, including in particular the persistence of odors and can be used especially when it is necessary to reconstitute an odor from particular fragrances. If, for example, one wishes to generate more than a dozen odors for an advertising scenario, this device should carry hundreds of basic aromas in order to be able to generate them in the moment. This is contrary to the regulations on French and international certifications IFRA (International Fragrance Association) which prohibits the diffusion of a smell without prior IFRA certification. It is therefore unsuitable for the industrial and commercial target which is that of the present application, in particular by the fact that different instants will require obtaining a total rupture from one instant to another, the production process of which is not not described in said application, invention.

Application W02015 / 043803 discloses an odor generator from a gas flow which successively licks several odor emitting compartments and which can be closed or opened but for simultaneous diffusion. This solution is not suitable for calibrated odor diffusion management, as are the patented spray heads which allow precise calculation of the quantity of odorous liquid emitted. In addition, the devices exclude a multiplicity of odors taken separately: no detected or selected flow is detected capable of emitting several perfumes according to a pre-established or controlled sequence.

Patent application WO2015 / 145453 describes a device controlled by a computer or a microprocessor, and a method adapted to the diffusion of odors linked to the physical presence or to the realization of an expected event in a determined physical area. It schematizes only the global synchronization system without a technical broadcasting application.

The application W02016 / 034131 describes a device which makes it possible to increase with the odors, the information transmitted by headphones adaptable either on a telephone or on a computer, likewise the application WO2016 / 147544 or even the application patent n ° EP1570868 introduces the same request for a distribution by an air conditioning or ventilation system. These requests do not describe any state of the art of the mode or the principle of dissemination. They only deal with the technical usage environment.

Likewise, the application FR 3007540 describes a device which allows awakening in odor with an exchangeable cartridge, this device only addresses a limited event and an essential oil pod subjected to an air flow. This device is therefore proprietary and is not suitable for ad hoc use linked to interaction with external events.

Application W02015 / 080117 discloses the production of an odor generator from dry extract by a forced flow of air through chambers containing said extracts. Such a device is not suitable for the production of certain odors and it is more difficult to implement the production of custom smells, therefore describing for example a particular situation linked to an event described by words or images in such conditioning. The device does not allow fine calibration of the olfactory emission specific to the directed micro-emission object of the deposit. In addition, the device described does not show how it can eliminate odors, because afterglow also exists with dry extracts and the particles which temporarily settle in a corner can then be released and come to give the instant following a polluted odor because completely unsuitable for the new scene. This is one of the reasons which prompted us to develop a device which is both easy to supply with industrial containers usually used by perfumers in particular and which also allows us to choose either to mix several odors or to eliminate the odor used to use another, completely different and perfectly adapted to a new context, all of these operations being managed electronically and in relation to information coming in particular from connected objects or other actors too connected.

Patent No. US2010 / 0044460 A1 is based on a piezoelectric diffusion principle claimed to allow the diffusion of a precisely calibrated odor. This technical principle is not retained or followed by the present invention due to the porosity of the system which could not obscure the tank and its odorous content from the surrounding air. A pollution effect by mixing is to be expected in the case of multi-perfume diffusion.

Application No. WO / 2014/154909 is based on the principle of an olfactory cartridge, but it does not specify how the carrier gas line is managed or how cegaz reaches the nasal cavity of an individual.

Finally, patent application No. FR1770955 filed on 09/12/2017 incorporates into its operation the description of a consumable cartridge subject to the filing. This cartridge, whose brand name deposited by Mr. Alexandre JUVING on 09/13/2017 under number INPI 4387985 is JOCC for Joint O / factory Connected Cartridge is the subject of the descriptions, claims and figures below.

Description:

The purpose of the invention described below is to equip with an innovative and connected consumable an olfactory diffusion machine which is the subject of filing no. FR1770955 and allows a generation or synthesis of a composite atmosphere of linked odors and adapted to external circumstances, in particular by objects connected through advertising media, connected functional objects or a relative position established by an electronic system or remote applications or integrated into the device itself. Furthermore, the existing devices are not quickly adaptable to the industrial level for the use of existing packaging of perfume and use only one means, which is often proprietary. In addition, the problem of the persistence of odors and the management of user perception is not taken into account, either for the management of the device's sensitivity to ambient odors or for the analysis of the reaction from a customer or consumer.

The invention relates to a consumable essential to the operation of the portable or fixed device which is the subject of deposit FR1770955, for individual or collective use, for the synchronized, intelligent and connected diffusion of volatile substances in the air such as multiple odors and perfumes and manage it according to external conditions in time and space or according to virtual information coming from data or programs with which it would be connected in a network, including:

a sequence of housings with glass capsules, the number of which may vary depending on the configuration of use, an RFID chip (Radio Frequency Identification) an NFC chip (Near Field Communication) replacing the RFID chip according to use a battery a series of lanes hot air extraction [8] which will allow the air flow to come into contact in the terminal part of the manifold system, making it possible not to pollute by the effect of remanence due to the autonomy of each channel,

Advantageously, it comprises specific channels of variable number allowing a micro-jack capable of axially actuating the capsules of the cartridges of the mechanical type one by one and of creating a "Venturi" effect by the compression of the tube / spray assembly. -Pump which nebulizes the perfumed liquid contained in the container,

Advantageously, the device has an electronic system for communicating consumption information necessary for atomizing liquid as contained in cartridges of the vibratory type which allows ultrasonic nebulization of the perfumed liquid and ensuring remote monitoring.

Advantageously, the cartridges of the “mechanical” type and of the “vibratory” type can be used simultaneously.

Advantageously, the diffusion context which determines the choice and the duration of diffusion of a perfume or odor can combine information coming from an external means connected or previously loaded in memory and simultaneously or in a programmed way information coming from sensors or means for understanding the immediate environment around the user by means of all the electronic components assembled in claim 1.

Advantageously, the device has an electronic, magnetic or induction connection positioned on the sides of the motor-hub-base [2] by one of the means known according to the state of the art in order to be able to interact with the level of fragrance synchronization and user response with remote computing and programs on the global network.

Advantageously, the diffusion of the desired quantity of the selected perfume or odor is carried out inside a cavity or a channel formed or coated on the surface with an adsorbent material, this absorbent material being selected as for its composition and its surface condition to present characteristics of maximum water repellency allowing any proportion of the odorous amount diffused not to deposit on the conduit.

Advantageously, the device can be carried out to destroy the odor by the use of a specific cartridge containing a product which neutralizes perfumes, deodorant or oxidant.

Advantageously, the recharging of the device can be carried out on the one hand on a 110V or 220V mains socket and on the other hand by photovoltaic electricity, in particular by solar cells which can be positioned on the top of the system or of its models. application.

In order to take into account these different requirements which will allow industrial and commercial development of the concept of generation of portable odor, the solutions according to the inventor are described in the present invention.

There is described below a device for diffusing volatile substances into the air, and more particularly functional suitable for selecting, actuating and then diffusing a perfumed or odoriferous liquid encapsulated and disposed in at least one refillable or consumable multi-capsule cartridge object of the present deposit and corresponding to parts B of figures (1), (2) and (3) as well as figures (4) and (5).

These mechanical actions are synchronized by a self-contained on-board electronic interface or remotely connectable. It allows compared to a predefined programmed scenario, or by the reception of any synchronization information coming from a software, application or connected intelligence, to increase the degree of immersion of the customers, patients or collaborators by making the scenes more realistic in particular by the use of olfactory messages or symbols either as a support for the other senses usually used, or in a new way as an information device. The multiple applications concern the improvement or even the transformation of the sensory perception of individuals by acting on their psyche and in particular the organic interface of the limbic system / Hippocampus / Neo-Cortex responsible in particular for the process of human memorization through the encoding of information created by an electrical process created by olfactory neurons (NO) receptors of odorous volatile molecules in the air carrying olfactory information. This action of multi-nebulization and / or synchronized and micro-diffused atomization towards the human nasal apparatus of the following families of users:

Customers (Entertainment and advertising industries, food industry, tourism ...).

Collaborators (Immersive distance training sessions).

Patients (Medical treatments for all neurological disorders including phobias and Alzheimer's disease).

The device described below can also be used to equip or supplement audio, audiovisual, immersive audio-visual headsets for virtual reality or equivalent, audio-visual displays with augmented reality displays or the like, vehicle interiors, cockpits or collective equipment. or individual aircraft for line aviation, public transport, urban structures such as smart lampposts, smart terminals or augmented and connected audio-visual and tactile tiles, seats equipping the opera, concert or cinematography entertainment halls .

Said device is an autonomous or structural (fixed) portable device which allows a generation or synthesis of a composite atmosphere of linked odors and adapted to external circumstances, in particular by connected objects through advertising media, connected functional objects or a relative position established by an electronic system or by remote applications or integrated into the device itself. It is made up of two main parts A and B.

Part A is mentioned above as having been the subject of an INPI filing n · FR 1770955. Here the filing relates more particularly to part B appearing in the figures - (1) -, (2), (3) , (4) and (5) corresponding respectively to the perspective of part A which is the basis of the intelligent electromechanical system object of a previous deposit and part B which is the interoperable connected olfactory cartridge or JOCC object of the deposit.

Part B corresponds to the consumable called Interoperable Connected Olfactive Cartridge or JOCC (Joint O / factory Connected Cartridge) which is the subject of the filing of this patent and the distinguished name INPI n · 4387985. The cartridge allows the sequenced use of several perfumes or odors and comprising compartments which can be equipped with vials or cartridges of odoriferous products in liquid form comes to be temporarily fixed on the equipped support described above. This cartridge in part B visible in Figures (1), (2), (3), (4) and (5), which can be consumable or refillable is composed according to the invention, on the attached diagrams according to the invention:

- a circular bottom element housing a variable sequence of several variable number housings [1] perforated from below arranged circularly around a hollow central hub [2] allowing engagement of the female part of B on part A d '' a micro-motor dressed in a protective skirt or a motorized engine as described above,

- said housing accommodates capsules in glass [3] or in polymer or metallic material inserted by the base and composed of an independent spray-pump comprising in their spray head a return spring allowing the return to the initial position after action of the micro-jack [4],

- In the case of “vibratory” type cartridges; these are associated with an interface enabling the product to be isolated or brought into contact with the diffusion component by a wave mechanism, usually but not limited to ultrasound, the "host system" by its electronics comes cause an odor to form as a liquid instantly.

- Optionally equipped with an RFID microchip (5) of figure (4) allowing the traceability of the cartridge and its recognition by the Base (Part A) of the system and powered by an internal micro-battery power source round 1.5V or higher.

- Specific channels (6) nine in number (5) provide an action channel dedicated to the reception of the micro-actuator actuating the capsules (3).

- A series of hot air extraction corridors [8) which will allow the air flow to come into contact in the terminal part of the manifold system (7), making it possible not to pollute by the effect of persistence due to the autonomy of each channel.

According to a preferred version of the invention, the device according to the invention is characterized in that the cartridges of the “Mechanical” type and of the “Vibratory” type can be used simultaneously, this advantage makes it possible to associate a significant but fleeting instantaneous diffusion of an odor by the vibratory mode (for example light like a perfume) with a persistent background odor.

According to an improvement of the present invention, it is essential when an odor has been diffused by the device described above, to be able to remove the residual action and the deposits of volatile particles deposited during the diffusion action. The ideal properties are to be able to gradually reduce the action, as already described by certain processes such as closing valves which isolate the source or shutters which divert the output away from the direction of the user. A simple multi-channel solution is presented here which prevents the effect of persistence, the diffusion of the product being obtained from the propulsion of a hot gas by a microventilator [9] coming into contact with a scented nebulized liquid which is then carried by the hot Air / Gas carrier vector to a human olfactory device or a targeted environment. The fixed quantity of perfume is delivered in the terminal part of the system thanks to the action of the micro-jack [4] which compresses by longitudinal thrust the bottle housing the odoriferous liquid which passes from a liquid state to a semi-gaseous state ( or nebulized) by depressurizing action of the Spray-Pump or "Venturi Effect".

According to an improved version of the invention, the duration during which the release of the odor can be modulated is obtained by adjusting the temperature by means of a heating resistor and / or a wave solicitation of a mechanical nature applied either at the level of the substrate in or on which the odoriferous product is absorbed or deposited, either at the level of the air stream which comes to transport the evaporated perfume to the nose of the user, or in these two media. The choice of the mode of action, the selected frequencies and the power of the heating can be selected by the microprocessor or part of dedicated electronic component, using a program linked to a knowledge base and / or the laws of diffusion, in particular resulting from experimentation with the selected material and each of said perfumes or odors.

According to a preferred version of the invention, the odor can be destroyed by the use of a dedicated capsule installed in the cartridge or in the specific system containing a product which neutralizes perfumes, deodorant or oxidant. Its composition and dosage will take into account not only the time constant of its reaction with odors, but also the fact that this product must not present any prophylactic danger or side effects on the user. This product cartridge may in particular use in addition to bactericidal, antifungal or virucidal products which will also ensure good hygiene of maintenance of the device. We can in particular use products for their action such as hydrogen peroxide in very low concentration. Less than 2% and terpene derivatives or essential oils of pine in very low concentration. This description of the products that can be used is not limiting and may change depending on the odors to be neutralized.

In a preferred version according to the inventor, the device operates by inserting one or more cartridge (s) from part B and equipped with optionally refillable bottles which can be removable and replaceable. ). The body of said cartridge is driven by the micromotor, preferably step by step, making it possible to position each capsule along the axis corresponding to continuity with the chamber / collector of the odoriferous product. Depending on the circumstances determined by the interaction of a determined odor with respect to a synchronous event, an electronic device such as a processor or electronic component having a memory storage capacity and a dedicated program execution capacity which can combining a user part and a part specific to the management of the hardware or software linked to the hardware management, executes a program which determines the sequencing and the duration of emission of the capsules of liquid perfumes. The information on the content of the cartridge and individually for each of the perfumes or odors that each barrel contains can be read by a process according to the state of the art and in particular by reading an optical code or RFID chip which allow the aforementioned program present in the electronics of the base of the system to control the sequencing or synchronization of odor emissions.

The activation of a micro-cylinder by the integrated electronics is carried out during the sequencing process or after detection of an external event or sign through one of the system interfaces according to the following methods:

• The system, in nomadic or structural version, is capable of ensuring at least 500 impulses for the micro-jack while ensuring coordination with the., Information / messages, ie 500 olfactory coordination actions called "SNIFF" with stimuli or audio-visual information with the capacity to activate two (2) cartridges simultaneously each comprising, more or less depending on the structural or nomadic versions, nine or more slots for capsules containing approximately 1.5 ml or more of scented liquid for each capsule.

• Each dose of nebulized or atomized perfume corresponds to 0.05 ml with more or less 50% in error margin.

The micro-jack [4] carries out a longitudinal or axial thrust on at least one capsule and causes the pressure build-up of a capsule [3] of perfume or odoriferous chemical placed in its housing [1], at the end of the stroke the jack stops its action against the cartridge stop and the return spring present in the spray-pump limits the volume dose produced for each action and ensures the return of the cartridge to the initial position. The relaxation phase caused by said return spring, causes a depression in the liquid perfume capsule and the perfume cartridge then comes to release a unit dose predefined according to the state of the art, the perfume or odor is dispersed by "Effect Venturi ”in the form of small liquid droplets (nebulization) in a slit opening onto a chamber / collector or olfactory channel [7] which stores the perfume transformed into droplets carried by the gas vector created by the micro-fan, simultaneously operated with ejecting the dose of perfume. This action can be carried out several times on the same capsule according to the established programming or the sequence order sent by the CPU, motherboard or any other on-board electronic device communicating with the cartridge.

The air flow created carries the olfactory molecules contained in the chamber / collector which releases the olfactory molecules as close as possible to the nasal apparatus of the client, collaborator or patient. This targeted micro-broadcast has several new advantages:

First, the management of micro-emission makes it possible to calibrate a reduced volume of olfactory liquid with the effect of not saturating the human nasal system. Second, the micro-emission vector placed directly under the nasal system avoids the olfactory saturation effect of the atmosphere immediately surrounding the patient / client / collaborator to help individualize the olfactory experience.

Thirdly, this non-saturation of the nasal system opens the possibility of multiple solicitation over a time slot of variable duration, reducing or repelling the saturation effect of the human nasal system. It provides approximately 20 s timuli olfactory different synchronized over a time range of 120 minutes, while the human nasal system reaches saturation after 30min of sustained stress.

The cartridge in part B subject of the deposit can house a variable number of capsules, they are equipped with an optical, electronic or RFID identifier according to the state of the art which allows faith to ensure that the cartridge corresponds to the planned situation or sequencing and then match a bottle to be determined with a planned situation in the sequence according to a communication established with the motherboard which authenticates, controls the rotations and the engine stops, controls the actions of the jacks as well as the synchronization of the fan .

All the electrical components of the device according to the invention are powered by a battery, in particular the communication actions established by the on-board RFID chip and the motherboard.

The system can in particular be equipped with sensors allowing in particular a recovery of the RFID data or contained in other contactless devices distributed in open or closed environments communicating with the nomadic system or its structural version by known means without contact (radio such as Bluetooth, WiFi or other systems operating by induction).

According to a preferred version of the synchronous contextual odor diffusion device, the jack used is an electric micro jack with a single or double rod responsible for pressing each capsule according to a programmed sequence progressing in a housing [6] specially designed for this purpose.

Claims (9)

Claims: 1. Consumable or refillable cartridge suitable for use in a portable or fixed device, for individual or collective use, for the synchronized, intelligent and connected distribution of volatile substances in the air such as multiple odors and perfumes and ensuring their management according to the external conditions in time and space or according to virtual information coming from data or programs with which it would be connected in network, suitable for selecting, activating, then diffusing a perfumed or odoriferous liquid encapsulated in said cartridge allowing the sequenced use of several perfumes or odors and comprising compartments which can be equipped with vials of odoriferous products in liquid form coming to be fixed temporarily on the support of the device, characterized in that it comprises: - a sequence of housings (1) with variable number of glass capsules - an RFID (Radio Frequency Identification) chip [5] allowing the traceability of the cartridge and supplied by an internal power source or an NFC (Near Field Communication) chip, - a series of hot air extraction corridors [8] which will allow the air flow to become in contact at the terminal part of the manifold system [7], making it possible not to pollute by the effect of remanence due to the autonomy of each channel. 2. Cartridge according to claim 1, characterized in that it comprises specific channels [6] of variable number allowing a micro-actuator to axially actuate the capsules (3) of the cartridges of the mechanical type one by one and to create a “Venturi” effect by the compression of the tube / spray-pump assembly which nebulizes the perfumed liquid contained in the capsule. 3. Cartridge according to claim 1 capable of being used in a device comprising an electronic system for communicating consumption information necessary for atomizing liquid as contained in cartridges of the vibratory type which allows ultrasonic nebulization of the perfumed liquid and provide remote monitoring, 4. Cartridge according to claim 1 and at least any one of claims 2 and 3 characterized in that the cartridges of the "mechanical" type and of the "vibratory" type can be used simultaneously. 5. Cartridge according to claim 1, characterized in that all of the electronic components of the cartridge are arranged to collect information coming from an external means connected or previously loaded in memory and, simultaneously or in a programmed manner, information coming sensors or means for apprehending the immediate environment around the user, the diffusion context which determines the choice and the duration of diffusion of a perfume or odor being determined by combining said information. 6. Cartridge according to claims 1,2 or 3 adapted to be used in a device comprising an electronic, magnetic or induction connection positioned on the sides of the base-motor-hub [2] in order to be able to interact at synchronization fragrances and user response with remote computing resources and programs on the global network. 7. Cartridge according to claim 1 and any one of claims 2 and 3 adapted to be used in a device in which the diffusion of the desired quantity of the selected perfume or odor is carried out inside a cavity or of a channel made up or coated on the surface with an absorbent material, this absorbent material being selected as to its composition and its surface condition to have characteristics of maximum water repellency allowing any proportion of the odorous quantity diffused not to settle on the duct. 8. Cartridge according to claim 1 and any one of claims 2 to 7, characterized in that it comprises a specific cartridge containing a product neutralizing perfumes, deodorant or oxidant. 9. Cartridge according to claim 1 and any one of claims 2 to 8, suitable for use in a device whose recharging can be carried out on the one hand on a 110V or 220V outlet and on the other hand by l photovoltaic electricity, in particular by solar cells which can be positioned on the top of the device.